TW201621825A - Smart living learning device - Google Patents

Abstract

The instant disclosure relates to a smart living learning device. The device includes: an electronic tagging element; a plurality of sensing modules each assigned with a monitoring area; a recording module; and a central command module. Each sensing module detects the location of the electronic tagging element within the monitoring area. The recording module records the detection results of the sensing modules in a time-based manner. The recording module also generates activity information regarding the location of the electronic tagging element vs. time. The central command module electrically connects the sensing and recording modules. Based on the activity information, the central command analyzes the relationship between the locations of the electronic tagging element and time to generate an activity pattern record. A reminder message is sent based on the activity pattern record.

Description

Smart life learning device

The invention relates to a smart device, in particular to a smart life learning device.

With the popularity and advancement of electronic technology and the continuous improvement of wireless transmission technology, smart life has been gradually realized. Users can use mobile communication devices such as smart phones and tablet computers as remote controls to wirelessly transmit technology to life. The remote control of the electronic device, such as switching the TV program with the smart phone as the remote control, or turning the power on or off.

However, when the user wants to remotely control the electronic device around the living, it is necessary to operate a mobile communication device such as a smart phone or a tablet computer to first pair with the electronic device, which is extremely inconvenient to operate.

In view of the above, the present invention provides a smart life learning device, comprising: an electronic tag unit; a plurality of detection modules each having a detection area for detecting the position of the electronic tag unit in the detection area; and a recording module according to time Recording the results detected by the detection module to generate activity information with the position and time relationship of the electronic tag unit; and the central control module, the electrical connection detection module and the recording module, and the electronic tag according to the activity information analysis The location of the unit is related to time to generate an activity mode record, and the reminder message is sent according to the activity mode record.

In one embodiment, the detection module detects that the electronic tag unit is moved from the non-detection area to the detection area, and the central control module drives the recording module to be activated; the detection module detects the electronic tag unit by the detection The measurement area moves to the non-detection area, and the central control module drives the recording module to stop.

In one embodiment, each detection module includes an electronic tag detection unit and a body temperature sensing unit, the electronic tag detection unit detects the electronic tag unit, and the body temperature sensing unit senses the body temperature; The unit detects that the electronic tag unit moves from the detection area to the non-detection area, and when the body temperature sensing unit does not sense the body temperature within a predetermined time, the central control module drives the recording module to stop.

In an implementation aspect, the electronic tag unit includes a body serial number, the recording module includes a determining unit and a recording unit, and the determining unit determines that the body serial number conforms to the preset serial number, and starts the recording unit.

In an implementation aspect, the electronic tag unit includes a body serial number, and the central control module includes a determining unit, and the determining unit determines that the body serial number conforms to the preset serial number, and starts the recording module.

In an implementation aspect, the central control module includes an abnormality determining unit and a notification unit. When the abnormality determining unit determines that the time and the positional relationship of the electronic tag unit do not meet the active mode record and meets the preset condition, the notification unit sends an abnormal event signal to Electronic device or cloud host.

In one embodiment, each detection module includes an imaging unit that intercepts an event image of the location of the electronic tag unit according to the abnormal event signal. Here, the central control module sends the event image to the electronic device or the cloud host.

In an implementation aspect, the central control module sends an alert message to the electronic device, and the electronic device starts or stops according to the reminder message.

In an implementation aspect, the central control module sends an active mode record to the electronic device or the cloud host.

In an embodiment, the central control module includes a control unit, and the control unit is connected to the living electronic device. The recording module records the result detected by the detection module according to the time and the active relationship of the living electronic device, and generates Activity information of the position and time relationship of the electronic tag unit and the corresponding operational relationship of the living electronic device.

