KR101823633B1 - Smart service system based by m2m adaptive platform - Google Patents

Abstract

The present invention relates to a SMART (Safety, Metering, Analysis, Reporting, Technology) service system based on an M2M service platform system.
More particularly, the present invention relates to an emergency signal generator comprising: an emergency signal generator; LED lantern; The emergency signal generator may request terminal authentication with an LED lantern, and may measure temperature, carbon monoxide and dust. When the measured value is greater than a set value, The LED lantern may communicate with the emergency signal generator and the application via the gateway including the gateway and may receive the temperature measurement, the carbon monoxide measurement, the dust measurement, and the temperature measurement from the emergency signal generator, An emergency signal can be received based on the emergency signal, and the application can inquire temperature measurement value, carbon monoxide measurement value and dust measurement value in real time in cooperation with the LED lantern, , An emergency signal can be received and displayed, and an LED lantern can be controlled. Based SMART service system.

Description

{SMART SERVICE SYSTEM BASED BY M2M ADAPTIVE PLATFORM}

The present invention relates to a SMART (Safety, Metering, Analysis, Reporting, Technology) service system based on an M2M service platform system.

More particularly, the present invention relates to an emergency signal generator comprising: an emergency signal generator; LED lantern; The emergency signal generator may request terminal authentication with an LED lantern, and may measure temperature, carbon monoxide and dust. When the measured value is greater than a set value, The LED lantern may communicate with the emergency signal generator and the application via the gateway including the gateway and may receive the temperature measurement, the carbon monoxide measurement, the dust measurement, and the temperature measurement from the emergency signal generator, An emergency signal can be received based on the emergency signal, and the application can inquire temperature measurement value, carbon monoxide measurement value and dust measurement value in real time in cooperation with the LED lantern, , An emergency signal can be received and displayed, and an LED lantern can be controlled. Based SMART service system.

Machine to machine (M2M) technology is a communication between machine and machine. It communicates with other devices with information about all pieces of equipment around us by sensor. It responds to each other so that humans can live comfortably and conveniently. Technology.

Examples of the communication means for communication between the machines include wired communication such as spiral (bare wire), local / external cable, return cable, coaxial cable, submarine cable and optical fiber cable, IRDA (Infrared Data Association) Frequency Wireless communication such as radio frequency, Bluetooth, Ethernet, home PNA, PLC (Line Line Communication), IEEE1394, wireless LAN, Zigbee, Wi- have.

In particular, Bluetooth, ZigBee, and WiFi are widely used in the market because they are easy to use and easy to use because they are applied to specific terminals. Therefore, ordinary people who do not have expertise can easily connect a modem with a modem .

That is, Bluetooth, ZigBee, and Wi-Fi have separate modems, dongle connectors, or access points (APs) installed in predetermined areas, and objects to be communicated are located within a communication effective range I am using it.

Meanwhile, Bluetooth, ZigBee, and a modem for providing Wi-Fi only provide each communication network.

Therefore, there is an inconvenience that the communication network can not be used if it is out of the effective range. To solve this problem, a technology for integrating Bluetooth, ZigBee and WiFi is being developed.

This can be achieved by converting protocols of different heterogeneous networks (Bluetooth, ZigBee, WiFi, etc.) into protocols of an integrated network (for example, the Internet) and outputting predetermined information, or transmitting the protocol of the integrated network to a Bluetooth protocol, Wi-Fi protocol or the like and output information.

This heterogeneous network integration technology has been applied to application service fields having a predetermined purpose by linking with a specific business network.

Accordingly, the present applicant proposes a SMART service system that can be applied to application services such as managing the safety of a campsite through an M2M service platform system capable of integrating the heterogeneous networks described above.

Camping generally refers to recreational activities such as sleeping in a residential area, such as a tent or a trailer, such as a tent or a trailer, in mountains, fields and beaches, or traveling with equipment for outdoor living.

