KR20210067412A - Pet health measurement system and pet health measurement method - Google Patents

Abstract

The present invention fixes the health measuring device for measuring the health of the pet to a specific part of the pet's body using a separate fixing device, and the pet's heartbeat and respiration measured through the health measuring device. The health status can be measured, and the measurement result can be output from the health measurement device or displayed on the guardian's smart device to measure the pet's health status. In addition, the pet's health measurement data is stored (uploaded) in the cloud server. This allows the pet's health measurement data to be known at the veterinary hospital so that the pet owner can know the health abnormality of the pet. In addition, if necessary, the veterinary hospital that received the health measurement data responds immediately if necessary. Provided are a pet health measurement system capable of transmitting a plan to a pet caregiver's smart device, and a pet health measurement method using the same.

Description

Pet health measurement system and pet health measurement method using the same {Pet health measurement system and pet health measurement method}

The present invention relates to pet health measurement, and more particularly, a health measurement device for measuring the health of the pet is fixed to the measurement site of the pet using a separate body fixing device, and measured through the health measurement device It relates to a pet health measurement system capable of measuring the health status of a pet through the heartbeat and breathing of the pet, and a pet health measurement method using the same.

Recently, interest in pets is increasing, and the position in the home is changing to the concept of a family. These pets enjoy daily life with their owners, but they are changing into a family concept to replace loneliness due to aging and nuclear family.

Accordingly, people put a lot of effort into using pet services, such as taking their pets to the hospital, taking them to a hairdresser's salon, giving them a beautiful look, or taking them for a walk to treat or prevent pet's illness (disease, injury). And there are a lot of problems with food choices. In other words, people spend all their devotion and money to raise pets and think of them as children.

Such pets refer to animals that people like and keep close to them, and they include dogs, cats, birds, goldfish, and the like. In particular, some pets, such as dogs and cats, are expanding their role as pets that share emotional communication with their owners in the personalized modern society.

Recently, research on various services for pets or people with pets is being actively conducted. As an example, Korean Patent Application Laid-Open No. 10-2017-0011102 (2017.02.02.) relates to a method for remotely managing a pet using a wearable device attached to the pet. measures the biometric information of the pet, measures the location information of the pet using the GPS module or the beacon module, determines the throughput according to the communication state with the server, and according to the determination result, the wearable device or the server sends the pet After judging the dangerous situation of the pet using the biometric information and location information of the pet, it receives the guardian's control signal from the server based on the guardian taking a predetermined action through it, and receives a warning sound or voice data stored according to the guardian's control signal We propose a pet remote management method that prints

As such, large and small problems can occur at any time while living with pets, but it is possible to solve them rationally, check whether it is an emergency before using a night hospital due to cough, cold, disease, injury, or accident, and what to do after receiving a pet. There are surprisingly many customers who do not know what to do.

Meanwhile, among pets, the number of puppies continues to increase to about 10 million (estimated), and the number of abandoned animals is known to be about 82,000 (abandoned behavior due to problematic behavior, health abnormalities, and economic burden). As such, it is necessary to reduce the incidence of animal abuse and abandoned dogs, which are social problems. In most cases, pet owners throw away or abuse if they are difficult to raise without knowledge. However, there is no education or counseling system, so problems continue to occur. need to solve

Patent Document 1: Republic of Korea Patent Publication No. 10-2016-0112531 (published on September 28, 2016) - Animal health management device and health management method using the same Patent Document 2: Republic of Korea Patent Registration No. 10-1916803 (Notice on November 08, 2018) - Companion animal health care system using the Internet of Things

Therefore, the present invention is to solve all the disadvantages and problems of the prior art as described above, and by using a separate fixing device to fix the health measuring device for measuring the health of the pet to a specific part of the pet's body, The health status of the pet can be measured through the pet's heartbeat and respiration measured through the health measuring device, and the measurement result can be output to the health measuring device or displayed on the guardian's smart device to determine the pet's health status. In addition, by storing the pet health measurement data in the cloud server so that the pet's health measurement data can be known at the veterinary hospital, the pet owner can know the health abnormality in case of health abnormality. The purpose of the animal hospital receiving the data is to provide a pet health measurement system that can transmit an immediate response plan to a smart device when necessary and a pet health measurement method using the same.