In summary, the smart life learning device of the present invention can record the user's living habits, analyze and generate the activity mode record, and can record the reminding user according to the activity mode, for example, automatically start the alarm clock in the morning without user setting, or according to Users are used to automatically turning on the TV to achieve the purpose of smart life. In addition, the smart life learning device of the present invention can determine whether the user behavior is abnormal according to the activity mode record, for example, the elderly can not climb up when falling at home, and can automatically notify other family members to handle the problem.

The detailed features and advantages of the present invention are described in detail in the embodiments of the present invention, which are to be understood by those skilled in the art and The related objects and advantages of the present invention will be readily understood by those skilled in the art.

Please refer to FIG. 1 and FIG. 2 . FIG. 1 is a block diagram of a first embodiment of the smart living learning device of the present invention, and FIG. 2 is a schematic diagram of an indoor architecture. The smart life learning device 1 includes a complex detection module 30, a recording module 40, a central control module 50, and an electronic tag unit 70.

In the present invention, the electronic tag unit 70 can be applied as a clothing, a wristband, a watch, a smart phone or other portable mobile device, or combined with an access card, that is, an electronic tag (e-tag) is provided on the personal belongings. Electronic tag unit 70.

The plurality of detection modules 30 respectively have a detection area R1 for detecting the electronic tag unit 70 in the detection area R1. In other words, the indoor unit can be divided into multiple areas, and each area is separately provided with a detecting module 30 to detect whether the electronic label unit 70 is located in the detecting area R1 in the room, because the user carries the electronic label unit 70 with the user. Therefore, the location of the user is obtained by detecting the position of the electronic tag unit 70.

The recording module 40 generates activity information having a position-time relationship of the electronic tag unit 70 according to the result detected by the time recording detecting module 30. For example, the detection area R1, that is, the home area R11 is divided into a room R111, a restaurant R112, a living room R113, and the like, and each of them is provided with a detection module 30, when the user gets up at six in the morning to leave the room R111 and walks to the restaurant. R112 prepares breakfast. After dinner at 6:30, walk to the living room R113 to watch the TV morning news. The recording module 40 will record the user at the restaurant R112 from 6 am to 6:30 am, and record the living room in the living room after 6:30. R113, and generate activity information accordingly. That is to say, the recording module 40 records where the electronic tag unit 70 is at several points, and generates activity information of the electronic tag unit 70 accordingly.

The central control module 50, the electrical connection detecting module 30 and the recording module 40 generate an activity mode record according to the activity information analysis having the relationship between the position and time of the electronic tag unit 70, and send and send an alert message according to the activity mode. .

The central control module 50 and the recording module 40 can be integrated into one. In other words, the recording module 40 can be built in the central control module 50, but the central control module 50 and the recording module 40 can be separately disposed. The invention is not limited thereto.

For example, the user's living habit is to get up at 6 o'clock in the morning to leave the room R111, and go to the restaurant R112 to prepare breakfast. After 6:30, finish the meal and go to the living room R113 to watch the TV morning news. As mentioned above, record The module 40 records the daily actions of the user into activity information, and the central control module 50 generates an activity mode record according to the daily activity information to analyze the user's living habits (ie, the relationship between the position of the electronic tag unit 70 and time). And sending an alert message according to the activity mode record. Here, the central control module 50 sends a reminder message, for example, the central control module 50 can send a signal to the mobile phone to drive the mobile phone alarm, so that the mobile phone rings. When the user oversleeps at 6 o'clock in the morning and is still in the room, the central control module 50 judges that the user should go to the restaurant R112 but does not go to the restaurant R112 according to the activity mode record, so the signal is sent to the mobile phone to drive the mobile phone alarm. The phone rings and the user wakes up when he hears the alarm.

In the present invention, the central control module 50 sends a reminder message, in addition to the above, the central control module 50 sends a signal to the mobile phone to drive the mobile phone to ring the alarm, and can also drive the mobile phone to send a voice to remind the user what to do, in addition, The reminder message can be an electronic signal, and the central control module 50 sends an alert message to the electronic device 80. The electronic device 80 starts or stops according to the reminder message.