There are also many people who enjoy glamping as well as camping recently. Glamping is a mixture of Glamorous and Camping, which means "glamorous, glamorous", which means luxury camping.

Unlike camping, the Glam Ping is equipped with facilities to enjoy leisure activities such as trekking, swimming, horseback riding and hunting in the nature without hitting the tent directly.

The domestic camping population is estimated at 1.2 million, and about 2,000 camp camping groups are formed.

As the number of camping population increases, safety incidents related to camping are also on the rise. Accidents caused by carbon monoxide poisoning and fires are on the rise.

Therefore, it is required to develop a system that can prevent fire or carbon monoxide accident in outdoor facilities (camping ground, glaming house, etc.) with insufficient safety facilities or to minimize human accidents by quick initial action.

Hereinafter, the prior art related to the present invention will be briefly described. Japanese Patent Registration No. 10-1332414 discloses a safety management system for camping.

The present invention relates to a safety management system for camping that can safely enjoy camping by checking camping equipment and camper departure and monitoring sleeping conditions, wherein the system configuration detects the state of the air, A main terminal for generating a warning signal based on the set data and transmitting a request signal in wireless communication and receiving a response signal according to the request signal, And a sub-terminal for transmitting a response signal to the main terminal in response to the request signal of the main terminal.

However, the above-described technology only describes ZigBee and Bluetooth as types of networks for short-range communication, and does not describe a technique for integrating a network.

Further, the above technology does not describe a technique for the user to inquire in real time about the air condition data (detected values of carbon monoxide, temperature, and humidity).

In addition, the above technology does not describe a technique for generating a warning signal based on the detected air condition data and set data and generating a warning signal directly by a user.

Therefore, it is possible to provide a service by integrating heterogeneous networks, a user can inquire carbon monoxide and temperature measurement values in real time, receive a first-stage emergency signal on the basis of the measured values, It is necessary to develop a system capable of directly generating an emergency signal.

Patent Registration No. 10-1332414 (November 22, 2013)

An object of the present invention is to provide an SMART service system based on an M2M service platform system that provides services by integrating a heterogeneous communication network (ZigBee, WiFi, Bluetooth), and selectively supports the heterogeneous communication network.

An object of the present invention is to provide an LED lantern in which a terminal including a carbon monoxide sensor, a temperature sensor, and a dust sensor is installed in a camping field and receives a carbon monoxide, temperature and dust measurement value from the terminal to determine an emergency situation.

An object of the present invention is to display an emergency signal by receiving an emergency signal generated from the LED lantern in an application.

An object of the present invention is to provide the emergency signal step by step.

An object of the present invention is to control an LED lantern through an application.

According to an aspect of the present invention, there is provided an SMART service system based on an M2M service platform system, comprising: an emergency signal generator; LED lantern; The emergency signal generator may request terminal authentication with an LED lantern, and may measure temperature, carbon monoxide and dust. When the measured value is greater than a set value, The LED lantern may communicate with the emergency signal generator and the application via the gateway including the gateway and may receive the temperature measurement, the carbon monoxide measurement, the dust measurement, and the temperature measurement from the emergency signal generator, An emergency signal can be received based on the emergency signal, and the application can inquire temperature measurement value, carbon monoxide measurement value and dust measurement value in real time in cooperation with the LED lantern, , An emergency signal can be received and displayed, and an LED lantern can be controlled. We provide SMART service system based on platform platform system to solve the technical problem.

The SMART service system based on the M2M service platform system according to the present invention provides service by integrating a heterogeneous communication network (ZigBee, WiFi, Bluetooth), and selectively supports the heterogeneous communication network, And the like.

Further, the present invention has an effect of detecting an emergency situation by detecting carbon monoxide and a temperature value.

Further, the present invention has the effect of being able to grasp carbon monoxide, temperature and dust information in real time through an application.

The present invention also has the effect of remotely controlling the brightness and power of the LED lamp through an application.

Further, the present invention has the effect of enabling emergency measures to be effectively taken from an emergency situation by transmitting an emergency signal step by step.