In order to achieve the above object, the present invention is to measure the pet's heartbeat and respiration according to a pre-installed program fixed to the measuring part of the pet's body to measure health and a measurement scenario (scheduling information) transmitted from the outside. Pet health measurement device for measuring, outputting the measurement result as one or more of letters, numbers, and graphics, and outputting it wirelessly to the outside; Sets a health measurement scenario (scheduling information) of a pet to measure health according to a pre-installed pet health measurement application, and wirelessly transmits the set scheduling information to the pet health measurement device, and the pet health measurement device a smart device for receiving the wirelessly outputted pet health measurement data and displaying it in a preset output method; and storing the measurement data transmitted from the smart device together with the identification information (ID) and smart device identification information of the pet health measurement device, and the health abnormality of the pet is set in advance in the stored pet health measurement data It provides a pet health measurement system, characterized in that it comprises a; in case of an emergency or an emergency, the cloud server transmits to the smart device through a communication network and informs the guardian.

Here, the scheduling information is to set the measurement time, measurement period, number of times, and measurement reference information of the measurement target of the pet health measurement device, and the measurement reference information (measurement scheduler) set in the smart device is the pet health measurement When transmitted to the device, the pet health measurement device is characterized in that the measurement operation is performed according to the transmitted measurement reference information.

And the pet health measurement device is configured to set a measurement scheduler according to the measurement reference information transmitted from the smart device, automatically measure according to the measurement scheduler, store the measurement result, and transmit the measurement data to the smart device .

In addition, the pet health measurement system is interlocked with the cloud server to receive the measurement data of the pet health measurement device when the identification information of the pet health measurement device is registered, and from the received measurement data, the pet registered in the veterinary hospital If the animal's health abnormality is a preset emergency or health measurement data that corresponds to an emergency, it warns the monitor through a separate pop-up window so that the animal hospital staff can respond, and the pet can be accessed through the animal hospital official's smartphone. It is characterized in that it further includes a veterinary hospital PC/server that provides information about the health risk state in the form of text or Kakaotalk.

And in order to achieve the above object, the present invention comprises the steps of fixing a pet health measuring device to a site to measure the health of the pet; Steps in which the smart device and the pet health measurement device are linked in a Bluetooth communication method; setting health measurement information including a measurement time, measurement period, number and measurement target for measuring the health of a pet by executing an app installed on the smart device, and transmitting it to the pet health measurement device; The pet health measurement device includes: when health measurement information is transmitted from the smart device, a measurement scheduler is set, and automatically starting measurement according to the set measurement scheduler; The control unit of the pet health measurement device stores the health measurement data if it is not possible to transmit the health measurement data according to the interworking (synchronization) state with the smart device after the health measurement is completed according to the set measurement scheduler and the pet health turning off the power of the measuring device; When the power of the pet health measurement device is turned on, and the smart device and the pet health measurement device are synchronized, the pet health measurement device transmitting health measurement data to the smart device; and the smart device receiving and storing the health measurement data, and synchronizing the data with the cloud server.

Here, in the step of fixing the pet health measuring device to the part to measure the health of the pet, the pet health measuring device is fixed to the left chest region where the heart is in the case where the heartbeat is to be measured, When it is desired to measure the respiration and heartbeat at the same time, the pet health measuring device is fixed to the left chest region where the heart is and the right chest region for the lungs, respectively, and the pet health measuring device is fixed to the pet. It is characterized by being fixed at bedtime when there is no movement of the animal.

And the step of transmitting the health measurement data measured from the pet health measurement device to the smart device, the smart device and the pet health measurement device after running the application for health measurement of the pet in the smart device in a Bluetooth-connected state When the app is executed and the synchronization button provided in the app is executed (touched), health measurement data is transmitted from the pet health measurement device.

According to the present invention, the following effects are obtained.

First, the health measuring device for measuring the health of the pet is fixed to the body measuring part of the pet using a separate fixing device, and the pet's heart rate and respiration measured through the health measuring device are measured. health status can be measured.

Second, the health status of the pet can be known by outputting the measurement result to the health measurement device or by displaying it on the guardian's smart device.