The detection module 30 detects that the electronic tag unit 70 is moved from the non-detection area R5 to the detection area R1, and the central control module 50 drives the recording module 40 to be activated; the detection module 30 detects the electronic tag. The unit moves from the detection area R1 to the non-detection area R5, and the central control module 50 drives the recording module 40 to stop. In other words, when the detecting module 30 detects that the user is in the detecting area R1, the recording module 40 generates the position with the electronic tag unit 70 according to the result detected by the time detecting detecting module 30. The activity information related to time, once the user leaves the detection area R1, the recording module 40 stops recording, or the recording module 40 can record only the time when the electronic tag unit 70 leaves the detection area R1 and leaves. When the user returns to the detection area R1, the recording module 40 starts recording, and can record the time when the electronic tag unit 70 reaches the detection area R1.

In an embodiment, referring to FIG. 3, the electronic label unit 70 includes a body serial number 72. The recording module 40 includes a determining unit 41 and a recording unit 43, and the determining unit 41 determines that the body serial number 72 meets the preset serial number, and then starts. The recording unit 40 performs recording.

In an embodiment, referring to FIG. 4, the electronic label unit 70 includes a body serial number 72, and the central control module 50 includes a determining unit 51. The determining unit 51 determines that the body serial number 72 meets the preset serial number, and the recording unit 40 is activated. Make a record.

As described in the first two embodiments, when a plurality of members in the home are provided with the electronic tag unit 70, the electronic tag unit 70 to be recorded can be set in advance according to the body serial number 72 corresponding to each electronic tag unit 70, for example, for example, The behavior of user A in the home is recorded, but the behavior of user B is not recorded. Furthermore, for different users, they can be recorded separately according to the electronic tag unit 70 they carry.

In an embodiment, referring to FIG. 5, the central control module 50 includes a query unit 56. Here, the query unit 56 can have a display screen module. As described above, the electronic label unit 70 can be applied as Clothing, bracelets, watches, smart phones or other portable devices, so when users can't find their clothes, bracelets, watches, smart phones or other portable devices, they can check the detection through the inquiry unit 56. The module 30 detects the result and can find the lost item. In addition, the user can connect the query unit 56 to the result of the detection by the detection module 30 via the electronic device 80 in a wired or wireless manner.

Please refer to FIG. 6 , which is a block diagram of a second embodiment of the smart living learning device of the present invention. The difference between the present embodiment and the first embodiment is the composition of the detection module 30. In the first embodiment, the detection module 30 detects the electronic tag unit 70 in the detection area R1. In this embodiment, The detection module 30 can further sense the body temperature of the person.

The detection module 30 includes an electronic tag detecting unit 31 and a body temperature sensing unit 33. The electronic tag detecting unit 31 detects the electronic tag unit 70 in the detecting area R1, and the body temperature sensing unit 33 is in the sensing area. The body temperature is sensed inside. Here, the sensing area may be the same as the detecting area R1, but the invention is not limited thereto, and the sensing area may be different from the detecting area R1. When the sensing area is larger than the detecting area R1, the sensing area may be A plurality of electronic tag detecting units 31 are disposed, and when the sensing area is smaller than the detecting area R1, a plurality of body temperature sensing units 33 may be disposed in the detecting area R1.

Here, the electronic tag detecting unit 31 detects that the electronic tag unit 70 moves from the detection area R1 to the non-detection area R5, and when the body temperature sensing unit 33 does not sense the body temperature within a predetermined time, The control module 50 drives the recording module 40 to stop recording, or the recording module 40 can record only the time when the electronic tag unit 70 leaves the detection area R1 and exits.

Please refer to FIG. 7 , which is a block diagram of a third embodiment of the smart living learning device of the present invention. The difference between the embodiment and the foregoing embodiment is the composition of the central control module 50. In the embodiment, the central control module 50 is further provided with an abnormality determining unit 54 and a notification unit 55, wherein the abnormality determining unit 54 determines the electronic When the time and position relationship of the tag unit 70 does not match the active mode record and meets the preset condition, the notification unit 55 sends an abnormal event signal to the electronic device 80 or the cloud host 90.