1 shows a schematic configuration of a SMART service system based on an M2M service platform system according to the present invention.
2 is a block diagram illustrating a configuration of an emergency signal generator in a SMART service system based on an M2M service platform system according to the present invention.
FIG. 3 shows a configuration of an LED lantern in a SMART service system based on an M2M service platform system according to the present invention.
FIG. 4 illustrates the configuration of an application in the SMART service system based on the M2M service platform system according to the present invention.

The terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary terms and the inventor may properly define the concept of the term in order to best describe its invention It should be construed as meaning and concept consistent with the technical idea of the present invention.

Therefore, the embodiments described in the present specification and the configurations shown in the drawings are merely the most preferred embodiments of the present invention and are not intended to represent all of the technical ideas of the present invention. Therefore, various equivalents It should be understood that water and variations may be present.

Before describing the present invention with reference to the accompanying drawings, it should be noted that the present invention is not described or specifically described with respect to a known configuration that can be easily added by a person skilled in the art, Let the sound be revealed.

Prior to the description, Applicants have implemented a system for an M2M gateway that supports services by integrating heterogeneous networks, as described in patent number 10-1523581 (Gateway to Support Heterogeneous Network Integrated Control).

The present applicant has also implemented an M2M service platform system capable of supporting services by integrating heterogeneous communication networks as described in Patent No. 10- (M2M Service Platform System).

The present applicant has proposed an M2M service (M2M service) which can manage the safety of outdoor (camping ground, glaming, etc.) based on the M2M service platform system, as described in Patent No. 10- (LED lamp based on M2M service platform system) It has implemented the LED system based on the platform system.

Depending on the design conditions, the present invention may be applied to the technical aspects of the above-mentioned system.

The present invention relates to an SMART service system based on an M2M service platform system, wherein SMART refers to safety, metering, analysis, reporting and technology .

In addition, the present invention is based on an M2M service platform system capable of integrating heterogeneous networks. Herein, the heterogeneous network means a network having protocols of different formats, such as Zigbee, Bluetooth, A wireless personal area network (WPAN) as well as a WiFi (Wifi) communication module.

Hereinafter, the present invention will be described with reference to the accompanying drawings.

1 shows a schematic configuration of a SMART service system based on an M2M service platform system according to the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS The accompanying drawings, which are incorporated in and constitute a part of the specification, illustrate embodiments of the invention and, together with the description, serve to explain the principles of the invention.

Prior to the description, the emergency signal generator 100, the LED lantern 200, and the application 300 may be designed to operate in conjunction with various systems. Depending on the design conditions, the components included in the emergency signal generator 100 may be LED lantern 200 and application 300, or vice versa, so that the system can be interlocked.

The emergency signal generator 100 may request the device authentication with the LED lantern 200 and may transmit the emergency signal to the LED lantern 200 when the authentication is approved.

Also, the emergency signal generator 100 may transmit the measured data to the LED lantern 200 through the temperature, carbon monoxide and dust measuring sensors.

Here, the emergency signal generator 100 may be installed in a plurality of camping sites (for example, a tent), and may be attached to the campground, but the present invention is not limited thereto.

The LED lantern 200 can manage the authentication of the emergency signal generator 100 and can receive the emergency signal from the emergency signal generator 100. The LED lantern 200 can identify an emergency situation based on the emergency signal, 200 and the application 300. In this case,

Here, the LED lantern 200 may be configured to be portable for easy portability and may be provided in a plurality of camping spaces.

In addition, the LED lantern 200 can perform a function of converting the protocol standards of all the communication modules belonging to WPAN as well as Zigbee, Bluetooth and / or WiFi into a protocol standard of the integrated network including the gateway, It may perform a function of converting the protocol standard of the network so as to be able to communicate in accordance with the protocol of each communication interface.

Here, the gateway receives the emergency signal transmitted from the emergency signal generator 100 and transmits the emergency signal to the application 300. At this time, the gateway selectively transmits the communication service (ZigBee, WiFi, Bluetooth, etc.) Can be selected and transmitted / received.

