KR20190061732A - In-home wireless broadcasting terminal with body activity and fire detection, living body signal reception function and the control method thereof - Google Patents

Abstract

The present invention relates to a home wireless broadcasting terminal having body activity, fire detection, and biometric signal receiving functions and a control method therefor. The purpose of the present invention is to provide a home wireless broadcasting terminal having body activity, fire detection, and biometric signal receiving functions, which adds body activity, fire detection, and biometric signal receiving functions to a wireless broadcasting receiver installed in each family home within a predetermined area to receive and output predetermined announcements transmitted from a main broadcasting device installed in a specific place, and then transmits corresponding information to the main broadcasting device, thereby quickly responding to the occurrence of an emergency situation, and a control method therefor. To this end, the home wireless broadcasting terminal comprises: a wireless communication module; a digital clock unit; a button unit; an I/O control unit; a voice control unit; and a control unit (CPU). The wireless broadcasting receiver further includes an infrared array sensor for detecting body activities and sensing fires in a corresponding family home and a communication module for receiving a biometric signal. The wireless communication module is composed of a bidirectional data communication module and is configured to transmit a measured value from the infrared array sensor and a received measured value of a biometric signal measuring device to the main broadcasting device under the control of the control unit.

Description

TECHNICAL FIELD [0001] The present invention relates to an in-home wireless broadcasting terminal having a body movement, a fire detection, a living body signal receiving function, and a control method thereof. [0002]

[0001] The present invention relates to a home wireless broadcasting terminal equipped with a body movement, a fire detection, a bio-signal receiving function, and a control method thereof, and more particularly to a home wireless broadcasting terminal receiving and broadcasting a predetermined announcement broadcast transmitted from a main broadcasting apparatus installed in a specific place A wireless radio broadcasting receiver installed in each home in a certain area, a body wireless system including a body activity, a fire detection, a bio-signal reception function, To a broadcast terminal and a control method thereof.

      In general, a small number of residents in a large area, such as farming villages, fishing villages, mountain villages, etc., are very vulnerable to the transmission of various kinds of information compared to urban areas. Therefore, various information such as weather forecasts, disaster alarms, A predetermined communication means is provided for efficiently transmitting the information to each household.

      Thus, the main broadcasting apparatus including the amplifier and the speaker is provided at a specific place such as the town hall of the village or the residence of the village head, and the voice announcement is broadcast to the villagers through the main broadcasting apparatus.

      That is, a manager such as a town headman or a municipal government official via a main broadcasting apparatus installed in a town hall or a residence of a village head is directly located at the installation site side of the main broadcasting apparatus or connected to the main broadcasting apparatus via a telephone network , It is possible to transmit various information to villagers in a certain area by performing predetermined announcement broadcasting.

      In order to overcome the limitation of direct transmission of voice signals through a speaker connected to the main broadcasting apparatus, a wireless broadcasting receiver connected to the main broadcasting apparatus through a wireless communication module is installed in each home in the corresponding area where the main broadcasting apparatus is installed So that it is possible to accurately transmit the corresponding announcement broadcast to each home.

      However, since the conventional wireless broadcast receiver is limited in its applications such as the announcement function of unidirectional audio information and the clock function, it is difficult to utilize the infrastructure of the main broadcasting apparatus and the wireless broadcasting terminal, which are components of the broadcasting system, .

      In particular, real-time monitoring of a variety of information including physical activity of the elderly, health problems, and fire detection in residential areas is required to cope with the occurrence of various emergency situations due to the characteristics of agriculture, It is true.

Korean Patent No. 10-1563890

SUMMARY OF THE INVENTION Accordingly, the present invention has been made to solve the above-mentioned problems occurring in the prior art, and it is an object of the present invention to provide a broadcast receiving apparatus, A body motion, a fire detection, and a biological signal reception function, which are configured to additionally configure body movement, fire detection, and biological signal reception functions in a wireless broadcast receiver and then transmit the information to the main broadcasting apparatus side so as to promptly respond to the occurrence of an emergency situation And a method of controlling the same.

      According to another aspect of the present invention, there is provided a home wireless broadcasting terminal provided with a body movement, fire detection, and biological signal receiving function, A radio button, a button unit, an I / O control unit, a voice control unit, and a voice control unit. The wireless broadcast receiver includes a wireless communication module, a digital clock unit, a button unit, And a controller (CPU), wherein the wireless broadcast receiver further includes an infrared array sensor for detecting body motion and fire detection of a corresponding home, and the wireless communication module includes a bidirectional data communication module, And transmits the measurement value from the infrared array sensor to the main broadcasting apparatus side.