Third, the smart device uses the health condition of the pet transmitted from the health measurement device as health measurement data, and the data is transmitted to the cloud server to make it big data. can be provided

Fourth, the pet's health measurement data can also be known at the animal hospital linked to the pet, so that, if necessary, the animal hospital that received the data can transmit an immediate response plan to the smart device if necessary.

1 is a block diagram illustrating a pet health measurement system according to an embodiment of the present invention;
FIG. 2 is a view for explaining an example of a pet health measuring device mounted on a pet body in the pet health measuring system shown in FIG.
3a and 3b are an example of a band and a hook for fixing the pet health measuring device mounted on the pet body to the pet in the pet health measuring system shown in FIG. 1 and a plurality of health measurements when the pet health A drawing showing an example of fixing the measuring device to the band
Figure 4 is a block diagram for explaining an embodiment of the pet health measurement device mounted on the body of the pet in the pet health measurement system shown in Figure 1
5 is a block diagram for explaining an embodiment of a smart device of a pet guardian in the pet health measurement system shown in FIG.
6 is a block diagram for explaining an embodiment of a cloud server in the pet health measurement system shown in FIG.
7 is a flowchart for explaining an embodiment of a pet health measurement method according to the present invention

A preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings as follows.

In addition, the terms used in the present invention have been selected as widely used general terms as possible, but in specific cases, there are also terms arbitrarily selected by the applicant, and in this case, the meaning is described in detail in the description of the corresponding invention, so simple terms It is intended to clarify that the present invention should be understood as the meaning of the term, not the name. In addition, in describing the embodiments, descriptions of technical contents that are well known in the technical field to which the present invention pertains and are not directly related to the present invention will be omitted. This is to more clearly convey the gist of the present invention without obscuring the gist of the present invention by omitting unnecessary description.

1 is a block diagram for explaining a pet health measurement system according to an embodiment of the present invention, FIG. 2 is a pet health measurement device mounted on the pet body in the pet health measurement system shown in FIG. It is a view for explaining an example, and FIGS. 3a and 3b are an example of a band and a hook for fixing the pet health measuring device mounted on the pet body to the pet in the pet health measuring system shown in FIG. 1 and a pet It is a diagram showing an example in which a plurality of health measuring devices are fixed to a band when measuring the health of an animal.

As shown in FIG. 1, the pet health measurement system according to the present invention includes a pet health measurement device 100, a pet 200, a health measurement device fixing device 300, a smart device 400, and a cloud server. 500 , the veterinary hospital PC/server 600 , the veterinary hospital related smart phone 610 , and the communication network 700 .

Here, the pet health measuring device 100 is fixed to a measuring part of the body of the pet 200 to measure the health of the pet according to a pre-installed program and a measurement scenario (scheduling information) transmitted from the outside, the pet's heartbeat, Measures one or more of respiration, body temperature, current location, momentum and sound, and outputs the measurement result as one or more of letters, numbers, and graphics on one surface of the pet health measuring device 100 as shown in FIG. 2, It transmits wirelessly to the outside (air). At this time, the pet health measuring device 100 may be fixed through the health measuring device fixing device 300 for fixing to the measuring portion of the pet 200, and this fixing device is made of silicone as shown in FIG. 3A. It is possible to minimize the rejection feeling when the pet 200 is worn by the material. In addition, as shown in FIG. 3b, when measuring the health of a pet, a plurality of health measuring devices are fixed to the band to measure the health function of the heart and lungs simultaneously (the heart is the left part, the lung is the right part), or the health function of both lungs can be measured simultaneously.

The smart device 400 sets a health measurement scenario (scheduling information) of a pet to measure health according to a pre-installed pet health measurement application, and wirelessly connects the set scheduling information to the pet health measurement device 100 to receive the pet health measurement result output from the pet health measurement device 100 as health measurement data and display it in a preset way so that the guardian (owner) can directly know the health status of the pet do.

To this end, the pet health measurement application identifies several pets that are protected, and the pet health measurement device 100 is one or a plurality of pets that measure health through the health measurement device because it is difficult to distinguish them. The health status of the pet, for example, health (standard range), attention by comparing the health measurement result data measured according to the name (identifying symbol, letter, etc.), type, age, and sex , risk, high risk, etc.

