JP6634141B2 - Residential network system for settlement and information communication for residential use - Google Patents

Description

  The present invention relates to a home network system for settlement and information communication for home use. In particular, the present invention relates to a house network system capable of easily executing settlement in a house and collecting various services and information by constructing an information network in the house.

  Condominiums, such as condominiums, are increasingly offering concierge services, such as shared facilities including conference rooms and guest parking lots, guest rooms, and cleaning and courier services. When using such facilities and services, the cash corresponding to the usage fee is paid to the manager of the apartment house each time the facility or service is used. 2. Description of the Related Art In recent years, financial troubles such as loss of cash and embezzlement have become a serious problem at the site of management of an apartment house. Under such a background, avoidance of cash handling risk by cashless is required (for example, Patent Document 1).

  In response to such a situation, there is a movement to introduce a settlement scheme using a credit card or electronic money, instead of treating the settlement of the facility / service usage fee with cash. However, the introduction and maintenance of such a settlement scheme incurs new fees, and not all users have an available credit card or electronic money, It is difficult to eliminate handling. In addition, when trying to cope with a plurality of settlement means including a credit card and electronic money in a wide range, there is a problem that the management / accounting burden of the management company of the housing complex is further increased.

  In such a situation, Patent Literature 1 proposes a settlement system for a multi-family housing that eliminates the handling of cash in the settlement of a shared facility of a multi-family housing or the use fee of a concierge service.

JP-A-2006-85558 JP 2015-22379 A Japanese Patent No. 6100431

  In Patent Document 1 described above, although cashlessness can be promoted in shared facilities and concierge services, conversely, there is only that merit. The inventor of the present application has a history of creating an advertisement distribution system using a home energy management system (particularly, a home energy management system (HEMS)) (see Patent Document 2). In addition, the present inventor is not an advertisement distribution system based on user behavior information, is not an advertisement distribution system using HEMS, and based on a database based on information at the time of building a new house, based on attributes within a local area. A system for distributing advertisements was created and disclosed in Patent Document 3. Based on these circumstances, not only a system that simply promotes cashlessness as in Patent Literature 1, but also a system that can easily execute settlement in a house and an information network in the house To realize a system that can be actively used for the first time by realizing a system that can collect various services and information by constructing a system, and realized the idea of such a system. Was.

  The present invention has been made in view of the above points, and a main object of the present invention is to provide a system that can easily execute settlement in a house and execute various services and information collection in an information network in the house. It is in.

  A home network system according to the present invention is a home network system for in-house payment and information communication, and includes a home information management device connected to a display device. A smartphone can be wirelessly connected to the home information management device. The home information management device is located in a house. The house is provided with a plurality of sensors. Data acquired by the plurality of sensors is transmitted to the home information management device. The home information management device is connected to a communication network. The communication network is connected to a house data management processing device that executes data processing. An IC card reader device having a payment function is arranged in the home information management device. A speaker and microphone device is connected to the home information management device.

  In a preferred embodiment, the communication network is an Internet communication network. The house data management processing device is a server device connected to the Internet communication network. The smartphone is connected to the Internet communication network. The display device is a television device having a flat panel display. The home information management device includes a set-top box with a contactless card reader function. The home information management device can be arranged on a wall of the house. The home information management device is connected to a terminal of the display device via a communication cable. The home information management device includes a housing. A terminal area including a terminal to which the communication cable is connected is formed in the housing. The housing has a card reaction area that reacts when an IC card corresponding to the IC card reader device is brought close to the IC card reader. The plurality of sensors are selected from the group consisting of a temperature sensor, a humidity sensor, a CO2 sensor, a lock sensor, a power sensor, a human sensor, a door sensor, a kitchen sensor, a toilet sensor, an electric shutter, a home delivery post sensor, a refrigerator sensor, and a bathroom sensor. The house sensor to be selected. The home information management device is configured to control at least one of a home operation selected from the group consisting of a lighting operation, an air conditioner operation, a television operation, and a security camera operation based on audio information acquired by the speaker / microphone device. have.

  In a preferred embodiment, the house sensor is wirelessly connected to the home information management device by a first communication method other than Wi-Fi communication. The toilet sensor includes a urine component detection sensor. The door sensor includes a door open / close count sensor. The data acquired by the urine component detection sensor and the door opening / closing count sensor are transmitted to the house data management processing device. The data result processed by the house data management processing device is displayed on the flat panel display and the smartphone.

  In a preferred embodiment, the home information management device includes a light emitting unit. The home delivery post sensor is wirelessly connected to the home information management device by a first communication method other than Wi-Fi communication.

  In a preferred embodiment, a back surface of the set-top box with a contactless card reader function can be disposed on a wall surface. An HDMI terminal is disposed on a lower surface of the set-top box disposed on the wall surface as a terminal to which the communication cable is connected.

  In a preferred embodiment, the smartphone is an information communication terminal with a built-in IC card.

  A house network system according to the present invention includes a home information management device arranged in a house, and a sensor arranged in the house. The sensor includes a temperature sensor, a humidity sensor, a CO2 sensor, an image sensor, a lock sensor, a power sensor, a human sensor, a door sensor, a kitchen sensor, a toilet sensor, an electric rain door sensor, a home delivery post sensor, a refrigerator sensor, and a bathroom sensor. At least one house sensor selected from: The house sensor is wirelessly connected to the home information management device, and the home information management device is connected to a communication network. A smartphone can be wirelessly connected to the home information management device. The home information management device is connectable to a smartphone outside the house via the communication network. The home information management device includes a housing and a recess formed on a side surface of the housing. A light-emitting unit is provided in the housing of the home information management device.

  In a preferred embodiment, the recess is located on an outer periphery of a lower portion of a side surface of the housing. The light emitting section emits light in response to a reaction, and illuminates an area of the concave portion located on an outer periphery of a lower portion of a side surface of the housing.

  In a preferred embodiment, an IC card reader device having a payment function is arranged in the home information management device. A display device can be connected to the home information management device.

  In a preferred embodiment, the at least one house sensor is at least one of a temperature sensor and a humidity sensor.

  In a preferred embodiment, the at least one house sensor is at least one of the image sensor and the lock sensor. The image sensor is an image sensor used for a security camera, and the door sensor is a door lock sensor used for a smart lock.

  In a preferred embodiment, a smartphone outside the house can display at least one data of the image sensor and the lock sensor.

  A home information management device according to the present invention includes a housing and a recess formed on a side surface of the housing. The housing unit is provided with a light emitting unit. The recess is located on an outer periphery of a lower portion of a side surface of the housing. The light emitting section emits light in response to a reaction, and illuminates an area of the concave portion located on an outer periphery of a lower portion of a side surface of the housing.

  Another home information management device according to the present invention is a home information management device including a housing. The housing has a side surface of the housing and a main surface of the housing. The housing unit is provided with a light emitting unit. The light emitting unit emits light in response to a reaction, and illuminates one of a central region and an outer edge region on the main surface of the housing.

  An in-house information processing method according to the present invention is an in-house information processing method for executing in-house settlement and information communication using a house network system. The house network system includes a home information management device connected to a display device. The home information management device is connected to a communication network. The communication network is connected to a house data management processing device that executes data processing. An IC card reader device having a payment function is arranged in the home information management device. A speaker and microphone device is connected to the home information management device. Reading the electronic money information by bringing an IC card storing electronic money information close to the IC card reader device in the home information management device; the IC card reader device; Executing a settlement process on the electronic money information read by the home information management device. The in-house information processing method further includes: inputting audio information to the speaker / microphone device; and processing the audio information acquired by the speaker / microphone device with the home information management device. Controlling at least one of house operations selected from the group consisting of a lighting operation, an air conditioner operation, a television operation, and a security camera operation by the home information management device.

  In a preferred embodiment, in the house network system, the home information management device is connected to a home delivery post sensor. The home information management device includes a light emitting unit. The in-house information processing method further includes a step in which the home information management device receives a command from the home delivery post sensor; and a step in which the light emitting unit emits light when receiving the command from the home delivery post sensor. A step of causing the light emitting section to emit light when the IC card approaches.

  An in-house information processing program according to the present invention is an in-house information processing program for executing in-house settlement and information communication using a house network system. The house network system includes a home information management device connected to a display device. The in-house information processing program is connected to a communication network, a server device connected to the communication network, the home information management device connected to the communication network, and the home information management device and the communication network. It operates in an information terminal. At least one of the information terminals is a smartphone. The home information management device includes a set-top box with a contactless card reader function. A speaker and microphone device is connected to the home information management device. The in-house information processing program has a function of processing the read electronic money information when an IC card storing the electronic money information is brought close to the set-top box; A function of processing the voice information when voice information is input into control command data; and a house selected from the group consisting of a lighting operation, an air conditioner operation, a television operation, and a security camera operation based on the control command data. And a function of controlling at least one of the internal operations.

  In a preferred embodiment, in the home network system, the home information management device is connected to a home delivery post sensor. The home information management device includes a light emitting unit. The in-house information processing program further realizes a function of causing the light emitting unit to emit light when receiving a command from the home delivery post sensor, and a function of causing the light emitting unit to emit light when the IC card approaches. It is a program.

  The in-house information processing method according to the present invention is an in-house information processing method using a house network system. The house network system includes a home information management device connected to a communication network. The home information management device includes a housing unit and a light emitting unit. A sensor is arranged in a house provided with the house network system. The sensor includes a temperature sensor, a humidity sensor, a CO2 sensor, an image sensor, a lock sensor, a power sensor, a human sensor, a door sensor, a kitchen sensor, a toilet sensor, an electric rain door sensor, a home delivery post sensor, a refrigerator sensor, and a bathroom sensor. At least one house sensor selected from: The house sensor is wirelessly connected to the home information management device. The home information management device is connected to a communication network. A smartphone can be wirelessly connected to the home information management device. The home information management device is connectable to a smartphone outside the house via the communication network. The in-house information processing method performs at least one of in-house operations selected from the group consisting of a lighting operation, an air conditioner operation, a television operation, and a security camera operation through the home information management device by operating the smartphone. Controlling, and causing the light emitting unit of the home information management device to emit light in response to a reaction based on the operation in the house.

  In a preferred embodiment, in the house network system, the home information management device is connected to a home delivery post sensor. The in-house information processing method further includes a step in which the home information management device receives a command from the home delivery post sensor, and a step in which the light emitting unit emits light when receiving the command from the home delivery post sensor. including.

  In a preferred embodiment, the home information management device has a concave portion formed on a side surface of the housing portion, and the concave portion is located on an outer periphery of a lower portion of the side surface of the housing portion. And performing a step of causing the light emitting unit to emit light in response to the reaction, and causing an area located below the lower portion of the recess of the housing and the side surface of the housing to be illuminated.

  In a preferred embodiment, a step of causing the light emitting unit to emit light in response to the reaction and causing one of a central area and an outer edge area on the main surface of the housing unit of the home information management device to execute a step of emitting light. .

  In a preferred embodiment, the home information management device is connected to a home data management processing device that executes data processing via the communication network, and the data obtained by the at least one home sensor is the home data management device. The step of transmitting from the home information management device to the house data management processing device via the communication network is performed.

  A house value evaluation system according to the present invention is a system for evaluating house value based on house information, and accesses a house data management processor including a house database in which house data files are stored, and accesses the house data management processor. A possible host terminal and a communication network to which the host terminal and the home data management processor are connected. Housing-related terminals are connected to the communication network. The house data management processing device includes a house information network program. The house information network program has a function of connecting the host terminal and the house database, a function of editing the house data file by the host terminal, and a function of connecting the house-related person terminal and the house database. It is a program that realizes. The house information network program further realizes a function of registering house-related information data as the house data file in the house database and a function of transmitting the house-related information data to the house-related terminal. It is a program. The house-related information data includes house body data and house facility data. The house data includes house purchase contract contents, house loan information, house album image, drawing data, building type, building address, building structure, number of floors, building site area, building total floor area, new construction date, building layout. , A building material specification, a reform specification, a renovation date, and a moving-in date. The housing equipment data includes kitchen, gas stove, IH cooking heater, ventilation fan, water purifier, bath, lavatory, toilet, wallpaper, stairs, entrance door, water heater, flooring, air conditioner, floor heating, window / shutter, security camera, intercom At least one information selected from the group consisting of: The house data management processing device includes a house value evaluation program. The house value evaluation program has a function of calculating an original house value based on the house body data and the house equipment data, a function of calculating a current house value after use based on the original house value, and And a function of delivering house value evaluation data based on the house value to the communication network.

  In a preferred embodiment, the housing equipment data includes purchase price and instruction manual data. A home which is a target of the home data file is provided with a home information management device arranged in the home and a sensor arranged in the home. The sensor includes a temperature sensor, a humidity sensor, a CO2 sensor, an image sensor, a lock sensor, a power sensor, a human sensor, a door sensor, a kitchen sensor, a toilet sensor, an electric rain door sensor, a home delivery post sensor, a refrigerator sensor, and a bathroom sensor. At least one house sensor selected from: The house sensor is wirelessly connected to the home information management device. The home information management device is connected to the communication network. In the function of calculating the current house value after use based on the original house value, the current house value is calculated based on the information of the house sensor.

  The house value evaluation method according to the present invention is a house value evaluation method for evaluating house value using a house information network program. The house information network program is a program that operates between a house database and house-related persons terminals connected to each other by a communication network. The house value evaluation method includes: calculating a house value originally based on house data and house equipment data; calculating a current house value after use based on the house value; Generating house value evaluation data based on the information and delivering the house value evaluation data to the communication network. The house data includes house purchase contract contents, house loan information, house album image, drawing data, building type, building address, building structure, number of floors, building site area, building total floor area, new construction date, building layout. , A building material specification, a reform specification, a renovation date, and a moving-in date. The housing equipment data includes kitchen, gas stove, IH cooking heater, ventilation fan, water purifier, bath, lavatory, toilet, wallpaper, stairs, entrance door, water heater, flooring, air conditioner, floor heating, window / shutter, security camera, intercom At least one information selected from the group consisting of:

  In a preferred embodiment, the housing equipment data includes purchase price and instruction manual data. In a house targeted for the house main body data, a home information management device arranged in the house and a sensor arranged in the house are provided. The sensor includes a temperature sensor, a humidity sensor, a CO2 sensor, an image sensor, a lock sensor, a power sensor, a human sensor, a door sensor, a kitchen sensor, a toilet sensor, an electric rain door sensor, a home delivery post sensor, a refrigerator sensor, and a bathroom sensor. At least one house sensor selected from: The house sensor is wirelessly connected to the home information management device. The home information management device is connected to the communication network. The step of calculating the current house value includes calculating a current house value based on information of the house sensor.

  According to the present invention, a home information management device connected to a display device is provided, data obtained by a plurality of sensors provided in a house is transmitted to the home information management device, and the home information management device has a settlement function Since the IC card reader device is arranged and the speaker / microphone device is connected to the home information management device, the settlement can be performed by the IC card reader device, and the home information management device can be set via the speaker / microphone device. Can be used to collect services and information in houses. More specifically, since the settlement can be performed by the IC card reader device in the home information management device, it is possible to easily execute the cashless housing settlement, and to use the home information management device to provide services and information in the home. Since collection can be performed, it is possible to solve the problem of high system introduction cost (system purchase cost, installation cost, and operation cost) only for performing cashless. In addition, data acquired by the sensor of the house can be displayed on a display device (for example, a flat-screen television), and the data can be processed by a house data management process via a communication network connected to the home information management device. By transmitting the data to the device, the data processing can be performed by a house data management processing device (for example, a server owned by a toilet maker). As a result, according to the present invention, it is possible to realize a system that can easily execute settlement in a house and execute various services and information collection through an information network in the house. In addition, further features or effects of the present invention will be described in an embodiment for carrying out the invention.