      Preferably, the wireless broadcast receiver is connected to a bio-signal measuring device carried by a resident of the home, via Bluetooth and LoRa communication, receives data from the bio-signal measuring device, To the main broadcasting apparatus side.

      More preferably, the bio-signal measuring device is configured as a wristwatch and includes a pulse sensor, a motion sensor, a body temperature sensor, and an emergency call button.

      Meanwhile, a control method of a home wireless broadcasting terminal provided with a body movement, a fire detection, and a living body signal receiving function according to the present invention is characterized in that measurement data from a living body signal measuring device carried by a resident of each home is transmitted through Bluetooth and LoRa communication To the wireless broadcast receiver; A step of performing measurement and calculation for detecting body activity and fire occurrence through an infrared array sensor provided in the wireless broadcast receiver; The measurement values of the living body signal and the infrared array sensor of the resident from the wireless broadcast receiver are transmitted to the main broadcasting apparatus side and processed; Wherein the measurement values of the bio-signal measuring device and the infrared array sensor transmitted to the main broadcasting device are stored in the main broadcasting device and then transmitted to the monitoring server side of the remote site via the Internet network and controlled to be processed.

      Preferably, after receiving the bio-signal measurement value and the infrared array sensor measurement value, the main broadcasting apparatus determines whether or not an emergency situation occurs, and then broadcasts an announcement about the occurrence of the emergency situation through a wireless broadcast receiver in the corresponding area And the control is performed so as to be performed.

According to the present invention as described above, it is possible to provide a wireless broadcast receiver installed in each home in a certain area for receiving and outputting a predetermined announcement broadcast transmitted from a main broadcast apparatus installed in a specific place, And the information is transmitted to the main broadcasting apparatus side after the reception function is further configured, the conventional unidirectional wireless broadcasting receiver can be implemented as the bi-directional IoT, and the urgent situation occurring in each home can be quickly coped with. Families living in other regions will be able to engage in business without worrying about senior citizens residing in agriculture or fishing villages.

Brief Description of the Drawings Fig. 1 is a diagram showing a general configuration of a guidance broadcasting system to which a home wireless broadcasting terminal equipped with a living body activity, a fire detection and a bio-signal reception function according to the present invention is applied;
2 is a diagram illustrating a communication network configuration of a guidance broadcasting system to which a home wireless broadcasting terminal equipped with a body movement, a fire detection, and a bio-signal receiving function according to the present invention is applied;
FIG. 3 is a block diagram illustrating the structure of a home wireless broadcasting terminal equipped with a body movement, a fire detection, and a biological signal receiving function according to the present invention.
FIG. 4 is a block diagram showing the configuration of a living body signal measuring device connected to a home wireless broadcasting terminal equipped with a living body activity, a fire detection, and a living body signal receiving function according to the present invention.
FIG. 5 is a flowchart illustrating a control flow of a guidance broadcasting system to which a home wireless broadcasting terminal equipped with a living body activity, a fire detection, and a biological signal receiving function according to the present invention is applied.

Hereinafter, the present invention configured as described above will be described in detail with reference to the accompanying drawings.

FIG. 1 is a diagram illustrating a general configuration of a guidance broadcasting system to which a home wireless broadcasting terminal equipped with a living body activity, a fire detection, and a living body signal receiving function according to the present invention is applied. FIG. 3 is a diagram illustrating a configuration of a communication network of a home network broadcasting system to which a home wireless broadcasting terminal equipped with a living body signal receiving function is applied. FIG. 3 is a block diagram of a home wireless broadcasting terminal equipped with a living body activity, FIG. 4 is a block diagram showing a configuration of a bio-signal measuring device connected to a home wireless broadcasting terminal equipped with a body movement, a fire detection, and a bio-signal receiving function according to the present invention. FIG. 5 is a block diagram A control flow of an announcement broadcasting system to which a domestic wireless broadcasting terminal equipped with a body activity, a fire detection, and a bio-signal reception function is applied is shown It is drawing.

A home wireless broadcasting terminal and a control method therefor according to the present invention are provided with a body movement, a fire detection, a living body signal receiving function, and a control method thereof. The receiving function is further configured and then the information is transmitted to the main broadcasting apparatus 100 installed in a specific place so that the information can be quickly responded to the occurrence of an emergency.