On the other hand, the scheduling information includes the measurement reference information (measurement scheduler) set by setting measurement reference information such as the measurement time, measurement period, number of times of measurement, and measurement target (heart, respiration, etc.) of the pet health measurement device 100. It is transmitted to the animal health measurement device 100 so that the pet health measurement device 100 performs a measurement operation according to the transmitted measurement reference information.

Such a smart device 400 is only shown for convenience, but may be as many as the number of pet lovers.

The pet health measurement device 100 sets a measurement scheduler according to the measurement reference information transmitted from the smart device 400, automatically measures according to the measurement scheduler, stores the measurement result, and transmits the measurement data to the smart device 400 ) is sent to

The smart device 400 stores the transmitted measurement data and transmits it to the cloud server 500 through the communication network 700, and the cloud server 500 transmits the measurement data transmitted from the smart device 400 to the health of the pet. It is stored together with the identification information (ID) of the measuring device 100 . Such pet health measurement data may be converted into big data through artificial intelligence in the cloud server 500 .

On the other hand, the cloud server 500 transmits health measurement data corresponding to a preset emergency or emergency situation in the stored pet health measurement data to the smart device 400 through the communication network 700 . It can also be sent to notify parents.

The veterinary hospital PC / server 600 is interlocked with the cloud server 500 and when the identification information of the pet health measurement device 100 is registered in the veterinary hospital PC / server 600, the pet health measurement device 100 ) of the measurement data is received and managed.

In the measurement data received from the veterinary hospital PC / server 600, if the health abnormality sign of the pet registered in the veterinary hospital is a preset emergency or health measurement data corresponding to an emergency, this is the veterinary hospital PC / server ( 600) through a separate pop-up window to the connected monitor (not shown), so that the veterinary hospital personnel (veterinarian, veterinary technician, etc.) can respond quickly.

In addition, the veterinary hospital official's smartphone 610 can also be applied to a service provider in advance so that information on the health risk of the corresponding pet can be provided in the form of text messages or Kakao Talk.

This veterinary hospital PC/server 600 indicates that it can be built as a PC in the case of a small veterinary hospital and as a separate server in the case of a large veterinary hospital.

In this way, when a dangerous state among the health status of a pet is immediately known through a smart device or smartphone of a guardian and an animal hospital official, a quick response may be possible.

Figure 4 is a block diagram for explaining an embodiment of the pet health measurement device mounted on the body of the pet in the present invention pet health measurement system shown in FIG.

In the pet health measurement system shown in FIG. 1 , the pet health measurement device mounted on the body of the pet is, as shown in FIG. 4 , a power connection unit 110 , a battery unit 120 , a power switch unit 130 , and an operation button. It consists of a unit 140 , an operation output unit 150 , a communication unit 160 , a measurement unit 170 , a memory unit 180 , and a control unit 190 .

The power connection unit 110 is used to charge power to the battery unit 120 of the pet health measurement device (100).

The battery unit 120 is charged with power required for the operation of the pet health measurement device (100).

The power switch unit 130 turns on/off the power of the pet health measurement device 100 .

The operation button unit 140 causes the pet health measurement device 100 to perform set operations such as display on/off, measurement result display, and output sound on/off.

The operation output unit 150 outputs the operation of the pet health measurement device (100).

For example, the schedule start, progress, end, and the pet's heart rate and respiration according to the scheduling are displayed as an image or output as a voice.

At this time, normal (standard), risk group, high risk, etc. can be displayed. For image display, it is composed of LCD, and for audio output, a speaker can be added.

In addition, when the measurement schedule for health measurement of the animal is transmitted from the smart device 400, a response signal indicating that the measurement schedule data has been normally received can also be output in image or audio format.

The communication unit 160 allows the pet health measurement device 100 to communicate with the smart device 400 .

The measuring unit 170 measures the health state of the pet to be measured by the pet health measurement device 100, and measures one or more of heartbeat, respiration, body temperature, current location, amount of exercise, and sound.

To this end, the measuring unit 170 includes a heart rate measuring unit 171 for measuring heart rate, a respiration measuring unit 172 for measuring respiration, a body temperature measuring unit 173 for measuring body temperature, and a position measuring unit for measuring a position ( 174), the momentum measuring unit 175 for measuring the amount of motion and the sound measuring unit 176 for measuring the sound may be configured.