1 is a diagram illustrating a home network system 100 according to an embodiment of the present invention. It is a perspective view showing composition of set top box (home information management device) 10 concerning an embodiment of the present invention. It is a bottom view showing the composition of set top box 10 concerning the embodiment of the present invention. It is a front view showing the composition of the modification of set-top box 10 concerning the embodiment of the present invention. It is a flowchart for demonstrating the information processing method in a house which concerns on embodiment of this invention. It is a flowchart for demonstrating the information processing method in a house which concerns on embodiment of this invention. It is a table | surface for explaining an example of the audio | voice instruction | indication in the information processing method in a house which concerns on embodiment of this invention. It is a flowchart for demonstrating the information processing method in a house which concerns on embodiment of this invention. 1 is a configuration diagram for explaining a house network system 100 according to an embodiment of the present invention. 1 is a configuration diagram for explaining a house network system 100 according to an embodiment of the present invention. It is a block diagram for explaining house network system 100 concerning an embodiment of the present invention. It is a block diagram showing composition of house data management processing unit (server apparatus) 50 concerning an embodiment of the present invention. It is a block diagram showing composition of a modification of house data management processing unit (server apparatus) 50 concerning an embodiment of the present invention. It is a figure for explaining programs 51 and 59 stored in house data management processing device (server device) 50 concerning an embodiment of the present invention. 5 is a flowchart for explaining the operation of the advertisement distribution program according to the embodiment of the present invention. 5 is a flowchart illustrating an advertisement distribution method according to an embodiment of the present invention. It is a graph showing the number of people to be advertised in a small local city (Kashiba City, Nara Prefecture). FIG. 1 is a configuration diagram (a front view, a housing diagram on a display unit 220 side) of an information terminal (smartphone) 40 into which an application 185 according to an embodiment of the present invention is introduced. It is a figure showing the home screen (250) of information terminal (smartphone) 40 which operates house network system 100. It is a figure which shows the display screen at the time of switching to the television exclusive operation screen (252). It is a figure showing the display screen at the time of switching to the air-conditioner exclusive operation screen (253). It is a figure showing the display screen at the time of switching to the lighting-only operation screen (254). It is a figure explaining the modification of house network system 100 concerning an embodiment of the present invention. It is a flow chart for explaining house value evaluation (house digital archive evaluation) concerning an embodiment of the present invention.

  The inventor of the present application has studied a network system used in a house. And the background that led to such a review is that, from the perspective of a house builder, the house built this year always had the dilemma of not being able to beat the house built next year with functionality. In other words, until now, both equipment manufacturers and building material manufacturers have been developing hardware only every day because they consider housing as hardware as a platform, and rely on hardware (the house itself, equipment, and fittings) for the value of the house. To be unable to beat the house next year. The inventor of the present application considered that if the functions of the house could be updated by updating the OS like a smartphone, the value could be increased even after delivery of the house. Specifically, he thought that it would be better to develop artificial intelligence for housing and create a soft platform for the housing industry. Then, based on such an idea, I tried to create a network system used in a house.

  At present, the following are related as network systems used in houses. (A) IoT service for houses (b) Construction management application for construction shops, builders, and building companies (c) Smart TV (TV with AI)

  Initially, “a residential IoT service” of (a) has been proposed innumerably, but in fact, it is not as widely used as expected. When the inventor of the present application examined the reason, the following obstacles were found. “IoT” is an abbreviation for Internet of Things (Internet of Things).

  First, consumers are very likely not to pay for IoT. More specifically, the provision of a service that controls a home appliance with a smartphone will not spread unless it is a free service from the viewpoint of current consumers. However, if the service itself is free, it is necessary to collect installation, maintenance and operation costs from somewhere. Since the provision of this free service and the collection of expenses are not compatible, the “IoT service for residential use” has not spread as expected. There is a movement to collect this cost from corporations such as housing companies (as opposed to consumers), but to increase the “acquisition of customers” and “closing rate” desired by housing companies, “IoT services for housing” Since corporations make little contribution, housing companies and other legal entities will not pay this cost. This is similar to the problem that a fee is newly generated for introducing and maintaining the settlement scheme in Patent Document 1 described above.

  In addition, the current communication for IoT that is widely used in Japan is Wi-Fi communication, which is very dangerous, and uses Wi-Fi communication in an era when everything in the house is connected to the Internet. There is a problem that there is a high possibility that crosstalk will occur. Wi-Fi communication has the drawbacks that it is easily affected by radio waves from a microwave oven and the like, and also has the problems that radio waves are difficult to pass through walls and that power consumption is large, so that a power supply is indispensable. Then, if the IoT is to be spread all over the house, it is preferable to construct the IoT infrastructure in a 920 MHz band having such a small power as to run on a battery and having the power to go around walls and the like. However, it is not preferable to construct with the LoRa system using the 920 MHz band because infrastructure cost (running cost) is required. In addition, if Z-WAVE is used, all devices must obtain the TELEC certification, and tens of thousands of devices are required. If you are not confident that you can sell the number of units, there is a high possibility that development costs will fall.

  Since IoT is a very simple service mechanism, it is preferable for manufacturers to provide their own IoT applications for their products free of charge, rather than for third parties to provide IoT suitable for each company. However, even if it is provided free of charge, if the development operation management cost cannot be collected, the IoT application cannot be developed and provided. Therefore, although this dilemma has an essential problem that the “retail IoT service” does not proceed as expected, the present inventor has set a course for providing this IoT application free of charge, and has developed the present invention. I came to imagination.

  Next, (b) “construction management app for construction shops, builders, and building companies” is an IT service that connects the construction site with builders and construction firms. Residents cannot receive services using the network system used in the house.

  The “smart TV (AI-equipped TV)” in (c) is merely a television, and therefore, there are limitations, restrictions, and limitations on the development of a network system in a house. Also, if “Smart TV” is used as an infrastructure (core device) for “Residential IoT service”, it is extremely difficult to sell a large number of “Smart TVs” having such an infrastructure function. It is not realistic. “Smart TV” is a luxury item mainly for TV services, and cannot be an infrastructure.

  The inventor of the present application can construct an information network in a house under the above-described examination, and can easily execute settlement in the house by the information network, and can collect various services and information. A system was devised and led to the present invention.

  Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings. In the following drawings, for the sake of simplicity of description, the same reference numerals are given to members and portions having the same function, and duplicate description may be omitted or simplified. Further, the dimensional relationships (length, width, thickness, etc.) in each drawing may not always accurately reflect the actual dimensional relationships. In addition, matters other than matters specifically mentioned in the present specification and necessary for practicing the present invention can be grasped as design matters of a person skilled in the art based on conventional technology in the relevant field. The present invention can be implemented based on the contents disclosed in the specification and the drawings and common technical knowledge in the art. In addition, the present invention is not limited to the following embodiments.

  FIG. 1 is a diagram illustrating an example of a configuration example of a house network system 100 according to an embodiment of the present invention. The home network system 100 of the present embodiment is a home network system for settlement and information for home use, and includes a home information management device 10 connected to a display device 30. The home information management device 10 includes a smartphone. 40 can be wirelessly connected.

  The home information management device 10 is arranged in the house 60. In the configuration of the present embodiment, the home information management device 10 is arranged on the wall 162 in the house 60. An IC card reader device 16 having a settlement function is arranged in the home information management device 10 of the present embodiment. The illustrated home information management device 10 is a set-top box with a contactless card reader function. When the IC card 45 is brought close to the home information management apparatus (set-top box with non-contact type card reader function) 10 of the present embodiment (arrow 47), data communication can be performed in a non-contact manner. The IC card 45 of the present embodiment is a non-contact type IC card (for example, a Felica card (trade name)). The IC card 45 is mounted with an IC chip 45a (for example, a Felica chip (product name)) in which data (for example, the balance of electronic money) is stored. The IC card reader device 16 in the set-top box 10 transmits a carrier, supplies power to an IC card (non-contact type IC card) 45 by electromagnetic induction, and modulates the carrier between the two (16, 45). Communication can be performed.

  The home information management device 10 of the present embodiment can be connected to the display device 30 by the communication cable 20. The display device 30 of the present embodiment is a television device (for example, a liquid crystal television or an organic EL television) provided with a flat panel display 31, but is not limited thereto, and a television device provided with a CRT (cold cathode tube) display Or a projector-type television device. In a typical house 60, a television device purchased in advance is often arranged. Therefore, the display device 30 is preferably a television device, but the data / information of the home information management device 10 is preferable. The display device 30 may be a display device for a personal computer (PC) (for example, a liquid crystal monitor or the like), as long as the display device 30 can display.

  The display device 30 is provided with a connection terminal 32 for the communication cable 20, one end of the communication cable 20 is connected to the connection terminal 32, and the other end of the communication cable 20 is connected to the home information management device 10. The two (30, 10) are connected so that they can communicate with each other. The connection terminal 32 of the display device 30 in the present embodiment is, for example, an HDMI terminal. In this case, the communication cable 20 is an HDMI cable. The home information management device 10 is also provided with an HDMI terminal to which the HDMI cable (20) is connected. Note that "HDMI" is an abbreviation for High-Definition Multimedia Interface (High Definition Multimedia Interface), and is a standard for a communication interface for transmitting video and audio as digital signals. Further, in the present embodiment, HDMI is used as the standard of the connection terminal 32 and the communication cable 20. However, any other standard may be used. If a standard for a communication interface appears, a standard using the standard can be used positively.

  The display device 30 of the present embodiment is a wall-mounted display that can be arranged on the wall 162 of the house 60, but is not limited thereto. For example, the display device 30 that can be disposed on a monitor table placed on the floor 160 of the house 60 or the display device 30 that is directly placed on the floor 160 may be used. Alternatively, the display device 30 may be a display device 30 that is embedded in the wall 162, or may be a display device 30 that is formed integrally with the wall 162. The display device 30 can be arranged, for example, in the living room of the house 60 (for example, the room where the sofa 166 is located), but may be arranged in a room such as a kitchen, a study, or a study room. The display device 30 in the illustrated example is connected to a speaker 35 or a DVD player (and / or hard disk recorder) 37 in a wired or wireless manner.

  A speaker / microphone device 34 is connected to the home information management device 10 of the present embodiment. In the configuration of the present embodiment, audio output and audio input processing can be performed using the speaker / microphone device 34. The speaker / microphone device 34 of the present embodiment is a speaker (a so-called “smart speaker”) having a wireless communication connection function and a voice operation assistant function, and is connected wirelessly using a standard such as Wi-Fi or Bluetooth. The device is capable of executing voice reproduction / voice input instructions. Examples of the smart speaker 34 include “Echo” (trade name), “Google Home” (trade name), and “Apple HomePod” (trade name) corresponding to the AI assistant “Alexa” by Amazon.

  The smartphone 40 can be connected to the home information management device 10 of the present embodiment wirelessly (for example, Wi-Fi, Bluetooth, or the like). In the configuration of the present embodiment, the home information management device 10 and the smartphone 40 are communicatively connected. However, instead of the smartphone 40 (or together with the smartphone 40), if the information communication is possible, the tablet type is used. It may be a terminal (information communication terminal) such as a computer, a notebook computer, a wearable computer, a mobile phone (for example, a so-called feature phone), a desktop PC, and a game machine. However, since a smartphone is an information communication terminal (portable information terminal) that has become extremely widespread today, it is necessary to configure the smartphone 40 and the home information management device 10 in a state where they can communicate with each other. Convenient for use within. The smartphone 40 is an information communication terminal having a display screen unit 41. The smartphone 40 of the present embodiment is, for example, an iPhone (registered trademark) manufactured by Apple Inc., or a smartphone equipped with an Android OS (various Android smartphones). is there. A smartphone is a multifunctional mobile phone, and has a call function and an Internet communication function, and can manage, process, and transmit information as well as the call function. In the configuration of the present embodiment, the smartphone 40 can be used instead of (or in combination with) the speaker / microphone device 34.

  In addition, the home information management device 10 of the present embodiment is connected to a communication network, and can perform data input and output with the outside of the house 60. The communication network of the present embodiment is an Internet communication network. At present, the Internet communication network (Internet circuit network) is the most widespread communication network, but if a communication network exceeding this is generated in the future, it can be adopted. Note that the communication network 90 of the present embodiment may be an Internet communication network including a corporate LAN and a wireless LAN (for example, Wi-Fi). In addition, although the Internet communication network is used, it is not required that the company (or an organization or an individual) that operates the home network system 100 of the present embodiment owns it, and is a constituent element of the present invention. The “communication network (internet network)” may be used as long as it can be used for communication.

  A home data management processing device that executes data processing is connected to a communication network (Internet) to which the home information management device 10 of the present embodiment is connected. Although details of the house data management processing device will be described later, the house data management processing device of the present embodiment is a server device connected to an Internet communication network (communication network). The server device is an electronic computer (computer device) having a function of transmitting and receiving data to and from the Internet communication network, and includes a storage device and a semiconductor integrated circuit (IC).

  2 and 3 show an example of the configuration of the home information management device 10 according to the present embodiment. FIG. 2 is a perspective view showing the configuration of the home information management device 10. FIG. 3 is a bottom view showing the configuration of the home information management device 10. As described above, the home information management device 10 according to the present embodiment includes a set-top box with a contactless card reader function. Although the illustrated home information management device 10 has a configuration that can be arranged on the wall 162 of the house 60, the home information management device 10 is not arranged on the wall 162 but is located elsewhere (for example, on a table). Or in a case).

  The home information management device 10 of the present embodiment includes a housing 11 (housing). The housing 11 of the present embodiment is made of resin (plastic). Further, a terminal area 17 including a terminal 18b to which the communication cable 20 is connected is formed in the housing section 11. In the configuration of the present embodiment, the terminal area 17 is provided on the lower surface of the housing 11 in a state where the back surface 19 of the housing 11 is set on the wall 162. By providing the terminal region 17 on the lower surface of the housing portion 11 (the surface located below in the vertical direction), the connection portions between the various terminals including the terminal 18b and the communication cable 20 can be made inconspicuous. Wiring area (such as communication cables) can be reduced.

  As described above, the home information management device 10 according to the present embodiment includes a set-top box with a contactless card reader function. On the main surface 13 of the home information management device 10 (or the main surface 13 of the housing unit 11), an IC card reader device 16 having a settlement function is set. In the illustrated example, an IC card reader device 16 is disposed inside the housing 11. As shown in FIG. 1, when the IC card 45 approaches the IC card reader 16 of the present embodiment, communication is performed between the IC card 45 and the IC card reader 16 to exchange data (particularly, Settlement processing).

  In the configuration of the present embodiment, the main surface 13 of the housing unit 11 (that is, the proximity surface or the touch surface 12 of the IC card 45) is on the opposite side of the back surface 19 of the housing unit 11 (the bonding surface to the wall 162). Since it is located, the user (the person holding the IC card 45) can easily touch the main surface 13 of the housing 11 with the IC card 45. In particular, by mounting the home information management device 10 on a surface of the wall 162 close to the display device 30 (for example, a liquid crystal television) and at a height convenient for touching, the IC card 45 is mounted on the housing. It is convenient to approach (or touch) the main surface 13 of the unit 11.

  In the present embodiment, the display device 30 and the home information management device 10 are connected by the HDMI cable 20. Then, as shown in FIG. 3, at least one HDMI terminal 18b is formed in the terminal area 17 of the home information management device 10. The display device 30 also has an HDMI terminal. In the configuration of the present embodiment, a power supply terminal 18a and at least one USB terminal 18c are formed in the terminal area 17 together with a plurality of HDMI terminals 18b. Here, "USB" is an abbreviation for Universal Serial Bus, and is one of the serial bus standards for connecting peripheral devices to information devices such as computers.

  Although the power supply terminal 18a, the HDMI terminal 18b, and the USB terminal 18c are shown in the terminal area 17 in the example shown in FIG. 3, the present invention is not limited to this configuration example, and other terminals (for example, a LAN terminal, a DVI Terminals, etc.), or the HDMI terminal 18b (and the power supply terminal 18a) without the USB terminal 18c. In the configuration of the present embodiment, power is supplied to the display device 30 via the power terminal 18a. However, the present invention is not limited thereto. For example, power may be supplied from a dry battery without providing the power terminal 18a. Power may be supplied from a storage battery (for example, a lithium ion battery). Further, depending on the configuration of the home information management device 10, the USB terminal 18c can be used as a power cable terminal.