Here, the preset condition may be a ratio of the behavior time. For example, the weekday habit of watching TV news is one hour, and the preset condition may be 50%, that is, when watching TV for more than one and a half hours, it is abnormal; the preset condition may be For a fixed time value, for example, setting the preset condition to half an hour, when the behavior is more than half an hour outside the original time, it is abnormal. However, the foregoing description of the preset conditions is merely an example, and the present invention is not limited thereto.

For example, the grandmother at home has an electronic label unit 70. According to the activity mode of the central control module 50, the grandmother will stay in the third floor of the Buddhist temple between 7:00 and 8:00 in the morning, and go to the first floor after 8:00. The living room, but on a certain day, the grandmother did not go to the living room on the first floor until 8:30 in the morning. That is to say, the behavior of the grandmother who had not yet reached the living room on the first floor at 8:30 was abnormal. It may be that the grandmother fell on the stairs and could not climb. Therefore, the abnormality determining unit 54 determines that it is abnormal, and the notification unit 55 sends an abnormal event signal to the electronic device 80 or the cloud host 90, for example, to the mobile phone of other family members, so that other family members can immediately understand and handle the behavior abnormality of the grandmother. In addition, as described above, other family members can check the location of the grandmother through the inquiry unit 56 so as to get to the position of the grandmother as soon as possible.

Here, the notification unit 55 sends an abnormal event signal to the electronic device 80, and the notification unit 55 sends an abnormal event signal to the communication software account number and the mobile phone door number set by the user through the network or other communication manner, so that the user can immediately Know that there is an abnormal event. The notification unit 55 sends an abnormal event signal to the cloud host 90, which means that the notification unit 55 sends an abnormal event signal to the cloud host 90 through the network or other communication manner. In addition to recording the abnormal event in the cloud host 90, the cloud host 90 can Abnormal events proactively notify relevant personnel (such as other family members, etc.) to deal with abnormal events immediately.

In an embodiment, referring to FIG. 8 and FIG. 9 , the detection module 30 includes an imaging unit 35 that intercepts an event image of the location of the electronic tag unit 70 according to the abnormal event signal. Here, the central control module 50 sends the event image to the electronic device 80 or the cloud host 90. In other words, when the abnormality determining unit 54 determines that the time and positional relationship of the electronic tag unit 70 does not meet the active mode record and meets the preset condition, the notification unit 55 sends an abnormal event signal to the detecting module 30, and the camera unit 35 at this time. The event image of the location of the electronic tag unit 70 can be captured. The event image can be a photo or a movie for a period of time, which can be stored in the built-in storage unit 53 of the central control module 50, or can be stored in the cloud host 90. However, the invention is not limited thereto.

For example, as mentioned above, the grandmother did not go to the living room on the first floor until 8:30 in the morning, that is, the behavior of the grandmother who had not yet reached the living room on the first floor at 8:30 was abnormal. It may be that the grandmother fell at the stairs. The abnormality determining unit 54 determines that it is abnormal. At this time, the camera unit 35 intercepts the event image of the location of the electronic tag unit 70, and the notification unit 55 transmits the event image together with the abnormal event signal to the electronic device 80 or The cloud host 90, for example, sends it to other family members' mobile phones so that other family members can instantly know the status of the grandmother.