First, the predetermined announcement broadcasting system to which the home wireless broadcasting terminal equipped with the body movement, fire detection and bio-signal reception function according to the present invention is applied is provided in a specific area such as a rural area, a fishing village area, a mountain village, A main broadcasting apparatus 100 for transmitting predetermined announcement broadcasts is provided in a town hall or a residence of a town or village, and reception and delivery of announcement broadcasts transmitted from the main broadcasting apparatus 100 is performed in each house located in the corresponding village And a plurality of wireless broadcast receivers 10 are connected to each other in the form of a LoRa mesh network.

The main broadcasting apparatus 100 is provided with a telephone receiving terminal for receiving predetermined broadcast contents from a manager such as a person in charge of the local government or a village head, using a telephone network, And the main broadcasting apparatus 100 is provided with a radio transmission unit 10 for transmitting the contents of the broadcast to the radio broadcasting receiver 10 of each home via a radio module including an FM radio communication module, Respectively.

In the present invention, the communication module of the main broadcasting apparatus 100 is capable of bidirectional communication using each of the radio broadcasting receivers 10 and the LoRa communication module, A fire detection, a living body signal measurement value of the resident, processes and stores the measured value, and is connected to the monitoring server 200 of the remote site through the Internet.

The wireless broadcast receiver 10 is installed in each home in the village and broadcasts a predetermined message transmitted from the main broadcasting apparatus 100. The wireless broadcasting module 10 includes a wireless communication module 12, A control unit 30 for performing a CPU function, an infrared array sensor 20, and the like, and is also provided with an I / O control unit 16, a voice control unit 14, And a bio-signal measuring device 50 in the form of a wristwatch is connected via Bluetooth and LoRa communication.

The wireless communication module 12 receives the contents of a certain broadcast wirelessly transmitted from a wireless transmission device of the main broadcasting apparatus 100 via an FM radio communication module via an antenna, And transmits the measurement value received from the bio-signal measuring device 50 to the main broadcasting apparatus 100 through a mesh network of a LoRa communication module.

The button unit 26 is provided at a predetermined position outside the body of the wireless receiving device 10 and is configured to allow initial ID setting and time and volume setting of the corresponding wireless broadcast receiver 10, The I / O control unit 16 controls various key inputs through the button unit 26 and an output state of the digital clock unit 18 including the 7-segment. The audio control unit 14 controls the I / And performs control such that a predetermined voice signal is output via a speaker through amplification and switching of a voice signal in accordance with transmission of broadcast contents from the apparatus 100. [

The digital clock unit 18 is a 7-segment digital clock that is provided to indicate the current time through a wireless broadcast receiver 10 installed in each home or the like, and the temperature sensor unit 22 detects the current temperature And the infrared array sensor 20 is provided to detect a predetermined temperature value for activity of the body and detect a fire and provide the detected temperature value to the main broadcasting apparatus 100 side.

      In addition, a power supply unit 24 supplied with power for operation of the apparatus, a reset unit 29 for initializing the apparatus, and a real time clock RTC 28 are further included.

      The control unit 30 of the wireless broadcast receiver 10 controls the wireless broadcast receiver 10 to perform a series of control so that the broadcast content received from the main broadcast apparatus 100 is output, In the present invention, LoRa bidirectional communication with the main broadcasting apparatus 100 and radio communication with an adjacent wireless broadcast receiver 10, while measuring body movement and fire detection values through the infrared array sensor 20, So that the user's biological signal measurement value from the signal measuring device 50 is controlled to be transmitted to the outside.

      The bio-signal measuring device 50 connected to the wireless broadcast receiver 10 has a wristwatch shape. The bio-signal measuring device 50 measures the bio-signal of the user while being worn on each resident's wrist and then transmits the measured value to the Bluetooth (2.4 GHz BLE communication) And the LoRa communication means to the wireless broadcast receiver 10 side.

      The bio-signal measuring device 50 includes a sensor unit 52 including a pulse sensor, a motion sensor, a body temperature sensor, an emergency call button, and the like, and a controller (not shown) for inputting and outputting sensor values through the sensor unit 52 And a data communication unit 56 for transmitting and receiving data to / from the wireless broadcast receiver 10.

Next, a control method of a domestic wireless broadcasting terminal provided with a body movement, a fire detection, and a biological signal receiving function according to the present invention will be described with reference to the drawings.

The main broadcasting apparatus 100 is provided in a specific place such as a farming / fishing village or a mountain village where a home wireless broadcasting terminal equipped with a body activity, a fire detection and a bio-signal reception function is applied according to the present invention, A radio broadcast receiver 10 is connected to the main broadcasting apparatus 100 and is connected to a neighboring radio broadcasting receiver 10 through a LoRa mesh network in each home.