The application 300 is installed in a device (a notebook, a smart phone, a tablet PC, etc.) of a user and an administrator and can receive temperature, carbon monoxide and dust measurement data in cooperation with the LED lantern 200, And can adjust the power and brightness of the lantern, and can transmit and receive emergency signals.

2 is a block diagram illustrating a configuration of an emergency signal generator in a SMART service system based on an M2M service platform system according to the present invention.

2, the emergency signal generator 100 includes a communication unit 110, an authentication request unit 120, a measurement unit 130, an emergency condition setting unit 140, and an emergency signal transmission unit 150. The emergency signal generator 100 includes a communication unit 110, .

The communication unit 110 may perform a function of transmitting an emergency signal and data to the LED lantern 200. [ Here, the communication unit 110 may be converted based on a communication network transmitted from the LED lantern 200 and communicated.

The authentication request unit 120 may perform a function of transmitting the device information (ID and identification number) of the emergency signal generator 100 to request the LED lantern 200 to establish a connection. The emergency signal generator 100 may include a separate button for connection setting of the LED lantern 200. When the user presses the corresponding button, the authentication request unit 120 transmits the LED lantern 200, To request a connection setup.

The measurement unit 130 may include a temperature measurement module 131, a carbon monoxide measurement module 132, and a dust measurement module 133.

The temperature measurement module 131 may include a temperature sensor capable of sensing temperature, and may perform a function of measuring a temperature inside a camping field such as a tent and a glazing.

The carbon monoxide measurement module 132 may include a carbon monoxide sensor capable of sensing carbon monoxide, and may perform a function of measuring carbon monoxide in the campsite.

The dust measurement module 133 is configured with a dust sensor capable of detecting fine dust, and can perform a function of measuring dust inside the campsite.

The carbon monoxide measurement module 132 and the dust measurement module 133 of the measurement unit 130 may be configured to include an emergency setting DB (not shown) ), The carbon monoxide measurement value, and the dust measurement value are compared with the set values stored in the emergency setting DB, and an emergency signal can be generated by considering it as an emergency situation if the set value is greater than the set value.

For example, if the temperature measurement value measured through the temperature measurement module 131 is higher than the temperature set value stored in the emergency setting DB, the fire can be detected. If a fire is detected, a fire emergency signal is transmitted to the LED lantern 200, Lt; / RTI >

In addition, when carbon monoxide measurement value measured through the carbon monoxide measurement module 132 is higher than the carbon monoxide set value stored in the emergency setting DB, the carbon monoxide poisoning can be detected. When carbon monoxide poisoning is detected, the carbon monoxide poisoning emergency signal is transmitted to the LED lantern 200 ).

The emergency signal transmitting unit 150 may transmit the emergency signal to the LED lantern 200 when the emergency signal setting unit 140 generates an emergency signal. In addition, the emergency signal transmitter 150 may include an emergency button in accordance with the design conditions to generate an emergency signal under the control of the user.

FIG. 3 shows a configuration of an LED lantern in a SMART service system based on an M2M service platform system according to the present invention.

3, the LED lantern 200 includes a communication unit 210, an authentication management unit 220, a device management unit 230, a light emitting unit 240, a display unit 250, a data storage unit 260, And a transmission / reception unit 270.

The communication unit 210 may perform a function of transmitting and receiving data with the emergency signal generator 100 and the application 300.

The communication unit 210 can receive the temperature measurement value, the carbon monoxide measurement value and the dust measurement value transmitted from the emergency signal generator 100 and receive the lantern control value or the like from the application 300.

The authentication management unit 220 manages the device information of the emergency signal generator 100 and the application 300 by approving the authentication based on the device information received from the emergency signal generator 100 and the application 300 can do.

Here, the authentication management unit 200 may store or delete the device information, and update and manage the device information.