Please refer to FIG. 10, which is a block diagram of a fourth embodiment of the smart living learning device of the present invention. The difference between the embodiment and the foregoing embodiment is the composition of the central control module 50. In this embodiment, the central control module 50 is further provided with a control unit 58. The control unit 58 is connected to the living electronic device 82, which can be turned on or Turning off the consumer electronic device 82 also detects the operational status of the consumer electronic device 82. Here, the recording module 40 can record the relationship between the detection result of the detection module and the living electronic device 82 according to the time (for example, the user with the electronic tag unit 70 starts toast at 6 o'clock in the morning to the restaurant. In accordance with this, activity information having a positional relationship with the time of the electronic tag unit 70 and an operational relationship of the corresponding consumer electronic device 82 is generated.

In the present invention, the living electronic device 82 can be applied as an alarm clock, a smart phone, a television, a toaster, an electric cooker, a microwave oven, a water heater, or a daily life electrical device, but the invention is not limited thereto.

For example, the user's living habit is to get up at 6 o'clock in the morning to leave the room R111, and go to the restaurant R112 to open the toaster to prepare breakfast, after 6:30 meal, go to the living room R113 to turn on the TV to watch the TV morning news, As described above, the recording module 40 records the user's daily actions and the corresponding used electronic devices 82 as activity information, and the central control module 50 analyzes the user's living habits (ie, electronic tags) according to the daily activity information. The location of the unit 70 is related to time and the corresponding used electronic device 82) to generate an activity mode record. Thereafter, the central control module 50 can record and send an alert message according to the activity mode. The central control module 50 records the sending of the reminder message according to the active mode, that is, the control unit 58 of the central control module 50 turns on or off the living electronic device 82 with an electronic signal at a predetermined time, for example, the control unit 58 is in the morning six. To activate the alarm clock and the toaster, the user simply places the bread in the restaurant and starts the TV at 6:30, and the user can watch the morning news in the living room. Other applications include automatically starting the water heater according to the user's living habits, so that the user can directly bathe, no need to wait for the water discharge time. However, the foregoing descriptions of the activation alarm clock, the bread machine, the television, and the water heater are merely examples, and the present invention is not limited thereto.

Referring to FIG. 11 , in an implementation manner, the central control module 50 sends an active mode record to the electronic device 80 or the cloud host 90. Therefore, when the user travels, the active mode record can be directly transmitted from the electronic device 80 to The central control module 50 of the hotel room, or downloading the activity mode record from the cloud host 90 to the central control module 50 of the hotel room, so that the central control module 50 of the hotel room can be recorded according to the activity mode, so that the user can be in the hotel room. As if living in the home, it is quite convenient for the user.

In summary, the smart life learning device of the present invention can record the user's living habits, analyze and generate the activity mode record, and can record the reminding user according to the activity mode, for example, automatically start the alarm clock in the morning without user setting, or according to Users are used to automatically turning on the TV to achieve the purpose of smart life. In addition, the smart life learning device of the present invention can determine whether the user behavior is abnormal according to the activity mode record, for example, the elderly can not climb up when falling at home, and can automatically notify other family members to handle the problem.

Although the technical content of the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the present invention, and any modifications and refinements made by those skilled in the art without departing from the spirit of the present invention are encompassed by the present invention. The scope of protection of the present invention is therefore defined by the scope of the appended claims.

1‧‧‧Smart Life Learning Device
30‧‧‧Detection module
31‧‧‧Electronic tag detection unit
33‧‧‧ body temperature sensing unit
35‧‧‧ camera unit
40‧‧‧recording module
41‧‧‧judging unit
43‧‧‧recording unit
50‧‧‧Central Control Module
51‧‧‧Judgement unit
53‧‧‧ storage unit
54‧‧‧Abnormal judgment unit
55‧‧‧Notification unit
56‧‧‧Query unit
58‧‧‧Control unit
70‧‧‧Electronic label unit
72‧‧‧body serial number
80‧‧‧Electronic devices
82‧‧‧Electronic equipment
90‧‧‧Cloud Host
R1‧‧‧Detection area
R11‧‧·Home area
R111‧‧‧ room
R112‧‧‧Restaurant
R113‧‧‧ living room
R5‧‧‧ non-detection area