  In the example shown in FIGS. 2 and 3, a recess 15 is provided on the side surface of the housing 11. In the example of the present embodiment, a concave portion 15 is formed on the back surface 19 side (wall 162 side) of the side surface of the housing portion 11, and the concave portion 15 is designed for the housing portion 11 (set top box 10). It has the function of being able to absorb the step or the like at the recessed portion 15 even if there is a step or a protrusion on the wall 162 when the housing portion 11 is arranged on the wall 162, as well as the upper accent. ing. In the example illustrated in FIG. 3, the terminal region 17 (or the terminal 18 a or the like) is provided on the lower surface (one of the side surfaces) of the housing unit 11, but is not limited to such a design configuration. Alternatively, the configuration may be such that it is provided in a part of the concave portion 15 or provided inside the housing portion 11 instead of the outer circumference. In addition, in the example shown in FIG. 2, the recess 15 is provided so as to go around the outer periphery of the lower portion (on the wall side) of the side surface of the housing portion 11, but the recess 15 is formed in a part of the outer periphery. There may be parts that do not exist.

  Further, the home information management device 10 of the present embodiment includes a light emitting unit 12a. In the illustrated example, the light emitting portion 12a is provided on the side surface of the housing portion 11 in the region of the concave portion 15, and when the IC card 45 is brought close to the card reaction region 12 (the main surface 13), the light emitting portion 12a is provided in the region of the concave portion 15. The light emitting unit 12a is configured to emit light. More specifically, the IC card reader device 16 provided on the card reaction area 12 (main surface 13) side and the IC card 45 adjacent thereto react (communicate) to detect the reaction (communication). The light emitting unit 12a shines. When the light emitting unit 12a is located in the region of the concave portion 15, the light of the light emitting unit 12a is reflected (reflected) also on the wall 162, and it becomes easier to understand that the IC card 45 is recognized by the IC card reader device 16. There are benefits. In particular, when the sound is noisy when the sound is generated when the reaction is made, it is preferable to indicate that the sound has reacted with the light. When the light is reflected (reflected) on the periphery thereof (here, the wall 162), compared with when a part of the housing 11 (for example, a part or the whole of the main surface 13) shines, There is an advantage that the reflection (reflection) of light can be sensed, and the reacted operation can be easily recognized by eyes.

  The light emitting unit 12a of the present embodiment is configured by, for example, a light emitting diode (LED) disposed in the housing unit 11. However, the light emitting unit 12a may be formed of another light emitting member (for example, a fluorescent lamp, a light bulb, or the like). In addition, the light emitting unit 12a has a region corresponding to the side surface (or the concave portion 15) of the housing unit 11 (specifically, an area irradiated by a light emitting member (for example, an LED) disposed inside the housing unit 11). ), The entire surface or a part (for example, a central region or an outer edge region) of the main surface 13 of the housing portion 11 may be configured to shine. Further, the light emitting unit 12a is not limited to a form in which the casing 11 is irradiated from the inside, but may be a form in which a light emitting member (for example, an LED) positioned on the surface of the casing 11 emits light. In addition, when the IC card 45 is approached, a sound may be emitted together with the light of the light emitting unit 12a, or the light emitting unit 12a may stop emitting light and emit only a sound. . Alternatively, a configuration may be employed in which switching can be performed so that both light emission and sound do not occur at night. Of course, it may be configured to emit light only when a reaction occurs.

  FIG. 4 shows a modification of the home information management device 10. The home information management device 10 illustrated in FIG. 4 includes a circular (or substantially circular) housing 11. More specifically, the main surface 13 of the housing 11 has a disk-like form (or a circular dome-like form). A card reaction area 12 in which an IC card reader device 16 having a settlement function is located is provided in a part of the main surface 13 of the housing unit 11. A light emitting unit 12a is provided on a part of the main surface 13 of the housing unit 11. When the IC card 45 is brought close to the card reaction area 12 (IC card reader device 16), the light emitting section 12a is configured to emit light. The light emitting unit 12 a may be provided on another portion of the main surface 13 of the housing 11 (or on the entire main surface 13), or may be provided on the side surface 15 b of the housing 11. Further, in this configuration example, a portion below the side surface 15 b of the housing portion 11 is a terminal region 17. An example of the configuration of the terminal region 17 of the present embodiment is as shown in FIG. Further, a concave portion 15 as shown in FIG. 3 may be provided on the side surface 15b of the housing portion 11.

  Further, a plurality of sensors are provided in the house 60 in which the house network system 100 of the present embodiment is installed. Examples of sensors provided in houses include a temperature sensor, a humidity sensor, a CO2 sensor, a lock sensor, a power sensor, a human sensor, a door sensor, a kitchen sensor, a toilet sensor, an electric rain door sensor, a home delivery post sensor, a refrigerator sensor, a bathroom sensor, and the like. It is. The door sensor may include a door opening / closing count sensor. Further, the toilet sensor may include a urine component detection sensor in some cases. In the home network system 100 according to the present embodiment, when a user (for example, a resident or an operator) gives a voice instruction to the speaker / microphone device 34, the voice information acquired by the speaker / microphone device 34 is output. Based on this, the home information management device 10 can control (execute) at least one house operation such as a lighting operation, an air conditioner operation, a television operation, a smart lock operation, and a security camera operation. Specific voice instruction control (operation) will be described later.

  Next, the operation (house information processing method) of the house network system 100 according to the present embodiment will be described with reference to FIGS. FIG. 5 and FIG. 6 are flowcharts for explaining the operation of the residential network system 100.

  First, as shown in FIG. 5, the IC card 45 is brought close to the home information management device (set-top box with contactless card reader function; also referred to as “STB”) 10 (step S100). Specifically, the IC card 45 is brought close to the card reaction area 12 where the STB 10 reacts, and the IC card 45 and the STB 10 (or the IC card reader device 16 disposed therein) are communicated with each other. The communication between the IC card 45 and the STB 10 is performed in a non-contact manner. The proximity distance between the IC card 45 and the STB 10 is, for example, 10 cm or less (or preferably 1 cm or less), but when the IC card 45 is of the Felica standard, the proximity distance between the IC card 45 and the STB 10 conforms to the Felica standard. Determined accordingly. The IC card 45 of the present embodiment is of the Felica standard (an IC card on which a Felica chip is mounted), and it is preferable that electronic money information is mounted on the IC chip 45a of the IC card 45. The carrier wave of the IC card 45 (Felica card) of the present embodiment is 13.56 MHz, high-speed data processing is possible, and processing between the reader / writer and the card takes about 0.1 second including encryption processing. It ends within.

  Next, the card information of the IC card 45 brought close to the STB 10 is read (step S120). Subsequently, the card information of the IC card 45 is transmitted (Step S140). Thereafter, a settlement request is made (step S200), and then, settlement approval is performed (step S220). When the IC card 45 of the present embodiment is a Felica card, a series of steps of card detection, mutual authentication, and data reading / writing are performed in about 0.1 second with the STB 10 (reader / writer). After the proximity of the IC card in step S100, steps S120, S140, S200, and S220 are executed at a stretch (in about 0.1 second).

  The IC card 45 of the present embodiment is a card without a credit card function (a card with electronic money and / or points (or virtual currency)). Although it is possible to mount a credit card function on the IC card 45 of the present embodiment, the IC card 45 of the present embodiment uses electronic money data stored in the Felica chip 45a to perform electronic money settlement. Is preferably performed by Felica technology. This is because Japanese people like cash payments, and they do not like credit card payments very much (that is, they are very anxious about personal data being taken), and the payment in the house 60 by the system 100 of the present embodiment is difficult. This is because the system 100 of the present embodiment may not be easily spread if only credit card payment is performed. Further, when the credit card settlement is executed by the IC card 45 of the present embodiment, the above-described steps S120, 140, S200, and S220 take a considerable time (for example, ten to several seconds to several tens of seconds or several minutes), and the house 60 Of users within the system 100 do not want to use the payment (credit card payment) of the system 100 (it is troublesome). In addition, electronic money settlement by the IC card 45 equipped with the Felica chip 45a is often used in transportation (for example, Suica, PASMO, ICOCA, etc.) and convenience stores (for example, Suica, Rakuten Edy, etc.). This is preferable because the feeling of security is greater than that of credit card settlement. Note that the IC card 45 (and the IC chip 45a) is not limited to a card type, and may be a device mounted on the smartphone 40 (for example, a mobile Suica (product name), an Osaifu-Keitai (product name), or the like). Good.

  Next, when the settlement by the IC card 45 is completed, the STB 10 emits light (step S300). By the light emission of the STB 10, the user can perceive that the payment has been completed. Completion of settlement may be notified not only by light emission but also by sound (for example, sound of “beep” or “charin”).

  The settlement using the home network system 100 according to the present embodiment is particularly suitable for small-scale settlement. For example, payment for delivery of home delivery dishes (for example, pizza), settlement for electronic commerce (EC) (procurement of goods by cash on delivery) Payment), payment of convenience store payment slips, payment of group-like services for nearby businesses, payment of courier services, payment of parking lots, payment of sports facilities, etc. (for example, payment of tennis and barbecue fees) ), Payment of district event fees, payment of neighborhood membership fees and house management fees, payment of lighting exchanges for common areas, payment of taxi fees, payment of NHK fees, electricity fees, gas fees, etc. Of course, it is also possible to use it for other payments (commodity cash payment, housekeeping service, house cleaning service, or payment more expensive than small payment).

  Next, as shown in FIG. 6, the house network system 100 of the present embodiment can not only perform settlement (particularly, small settlement), but can also control home appliances in the house by voice input.

  As shown in FIG. 6, first, a voice instruction is given to a microphone device (here, a speaker / microphone device) 34, and a voice is input to the microphone device 34 (step S400). Next, data processing of audio information is performed by the speaker / microphone device 34 (or the STB 10 connected thereto) (step S420). Thereafter, the control of the home appliances in the house (60) is executed based on the data-processed command (step S440).

An example of the voice instruction is as shown in FIG. This will be specifically described as follows.
<About "living">
(1) When a voice instruction "Tell me tomorrow's weather" is issued, an action of telling the weather of the place by voice and video (or only voice) is executed. The audio comes from the speaker and microphone device 34, and the video is shown on the television device 30.
(2) When a voice instruction is given for “Good morning”, an action of reading back a news topic (for example, a Yahoo topic) with “Returning by voice to“ Good morning, ”is executed.
(3) When a voice instruction of "Good night" is issued, a voice sound of "Good night" is returned, and an action of turning off the light, the air conditioner, and the television is executed.

<About "TV">
(1) When a voice instruction is given to “TV ON”, an action of turning on the sound source of the TV is executed. In addition, when a voice instruction is given as "TV off", an action of turning off the sound source of the television is executed.
(2) When the voice is instructed to “loud the volume”, an action of raising the volume of the television by one is executed.
(3) When the voice is instructed to “low volume”, an action of lowering the volume of the television by one is executed.
(4) When a voice instruction "channel up" is issued, an action of raising the channel by one is executed.
(5) When a voice instruction "channel down" is issued, an action of lowering the channel by one is executed.

<About "Air Conditioner">
(1) When a voice command is given to turn on the air conditioner, an action of turning on the air conditioner is executed. When a voice command is given to turn off the air conditioner, an action to turn off the air conditioner is executed.
(2) When the voice command "Temperature up" is issued, an action of raising the set temperature of the air conditioner by one degree (1 ° C) is executed.
(3) When a voice instruction is given to “temperature down”, an action of lowering the set temperature of the air conditioner by one degree (1 ° C.) is executed.

<About “Lighting”>
(1) When a voice instruction is given to "light on", an action of turning on the light is executed. When a voice instruction is given to turn off the light, an action to turn off the light is executed.

<About "air quality">
(1) When a voice instruction "Tell me temperature" is issued, an action of transmitting "Temperature, humidity and CO2 (CO2 concentration)" is executed.

<About "Security">
(1) When a voice instruction is given to “shoot a camera”, an action of “project a video from a security camera” is executed.

  The relationship between the voice instruction and the action shown in FIG. 7 is an example, and a voice instruction different from the above (for example, “Turn on TV”) is registered in the system 100 of the present embodiment, and the corresponding action (eg, “TV”) is registered. Power on ”). Further, a voice instruction (for example, “bath is boiling”) corresponding to an action different from the above (for example, “to convey“ bath temperature ”) may be registered.

  FIG. 8 is a flowchart illustrating a further operation of house network system 100. FIG. 9 is a diagram for explaining a configuration in which various sensors 61 (61 a to 61 e) are provided in the house 60.

  In FIG. 9, the system 100 (or STB 10) of the present embodiment is connected to the Internet (communication network) 90, and the Internet 90 is connected to a house data management processing device (server device) 50. . Note that the smartphone 40 of the present embodiment can be connected to the Internet 90.

  As shown in FIG. 9, in the configuration of the present embodiment, a plurality of sensors 61 are arranged in a house 60. In this example, as examples of the sensor group 61, a security camera (imaging sensor) 61a provided at an entrance or the like, a sensor 61b for lighting (or television), a sensor 61c for door lock (door opening / closing), a sensor 61d for air conditioner, a toilet The sensor 61e for use is shown. In addition, other sensors 61 (for example, temperature / humidity / CO2 sensor, smart lock, power visualization sensor, human sensor, entrance door sensor, kitchen sensor, electric rain door sensor, refrigerator sensor, bathroom sensor) Sensors, home delivery box sensors, etc.). Even if not all of these sensors 61 (61a to 61e) are provided, some of the sensors 61 (for example, a security camera (imaging sensor) 61a and a sensor for illumination (or television) 61b) may be provided.

  The sensor group 61 (61a to 61e) of this embodiment is wirelessly connected to the STB (home information management device) 10 of this embodiment (see an arrow 62a). Data transmission and reception are performed by the wireless connection (62a). The wireless connection (62a) is preferably performed by a communication method (first communication method) other than Wi-Fi communication. The first communication method of the present embodiment is Z-WAVE. "Z-WAVE" is an interoperable wireless communication protocol developed by Danish companies Zensys and Z-Wave Alliance, which requires low power and long-term operation such as home automation and sensor networks. It was designed for the device. The frequency in Japan is in the 920 MHz band. Note that infrared communication can be used as a communication method (first communication method) other than Wi-Fi communication.

  In the house 60, when the sensor group 61 and the STB 10 are wirelessly connected by Wi-Fi communication, the possibility of crosstalk increases, and the Wi-Fi communication is easily affected by radio waves such as a microwave oven. It is not suitable for the connection of the sensor 61 in the house 60 (the room 60a), and there is a problem that the radio wave hardly passes through the wall. Furthermore, since power consumption is large, there is a problem that a power supply is indispensable. Therefore, when the sensor group 61 is connected by Wi-Fi communication, a large number of power supplies are required in the house 60 (indoor 60a), and the power supply is full. There is an inconvenience. Therefore, if the IoT is to be spread all over the house, it is preferable to construct an IoT infrastructure in a 920 MHz band with a small power enough to run on a battery and a power to go around walls and the like, but the 920 MHz band is used. Building with the LoRa method (second communication method) is not preferable because infrastructure cost (running cost) is required. It is preferable to use Z-WAVE as in the configuration of the present embodiment because reliable transmission can be realized even in a Wi-Fi environment. However, the TELC certification must be obtained for all devices, and development costs will fall if there is no confidence in selling tens of thousands of units. However, according to the system 100 of the present embodiment, Z-WAVE is used. Even in the system, the development cost can be collected by the entire system, so that Z-WAVE (first communication system) can be used for IoT in the house 60. As long as problems such as infrastructure costs (running costs) can be solved, another communication method (for example, LoRa method, or SIGFOX method, ZigBee method, or the like) may be adopted. Since it is suitable for a relatively long transmission distance (for example, 1 to 5 km), the Z-WAVE system is preferable from a comprehensive viewpoint.

  The STB (home information management device) 10 of the present embodiment can be wirelessly connected to the smartphone 40 (see an arrow 62b). This wireless connection (62b) can be performed by Wi-Fi communication (or Bluetooth communication) inside the house 60a of the house 60. Also, the STB 10 can make a wireless connection (here, WiFi communication 62c) to an Internet router (for example, a WiFi router) 63, and the Internet router 63 can connect to the Internet 90 (62d). Note that the STB 10 can be connected to the Internet 90 by wire (for example, a wired LAN or optical fiber wiring) instead of wirelessly.