In this case, the heart rate measurement unit 171 , the respiration measurement unit 172 , and the sound measurement unit 176 may be configured as MEMS microphones.

Meanwhile, the position measurement unit 174 receives a GPS signal to measure the current position, and the momentum measurement unit 175 may use, for example, a motion sensor.

In addition, the sound measuring unit 176 may measure the frequency, the loudness of the sound, the sound time, etc. that can be generated for each animal, and compare it with the sound generated according to the health status of each animal.

The memory unit 180 stores a program necessary for the operation of the pet health measurement device 100 , scheduler information transmitted from the smart device 400 is stored, and data measured by the measurement unit 170 is stored. .

The control unit 190 includes a power connection unit 110 , a battery unit 120 , a power switch unit 130 , an operation button unit 140 , an operation output unit 150 , a communication unit 160 , a measurement unit 170 and Controls the operation of the memory unit 180 .

5 is a block diagram for explaining an embodiment of a smart device of a pet guardian in the present invention pet health measurement system shown in FIG. 1 .

As shown in FIG. 5, the smart device of the pet guardian in the pet health measurement system of the present invention is a communication unit 410, a pet app storage unit 420, an app driving unit 430, a display unit 440, an interface unit. 450 , a battery unit 460 , and a control unit 470 .

Here, the communication unit 410 supports Bluetooth communication between the smart device 400 and the pet health measurement device 100, and communicates with the cloud server 500 through the communication network 700 (eg, WiFi, 4G, 5G, etc.) ) to do it.

The pet app storage unit 420 stores applications for health measurement of pets. These applications may include data for comparing the health status of the pet according to the health measurement data transmitted from the pet health measurement device 100 together with the application for health measurement. (Dog, cat, hamster, etc.) may vary.

The app driving unit 430 includes a pet measurement condition setting unit 431 for setting the pet measurement condition, a pet measurement data storage unit 432 in which the health measurement data of the pet is stored, and the health measurement of the pet According to the analysis result of the pet health measurement data analysis unit 433 and the pet health measurement data analysis unit 433 that compares and analyzes the data with the data stored in the pet app storage unit 420, the health abnormality of the pet It is configured to include a pet measurement abnormality detection unit 444 to detect.

The display unit 440 displays a result according to the app driving result in the app driving unit 430 .

The interface unit 450 is connected to a cable capable of charging power to the smart device 400 or transmitting and receiving data to and from the outside.

The battery unit 460 is charged with power required for the operation of the smart device 400 .

The controller 470 controls operations of the communication unit 410 , the pet app storage unit 420 , the app driving unit 430 , the display unit 440 , the interface unit 450 , and the battery unit 460 .

6 is a block diagram for explaining an embodiment of a cloud server in the present invention pet health measurement system shown in FIG. 1 .

As shown in FIG. 6, the cloud server in the pet health measurement system of the present invention includes a communication unit 510, a database 520, a pet-specific input information classification unit 530, a pet measurement data classification unit 540, and a request. It consists of an information language translation transmission unit 550 , a pet expert search unit 560 , and a control unit 570 .

Here, the communication unit 510 allows the cloud server 500 to communicate with the smart device 400 or the veterinary hospital PC/server 600 through the communication network 700 .

The database 520 includes a pet member information storage unit, a pet measurement equipment information storage unit, a pet health measurement information storage unit, a pet food/exercise information storage unit, an animal hospital information storage unit, and a pet health history prescription information. It may be composed of a storage unit, a pet health management application storage unit, and the like.

Such pet member information includes the pet's name, type, age, gender, weight, and defecation information, along with guardian information (name, nationality, languages available for foreigners, smartphone number, address, etc.) When stored in the smart device through the health measurement application, the stored information is synchronized in the cloud server (500).

In addition, the model name, purchase time, etc. of the pet health measuring device 100 for measuring the health of the pet is also stored.

The standard health information storage unit for each pet stores heart rate information and respiration information of each pet, age, and gender standard (normal range) state.

The pet health measurement information storage unit is the pet health measurement data measured by the pet health measurement device 100 and transmitted through the smart device 400 is synchronized with the cloud server (500).