In addition, the main broadcasting apparatus 100 is connected to the monitoring server 200 provided at a remote site through an Internet network and a telephone network.

Accordingly, from the bio-signal measuring device 50 worn by the resident of each household in the wrist, a signal from the sensor unit 52 in accordance with the pulse or motion of the user, the body temperature measurement value, and the operation of the emergency call button, Is transmitted to the wireless broadcast receiver 10 through the Bluetooth Low Energy (BLE) and the 900 [MHz] LaRa communication of the data communication unit 56 under the control of the wireless broadcast receiver The sensing data from the bio-signal measuring device 50 transmitted to the wireless broadcasting terminal 10 of the neighboring household through the mesh network through the LoRa communication in the 900 [MHz] band of low power long distance communication And finally transmitted to the main broadcasting apparatus 100 side.

The measurement values for body movement and fire detection in the infrared array sensor 20 provided in the wireless broadcasting terminal 10 are transmitted to the main broadcasting apparatus 200 through the wireless communication module 12 do.

The measured values of the living body signal measuring device 50 and the infrared array sensor 20 of the resident transmitted from the respective wireless broadcasting terminals 10 are transmitted to the main broadcasting apparatus 100, , It is judged whether or not an emergency situation occurs in each house through the process of storing and processing the corresponding data. When it is judged that an emergency situation such as a fire in a specific home is detected or an abnormality is detected in a resident's body, And controls the wireless broadcast terminal 10 to propagate the announcement according to the occurrence of the emergency situation.

The measurement values of the bio-signal measuring device 50 and the infrared array sensor 20 transmitted to the main broadcasting apparatus 100 are transmitted to the remote monitoring server 200 through the Internet network and the telephone network , The monitoring server 200 controls the sending of the text message corresponding to the information stored in the family or the manager of the home where the emergency has occurred to quickly respond to the occurrence of the emergency situation .

      While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the scope of the appended claims.

10: wireless broadcast receiver, 12: wireless communication module,
14: audio control unit, 16: I / O control unit,
18: Digital clock unit, 20: Infrared array sensor,
22: a temperature sensor unit, 24: a power source unit,
30: control unit (wireless broadcast receiver), 50: biological signal measuring device,
52: sensor unit, 54: control unit (biological signal measuring instrument)
100: main broadcasting apparatus, 200: monitoring server.

Claims (5)

There is provided a wireless broadcast receiver installed in each home in a certain area so as to perform announcement after receiving predetermined broadcast contents from a main broadcast device installed in a specific place via a wireless communication module,
The wireless broadcast receiver includes:
A wireless communication module, a digital clock unit, a button unit, an I / O control unit, a voice control unit, and a control unit (CPU)
Wherein the wireless communication module further comprises a bidirectional data communication module for receiving a measurement value from the infrared array sensor under the control of the controller, And transmits the received signal to the main broadcasting apparatus side. The method according to claim 1,
The radio broadcasting receiver is connected to a bio-signal measuring device carried by a resident of the corresponding home, via a Bluetooth and LoRa communication, receives data from the bio-signal measuring device, And transmits the received signal to the main broadcasting apparatus side. 3. The method of claim 2,
Wherein the bio-signal measuring device is configured as a wristwatch and includes a pulse sensor, a motion sensor, a body temperature sensor, and an emergency call button. . The measurement data from the bio-signal measuring device carried by a resident of each household is transmitted to the corresponding wireless broadcasting receiver through Bluetooth and LoRa communication;
A step of performing measurement and calculation for detecting body activity and fire occurrence through an infrared array sensor provided in the wireless broadcast receiver;
The measurement values of the living body signal and the infrared array sensor of the resident from the wireless broadcast receiver are transmitted to the main broadcasting apparatus side and processed;
Wherein the measurement values of the bio-signal measuring device and the infrared array sensor transmitted to the main broadcasting device are stored in the main broadcasting device and then transmitted to the monitoring server side of the remote site via the Internet network and the telephone network, A method for controlling a home wireless broadcasting terminal equipped with a body movement, a fire detection, and a biological signal reception function. 5. The method of claim 4,
After receiving the bio-signal measurement value and the infrared array sensor measurement value, the main broadcasting apparatus determines whether or not an emergency situation occurs, and then controls the wireless broadcasting receiver in the area to announce the occurrence of an emergency in an emergency situation And detecting a fire, a living body signal, and a living body signal.

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