  Further, the STB (home information management device) 10 of the present embodiment is connected to a television device (for example, a liquid crystal television) 30 via an HDMI cable 20 (wired connection). The home information management device 10 of the present embodiment can perform data acquisition of the sensor 61, control of operation of the sensor 61, data transmission to the Internet (cloud) 90, data display on the monitor 31 of the television device 30, and the like. . This process is executed by the cooperative operation of the semiconductor integrated circuit (CPU and the like) and the storage device (ROM, RAM, HDD and the like) in the STB (home information management device) 10 and the program for executing them. be able to.

  The data (data of the indoor sensor group 61) accumulated by the STB (home information management device) 10 of the present embodiment can be transmitted (uploaded) to the Internet (cloud) 90 (see arrow 64a). The uploaded data is transmitted from the Internet (cloud) 90 to the house data management processing device (server device) 50. The house data management processing device 50 of the present embodiment is, for example, a server device of a house toilet / bath maker (or a house door maker or the like), and collects information acquired by the sensor 61 (or big data). Then, based on the information, it is possible to execute processing such as finding a defect (including finding a potential failure and calculating a failure probability) and visualizing the use frequency. The data for visualizing the use frequency can be displayed on the display 31 from the house data management processing device 50 via the Internet (cloud) 90 (and the home information management device 10) (see arrow 64b).

  Further, the house data management processing device 50 of the present embodiment can read the replacement time of the consumables and the like from the data, and transmit the information of the replacement to the information terminal (here, a smartphone) 40 of the user ( See arrow 93). Outside the house 60 (outside the house), the smartphone 40 is connected to a network line 90 via a communication line (LTE line) 91. On the screen 41 of the smartphone 40, in addition to the notification of the replacement time of the consumables from the house data management processing device 50, a message such as "Is there a problem?" Or the sensor data is displayed. Can be. In addition, it is also possible to configure so that the smartphone 40 can remotely control home appliances in the house 60.

  An example of a further operation of the residential network system 100 will be described below with reference to FIG. First, data from the in-house sensor 61 is transmitted to the STB (home information management device) 10 (step S500). Next, information processing of the sensor data is performed by the STB 10 (step S520). When the STB 10 performs the information processing by the server device 50 without performing the information processing of the sensor data, the data transmitted to the STB 10 is transmitted to the server device 50 via the Internet 90, and Information processing of data is executed in the server device 50.

  Then, the data on which the information processing has been executed is output to the display 31 and displayed (step S540). This output may be sent to the smartphone 40. Next, the data on which the information processing has been executed is transmitted to the server device 50 via the Internet (cloud) 90 (step S560). The analysis result in the case where the server device 50 performs the information processing (or in the case where the large data processing of a large number of houses is performed) can be output to the display 31 (or the smartphone 40) via the Internet 90.

  Next, a home delivery box notification system using the home network system 100 will be described with reference to FIG. FIG. 10 is a configuration diagram illustrating a home delivery box notification system according to the present embodiment.

  The home delivery box 67 is provided, for example, near the entrance of the house 60 (or, in the case where the house 60 is in the form of a condominium, a common part where the home delivery box is installed). A delivery box sensor 61f is mounted on the delivery box 67 of the present embodiment. The home delivery box sensor 61f is connected to the STB (home information management device) 10 wirelessly and / or by wire (66a). In the configuration of the present embodiment, the home delivery box sensor 61f is connected to the STB 10 wirelessly (Z-WAVE system).

  When a package addressed to the user is loaded into the home delivery box 67, the home delivery box sensor 61f senses the loading and notifies the STB 10 of the notification of the package. The STB 10 lights up (and / or sounds) to notify the user of the notification of the package notification. At this time, the television 30 may be turned on by a command from the STB 10 and the user may be notified of the notification of the luggage by the television 30. In addition, the STB 10 notifies the smartphone 40 of the notification of the package via the Internet 90 (routes 66 and 91). Then, the user can detect the notification of the notice of the luggage both when near the STB 10 and when outside the house 60. In addition, since the settlement procedure by the STB 10 can be performed, if it is necessary to receive cash on delivery or cash on delivery, after the luggage is placed in the delivery box 67, the door of the delivery box 67 is opened after the payment by the settlement of the STB 10 is completed. It is also possible to adopt a configuration that can be opened. Today, the burden on courier companies has increased with the increase in the number of mail-order transactions, and the problem of re-delivery due to the absence of recipients has been particularly noticeable and needs to be solved. According to the system 100 of the present embodiment, Notification to the recipient (and / or by means of a payment function), which can mitigate the problem of home delivery.

  The home network system 100 of the present embodiment includes a home information management device (STB) 10 connected to the display device 30. Data acquired by the plurality of sensors 61 provided in the house 60 is transmitted to the home information management device 10 (see an arrow 62a), and an IC card reader device 16 having a settlement function is arranged in the home information management device 10. Have been. Further, a speaker / microphone device 34 is connected to the home information management device 10. Therefore, according to the house network system 100 of the present embodiment, the settlement can be performed by the IC card reader device 16 and the service in the house 60 is executed by using the home information management device 10 via the speaker / microphone device 34. At the same time, information collection can be performed via the sensor group 61.

  More specifically, since the settlement can be performed by the IC card reader device 16 in the home information management device 10, the cashless housing settlement can be easily performed, and the home 60 using the home information management device 10 can be used. (Such as turning on / off the television 30) and information collection (data collection of the sensor group 61). Therefore, according to the house network system 100 of the present embodiment, it is possible to solve the problem of high system introduction cost (system purchase cost, installation cost, and operation cost) only for executing cashless settlement. In particular, when the house network system 100 is used, data acquired by the sensors 61 (for example, 61a to 61e and 61f) of the house 60 can be displayed on the display device (for example, a thin television) 30. And cover the costs of introducing and operating a cashless payment system. For example, a toilet sensor (or a urine component detection sensor) 61e is provided on a tray of the house 60 so that various components (eg, sugar, uric acid, etc.) can be detected from urine, and the data is obtained and the By displaying the information on the screen 30, a simple medical examination can be performed every day while at home. Also, by acquiring and displaying data such as the temperature and humidity of the house 60 (each room), it is possible to see changes in the environment of the house 60 (each room), and to view changes in the physical condition at the turn of the season. You can be careful. In addition, a sensory sensor is provided in the bathroom (bathroom) of the house 60 to detect the possibility of cerebral infarction or the like if there is no motion for a certain period of time, process the data, and report the data. (For example, display on the television 30 or notification by sound).

  Further, not only can the data acquired by the sensors 61 (for example, 61 a to 61 e and 61 f) of the house 60 be displayed on the display device 30, but the acquired data can be transmitted to a communication network connected to the home information management device 10. The data can also be transmitted to the house data management processing device (server device) 50 via 90. For example, when the house data management processing device 50 in the example of this description is, for example, a server owned by a toilet maker (or when the server is accessible by the toilet maker), the toilet maker may And information on the toilet (eg, the number of times the toilet operating section is operated and damaged, the number of times the hot water flush toilet seat is used and the number of failures) can be obtained and analyzed (eg, big data analysis or deep learning) Analysis) to help in product development. Further, when the house data management processing device 50 is, for example, a server owned by a door maker (or when the door maker can access the server), information on the door from many houses 60 (for example, the number of times the door is opened and closed) And the number of times of damage and the number of times of repair / replacement) can be obtained and analyzed (eg, analysis by big data or analysis by deep learning), which can be used for product development. Provision of these data (or big data) can cover the introduction and operation costs of the housing network system 100 of the present embodiment. Then, in the house network system 100 of the present embodiment, the service (for example, the instruction and operation as shown in FIG. 7) in the house 60 is performed using the speaker / microphone device 34 (and / or the smartphone 40). Can be performed.

  Therefore, according to the house network system 100 of the present embodiment, it is possible to realize a system that can easily execute settlement in the house 60 and can execute various services and information collection in the information network in the house 60.

  In addition, as a network system used in a house, (a) a IoT service for a house, (b) a construction management application for a construction company, a builder, a building company, and (c) a smart TV (TV equipped with an AI) However, each has a different technical idea from the housing network system 100 of the present embodiment. In other words, the conventional residential IoT service could not procure the installation cost and operation cost (consumers do not pay only for the use of the IoT), but the plan was collapsed. The housing network system 100 according to the embodiment has an advantage that the installation cost and the operation cost can be collected, and the service can be provided not only by using the IoT but also by using the IoT. Also, (b) the construction management app for construction shops, builders, and construction companies is simply an IT service that connects the construction site with the builder or construction shop, so that the residents of the house 60 receive some services using it. The configuration and idea of the home network system 100 of the present embodiment are significantly different from those of the present embodiment. The “smart TV (AI-equipped TV)” in (c) is a television only, and the resident of the house 60 cannot receive the service in the house beyond the function of the TV. The configuration and idea of the residential network system 100 of the embodiment are greatly different. The same applies to so-called “smart speakers”, which are not the infrastructure of the house 60 unlike the house network system 100.

  The home network system 100 of the present embodiment includes a home information management device (STB) 10 connected to the display device 30, and the data acquired by the plurality of sensors 61 provided in the home 60 is the home information. It is transmitted to the management device 10. An IC card reader device 16 having a payment function is arranged in the home information management device 10, and a speaker / microphone device 34 is connected to the home information management device 10. Therefore, settlement can be performed by the IC card reader device 16 (or the STB 10), and service / information collection in the house 60 can be executed using the home information management device 10 via the speaker / microphone device 34. .

  More specifically, according to the house network system 100 of the present embodiment, the settlement can be performed by the IC card reader device 16 in the home information management device 10, so that the cashless in-house settlement can be easily executed. In addition to this, it is possible to execute service / information collection in a house using the home information management device 10. Therefore, the problem of high system introduction cost (system purchase cost, installation cost, operation cost) only for executing cashless can be solved. In addition, data acquired by the sensor 61 of the house 60 can be displayed on the display device 30 (for example, a flat-screen television), and the data can be transmitted via the communication network 90 connected to the home information management device 10. By transmitting the data to the house data management processing device (server device) 50, it becomes possible to perform data processing in the house data management processing device 50 (for example, a server owned by a toilet maker). It is possible to realize a system 100 that can easily execute settlement in a house and execute various services and information collection through an information network in the house.

  In addition, some functions of the above-described house network system 100 can be executed not only by the control operation by hardware but also by the operation of software (program). For example, in the configuration of the present embodiment, when a house information processing program for executing house settlement and information communication using the house network system 100 is constructed, the house information processing program includes electronic money information (45a ) May be configured to be a program for realizing the function of processing the read electronic money information (45a) when the IC card 45 storing the stored information is brought close to the set-top box 10. The contents may be constructed based on the contents described above. The in-house information processing program has a function of processing voice information when voice information is input to the speaker / microphone device 34 into control command data, and a lighting operation, an air conditioner, and the like based on the control command data. What is necessary is just to construct so that it may become a program which implement | achieves the function which controls at least one operation | movement in a house selected from the group which consists of operation | movement, television operation | movement, smart lock operation | movement, and security camera operation | movement. Further, when the home delivery post sensor 67 is connected to the home information management apparatus 10 (wireless connection in the above-described example), the in-house information processing program receives a command from the home delivery post sensor 67. What is necessary is just to construct so that it may become a program which realizes the function of making the light emitting part (15, 12a) emit light and the function of making the light emitting part (15, 12a) emit light when the IC card 45 approaches. In addition, any number of construction examples (or application examples and development examples) of the in-house information processing program of the present embodiment can be created.

  Next, the house network system 100 of the present embodiment will be further described with reference to FIG. FIG. 11 is a block diagram illustrating a configuration example of the house network system 100 according to the present embodiment.

  In the home network system 100 of the present embodiment, a home information management device (STB) 10 is arranged in a home 60. The home information management device 10 includes a home network system program 111 for executing the home network system 100, and a data processing device (CPU, memory device, input / output device, etc.) 112 in the home information management device (STB) 10. It is included. The home information management device 10 is connected to a transmission / reception device (such as the router 63 in FIG. 9) that transmits and receives data (arrows 95 and 96) via the network 90, or is included in the home information management device 10. ing. The sensor 61 is disposed in the house 60 as described above.

  In the illustrated example, there is another house 60 (60A, 60B, 60C, 60X) similar to the house 60 of the present embodiment. Residential network systems 100 (100A, 100B, 100C, 100X) are also installed in the houses 60 (60A, 60B, 60C, 60X), respectively. Here, it is assumed that the house 60X has a newly installed house network system 100 (100X) of the present embodiment.

  The home information management device 10 can be connected to the smartphone 40 (here, 141 or 142) via the network 90. The smartphone 40 (141, 142) has a home network system program 140a (smartphone specification program) (141a, 142a) and a data processing device (CPU, memory device, input / output device, etc.) in the smartphone 40 (141, 142). ) 140b (141b, 142b). The smartphone 40 also includes a transmission / reception device that transmits / receives data via the network 90. In this example, a plurality of smartphones (141 or 142) are shown, but one smartphone 40 may be provided. In addition, in other houses 60 </ b> A to 60 </ b> X, a connection / operation instruction to the house network system 100 (100 </ b> A to 100 </ b> C, X) by the smartphone 40 is also possible. In addition, as long as the connection / operation instruction to the house network system 100 is possible, not only the form of the smartphone but also a portable terminal (for example, a smartphone, a tablet, a notebook PC, etc.) is used instead. Specifically, the present invention is not limited to a smartphone, and may be a mobile phone (for example, a so-called feature phone), a personal computer (for example, a desktop PC), or a game machine as long as it can perform information communication. Or a terminal such as a television. In addition, as a portable communication device (information communication terminal) that can be carried, a tablet computer, a notebook computer, and a wearable computer can be used in addition to a smartphone and a mobile phone. However, in terms of system construction, introduction, and operation management of the housing network system 100, smartphones that are currently widely used (for example, iPhone (registered trademark) manufactured by Apple Inc., smartphones equipped with Android OS (various types of Android smartphones) )) Is preferred.

  A house data management processing device (server device) 50 is connected to the network 90. The server device (house data management processing device) 50 includes a house network system program (server specification program) 51 according to the present embodiment. In the illustrated configuration example, the house network system program 51 is stored in a house data management database 55. Information on the house 60 (and 60A to 60C, 60X) (including various data (for example, sensor acquisition data, etc.) of the house 60 together with the access data to the house 60) is stored in the data of the house data file 53. In the form, it is stored in the house database 55. In addition, an advertisement distribution program 59 is stored in the server device (customer data processing device) 50 of the present embodiment. The advertisement distribution program 59 will be described later.

  The house network system program 51 of the present embodiment can upload (in other words, download from the information terminal) the program (111, 140a) to each information terminal (10, 40) and install it on each information terminal. The house network system program 51 has a function of exchanging data with the house 60 (or 60A to C, X) via the network 90. It has the function of processing and processing the data sent from. In the server device 50, data (for example, big data) sent from the house 60 may be analyzed (for example, deep learning analysis), or the analysis may be executed by another device (another information processing device). You may make it.

  In the illustrated example, an advertisement can be distributed to each house 60 using the house database 55 (particularly, the house data file 53) of the server device 50. This advertisement distribution can be performed using the advertiser terminal 110. The advertiser terminal 110 is an information terminal that uses an advertisement distribution program (or a program for operating a platform system using a home network) as an advertisement provider. The owner of the advertiser terminal 110 is an advertisement provider, an advertisement agency, an advertisement publisher, a manager of a store that places an advertisement, and the like. The owner of the advertiser terminal 110 (advertisement provider) can use the advertisement distribution program (platform system or advertisement distribution application) by operating the advertiser terminal 110. The advertiser terminal 110 includes an advertiser terminal program 111 and a data processing device (CPU, memory device, input / output device, etc.) 112 in the advertiser terminal 110. The advertiser terminal 110 also includes a transmission / reception device for transmitting / receiving data via the network 90. In the configuration of the present embodiment, the advertisement distribution system 200 can be constructed in a form including the residential network system 100.

  The advertisement distribution system 200 according to the present embodiment can execute advertisement distribution with an attribute specified by the operation of the advertisement distribution program 59. In this embodiment, a host terminal that can access the server device 50 is an information terminal handled by an operating company (operating company, management company or group, or operating individual). The host terminal can access the house data management processing device (or customer data processing device) 50 via the communication network 90. Then, the operating company can perform registration, deletion, editing, information processing, management control, and the like of the house database 55 of the house data management processing device 50 using the host terminal.