The pet food / exercise information storage unit through the pet health measurement application on the smart device, each of the pet's eating habits (food type, amount eaten, defecation information, etc.) and weekly exercise time, etc.) are stored. When this information is synchronized with the cloud server 500 .

The pet health history prescription information storage unit is synchronized with the cloud server 500 when the guardian visits the animal hospital, etc. through the pet health measurement application of the smart device and stores the information in the smart device, and the pet's usual disease, When the mainly used veterinary hospital, surgery information, drug prescription information, etc. are stored, the corresponding information is synchronized in the cloud server 500 .

The veterinary hospital information storage unit stores the location information of the veterinary hospital, operating hours information, possible language information (foreign language information), and the like. Through this, foreigners will also be able to receive the service.

The pet health management application storage unit stores the pet health management application that the pet guardian wants to download through his/her smart device for health management of the pet.

In this case, when there are several pets, information of each pet and, when there are several guardians, information of each guardian may be stored together.

These pet information, guardian information, health measurement information, diet, exercise information, health history, and prescription information are in the form of a table (table) set in advance in the pet health measurement application. It may be provided according to the convenience of the guardian (user), such as input (eg, the name of a pet, etc.) or selection (eg, an item that allows clicking of dogs, cats, hamsters, etc. in the category) .

The input information classification unit 530 for each pet is input information for each pet (pets, guardian member information, measurement equipment information, dietary information) transmitted from the smart device 400 to the communication unit 510 through the communication network 700 . , exercise information, etc.) are classified so that they can be synchronized in the database 520 of the cloud server 500 .

The pet measurement data classification unit 540 when the health measurement data of the pet measured through the pet health measurement device 100 is transmitted from the smart device 400 to the communication unit 510 through the communication network 700, the corresponding The measurement data is classified so that it can be synchronized in the database 520 .

At this time, it is classified according to the identification information (name, letter, number, symbol, etc.) of the pet together with the identification information (ID) of the pet health measurement device to be synchronized.

The request information language translation transmission unit 550 refers to the member information of the guardian when providing the location information of the currently operated nearby animal hospital when the pet is in an emergency health condition depending on the pet's condition. We provide a translation service into the foreign language according to the foreigner's available language information.

The pet expert search unit 560 determines that the current health measurement state of the pet is dangerous according to the comparison of the health measurement data measured through the pet health measurement device 100 and the pet standard health information storage unit, the pet It provides a service that searches hospitals that can provide urgent treatment for animals and specialists in the hospital and transmits them to the pet's guardian smart device.

The control unit 570 includes a communication unit 510 , a database 520 , a pet-specific input information classification unit 530 , a pet measurement data classification unit 540 , a request information language translation transmission unit 550 , and a pet expert. The search unit 560 is controlled.

7 is a flowchart for explaining an embodiment of a pet health measurement method according to the present invention.

As shown in FIG. 7, the pet health measurement method according to the present invention turns on the power of the pet health measurement device (S100).

And the health measuring device is fixed with a fixing device (belt) for fixing the pet health measuring device with respect to the part to measure the health of the pet (S110).

At this time, if you want to measure respiration, if you want to measure respiration, you want to measure both lungs, if you want to measure heart rate, you want to measure the heart part If you do, it is fixed in the anus, which is a hairless area.

For this purpose, it is preferable to fix the pet health measuring device 100 to the body of the pet using the bedtime of the pet.

Then, the smart device 400 and the pet health measurement device 100 are interlocked in a Bluetooth communication method (S120).

Then, by executing the app installed in the smart device 400, the measurement schedule such as measurement time, measurement period, number and measurement target is set, and transmitted to the pet health measurement device 100 (S130).

Accordingly, when the measurement schedule, which is measurement reference information, is transmitted from the smart device 400, the pet health measurement device 100 sets the measurement scheduler according to the built-in program, and automatically starts the measurement according to the set measurement scheduler ( S140).

At this time, the pet health measurement device 100 outputs a signal indicating that the measurement schedule has been normally received from the smart device 400 through the operation output unit 150 so that the measurement schedule set by the guardian is the health measurement device ( 100) to check if it is set correctly.

On the other hand, the guardian may be separated from the pet health measurement device 100 by a predetermined distance according to the scheduling set by the guardian through the smart device (400). That is, after setting, going out or going to work.