[Fig. 1] is a block diagram showing a first embodiment of the present invention. [Fig. 2] is a schematic diagram of an indoor structure of a first embodiment of the present invention. [Fig. 3] is a block diagram showing an embodiment of a specific electronic tag unit of the present invention. [Fig. 4] is a block diagram showing an embodiment of a specific central control module of the present invention. [Fig. 5] is a block diagram showing another embodiment of the central control module of the present invention. [Fig. 6] Fig. 4 is a block diagram showing a second embodiment of the present invention. Fig. 7 is a block diagram showing a third embodiment of the present invention. [Fig. 8] is a block diagram showing an embodiment of a specific detecting module of the present invention. [Fig. 9] is a schematic view showing the appearance of a specific detecting module of the present invention. [Fig. 10] Fig. 4 is a block diagram showing a fourth embodiment of the present invention. [Fig. 11] is a block diagram showing another embodiment of the central control module of the present invention.

1‧‧‧Smart Life Learning Device

30‧‧‧Detection module

40‧‧‧recording module

50‧‧‧Central Control Module

70‧‧‧Electronic label unit

80‧‧‧Electronic devices

Claims (11)

A smart life learning device includes: an electronic tag unit; a plurality of detection modules each having a detection area for detecting a position of the electronic tag unit in the detection area; a recording module recording the time according to the time The detection result of the detection module generates activity information having a position and time relationship of the electronic tag unit; and a central control module electrically connecting the detection module and the recording module, The activity information analysis has an association between the location of the electronic tag unit and time to generate an activity mode record, and sends an alert message according to the activity mode record. The smart living learning device of claim 1, wherein the detecting module detects that the electronic tag unit is moved from the detecting area to the detecting area, and the central control module drives the recording module to start The detection module detects that the electronic tag unit moves from the detection area to the non-detection area, and the central control module drives the recording module to stop. The smart living learning device of claim 1, wherein each of the detecting modules comprises an electronic tag detecting unit and an integrated temperature sensing unit, wherein the electronic tag detecting unit detects the electronic tag unit, and the body temperature sense The measuring unit senses a human body temperature; the electronic tag detecting unit detects that the electronic tag unit moves from the detecting area to the non-detecting area, and the body temperature sensing unit does not sense the predetermined time When the body temperature is reached, the central control module drives the recording module to stop. The smart living learning device of claim 1, wherein the electronic tag unit comprises a body serial number, the recording module comprises a determining unit and a recording unit, and the determining unit determines that the body serial number conforms to a preset serial number, and starts the Recording unit. The smart living learning device of claim 1, wherein the electronic tag unit includes a body serial number, the central control module includes a determining unit, and the determining unit determines that the body serial number meets a predetermined serial number, and starts the recording module. . The smart living learning device of claim 1, wherein the central control module comprises an abnormality determining unit and a notification unit, wherein the abnormality determining unit determines that the time and positional relationship of the electronic tag unit does not conform to the active mode record and meets When a preset condition is met, the notification unit sends an abnormal event signal to an electronic device or a cloud host. The smart living learning device of claim 6, wherein each of the detecting modules includes a camera unit that intercepts an event image of the location of the electronic tag unit according to the abnormal event signal, and the central control module sends the event The image is to an electronic device or a cloud host. The smart living learning device of claim 1, wherein the central control module sends the reminder message to an electronic device, and the electronic device starts or stops according to the reminder message. The smart living learning device of claim 1, wherein the central control module sends the activity mode record to an electronic device or a cloud host. The smart living learning device of claim 1, wherein the central control module comprises a control unit, the control unit is connected to a living electronic device, and the recording module records the result detected by the detecting modules according to time. In association with the electronic device for living, activity information is generated which has a positional relationship with the time of the electronic tag unit and an operational relationship of the corresponding electronic device. The smart living learning device of claim 1, wherein the central control module comprises an inquiry unit for querying the results detected by the detection modules.