  Further, in the advertisement distribution system 200 of the present embodiment, the server device 50 as the house data management processing device functions as the customer data processing device 50. The server device 50 is an electronic computer (computer device) having a function of transmitting and receiving data to and from the Internet communication network 90, and includes a storage device and a semiconductor integrated circuit (IC). The customer database 55 of the present embodiment is configured from a hard disk (HDD). Specifically, it is a storage medium in the server device 50 connected to the communication network 90. However, the customer database 55 may be a storage medium (for example, a LAN hard disk) at a position physically distant from the housing of the server device 50 or a recording medium (a recording device such as a hard disk) on a cloud computer. I do not care. The recording medium is not limited to a magnetic recording medium such as a hard disk (HDD), but may be another recording medium such as an optical recording medium, a magneto-optical recording medium, and a semiconductor recording medium (solid state drive: SSD). Absent. In addition, the customer database 55 of the present embodiment can be stored in a specialized data management company in order to further enhance security, in addition to the case where the customer database 55 is arranged in the company that operates the advertisement distribution system 200. It is. Also, among private companies, the management of companies that have a high level of trust in personal information (eg, banks, insurance companies, credit card companies, well-known data management companies (or government-related organizations)) It is also possible to have the customer database 55 stored and operated.

  The host terminal of the present embodiment is typically a personal computer (PC). The host terminal (PC) includes a communication device (for example, an optical fiber connection terminal) connectable to an Internet communication network (communication network) 90, a display device (for example, a liquid crystal display device), and an input device (for example, a keyboard, a mouse, and the like). ), An arithmetic device (for example, a semiconductor integrated circuit device (IC) or a central processing unit (CPU)), and a storage device (for example, a hard disk, a semiconductor storage device, and the like). The host terminal (PC) can input necessary information using an input device, and processes the information using an arithmetic device (CPU) while using a storage device (HDD, SSD, etc. (or ROM, RAM)). Thus, the server device 50 can be controlled. The host terminal is not limited to a personal computer (PC), and may be another device as long as it can operate the server device 50, for example, a smartphone, a tablet terminal, a mobile phone, or the like. The host terminal may be connected to the server device 50 via another communication line, that is, an in-house LAN (wired LAN or wireless LAN) without being connected to the Internet communication network 90. Alternatively, the host terminal may be a workstation terminal instead of a personal computer (PC). Note that the house data management processing device (customer data processing device) 50 of the present embodiment is not limited to a typical server device, and a computer device such as a personal computer (PC) may be used as long as security can be ensured. It is possible. In the present embodiment, that an information communication terminal (PC, smartphone, or the like) is connected to the communication network 90 means that the information communication terminal is connected for information communication (communication is possible), and is connected by a wired cable. In addition to the case of being physically connected, the case of being connected by wireless or optical communication is also included.

  As described above, the server device 50, the home information management device (STB or housing terminal / user terminal) 10, and the advertiser terminal 110 are connected to the communication network 90 of the present embodiment, and the store terminal 130 (130A, 130B) are connected. The shop terminal 130 includes a shop terminal program 131 and a data processing device (CPU, memory device, input / output device, etc.) 112 in the shop terminal 130. The store terminal 130 also includes a transmitting / receiving device that transmits / receives data via the network 90. The store terminals 130 (130A, 130B) are also information terminals that use the advertisement distribution system (local platform system) as a product service provider. The owner of the store terminal 40 (provider of the product / service) is, for example, a store owner, a store manager (or a business person in charge), a company / organization / personal business owner, or an Internet store manager. And so on.

  Further, another server device 170 different from the server device (house data management processing device or customer data processing device) 50 of the present embodiment may be connected to the communication network 90 of the present embodiment. Another server device 170 (external server device 170) has an external server database 175. The external server database 175 stores a server program 172 (or a program function or a program structure) and a data structure 173 such as customer data and product data.

  In the configuration of the present embodiment, the house network system program 51 of the server device (customer data processing device) 50 is installed in various terminals (10, 40, etc.), and when the installed program 51 starts, the house network system 100 is realized by cooperation of hardware and software related to the network. The same applies to the advertisement distribution program of the server device 50. The advertisement distribution program (local platform system or advertisement application) is installed in various terminals (10, 40, etc.) and activated by the advertisement distribution program. It is realized by cooperation of hardware and software related to the network.

  Next, the house database 55 according to the present embodiment will be described with further reference to FIG. The house database 55 of the present embodiment is included in the server device 50. In the configuration of the present embodiment, the house database 55 is provided in a storage device (a hard disk in this example) that physically exists as one of the components of the server device 50, May be provided in a storage unit (for example, a database on cloud computing) that functions as one of the components of the server device 50.

  In FIG. 12, a server device 50 including a house data management database 55, a home information management device (STB) 10, a host terminal 150, and a store terminal 130 (130A, 130B) are connected via a network 90. FIG. The host terminal 150 includes a host terminal program 151 and a hardware function unit 152. The server device 50 can perform data input (93) from these terminals (10, 150, 130) and data output (94) to these terminals (10, 150, 130).

  The house data management database 55 includes a house data file (customer data file) 53. The house data file 53 is composed of individual house data files (53a, 53b,...) Corresponding to house IDs held by the home information management device (STB, user terminal) 10. In the configuration of the present embodiment, the house data management database 55 has a house data file processing unit 52 that processes information in the house data file 53. The house data file processing unit 52 includes a data transmission / reception unit 52a that transmits and receives data between the house data file 53 and the outside, a house data update unit 52b that adds and updates new information to the house data file 53, and a house data And a house information editing unit 52c for editing the file 53.

  The individual house data files (53a, 53b,...) In the house data file 53 are created by input from the host terminal 150. Data transmission and reception between the server device 50 and the house terminal (STB) 10 and data transmission and reception between the server device 50 and the shop terminal 130 are based on the house ID in the individual house data file (53a, 53b,...). Executed. The data structure of the house data file 53 and the house data file processing unit 52 (52a, 52b, 52c) of the present embodiment are constructed by executing the house network system program 51. Further, in the configuration of the present embodiment, the house data management database 55 includes an advertisement distribution program 59. When the advertisement distribution program 59 is executed, an advertisement can be distributed to the house 60 (house terminal 10) by referring to the data in the house data file 53 by the function realized by the program 59. In the configuration example of the present embodiment, the house network system program 51 and the advertisement distribution program 59 are stored in the customer database 55. However, if these programs can be appropriately executed, other than the customer database 55 May be stored at the location.

The house network system program 51 according to the present embodiment is a program for executing the operation of the house network system 100 described above. Then, the house network system program 51 of the present embodiment
(A) a function of connecting the house terminal 10 and the house data management database 55;
(B) a function of editing the house data file 53 by the host terminal 150;
(C) a function of connecting the house terminal 10 and the house data management database 55, and
(D) It is also a program for realizing a function of connecting the shop terminal 130 and the house data management database 55.
In the configuration of the present embodiment, when the house network system program 51 is executed, the server device 50 transmits new data to the house data file 53 and a data transmission / reception unit 52a that sends and receives data between the house data file 53 and the outside. A house data updating unit 52b for additionally adding and updating and a house information editing unit 52c for editing the house data file 53 are constructed.

  The data transmitting / receiving unit 52a provides (a) a function of connecting the host terminal 150 to the house database 55, (c) a function of connecting the house terminal 10 to the house data management database 55, and (d) a store terminal. The function of connecting 130 to the house data management database 55 is executed. Further, the house data updating unit 52b and the house information editing unit 52c execute (b) a function of editing the house data file 53 at the host terminal 150. In addition, by executing the house network system program 51 introduced to each terminal (10, 150, 130), a program structure unit (111, 151, 131) is constructed in each terminal (10, 150, 130), and the program The structural units (111, 151, 131) execute the functions (a) to (d) in cooperation with the server device 50.

Further, the customer data processing device 50 of the present embodiment includes the advertisement distribution program 59 as described above. The advertisement distribution program 59 according to the present embodiment includes:
(E) a function of extracting data from the house data file 53 in accordance with the house attribute (customer attribute) by operating the host terminal 150;
(F) a function of providing advertisement data to the extracted house data file 53, and
(G) A program that implements a function of delivering advertisement data to the communication network 90 based on the house data file 53 to which the advertisement data has been added. The function, role, and operation of the advertisement distribution program 59 will be described later.

  In the configuration of the present embodiment, the house attribute (customer attribute) includes at least an address area. Then, in a preferred example, the house attributes include all of the address area, house type, and occupation information. If an "address" is entered in the house personal information, there are items from which an "address area" can be derived.

  Next, an advertisement distribution system (200) realized by the advertisement distribution program 59 of the present embodiment will be described with reference to FIG.

  FIG. 13 is a block diagram showing a configuration of a house data management database (hereinafter, “house database”) 55 (first database) and an advertisement database 57 (second database) in the server device 50 of the present embodiment. . In the configuration of the present embodiment, the advertisement database 57 is constructed as a different database from the house database 55 in order to enhance the security of the house database 55 including the house data file 53. Note that the housing database 55 and the advertisement database 57 can be constructed as one database as long as the security level can be secured. Further, the server device 50 of the present embodiment includes both the house database 55 and the advertisement database 57, but may be physically stored in one server device 50, or may be physically connected. If so, it may be installed in a physically distant place.

In the configuration of the present embodiment, an advertisement distribution program 59 is stored in the server device 50. The advertisement distribution program 59 of the present embodiment has the following functions:
(H) a function of extracting data from the house data file 53 in accordance with house attributes (for example, attributes of address area information) by operating the host terminal 150;
(I) a function of adding advertisement data to the extracted house data file 53 (or the individual house data file 53a or the like);
(J) A program for implementing a function of delivering advertisement data to the communication network 90 based on the house data file 53 to which the advertisement data has been added.

  In the configuration of the present embodiment, when the advertisement distribution program 59 is executed, in the server device 50 (here, in the advertisement database 57), the advertisement data storage unit 56 that stores the advertisement data, and the advertisement data processing that processes the advertisement data The unit 58 is constructed. The advertisement data processing unit 58 of the present embodiment includes an advertisement data transmission / reception unit 58a for transmitting / receiving the advertisement data storage unit 56 to / from the outside (90), and data extraction for executing the data extraction from the house data file 53 according to the customer attribute. And an advertisement data editing unit 58c for editing advertisement data.

  Further, the advertisement distribution program 59 may be configured to be executed by operating the advertiser terminal 110 instead of operating the host terminal 150. In this case, the advertisement distribution program 59 is a program that realizes a function of extracting data of the house data file 53 according to the house attribute by operating the advertiser terminal 110 owned by the advertiser instead of the host terminal 150. .

  In the advertisement distribution system 200 realized by the advertisement distribution program 59 of the present embodiment, an advertisement can be distributed using information of the house database 55 (particularly, the house data file 53). In the present embodiment, by the operation of the advertisement distribution program 59, a step of extracting data from the house data file 53 according to the house attribute, a step of providing advertisement data to the extracted house data file 53, And delivering the advertisement data to the communication network 90 based on the provided house data file 53. Specifically, the advertisement distribution procedure can be executed by the advertisement data storage unit 56 and the advertisement data processing unit 58 constructed by the advertisement distribution program 59. The distributed advertisement is displayed on the display device 30 via the home terminal (STB, home information management device) 10 of the present embodiment via the communication network 90. Alternatively, the delivered advertisement is displayed on the smartphone 40 through the communication network 90.

  Although the advertisement has been described here, the information on the housing service (for example, information on reservation / arrival of a taxi, information on arrangement / arrival of a home delivery visa, information on picking up / delivery of a home delivery service, etc.) is transmitted to the server device 50. (For example, by operation from the store terminal 130 in the store of the service provider), the display can be displayed on the display device 30 via the housing terminal (STB, home information management device) 10 of the present embodiment. it can. In addition, the information collected (or edited and processed) by the sensor 61 of the house 60 is utilized in the present embodiment by using the function of the server device 50 (for example, by operation from the store terminal 130 in the store of the service provider). Can be displayed on the display device 30 via the home terminal (STB, home information management device) 10.

  FIG. 14 schematically shows functions 59a to 59d realized by the advertisement distribution program 59, and also shows functions 51a to 51e realized by the house network system program 51. The functions 51a to 51e and the functions 59a to 59d cooperate with software and hardware such as an OS (operation system) and an application program in the server device 50 to operate the above-described housing network system 100 and advertisement distribution. The system 200 is constructed. For example, examples of the functions 51 a to 51 e realized by the house network system program 51 are the functions (a) to (g) described above and functions for realizing the house network system 100 described above. The functions 59a to 59d realized by the advertisement distribution program 59 are the above-described functions (h) to (j) (or the above-described housing service (for example, taxi arrangement, home delivery visa delivery, etc.)). May be a function for realizing).

  Note that a data storage program, a data editing program, a data transmission / reception program, an interface program with an input / output device, a backup program, an error message program, and the like in the server device 50 are not main items of the embodiment of the present invention. Omitted for the purpose of clarifying the contents. These technologies can be implemented / operated (implemented) based on technical common sense in the information and communication technology field. In addition, a data processing program, a data transmission / reception program, a communication / communication technology, an Internet-related technology (including a homepage display and an advertisement display function), a camera imaging technology, an image information processing technology (an OCR function, a bar Similarly, the code processing function, etc.), the IC tag recognition technology, and the application operation technology are also omitted for the purpose of simplifying the understanding of the technical content. These technologies can be implemented / operated (implemented) based on common general technical knowledge in the technical field of information communication terminals (smartphones). The functions realized by the above-described programs are mainly functions that are viewed mainly from the server device 50. That is, since “transmission” and “reception” are a pair of terms, it is added that the name of the term changes in the function viewed from the information communication terminal. That is, the transmission from the server device 50 (see the arrow 94) is received by the information communication terminal. On the other hand, the transmission from the information communication terminal is received by the server device 50 (see arrow 93). Further, specific programming languages / codes, program function names / structures, and the like of various programs can be executed based on common general knowledge in the field of information and communication technology.

  Next, the operation of the advertisement distribution system 200 by the advertisement distribution program 59 of the present embodiment will be described with reference to FIG. FIG. 15 is a flowchart for explaining the operation of the advertisement distribution system 200.

  As shown in the flowchart of FIG. 15, first, the advertiser places an advertisement order by operating the advertiser terminal 110 (step S110). The advertisement order is transmitted to the advertisement database 57 of the server device 50. Next, the advertisement database 57 receives the advertisement order (step S112), and assigns an advertisement ID to the advertisement order. Next, the user accesses the house database 55 based on the house attributes (customer attributes) included in the advertisement order (step S113). Here, the house attribute (customer attribute) is an attribute such as an address area, a house type, and occupation information. In one example, the house attribute is a registrant attribute that exceeds age, gender, and the like. , Which means attributes such as company employee.

  Based on the information of the house database 55 (such as the individual house data file 53a), the advertisement attribute (house attribute (customer attribute) requested by the advertisement) and the advertisement ID are linked (step S114). Subsequently, advertisement attribute information including an individual customer data file (53a or the like) matching the advertisement attribute is created (step S120), and transmitted to the advertisement database 57 (step S121). Next, advertisement attribute data is created in the advertisement database 57 (step S122). Since this advertisement attribute data is to be transmitted to the advertiser terminal 110, it is created in a format excluding personal information (customer personal information).

  Next, the advertisement attribute data is transmitted to the advertiser terminal 110 (step S123), and the advertiser terminal 110 receives it. Here, the advertiser can grasp the number of distributions (the number of houses to distribute the advertisement (or the number of people / terminals)) corresponding to the attribute of the advertisement. Next, the advertiser operates the advertiser terminal 110 and inputs distribution information (step S130). Examples of the distribution information include special sale information, free premium information, limited product information, and the like. Next, distribution information is transmitted from the advertiser terminal 110 (step S131), which is registered in the advertisement database 57 (step S132).