Accordingly, the pet health measurement device 100 may not be able to transmit to the smart device 400 even after the measurement operation according to the set scheduling is completed. In such a case, the battery discharge of the pet health measurement device 100 is protected. In order to do this, it can be set to automatically power save after the measurement is completed.

For this purpose, if transmission is not possible by adding a step (S150) of determining whether transmission is possible, the control unit 180 of the pet health measurement device 100 is linked (synchronized) with the smart device 400 after all scheduled measurements are completed. Accordingly, the power is turned off to save the measurement data and to protect the power (S160).

On the other hand, when the power of the pet health measurement device 100 is turned on by the guardian and the smart device 400 and the health measurement device are synchronized, the pet health measurement device 100 transmits the health measurement data measured with the smart device. (S170).

To explain this in more detail, after the smart device 400 and the pet health measurement device 100 are Bluetooth-connected, the smart device 400 executes the application for health measurement of the pet, then the app is executed and the synchronization provided in the app When the button is executed (touched), that is, when the smart device 400 is ready to receive data, the pet health measurement device 100 transmits the measured health measurement data.

Then, the smart device 400 receives and stores the health measurement data, and also synchronizes the data with the cloud server 500 (S180).

At this time, the smart device 400 displays the health measurement data on the display unit, and an abnormal situation (such as a case where the pet's health abnormality sign is a preset emergency situation, an emergency situation, etc.) occurs in the health measurement data. In addition to guiding the abnormal situation on the display unit of the smart device 400, a warning sound is output through the voice output unit (speaker) (not shown) of the smart device so that the guardian can know immediately, and to be alert. so that you can respond immediately.

For example, you can immediately take necessary measures, such as visiting a veterinary hospital, administering to a pet if there is a prescribed drug, or consulting a veterinarian, veterinary technician, or a pet expert.

On the other hand, if the cloud server 500 also determines that the current health measurement state of the pet is dangerous according to the comparison of the health measurement data and the pet standard health information storage unit in the data transmitted from the smart device 400, the emergency of the pet The hospitals that can be treated and the experts of the hospital are searched and guided to the smart device of the guardian of the pet (S190).

At this time, if there is data from the veterinary hospital that the user member of the smart device 400 usually visits, the corresponding information is also transmitted to the smart phone 610 of the relevant animal hospital so that the relevant person prepares for a response in advance, or the guardian's smart device. You can maximize the safety of your pets by allowing them to make calls through the .

And if the determination result (S150) can be transmitted, the pet health measurement device 100 transmits the measurement information (data) to the smart device (S200), the smart device 400 displays the measurement information, and detects an abnormal situation A warning signal is output when

In this case, a warning sound may be output as a voice signal or a warning signal such as a flashing warning light signal on the display panel of the smart device may be output (S210).

Accordingly, the guardian can immediately take necessary measures, such as visiting a veterinary hospital, administering to a pet if there is a prescribed drug, or consulting a veterinarian or a pet expert (S220).

Although the present invention has been described with the above examples, the present invention is not necessarily limited to these examples, and various modifications may be made without departing from the technical spirit of the present invention. Therefore, the examples disclosed in the present invention are not intended to limit the technical spirit of the present invention, but to explain, and the scope of the technical spirit of the present invention is not limited by these examples. The protection scope of the present invention should be construed by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

100: pet health measurement device 110: power connection part
120: battery unit 130: power switch unit
140: operation button unit 150: operation output unit
160: communication unit 170: measurement unit
180: memory unit 190: control unit
200: pet 300: health measuring device fixing device
400: smart device 410: communication unit
420: pet app storage unit 430: app driving unit
440: display unit 450: interface unit
460: battery unit 470: control unit
500: cloud server 510: communication unit
520: database 530: input information classification unit for each pet
540: Pet measurement data classification unit 550: Request information language translation transmission unit
560: pet expert search unit 570: control unit
600: veterinary hospital PC/server 610: veterinary hospital official smartphone
700: communication network

Claims (7)