The device management unit 230 may perform a function of grouping the devices for which authentication has been approved through the authentication management unit 220, for each service.

Here, the grouping may be composed of devices that match the service model for seamless connection of services, and may include device information such as manufacturer and model name.

For example, in the present invention, devices that can be grouped through the device management unit 230 may be a plurality of LED lanterns 200 or a plurality of mobile communication terminals equipped with the application 300.

In addition, when grouping the plurality of LED lanterns 200 provided in the camping ground, the device management unit 230 can perform grouping by zone.

For example, if the areas of A, B, and C are divided into camping areas, the LED lanterns 200 of A, B, and C are separately grouped so that LED lantern 200, So that the LED lantern 200 in the B and C zones can generate an emergency alert signal different from the A zone, have. A detailed description thereof will be given later.

The light emitting unit 240 may include a light emitting device, and may be formed of various materials such as an LED and an OLED to meet the object of the present invention. Here, the light emitting unit 240 may have an interface capable of adjusting brightness and color.

In addition, the light emitting unit 240 may perform a function of controlling light emission according to a signal transmitted from the emergency signal transmitting and receiving unit 270, which will be described later.

For example, in the event of an emergency, the light emitting unit 240 may be configured to emit light of various colors, such as a red light emitting device in a fire area, a green light emitting device And a blue light emitting element in a zone where both fire and carbon monoxide are dangerous values.

In addition, according to the design conditions, the light emitting unit 240 may be configured to control the LED lantern 200 according to each zone grouped through the device management unit 230, The light emitting element of the region can be configured to emit light with the brightest brightness, and the regions B and C away from the A region can be configured to emit light with intermediate and darkest brightness values.

Also, the light emitting unit 240 may control the brightness of the lantern according to the control value received from the application 300, and may control on / off of the power source and may control the color of the light emitting device have.

The display unit 250 may perform a function of outputting sound according to a signal transmitted from the emergency signal transmitting / receiving unit 270, which will be described later.

The data storage unit 260 may include a device information DB 261, a temperature measurement DB 262, a carbon monoxide measurement DB 263, a dust measurement DB 264, and an emergency signal DB 265.

The device information DB 261 may perform a function of storing information of a device whose authentication has been approved or disapproved through the authentication management unit 220. [

The temperature measurement DB 262 may store the temperature measurement value measured by the temperature measurement module 131 of the emergency signal generator 100.

Here, the measured values may be received and stored every minute or hour, and the carbon monoxide measurement DB 263 and the dust measurement DB 264, which will be described later, may be similarly applied.

The dust measurement DB 244 may store the dust measurement value measured by the dust measurement module 133 of the emergency signal generator 100.

The emergency signal DB 265 can store an emergency signal generated from the emergency signal generator 100, the LED lantern 200 and the application 300. The emergency signal DB 265 can store an emergency signal generated during an emergency, Etc. may be stored.

The emergency signal transmitting and receiving unit 270 may include a first stage emergency signal module 271, a second stage emergency signal module 272 and a third stage emergency signal module 273. The emergency signal transmitting and receiving unit 270 may include a zone LED lantern 200, It is possible to transmit the emergency signal to the mobile communication terminal of the users in the field, that is, the application 300.

In the present invention, the emergency signal transmitting and receiving unit 270 transmits an emergency signal to a plurality of camping sites in the vicinity of a camping site where an emergency signal is generated, as well as a camping ground user having an emergency in the occurrence of an emergency signal can do.

For example, when an emergency signal is generated in the lane A of the LED lantern 200 of the A, B, and C zones grouped through the device management unit 230, an emergency signal is also transmitted to the lanterns of the B and C areas, And a plurality of lanterns provided in the areas A, B, and C can receive an emergency signal and transmit an emergency signal to the users of each campsite. Here, the emergency signal is preferably transmitted to the mobile communication terminals of the camping hall users.

In other words, if an emergency occurs, not only the camping ground where an emergency occurs, but also other camping area users in the vicinity, it is possible to promptly rescue the emergency visitor and to take immediate action do.