  In the advertisement database 57, distribution advertisement data is created based on the registered distribution information (step S140). Next, the distribution advertisement data is transmitted to the housing terminal 10 (or the smartphone 40) (Step S141), and the distribution advertisement data is received by the housing terminal 10 (or the smartphone 40) (Step S142). The house terminal 10 is registered in the advertisement distribution system (particularly, the house database 55 or the house data file 53), and is not limited to the house terminal 10 of the house 60. For example, the information terminal of the family of the house 60 may be a user terminal, and the holder of the house terminal 10 already knows the existence of the advertisement distribution system (200) of the present embodiment and has registered in the advertisement distribution system. (Such as a newly registered smartphone holder).

  The distribution advertisement data received by the housing terminal 10 in step S142 is image-displayed by the function of the housing terminal 10 (or the smartphone 40), and the owner of the housing terminal 10 can see the advertisement. Thereafter, the owner of the housing terminal 10 finds the advertisement use information (step S150), clicks the advertisement use information, and receives the advertisement information (for example, privilege information). When the advertisement usage information is clicked, the signal is transmitted to the advertisement database 57 (Step S151). Further, the advertisement use information can be transmitted by processing of an input unit connected to the housing terminal 10 (voice input, keyboard input, touch panel input, etc.).

  The advertisement database 57 receives the signal of the advertisement use information (Step S152), and then totals the signal as an advertisement result (Step S160). The total of the advertisement result is transmitted from the advertisement database 57 to the advertiser terminal 110 (step S161). The advertiser receives the advertisement result at the advertiser terminal 110 (step S162), and can confirm the quality of the advertisement. Based on the advertisement result, the advertiser can further order the advertisement (steps S170, S110).

  In summary, the method using the advertisement distribution system 200 of the present embodiment proceeds as shown in FIG. FIG. 16 is a flowchart of the advertisement distribution method according to the present embodiment.

  First, a house database (customer database) 55 is created based on personal customer information of a person who has introduced the house network system 100 of the present embodiment (step S200). Since the customer (resident of the house) who is the owner of the house terminal 10 can receive various services related to the house (small payment service, voice operation of home appliances, information acquisition by the sensor 61, etc.), the process proceeds to the house database 55. It is expected to be registered at. Then, information on many houses 60 is accumulated in the house database 55.

  Next, each time there is a progress regarding the house 60 (information on the sensor 61, use of the house service, etc.), the house data (customer data) is updated (step S210). Each time the house data (customer data) is updated, the customer (resident of the house 60) recognizes the convenience of using the house service, and the house network system 100 (and / or The advertisement distribution system 200) is also improving, and therefore, the goodness of the system 100 is also spreading to the surroundings.

  Next, other than the home terminal 10, user registration with the home network system 100 of the present embodiment is performed (step S300). The user registration is performed by the owner of the housing terminal 10 by directly explaining to the acquaintance. In addition, an unregistered terminal person who has seen in an Internet advertisement (for example, a PPC advertisement), a flyer or an advertisement of a regional magazine, User registration may be required.

  Next, the advertiser orders the advertisement (step S400). The advertiser can use an excellent database (house database 55) having a house attribute (customer attribute) instead of a database of people who are simply registered anonymously, and therefore has high motivation to order advertisements. Next, after the advertisement order (step S400), advertisement attributes are extracted in the advertisement distribution system 200 (step S410). Thereafter, advertisement distribution is executed based on the extraction of the advertisement attribute (step S420).

  Subsequently, the owner (user) of the housing terminal 10 that has received the advertisement distribution uses the benefits of the advertisement information (step S500). Then, the use of the user is fed back to the advertiser (step S510).

  The advantages of the advertisement distribution method or advertisement distribution system 200 using the home network system 100 of the present embodiment are as follows. First, current Internet advertisements (advertisement distribution systems) basically adopt a method of distributing advertisements to a large number of people and targeting some of the people. Thousands or tens of thousands of specific servings (targets) will not be effective for your ad, and therefore require more than hundreds of thousands of millions, It will target Osaka or Nagoya) or the whole country (Rakuten Shop, Amazon, etc.). On the other hand, Japan has many small regional cities as well as mass markets targeting large metropolitan areas or the whole country. In such a small local city, there are few effective methods for distributing advertisements, and distribution of paper media is expensive and difficult to measure. In Internet advertising, useful information limited to the region (the local city) Is difficult to send.

  As an example of the trade area of a small local city, FIG. 17 shows the size of the trade area of Kashiba City, Nara Prefecture, where the applicant of the present application is located. As shown in FIG. 17, the population of Kashiba is about 80,000. For example, in the weather forecast of Kashiba, people in almost the entire population range (target range 1110) are interested. Furthermore, about 10,000 people (object range 1111) want to know supermarket sale information in Kashiba City, and about 1,000 people (object range 1112) want to use information on the availability of daycare centers. Among them, there are real subjects who actually want to use.

  In advertisement distribution (or an advertisement distribution system / method), it is important that useful information for the person is delivered (automatically collected). The weather information in Kashiba is very useful for tens of thousands of people living in Kashiba, but not so useful for people in other towns. Furthermore, Kashiba's super-sale information is useful for housewives, but not so useful for masters and children. In addition, information on the availability of daycare centers next year will be very useful for those who want to live and work in the town and have children of their age. However, in the conventional advertisement distribution system, it is costly to distribute the advertisement to the whole area to deliver the useful information to the person in a pinpoint manner, or it is necessary to distribute the advertisement in an appropriate range. In most cases, useful information did not reach people. On the other hand, if the advertisement distribution system 200 according to the present embodiment is used, an advertisement can be distributed based on a house attribute (customer attribute), and thus useful information can be delivered to a necessary person (house). If the address (how many towns or local areas) or the gender, age, and minor of the resident of the house 60 is set to four as the customer attributes (extraction conditions), the advertisement of the present embodiment can be obtained. The distribution system 200 can be effectively executed. Further, for example, by linking the account management system (external database 175 shown in FIG. 11) provided by Money Forward Inc. with the system (100, 200) of the present embodiment, the convenience of the service is further improved. be able to. As described above, by using the advertisement distribution system (200) of the present embodiment, it is possible to automatically collect and deliver information important only to the individual, and as a result, to improve the economical efficiency of daily life in the local community. Can be.

  As a role played by the advertisement distribution system of the present embodiment, the advertisement distribution effect in a small local city is remarkably large. When the advertisement distribution system (200) of the present embodiment is used, a real-time attribute designation advertisement distribution service can be stably performed at low cost. One of the unique problems of the region is the problem of significant opportunity loss. Local advertising methods are mainly town magazines, free papers and newspaper inserts, but these advertising media no longer play a role other than recognition. The advertising medium can not measure the effect, can not log, can not know who saw it, when it costs 60,000 to 100,000 yen per month posting, food and beverage, beauty, In fact, cram schools cannot pay these advertising costs. On the other hand, WEB advertisements for mass, whose effect measurement is substantial, do not make much sense in rural areas. For example, if you search for Kashiba City in Nara Prefecture on the famous gourmet search site "GourNavi", only 10 items are displayed for all genres. In this case, it is difficult to make it function effectively, and it is easy to fall into a negative cycle in which the degree of use does not increase because it does not function effectively. For this reason, local consumers tend to miss opportunities to enjoy nearby good services at low prices, and there was no way for the service side to provide that information in real time. According to the advertisement distribution system of the present embodiment, it is possible to perform matching between a consumer who wants to gain and a service side that wants to provide better service even in a small local city.

  Practical examples using the advertisement distribution system 200 of the present embodiment include the following. (1) 30% discount that can be used only on the day that the beauty salon, which was raining and canceled the reservation and was full of space, was limited to women aged 15 to 60 years old in XX town in Kashiba city and nearby Can now be distributed for a few to several tens of yen per copy. (2) Time-sale of products that can only be sold on the day, such as a supermarket or bakery, is limited to women aged 25 to 60 who live in XX town in Kashiba city and in the vicinity, and several yen to several tens per evening in the evening. Can be delivered in yen. (3) When a cram school or the like recruits for summer courses, only parents with 5th and 6th grade elementary school children living in XX Town, Kashiba City and the neighborhood will receive advertisements for a few yen to several tens of yen per copy. Can be delivered. (4) The photo studio is only available for parents with children aged 0 to 12 who live in the town of XX in Kashiba city or in the neighborhood during the Shichigosan season or in the off season. Ads can be served in yen.

  In this way, real-time advertisement distribution can be performed directly at low cost to a target by specifying an attribute. It is particularly effective for services that allow consumers to spend, buy, and experience in places close to physical distance (for example, daily shopping, beauty, cram schools, eating and drinking, medical care, etc.), and advertising in the present embodiment. If the distribution system is used, such advantageous information is performed by real-time distribution from the advertiser, and the user having the home terminal 10 (smartphone 40) can automatically collect such advantageous advertisement. Further, in the advertisement distribution system (200) of the present embodiment, virtual currency (for example, bitcoin), local currency, and points (for example, Rakuten points) can be introduced. Contributes to regional revitalization synergistically with the effects of the system according to the above. It should be noted that the electronic money information of the present embodiment can include information on these virtual currencies, passage through the area, and points.

  Next, an example of the system 100 (or 200) of the present embodiment when the smartphone 40 is mainly used as the information communication terminal will be described with reference to FIG. Note that this example is an example for more specifically explaining the system and method of the present embodiment in a more understandable manner, and there are many other implementation methods.

  FIG. 18 is an information communication terminal (smartphone) 40 according to the present embodiment. The illustrated smartphone 40 includes a housing 210, an image display unit (display unit) 220, a button 230, and a camera 240. A switch button 211 is provided on a side surface of the housing 210. The display unit 220 is a touch panel type display (liquid crystal display or organic EL display). A camera 240 is provided on the front surface (and the back surface) of the housing 210.

  The smartphone 40 can operate a specific program (application), and the application (sometimes referred to as an “app”) 180 is displayed on the display unit 220. An application can be operated by touching an icon (eg, 180) on the display unit 220. The program from the system 100 (200) of the present embodiment is downloaded via the Internet line and introduced to the smartphone 40, and is displayed as the application icon 185 of the present embodiment.

  In addition, the smartphone 40 has a GPS function (Global Positioning System) and can obtain position information. The position information can be transmitted to the server device 50 through the communication line 90. Further, an image captured by the camera 240 can be transmitted via a communication network (internet line) 90, or the image (for example, a two-dimensional barcode) can be analyzed and processed. It is possible.

  When the application icon 185 of the present embodiment is pressed with a finger, the home network system 100 of the present embodiment can be activated, and the service of the home network system 100 can be received. Similarly, when the application icon 185 of the present embodiment belongs to the advertisement distribution system 200, the service of the advertisement distribution system 200 can be received.

  If the system 200 can execute the community-based real-time attribute designation advertisement (area-limited advertisement distribution method) of the present embodiment, even in an area of about 80,000 people (small local city) such as Kashiba city in Nara prefecture. , Internet advertising can be utilized. In addition, compared to paper advertising media used in small local cities (eg, leaflets, posting advertisements, community-based free paper, etc.), it has real-time characteristics and strong segments (attributes). Therefore, the advertising effect is high, and the price is low. In addition, local people have a desire to shop in a local shopping area but have not received any advertisements. However, they can deliver necessary advertisements in real time in a pinpoint manner, which also contributes to the local community. In addition, the use of service points and local currencies can increase consumption activity in the region.

  Further, the system 200 of the present embodiment is suitable for a small city in a local area, for example, but can also be applied to a middle city and a large city. In the case of large cities, the cultural sphere may be established in the area (for example, Seijo, Jiyugaoka, Futakotamagawa, Toyosu, etc. in Tokyo). Synergistic effect / good circulation effect)

  Next, an example of a specific operation method of the house network system 100 will be described with reference to FIGS. FIGS. 19 to 22 each show a screen (operation screen) of the smartphone 40 in the house network system 100 shown in FIG. 19 to 22 illustrate a method of operating an electric device (for example, a home appliance such as a television, an air conditioner, or a lighting device) connected to the house network system 100 using the smartphone 40 as an operation terminal. .

  FIG. 19 shows a home screen (250) of the operation of the house network system 100. The home screen illustrated in FIG. 19 is displayed by activating a predetermined application of the smartphone 40 (an application for the home network system 100: for example, such as activating the application icon 185 illustrated in FIG. 18). .

  In the home screen 250 shown in FIG. 19, the temperature (here, 28 ° C.), the humidity (here, 47%), and the atmospheric pressure (here, 1000 hPa) are displayed in the upper first area 251. I have. In the second area 252, the operation screen of the television is located. In the third area 253, an operation screen of the air conditioner 253 is located. In the fourth area 254, a lighting operation screen is located. Also on the home screen 250, operations such as television (power on / off, channel), air conditioner (power on / off, setting temperature up / down), lighting (power on / off, dimming or color temperature adjustment, etc.) are performed. be able to. In addition, the smartphone 40 can be controlled from outside the house (whereabouts). Note that a display screen in an area other than this may be set (for example, a fan operation screen).

  FIG. 20 is a display screen when switching to the television-specific operation screen (252). On the television-dedicated operation screen 252, buttons such as power on / off, channel selection, and volume are displayed. By pressing these buttons, the television can be operated.

  FIG. 21 is a display screen when switching to the air-conditioner-specific operation screen (253). On this screen (253), a screen (251) for temperature, humidity, etc. is also displayed. On the air-conditioner-specific operation screen 253, buttons for turning on / off the power, switching operation, and adjusting the set temperature are displayed. By pressing those buttons, the air conditioner can be operated.

  FIG. 22 is a display screen when switching to the lighting-only operation screen (254). On the lighting-dedicated operation screen 254, buttons such as power on / off, color temperature adjustment (warm color, cool color), timer, and dimming are displayed. By pressing those buttons, the lighting can be controlled.

  In the above-described housing network system 100, a system capable of executing various services and information collection through an information network in a house is constructed by using the home information management device 10 including the IC card reader device 16 having a settlement function. However, there is a technology that can be applied to the home network system 100 of the embodiment according to the present invention whether the system includes the IC card reader 16 or the system without the IC card reader 16. For example, the home information management device 10 shown in FIG. 2 can be used as a home terminal, and the home information management device 10 as shown in FIG. 9 can be used as an information collection device / relay point. Specifically, the operation of home appliances (televisions, air conditioners, lighting, etc.) as shown in FIGS. 21 to 22 can be performed with or without the IC card reader 16. I can do it. In addition, collection of data acquired by the sensors 61 (for example, 61a to 61e, etc.) as shown in FIG. 9 can also be executed without the IC card reader device 16. In addition, operations such as notification of the home delivery box 67 shown in FIG. 10 are the same. Then, when the IC card 45 is brought into contact with the IC card reader device 16, the reaction (light, sound, etc.) performed by the home information management device 10 can be applied to the control and operation response of the home appliance. . For example, when the control of the television (power on / off, channel selection, etc.), the control of the air conditioner, the control of the lighting, the control of the security camera, the control of the smart lock, and the like are executed (or the temperature, humidity, and atmospheric pressure reach a predetermined value). The home information management device 10 can emit light or sound.

  FIG. 23 shows an example of a modification of the house network system 100 shown in FIG. In the home network system 100 shown in FIG. 23, the home information management device 10 is not provided with the IC card reader device 16, but may be provided with the IC card reader device 16. .

  In the home information management device 10 shown in FIG. 23, a home appliance controller 36 is provided. In the home network system 100 according to the embodiment of the present invention, as in the configuration example shown in FIG. 1, the home information management device 10 is directly connected to home appliances (TV, air conditioner, lighting, or the sensor 61). (For example, wireless) • may be controlled, or as shown in FIG. 23, the home information management device 10 may send home appliances (television, air conditioner, lighting, speakers (or smart speakers)) via the home appliance controller 36. , A smart lock, a security camera, or the sensor 61). In one of the configuration examples illustrated in FIG. 23, the home information management apparatus 10 is wirelessly connected (for example, by Wi-Fi communication) to the home appliance controller 36, and the home appliance controller 36 performs Wi-Fi communication. Other than the first communication method (for example, Z-WAVE, infrared communication, etc.). Further, it is also possible to connect a part of the home information management apparatus 10 and the television 30 by wire, and to connect a part or all of the other home appliances wirelessly. Which home appliances / sensors are connected by wire and which home appliances / sensors are wirelessly connected may be appropriately determined by suitable design / setting. In addition, a sensor 61 (for example, a temperature sensor, a humidity sensor, or a barometric pressure sensor) can be provided in the home information management device 10 (for example, inside the housing unit 11). , Can be arranged outside the home information management device 10. Further, the smart speaker (34) or its function may be provided in the home information management device 10. In addition, although the home information management device 10 has been mainly described with the design example shown in FIG. 2, the home information management device 10 may have the design (circular or substantially circular) shown in FIG.