The heartbeat and respiration of the pet 200 are measured according to a pre-installed program fixed to the measuring part to measure the health of the pet 200 and a measurement scenario (scheduling information) transmitted from the outside, and the measurement result to be output as one or more of letters, numbers, and graphics, and a pet health measurement device 100 for outputting to the outside by wireless (air);
Sets a health measurement scenario (scheduling information) of a pet to measure health according to a pre-installed pet health measurement application, and wirelessly transmits the set scheduling information to the pet health measurement device 100, and the pet A smart device 400 for receiving the health measurement data wirelessly output from the health measurement device 100 and displaying it in a preset output method; and
Store the measurement data transmitted from the smart device 400 together with the identification information (ID) of the pet health measurement device 100 and the smart device 400 identification information, and in the stored pet health measurement data, the pet When the animal's health abnormality is a preset emergency or an emergency situation, the cloud server 500 transmits it to the smart device 400 through the communication network 700 and informs the guardian; characterized in that it comprises a; Pet health measurement system.
The method according to claim 1,
The scheduling information is to set the measurement time, measurement period, number of times, measurement reference information of the measurement target of the pet health measurement device 100, measurement reference information (measurement scheduler) set in the smart device 400 When is transmitted to the pet health measurement device 100, the pet health measurement device 100 is a pet health measurement system, characterized in that the measurement operation is performed according to the transmitted measurement reference information.
The method according to claim 1,
The pet health measurement device 100 sets a measurement scheduler according to the measurement reference information transmitted from the smart device 400, automatically measures according to the measurement scheduler, stores the measurement result, and transmits the measurement data to the smart device Pet health measurement system, characterized in that configured to transmit to the device (400).
The method according to claim 1,
The pet health measurement system,
When the identification information of the pet health measuring device 100 is registered by interworking with the cloud server 500, the measured data of the pet health measuring device 100 is received, and registered in the veterinary hospital from the received measured data. If the health abnormality of the pet is a preset emergency or health measurement data that corresponds to an emergency situation, it warns the monitor (not shown) through a separate pop-up window so that the veterinarian can respond, and the animal hospital official Pet health measurement system, characterized in that it further comprises a veterinary hospital PC / server 600 that provides information on the health risk state of the corresponding pet in the form of text or Kakaotalk even with the smartphone 610.
As a pet health measurement method using the pet health measurement system according to any one of claims 1 to 4,
A step of fixing the pet health measuring device to the site to measure the pet's health (S110);
Step (S120) in which the smart device 400 and the pet health measurement device 100 are linked in a Bluetooth communication method;
By executing the app installed in the smart device 400, health measurement information including measurement time, measurement period, number and measurement target for measuring the health of the pet is set, and the pet health measurement device 100 transmitting (S130);
When the health measurement information is transmitted from the smart device 400, the pet health measurement device 100 sets a measurement scheduler, and automatically starts measurement according to the set measurement scheduler (S140);
If the control unit 180 of the pet health measurement device 100 is not able to transmit health measurement data according to the interworking (synchronization) state with the smart device 400 after completing the health measurement according to the set measurement scheduler, the health measurement data The step of turning off the power of the pet health measurement device 100 together with storing (S160);
When the power of the pet health measuring device 100 is turned on, and the smart device 400 and the pet health measuring device 100 are synchronized, the pet health measuring device 100 is the smart device 400 transmitting health measurement data to (S170); and
The smart device 400 receives and stores health measurement data, and synchronizes the data with the cloud server 500 (S180); Pet health measurement using a pet health measurement system, characterized in that it comprises a Way.
6. The method of claim 5,
The step (S110) of fixing the pet health measuring device to the part to measure the health of the pet is,
If you want to measure the heartbeat, the pet health measuring device is fixed to the left chest, where the heart is, and if you want to measure the breathing and heartbeat at the same time, the left chest, where the heart is and the lungs. Pet health using a pet health measurement system, characterized in that the pet health measurement device is fixed to the right chest region, which is a region, and the fixing of the pet health measurement device is fixed at bedtime when there is no movement of the pet How to measure. 6. The method of claim 5,
Transmitting the health measurement data measured from the pet health measurement device 100 to the smart device (S170),
In a state in which the smart device 400 and the pet health measurement device 100 are connected to Bluetooth, the smart device 400 runs the application for the health measurement of the pet, and then the app is executed and the sync button provided in the app is executed ( When touched), the pet health measurement method using the pet health measurement system, characterized in that the health measurement data is transmitted from the pet health measurement device (100).

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