The first-stage emergency signal module 271 generates light and alarm through the light emitting unit 240 and the display unit 250 when the emergency emergency signal is received from the emergency signal generator 100, And a function of transmitting an emergency signal to the mobile communication terminal of the users in the camping ground.

Here, the emergency signal may include an alarm, a brightness and color of the light emitting device, and a message indicating an emergency situation.

When the emergency signal module 252 receives the carbon monoxide poisoning emergency signal from the emergency signal generator 100, the 2-stage emergency signal module 252 generates light and alarm through the light emitting unit 240 and the display unit 250, 200 and the emergency signal to the mobile communication terminal of the users in the camping ground.

When the emergency signal module 253 receives the fire and carbon monoxide poisoning emergency signal from the emergency signal generator 100, the emergency signal module 253 generates light and alarm through the light emitting unit 240 and the display unit 250, And can transmit the emergency signal to the mobile communication terminal of the lamp 200 and the users in the camping ground.

In the present invention, the emergency signal transmitting and receiving unit 270 may transmit not only the camping ground where the emergency signal is generated but also the emergency signal to a plurality of camping sites near the camping ground where the emergency signal is generated.

For example, when an emergency signal is generated in the A lantern among the LED lanterns 200 of A, B, C, D and E grouped through the device management unit 230, the mobile communication terminal and the B, C, D And the E LED lantern 200 may also be transmitted.

That is, when an emergency occurs, not only the LED lantern 200 of the camping place where the emergency occurs but also the LED lantern 200 of another camping place near the camping lantern 200 are informed of the danger so that the user who is in an emergency can be quickly rescued And to take the initial action.

In addition, when the emergency signal transmitter / receiver 270 sends an emergency signal to the application 300 and the alarm is not canceled for a predetermined time or the message is not confirmed, or when the alarm of the LED lantern 200 is not canceled or the temperature value and the carbon monoxide Is considered to be a dangerous situation, the emergency signal can be transmitted to the manager of the campsite primarily and the emergency signal can be transmitted to the safety center such as 119 in the second place.

For example, if the temperature of the LED lantern 200 is not canceled and the concentration of carbon monoxide is higher than 5 minutes after the emergency signal is transmitted to the application 300, The emergency signal may be transmitted to the safety center 300, and if there is no response to the manager, the emergency signal may be transmitted again to the designated safety center.

It goes without saying that the response time (response corresponding to alarm cancellation and message confirmation, etc.) can be changed by the administrator.

FIG. 4 illustrates the configuration of an application in the SMART service system based on the M2M service platform system according to the present invention.

4 includes an authentication request unit 320 of a communication unit 310, a display unit 330, a lantern control unit 340, an inquiry unit 350, and an emergency signal transmission / reception unit 360 Lt; / RTI >

The communication unit 310 can perform data communication with the LED lantern 200 through wireless communication.

The communication unit 310 may communicate with the LED lantern 200 through Bluetooth, but is not limited thereto.

The authentication request unit 320 may perform a function of transmitting device information (ID and identification number) of the application 300 to request connection setting to the LED lantern 200. [

The display unit 330 may display a driving screen of the application 300 and display an emergency signal (alarm and message) received by the emergency signal transmitting and receiving unit 360, which will be described later, on the screen.

The lantern control unit 340 may be configured to control brightness and on / off so as to control the LED lantern 200. The lantern control unit 340 may be configured to control the color of the lantern according to design conditions.

The inquiry unit 350 may include a temperature inquiry module 451, a carbon monoxide inquiry module 452, a dust inquiry module 453, a weather inquiry module 454, and a map inquiry module 455.

The temperature inquiry module 451 is a module capable of inquiring the temperature measurement value stored in the LED lantern 200.

The carbon monoxide inquiry module 452 is a module capable of inquiring the carbon monoxide measurement value stored in the LED lantern 200. [

The dust inquiry module 453 is a module capable of inquiring the dust measurement value stored in the LED lantern 200.