  In the home information management device 10 of the above-described embodiment, an example in which light is emitted by a reaction has been described, but a plurality of types of light emission patterns may be used. For example, “flashes once flickers” at startup, “keeps the lighting on” during standby, “flashes” during software update, and emits a different color when a network error occurs. Various reactions / states can be represented by changing the color, the number of flashes, the number / speed of blinking, and the time of the lighting state. A technical contribution that can be used to convey information in a light emission pattern (for example, "flicker once") when there is a request for a person who dislikes making a sound for each reaction or does not emit a sound at night. -The benefits are great.

  Further, in the above description, the advertisement distribution method or the advertisement distribution system 200 using the home network system 100 of the present embodiment has been described with reference to FIG. 11 and the like. It can be used for other uses (services). Specifically, it is possible to provide a house value evaluation system or a house value evaluation method for evaluating house value by utilizing the configuration of the house network system 100 and / or the advertisement distribution system 200 of the present embodiment. FIG. 24 is a flowchart for explaining the house value evaluation method of the present embodiment.

First, referring to FIG. 24, a description will be given housing valuation system of this embodiment. As described above with reference to FIG. 11, the house data management processing device (server device) 50 is connected to the network 90, and is stored in the house database 55 in the form of a house data file 53. In addition, the server device 50 of the present embodiment stores a house information network program (house network system program) 51 and a house value evaluation program for executing house value evaluation (indicated here by reference numeral 59). ing. The house value evaluation program (59) will be described later. In addition, when using FIG. 11, the codes (11, 111, etc.) of the house value evaluation program and the like should be replaced with the codes (11, 111, etc.) in the description of the advertisement distribution program described above. Thus, the overlapping description will be omitted to facilitate understanding. Also, the advertiser terminal 110 in FIG. 11 represents a terminal (first housing-related person terminal) of a house building construction person who has built and renovated the house (60), and the store terminal 130 (130A, 130B). Represents a terminal (second housing-related person terminal) of a house real estate-related person who wants to purchase a house. 12 and 13, the same reading is performed to simplify the description.

  The house value evaluation system (100, 200) of the present embodiment is a system that evaluates a house value based on house information. The house value evaluation system of the present embodiment includes a house data management processor 50 including a house database (house data management database) 55 in which a house data file 53 is stored, and a host terminal accessible to the house data management processor 50. 110. The host terminal 110 and the house data management processing device 50 are connected by a communication network 90. Housing personnel terminals (110, 130) are connected to the communication network 90. The house data management processing device (server device) 50 includes a house information network program 51.

The housing information network program 51
(I) a function of connecting the host terminal 150 (see FIG. 12) to the house database 53,
(Ii) a function of editing the house data file 53 by the host terminal 150;
(Iii) A program for realizing a function of connecting the house-related persons terminals (110, 130) and the house database 53.
And the house information network program 51 further
(Iv) a function of registering house-related information data as a house data file 53 in a house database 55;
(V) A program for realizing a function of transmitting house-related information data to the house-related terminal (110, 130).

  In the present embodiment, the house-related information data includes house body data and house equipment data. The house-related information data (house body data and house equipment data) is sent from the terminal (first house-related terminal) 110 of the person involved in the construction and renovation of the house (60) to the house database 53. Or is provided (uploaded) from the host terminal 150 that has obtained the house-related information data.

  The house body data in the house-related information data includes house purchase contract contents, house loan information, house album image, drawing data, building type, building address, building structure, number of floors, building site area, building total floor area, new construction year It includes at least one information selected from the group consisting of a date, a building layout, a building material specification, a renovation specification, a renovation date, and a resident date. In particular, it is preferable to include information of data (for example, details of a house purchase contract and / or drawing data (design drawings), a building address, and a date of new construction) that are important for evaluating the value of the house itself. In the case of a reform, it is preferable that information on a reform specification and a reform date is further included.

  Housing equipment data in this housing-related information data includes kitchen, gas stove, IH cooking heater, ventilation fan, water purifier, bath, washroom, toilet, wallpaper, stairs, entrance door, water heater, flooring, air conditioner, floor heating, window / shutter , A security camera, and an intercom. In particular, it is preferable to include information of data (for example, kitchen, bath, washroom, and toilet) that is important for the value evaluation of house equipment. In the case of renovation, it is preferable that there is further house equipment data after renovation. It is preferable that the housing equipment data include purchase price and / or instruction manual data. Almost all (or all) housing equipment information is available as housing equipment data, so replacement of housing equipment (or confirmation of how to use) is ready, and the housing equipment to be replaced has already been released. If not, it will be easier to find compatible ones. In addition, at present, even when home equipment is upgraded from a standard product and installed in a house (purchasing a luxury product), its value is often not reflected in the used market, but the method of the present embodiment is used. According to this, it is possible to easily perform value evaluation in a form in which such high-end housing equipment is considered.

The house data management processing device 50 includes a house value evaluation program 53. And. The house value evaluation program 53
(X) a function that originally calculates the house value based on the housing body data and the housing equipment data,
(Xi) a function that calculates the current home value after use based on the original home value,
(Xii) A program for realizing a function of distributing house value evaluation data based on the current house value to the communication network 90.

  In the present embodiment, the function (x) for originally calculating the house value is calculated based on the house data (especially, the contents of the house purchase contract) and the house equipment data (especially, the purchase amount) based on the amount of the new construction (initial). (Originally housing value) is calculated by addition. Next, the function (xi) for calculating the current housing value after use is multiplied by the coefficient of aging due to the number of years of use (or by subtracting the value decrease due to aging) to obtain the current (after use) value. (Current housing value). Then, in the function (xii) for distributing the house value evaluation data, the house value evaluation data is distributed (transmitted) to the terminal (second house-related terminal) 130 of the person related to the residential real estate. The house value evaluation data can include the current house value (amount), house body data, and house equipment data. In addition, the house value evaluation data can include land evaluations compared from the time of purchase (at the time of new construction). Further, the house value evaluation data includes (or instead of) the current house value (amount) of the house state (eg, clean / messy, overpriced / undervalued, popular / unpopular) and a score (eg, , AE evaluations, numerical evaluations). When the renovation is performed, the amount and the evaluation are calculated in consideration of the housing body data and the housing equipment data relating to the renovation.

  Then, in the present embodiment, the current house value can be calculated based on the information of the sensor 61 collected by the home information management apparatus 10 (for example, a door open / close count). That is, using the home information management device 10 of the present embodiment has the merit that the present house value can be calculated based on the actual number of times of use based on the sensor information, instead of the mere evaluation of aging. As the evaluation method based on aging, a method customarily used in the real estate industry may be used, or a more realistic original evaluation method may be constructed and used.

  The following describes the house value evaluation method of the present embodiment described above with reference to FIG. First, the house data file 53 is created (step S600). In the case of a new building, the house data file 53 can also include house body / equipment data. Creation of the house data file 53 may be performed by the host terminal 150, or the house (60) may be housed from a terminal (first house-related person terminal) 110 of a house building construction worker who has constructed or renovated the house (60). It may be created by uploading it to the database 53.

  Next, house body / equipment data in the house data file 53 is created (step S610). This step (S610) is performed by extracting house body / equipment data that may be shown (displayed / distributed) to the outside (third party). Alternatively, this is performed by separately inputting the housing body / equipment data that can be shown to the outside (third party). In the step of creating the house data file 53 (S600), if this step (S610) has been completed, this step (S610) may not be performed.

Next, equipment data of a use state is created (step S620). In particular,
Using the function (x) for calculating the original house value and the function (xi) for calculating the current house value after use, the facility data in the use state is obtained. At this time, the current home value may be calculated based on the actual number of times of use based on the sensor information acquired by the home information management device 10 of the present embodiment, and may be included in the equipment data in use.

  Next, house data in a use state is output (step S700). Here, this step (S700) can be executed by the function (xii) of distributing house value evaluation data based on the current house value. The information may be transmitted (output) to a person who wants to view only the housing body / equipment data in the housing data file 53. If the user wants to evaluate the house, he creates and sends an evaluation report (or opinion or appraisal report) based on the evaluation of the digital archive of the house (step S710). The in-use house data may include a house digital archive rating.

  According to the method of the present embodiment, the initial (new construction) information and the past history / equipment (or building materials, parts) are stored as digital information, so that the value of the used house can be appropriately evaluated. The reliability of the value evaluation can be improved. Currently, in the used-home market, there is a problem that information on used-home facilities is not managed in a unified manner, and it is difficult to evaluate used homes, including home facilities, but according to the method of the present embodiment, Problems can be solved. In addition, since it is customary that the liability for defect guarantee after occupancy is within 3 months, it has been found that it is difficult to contact at the time of failure, but the method of this embodiment can solve the problem. it can. Therefore, by using the method of the present embodiment, a residential digital archive service can be provided. In the housing digital archive service of the present embodiment, for example, since the photos of the house, after-sales history, contracts, drawings, and instruction manuals for the equipment are stored and managed, the value of the used house is easy, and Can enhance the value of existing homes because of the high creditworthiness of the home. In addition, if the home network system 100 according to the present embodiment is installed in a newly-built detached house / condominium, a person who purchases the used home network system 100 can take over all the information, so that the housing equipment information can be easily obtained. Not only can it be obtained, but it is also convenient to contact when trouble occurs.

  As described above, the present invention has been described by the preferred embodiments. However, such description is not a limitation, and various modifications are possible. Although the entire system 100 of the present embodiment has been described, the programs 51 and 59 alone (especially, a smartphone application to be introduced into the smartphone 40) according to the present embodiment may be replaced by the program itself or the program. It is also possible to commercialize the stored recording medium and downloadable program product as intellectual property. In addition, a house value evaluation system (house digital archive evaluation) may be constructed together with the above-described advertisement distribution system 200. Further, a house value evaluation system (house digital archive evaluation) may be constructed using items of the house attribute (customer attribute). As an example, predetermined items of house attributes (including original house value, current house value, house value evaluation data, etc.) and / or predetermined items of customer attributes (for example, address) are extracted or extracted. It is possible to construct a system capable of displaying the contents (extracted contents) corresponding to the item and communicating (transmitting / distributing). In addition, it should be added that the respective elements of the above-described embodiments can be appropriately combined as long as they do not contradict each other and should not be interpreted in a limited manner.

  ADVANTAGE OF THE INVENTION According to this invention, the system which can perform payment easily in a house and can perform various services and information collection by the information network in a house can be provided.

10 Home information management device (set-top box)
11 Case 12 Card reaction area (touch surface)
12a Light-emitting part 13 Main surface 15 of housing part Recess 16 Card reader device 17 Terminal area 18a Power terminals 18b, 18c Terminal for communication cable 19 Back surface 20 of housing part Communication cable (HDMI cable)
30 Display device (television)
31 monitor (flat panel display)
32 Connection terminal 34 Speaker / microphone device 35 Speaker 40 Smartphone 41 Display screen 45 Card 45a IC chip 50 House data management processing device (server device)
51 house information network program 52 house data file processing section 52a data transmission / reception section 52b house data update section 52c house information editing section 53 house data file 53a individual house data file 55 house data management database (house database)
56 Advertisement data storage 57 Advertisement database 58 Advertisement data processor 58a Advertisement data transmitter / receiver 58b Data extractor 58c Advertisement data editor 59 Advertisement distribution program 60 House 61 Various sensors (sensor group)
63 Internet router 67 Delivery box 90 Communication network (Internet)
Reference Signs List 100 home network system 110 advertiser terminal 111 advertiser terminal program 130 store terminal 131 store terminal program 150 host terminal 151 host terminal program 152 hardware function unit 160 floor 162 wall 166 sofa 170 server device 170 external server device 172 server Application program 173 data structure 175 external server database 180 application icon 185 application icon 200 of the present system Advertisement distribution system

Claims (28)