Through the temperature inquiry module 451, the carbon monoxide inquiry module 452 and the dust inquiry module 453, the user can grasp the temperature measurement value, the carbon monoxide measurement value and the dust measurement value in the tent field in real time.

The weather inquiry module 454 is a module that can display current, today, tomorrow, and weekday weather forecasts.

The weather inquiry module 454 can be configured to interoperate with a site such as a weather station to inquire weather information.

The map inquiry module 455 may be configured such that an interface of the campsite can be inquired. Here, the map information may include information such as water prices, shower stalls, and camping facilities.

The emergency signal transmitting and receiving unit 360 can receive the emergency signal transmitted from the LED lantern 200 and display the emergency signal and the emergency message through the display unit 330 do.

In addition, the emergency signal transmitting and receiving unit 360 may be configured to transmit an emergency signal transmission interface to generate an emergency signal when the user determines that the emergency is occurring. Here, the emergency signal generated through the emergency signal transmission interface may be transmitted to the outside such as the surrounding LED lantern 200 and / or the emergency rescue center.

For example, even if the carbon monoxide concentration in the carbon monoxide inquiry module 452 does not exceed the carbon monoxide poisoning risk value (carbon monoxide set value), the user can request the structure by sending an emergency signal directly when the user is dizzy or has vomiting symptoms.

1 to 4, only the main points of the present invention are described. As various designs can be made within the technical scope of the present invention, the present invention is limited to the configurations of Figs. 1 to 4 It is self-evident.

100: emergency signal generator 110: communication unit
120: authentication request unit 130:
131: Temperature measurement module 132: Carbon monoxide measurement module
133: dust measuring module 140: emergency signal setting unit
150: Emergency signal transmitter 200: LED lantern
210: communication unit 220:
230: Device management unit 240:
250: Display unit 260: Data storage unit
261: Device information DB 262: Temperature measurement DB
263: Carbon monoxide measurement DB 264: Dust measurement DB
265: Emergency signal DB 270: Emergency signal transmission /
271: first-stage emergency signal module 272: second-stage emergency signal module
273: Three-level emergency signal module
300: Application 310:
320 authentication request unit 330 display unit
340: Lantern control unit 350:
451: Temperature inquiry module 452: Carbon monoxide inquiry module
453: Dust Inquiry Module 454: Weather Inquiry Module
455: Map inquiry module 360: Emergency signal transmission /

Claims (5)

Emergency signal generator; LED lantern; And an application,
The emergency signal generator includes:
It can request terminal authentication with LED lantern, measure temperature, carbon monoxide and dust, compare measured value with set value, send emergency signal to LED lantern when measured value is over set value,
The LED lantern includes:
The gateway can communicate with the emergency signal generator and the application via the gateway and receive temperature measurement values, carbon monoxide measurement values, dust measurement values and emergency signals from the emergency signal generator, and based on the emergency signals, An emergency signal can be generated,
The application comprises:
It is based on M2M service platform system that can interrogate LED lantern and display temperature measurement value, carbon monoxide measurement value and dust measurement value in real time, receive emergency signal and display it, and control LED lantern. SMART service system.
The method according to claim 1,
The application comprises:
SMART service system based on M2M service platform system which can control brightness, ON / OFF and color control of LED lantern.
The method according to claim 1,
The application comprises:
Wherein the SMART service system is based on the M2M service platform system.
4. The method according to any one of claims 1 to 3,
If the application's alarm is not released and the message is not acknowledged within the set response time, or if the LED lantern alarm is not canceled or the temperature value and the concentration of carbon monoxide are higher, the LED lantern can first send an emergency signal to the manager And the emergency signal can be transmitted to the safety center in the second place. The SMART service system based on the M2M service platform system.
The method according to claim 1,
The gateway comprises:
An emergency signal generator, and an application, wherein the communication module is a wireless personal area network (WPAN), wherein the communication module is a wireless personal area network (WPAN).

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