A home network system for settlement and information communication for home use,
A home information management device connected to the display device,
A smartphone can be wirelessly connected to the home information management device,
The home information management device is disposed in a house,
The house is provided with a plurality of sensors,
The data acquired by the plurality of sensors is transmitted to the home information management device,
The home information management device is connected to a communication network,
The communication network is connected to a house data management processing device that executes data processing.
The home information management device is provided with an IC card reader device having a settlement function,
A speaker and microphone device is connected to the home information management device ,
The home information management device includes a housing unit provided with a light emitting unit,
The house network system , wherein the light emitting unit is provided in the housing so that the light of the light emitting unit reflects an area around the rear surface of the housing. A concave portion is formed on a side surface of the housing portion,
  The recess is located on the outer periphery of the lower portion of the side surface of the housing,
  The house network system according to claim 1, wherein the light emitting unit emits light in response to communication, and illuminates an area of the concave portion located on an outer periphery of a lower part of a side surface of the housing. A home network system for settlement and information communication for home use,
A home information management device connected to the display device,
A smartphone can be wirelessly connected to the home information management device,
The home information management device is disposed in a house,
The house is provided with a plurality of sensors,
The data acquired by the plurality of sensors is transmitted to the home information management device,
The home information management device is connected to a communication network,
The communication network is connected to a house data management processing device that executes data processing.
The home information management device is provided with an IC card reader device having a settlement function,
A speaker and microphone device is connected to the home information management device,
The home information management device includes a housing unit provided with a light emitting unit,
The house network system , wherein the light emitting unit emits light in response to communication, and illuminates one of a central area and an outer edge area on a main surface of the housing . The communication network is an Internet communication network,
The house data management processing device is a server device connected to the Internet communication network,
The smartphone is connected to the Internet communication network,
The display device is a television device having a flat panel display,
The home information management device includes a set-top box with a contactless card reader function including the IC card reader device ,
The home information management device has a configuration that can be arranged on a wall of the house,
The home information management device is connected to a terminal of the display device via a communication cable,
Wherein the front Kikatamitai part of the home information management device, and the terminal region is formed that includes a terminal to which the communication cable is connected,
The housing unit has a card reaction area that reacts by communication when an IC card corresponding to the IC card reader device is brought close to the IC card reader device,
The plurality of sensors are a temperature sensor, a humidity sensor, a CO2 sensor, an imaging sensor, a lock sensor, a power sensor, a human sensor, a door sensor, a kitchen sensor, a toilet sensor, an electric rain door sensor, a delivery box sensor, a refrigerator sensor, and a bathroom sensor. A housing sensor selected from the group consisting of
The home information management apparatus based on the acquired speech information by the speaker and microphone, lighting operation, air-conditioning operation, a function of controlling at least one operation that will be selected from the group consisting of TV operations and security camera operation The residential network system according to any one of claims 1 to 3 , comprising: The house sensor is wirelessly connected to the home information management device by a first communication method other than Wi-Fi communication,
The toilet sensor includes a urine component detection sensor,
The door sensor includes a door open / close count sensor,
The data acquired by the urine component detection sensor and the door open / close count sensor is transmitted to the house data management processing device,
Information processed data by said housing data management processor, the display on the flat panel display and the smartphone, residential network system according to claim 4. The back surface of the set-top box with the contactless card reader function has a configuration that can be arranged on a wall surface,
The house network system according to claim 4 , wherein an HDMI terminal is arranged as a terminal to which the communication cable is connected on a lower surface of the set-top box arranged on the wall surface. The smart phone is an information communication terminal of the IC card built residential network system according to any one of claims 1 to 6. A residential network system,
A home information management device located in the house,
And a sensor disposed in the house,
The sensor includes a temperature sensor, a humidity sensor, a CO2 sensor, an imaging sensor, a lock sensor, a power sensor, a human sensor, a door sensor, a kitchen sensor, a toilet sensor, an electric rain door sensor, a home delivery box sensor, a refrigerator sensor, and a bathroom sensor. At least one home sensor selected from the group,
The house sensor is wirelessly connected to the home information management device,
The home information management device is connected to a communication network,
A smartphone can be wirelessly connected to the home information management device,
The home information management device is connectable to a smartphone outside the house via the communication network,
The home information management device includes a housing unit provided with a light emitting unit,
The house network system , wherein the light emitting unit is provided in the housing so that the light of the light emitting unit reflects an area around the rear surface of the housing. A concave portion is formed on a side surface of the housing portion,
The recess is located on the outer periphery of the lower portion of the side surface of the housing,
The house network system according to claim 8 , wherein the light emitting unit emits light in response to communication, and illuminates an area of the concave portion located on an outer periphery of a lower portion of a side surface of the housing. A residential network system,
A home information management device located in the house,
And a sensor disposed in the house,
The sensor includes a temperature sensor, a humidity sensor, a CO2 sensor, an imaging sensor, a lock sensor, a power sensor, a human sensor, a door sensor, a kitchen sensor, a toilet sensor, an electric rain door sensor, a home delivery box sensor, a refrigerator sensor, and a bathroom sensor. At least one home sensor selected from the group,
The house sensor is wirelessly connected to the home information management device,
The home information management device is connected to a communication network,
A smartphone can be wirelessly connected to the home information management device,
The home information management device is connectable to a smartphone outside the house via the communication network,
The home information management device includes a housing unit provided with a light emitting unit,
The house network system , wherein the light emitting unit emits light in response to communication, and illuminates one of a central area and an outer edge area on a main surface of the housing . The home information management device is provided with an IC card reader device having a settlement function,
The home network system according to any one of claims 8 to 10, wherein a display device is connectable to the home information management device. The house network system according to any one of claims 8 to 11 , wherein the at least one house sensor is at least one of a temperature sensor and a humidity sensor. The at least one house sensor is at least one of the image sensor and the lock sensor,
The house network system according to any one of claims 8 to 12 , wherein the image sensor is an image sensor used for a security camera, and the door sensor is a door lock sensor used for a smart lock. Smartphones can be displayed at least one data of the imaging sensor and the door lock sensor, residential network system according to claim 1 3 in the outer of the housing. An in-house information processing method for a house network system,
The house network system includes a home information management device connected to a display device,
The home information management device is connected to a communication network,
The communication network is connected to a house data management processing device that executes data processing.
The home information management device is provided with an IC card reader device having a settlement function,
A speaker and microphone device is connected to the home information management device,
The home information management device includes a housing unit provided with a light emitting unit,
The light emitting unit is provided in the housing unit so that light of the light emitting unit reflects an area around the rear surface of the housing unit,
The information processing method in a house,
A step IC card electronic money information is stored, when in close proximity to the IC card reader devices in the home information management apparatus, wherein the electronic money information is read,
Executing the settlement process in the home information management device, using the electronic money information read by the IC card reader device,
The in-house information processing method further comprises:
A step in which audio information is input to the speaker and microphone device;
The audio information acquired by the speaker and microphone device, the information processing by the home information management device,
By said home information management device, the lighting operation, air-conditioning operation, seen including a step of controlling at least one operation that will be selected from the group consisting of TV operations and security camera operation,
Further, the light emitting unit emits light in response to communication to the home information management device,
An in- house information processing method, wherein a step of shining with reflected light in a peripheral area on the back surface of the housing is performed . An in-house information processing method for a house network system,
The house network system includes a home information management device connected to a display device,
The home information management device is connected to a communication network,
The communication network is connected to a house data management processing device that executes data processing.
The home information management device is provided with an IC card reader device having a settlement function,
A speaker and microphone device is connected to the home information management device,
The home information management device includes a housing unit provided with a light emitting unit,
The information processing method in a house,
Reading the electronic money information by bringing an IC card storing the electronic money information close to the IC card reader device in the home information management device;
Executing the settlement process in the home information management device, using the electronic money information read by the IC card reader device,
The in-house information processing method further comprises:
Inputting audio information to the speaker and microphone device;
The audio information acquired by the speaker and microphone device, the information processing by the home information management device,
By said home information management device, the lighting operation, air-conditioning operation, seen including a step of controlling at least one operation that will be selected from the group consisting of TV operations and security camera operation,
Further, the light emitting unit emits light in response to communication to the home information management device,
An in- house information processing method, wherein a step of illuminating one of a central area and an outer edge area on a main surface of the housing is performed . An in-house information processing program for a house network system,
The house network system includes a home information management device connected to a display device,
The housing in the information processing program, connected to the communications network a server device, connected to said home information management device to the communication network, and the home information management device and operations in the connection information terminal to the communication network To do
At least one of the information terminals is a smartphone,
The home information management device includes a set-top box with a contactless card reader function,
A speaker and microphone device is connected to the home information management device,
The home information management device includes a housing unit provided with a light emitting unit,
The light emitting unit is provided in the housing unit so that light of the light emitting unit reflects an area around the rear surface of the housing unit,
The in-house information processing program includes:
A function of processing the read electronic money information when the IC card storing the electronic money information is brought close to the set-top box;
Based on the voice information when the voice information is inputted to the speaker and microphone, lighting operation, air-conditioning operation, at least one operation that will be selected from the group consisting of TV operations and security camera operation Control functions ,
The home information Ru program der to realize the function of emitting the light emitting portion in response to the communication to the management apparatus, houses the information processing program. An in-house information processing program for a house network system,
The house network system includes a home information management device connected to a display device,
The in-house information processing program is connected to a communication network, a server device connected to the communication network, the home information management device connected to the communication network, and the home information management device and the communication network. Operating on an information terminal
At least one of the information terminals is a smartphone,
The home information management device includes a set-top box with a contactless card reader function,
A speaker and microphone device is connected to the home information management device,
The home information management device includes a housing unit provided with a light emitting unit,
The in-house information processing program includes:
A function of processing the read electronic money information when the IC card storing the electronic money information is brought close to the set-top box;
A function of processing the audio information when audio information is input to the speaker / microphone device into control command data;
A function of controlling at least one of an operation selected from the group consisting of a lighting operation, an air conditioner operation, a television operation, and a security camera operation based on the control command data;
A function of causing the light emitting unit to emit light in response to communication to the home information management device, and causing one of a central area and an outer edge area on the main surface of the housing to emit light.
A home information processing program that realizes An in-house information processing method for a house network system,
The home network system includes a home information management device connected to a communication network,
The home information management device includes a housing unit provided with a light emitting unit ,
The light emitting unit is provided in the housing unit so that light of the light emitting unit reflects an area around the rear surface of the housing unit,
A sensor is arranged in the house provided with the house network system,
The sensor includes a temperature sensor, a humidity sensor, a CO2 sensor, an imaging sensor, a lock sensor, a power sensor, a human sensor, a door sensor, a kitchen sensor, a toilet sensor, an electric rain door sensor, a home delivery box sensor, a refrigerator sensor, and a bathroom sensor. At least one home sensor selected from the group,
The house sensor is wirelessly connected to the home information management device,
The home information management device is connected to a communication network,
A smartphone can be wirelessly connected to the home information management device,
The home information management device is connectable to a smartphone outside the house via the communication network,
The information processing method in a house,
By the operation of the smart phone, via the home information management device, and lighting operation, air-conditioning operation, the step of controlling at least one operation that will be selected from the group consisting of TV operations and security camera operation,
Depending on the communication based on the prior kidou operation, seen including a step of emitting the light emitting portion of the home information management device,
Further, the information processing method in a house, wherein a step of causing the light emitting unit to emit light in response to communication with the home information management device and causing the light to shine with reflected light in an area around the rear surface of the housing unit is executed . An in-house information processing method for a house network system,
The home network system includes a home information management device connected to a communication network,
The home information management device includes a housing unit provided with a light emitting unit ,
A sensor is arranged in the house provided with the house network system,
The sensor includes a temperature sensor, a humidity sensor, a CO2 sensor, an imaging sensor, a lock sensor, a power sensor, a human sensor, a door sensor, a kitchen sensor, a toilet sensor, an electric rain door sensor, a home delivery box sensor, a refrigerator sensor, and a bathroom sensor. At least one home sensor selected from the group,
The house sensor is wirelessly connected to the home information management device,
The home information management device is connected to a communication network,
A smartphone can be wirelessly connected to the home information management device,
The home information management device is connectable to a smartphone outside the house via the communication network,
The information processing method in a house,
By the operation of the smart phone, via the home information management device, and lighting operation, air-conditioning operation, the step of controlling at least one operation that will be selected from the group consisting of TV operations and security camera operation,
Depending on the communication based on the prior kidou operation, seen including a step of emitting the light emitting portion of the home information management device,
Further, the light emitting unit emits light in response to communication to the home information management device,
An in- house information processing method, wherein a step of illuminating one of a central area and an outer edge area on a main surface of the housing is performed . In the home network system, the home information management device is connected to a home delivery box sensor,
The in-house information processing method further comprises:
A step in which the home information management device receives a notification from the home delivery box sensor,
The light emitting portion when receiving the notification from the delivery box for the sensor and the step of emitting, houses in the information processing method according to claim 19 or 20. The home information management device is connected to a home data management processing device that executes data processing via the communication network,
The at least one data housing sensor is acquired, from the home information management device, the executed steps to be transmitted through the communication network to the residential data management processor, any one of claims 19 2 1 In-house information processing method according to one of the above. A system that evaluates house value based on house information,
A housing data management processing device including a house database in which house data files are stored;
A host terminal accessible to the house data management processor;
A communication network to which the host terminal and the house data management processing device are connected,
Housing-related terminals are connected to the communication network,
The house data management processing device includes a house information network program,
The housing information network program,
A function of connecting the host terminal and the house database,
A function of editing the house data file by the host terminal;
A function for connecting the house-related terminal and the house database,
The house information network program further comprises:
A function of registering house-related information data in the house database as the house data file;
A function of transmitting the house-related information data to the house-related person terminal.
The house-related information data includes house body data and house equipment data,
The housing body data is
Housing purchase contract details, mortgage information, house album image, drawing data, building type, building address, building structure, number of floors, building site area, building total floor area, new construction date, building floor plan, building material specifications, reform It contains at least one piece of information selected from the group consisting of specifications, renovation date, and moving in date.
The housing equipment data is
Kitchen, gas stove, IH cooking heater, ventilation fan, water purifier, bath, washroom, toilet, wallpaper, stairs, entrance door, water heater, flooring, air conditioner, floor heating, window / shutter, security camera, intercom At least one piece of information,
The house data management processing device includes a house value evaluation program,
The house value evaluation program,
A function of originally calculating a house value based on the house body data and the house equipment data,
A function of calculating a current house value after use based on the original house value,
Ri program der to achieve and the current function of delivering the housing valuation data based on home values in the communication network,
Wherein the residential data file subject to the housing, and home information management device is provided,
The home information management device includes a housing unit provided with a light emitting unit,
The housing value evaluation system , wherein the light emitting unit is provided in the housing so that light of the light emitting unit reflects an area around a rear surface of the housing. A system that evaluates house value based on house information,
A housing data management processing device including a house database in which house data files are stored;
A host terminal accessible to the house data management processor;
A communication network to which the host terminal and the house data management processing device are connected,
Housing-related terminals are connected to the communication network,
Housing Information Network program for operating the housing data management processor,
A function of connecting the host terminal and the house database,
A function of editing the house data file by the host terminal;
A function for connecting the house-related terminal and the house database,
The house information network program further comprises:
A function of registering house-related information data in the house database as the house data file;
A function of transmitting the house-related information data to the house-related person terminal.
The house-related information data includes house body data and house equipment data,
The housing body data is
Housing purchase contract details, mortgage information, house album image, drawing data, building type, building address, building structure, number of floors, building site area, building total floor area, new construction date, building floor plan, building material specifications, reform It contains at least one piece of information selected from the group consisting of specifications, renovation date, and moving in date.
The housing equipment data is
Kitchen, gas stove, IH cooking heater, ventilation fan, water purifier, bath, washroom, toilet, wallpaper, stairs, entrance door, water heater, flooring, air conditioner, floor heating, window / shutter, security camera, intercom At least one piece of information,
Housing valuation program for operating the housing data management processor,
A function of originally calculating a house value based on the house body data and the house equipment data,
A function of calculating a current house value after use based on the original house value,
And a function of delivering house value evaluation data based on the current house value to the communication network.
A home information management device is provided in the house targeted for the house data file,
The home information management device includes a housing unit provided with a light emitting unit,
The house value evaluation system , wherein the light-emitting unit emits light in response to communication and illuminates one of a central area and an outer edge area on a main surface of the housing. The housing equipment data includes purchase price and instruction manual data,
Wherein said housing to be housing data file, the with the home information management device, and the sensors arranged is provided in the housing,
The sensor includes a temperature sensor, a humidity sensor, a CO2 sensor, an imaging sensor, a lock sensor, a power sensor, a human sensor, a door sensor, a kitchen sensor, a toilet sensor, an electric rain door sensor, a home delivery box sensor, a refrigerator sensor, and a bathroom sensor. At least one home sensor selected from the group,
The house sensor is wirelessly connected to the home information management device,
The home information management device is connected to the communication network,
25. The function according to claim 23 or 24, wherein in the function of calculating a current house value after use based on the original house value, the current house value is calculated based on information of the house sensor. Housing value evaluation system. A housing valuation method for evaluating the home values in a residential information network program,
The house information network program is a program that functions with a house database and a house-related terminal connected to each other by a communication network,
The housing value evaluation method includes:
Calculating a house value based on the house data and the house equipment data;
Calculating a current home value after use based on the original home value,
Creating house value evaluation data based on the current house value;
Distributing house value evaluation data to the communication network;
The housing body data is
Housing purchase contract details, mortgage information, house album image, drawing data, building type, building address, building structure, number of floors, building site area, building total floor area, new construction date, building floor plan, building material specifications, reform It contains at least one piece of information selected from the group consisting of specifications, renovation date, and moving in date.
The housing equipment data is
Kitchen, gas stove, IH cooking heater, ventilation fan, water purifier, bath, washroom, toilet, wallpaper, stairs, entrance door, water heater, flooring, air conditioner, floor heating, window / shutter, security camera, intercom that includes at least one information,
A home information management device is provided in the house targeted for the house body data,
The home information management device includes a housing unit provided with a light emitting unit,
The house value evaluation method , wherein the light-emitting unit is provided in the housing so that light of the light-emitting unit reflects an area around the back surface of the housing. A house value evaluation method for evaluating house value with a house information network program,
The house information network program is a program that functions with a house database and a house-related terminal connected to each other by a communication network,
The housing value evaluation method includes:
Calculating a house value based on the house data and the house equipment data;
Calculating a current home value after use based on the original home value,
Creating house value evaluation data based on the current house value;
Distributing house value evaluation data to the communication network;
The housing body data is
Housing purchase contract details, mortgage information, house album image, drawing data, building type, building address, building structure, number of floors, building site area, building total floor area, new construction date, building floor plan, building material specifications, reform It contains at least one piece of information selected from the group consisting of specifications, renovation date, and moving in date.
The housing equipment data is
Kitchen, gas stove, IH cooking heater, ventilation fan, water purifier, bath, washroom, toilet, wallpaper, stairs, entrance door, water heater, flooring, air conditioner, floor heating, window / shutter, security camera, intercom At least one piece of information,
A home information management device is provided in the house targeted for the house body data,
The home information management device includes a housing unit provided with a light emitting unit,
The housing value evaluation method , wherein the light emitting unit emits light in response to communication, and illuminates one of a central region and an outer edge region on a main surface of the housing unit . The housing equipment data includes purchase price and instruction manual data,
Wherein the said housing to be housing body data, the home information management device and both have the arranged sensor is provided in the housing,
The sensor includes a temperature sensor, a humidity sensor, a CO2 sensor, an imaging sensor, a lock sensor, a power sensor, a human sensor, a door sensor, a kitchen sensor, a toilet sensor, an electric rain door sensor, a home delivery box sensor, a refrigerator sensor, and a bathroom sensor. At least one home sensor selected from the group,
The house sensor is wirelessly connected to the home information management device,
The home information management device is connected to the communication network,
Wherein in the current step of calculating a home values, based on the information of the housing the sensor, the current comprises calculating a home values, housing valuation method according to claim 26 or 27.

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