KR102407150B1 - Emergency notification service system and method for Resident in House - Google Patents

Abstract

In an intelligent emergency alarm service method according to the present invention, a caution and emergency detection service server receives the indoor data from an indoor system that generates and transmits indoor data that detects the state of the house, and receives the attention or Detecting an emergency situation, and when a caution or emergency situation is detected, generating information about the occurrence of caution or emergency for a resident of the house and transmitting the information to the emergency alarm system; When the emergency alarm system receives the warning or emergency situation occurrence information, it predefines guide information including access information of a mobile/web page for inputting warning or emergency situation occurrence information and situation termination information for the resident of the house in advance. transmitting the information to the client terminals and notifying the clients; Whenever any one of the client terminals accesses the mobile/web page according to the access information, it is checked whether the situation termination information is recorded, and if the situation termination information is recorded, the situation termination guide information is provided to the client terminal step; and if the situation termination information is not recorded, the emergency alarm system provides the mobile/web page to the client terminal, and when the emergency situation termination information is input through the mobile/web page, a corresponding caution or emergency occurs It characterized in that it includes; recording the situation end information for the information.

Description

Intelligent emergency alarm service system and method {Emergency notification service system and method for Resident in House}

The present invention relates to an emergency alarm service technology, and more particularly, to an intelligent emergency alarm service system and method for providing an emergency alarm service so that an emergency situation occurring to a resident can be quickly and efficiently handled or rescued. it's about

The number of people living alone is on the rise due to the aging of the nuclear family and the aging population, and the number of people living alone is currently estimated at about 740,000 in Korea alone.

In particular, the elderly living alone are inconvenient and vulnerable to diseases, so it is necessary to constantly monitor whether adequate meals and heating are provided, and whether there are any abnormalities in health and life. . Accordingly, in the prior art, various methods have been proposed for determining whether an emergency situation occurs for the elderly living alone while protecting the privacy of the elderly living alone.

As such a method, a management app is installed on a mobile terminal (eg, a smartphone) provided to the elderly living alone, and the elderly living alone informs the status of their status through the management app, or a camera is placed in the living space of the elderly living alone. In addition, a method of receiving and monitoring an image captured by a camera through a network has been proposed.

However, in general, elderly people living alone are not accustomed to using IT devices, and cannot use mobile terminals when they need help due to illness or accident. had a chance

On the other hand, there have been times when a method has been proposed to detect the movement and movement of the elderly living alone by placing a sensor in the living space of the elderly living alone. There was a problem that took a lot.

In addition, Patent Publication No. 10-2011-0022171 published by the Korean Intellectual Property Office discloses "System and method for monitoring the living conditions of the elderly living alone," which determines the living conditions of the elderly living alone by monitoring whether energy consumption occurs in the residence of the elderly living alone. " was proposed. It determines whether the elderly living alone use various convenience devices in real life based on changes in electricity consumption, gas consumption, and water consumption in the residence of the elderly living alone. The main focus is notifying this to , welfare workers, or family members.

As described above, various methods for detecting the situation of the elderly living alone have been proposed in the prior art. However, there is a need to develop a technology for disseminating the detected situation of the elderly living alone to promptly and efficiently handle or provide relief.

More specifically, an abnormality or emergency situation of the elderly living alone could be mistakenly recognized as a malfunction of the sensing device, which made it unnecessary to call emergency rescuers such as 119, making it difficult to maintain a stable social safety net. .

For this reason, there was a problem in that if the emergency was not spread quickly, appropriate measures were not taken for those living alone in need of relief.

Accordingly, in the prior art, if the situation of the resident of the house, which was identified by integrating various information generated in the house, is a caution or an emergency, it is urgently required to develop a technology capable of not only quickly recognizing and processing it, but also preventing duplicate processing.

Korean Patent Publication No. 10-2011-0022171 Korean Patent Registration No. 10-1609999-0000 Korean Patent Registration No. 10-2160463-0000

The present invention provides an alarm service for caution or emergency to pre-determined clients when the situation of the resident of the home, which is identified by collecting various information generated in the premises, is caution or emergency, and promptly responds to caution or emergency. The purpose of this is to provide an intelligent emergency alarm service system and method to prevent duplicate processing for caution or emergency by facilitating processing and notifying the remaining clients when processing for caution or emergency is implemented.

In an intelligent emergency alarm service method according to the present invention for achieving the above object, a caution and emergency detection service server generates in-house data that detects the state of the house and transmits the indoor data from an indoor system to the outside. Detecting the attention or emergency of the resident of the premises by being provided, and when the caution or emergency is detected, generating information about the occurrence of the caution or emergency for the resident of the premises and transmitting the information to the emergency alarm system; When the emergency alarm system receives the warning or emergency situation occurrence information, it predefines guide information including access information of a mobile/web page for inputting warning or emergency situation occurrence information and situation termination information for the resident of the house in advance. transmitting the information to the client terminals and notifying the clients; Whenever any one of the client terminals accesses the mobile/web page according to the access information, it is checked whether the situation termination information is recorded, and if the situation termination information is recorded, the situation termination guide information is provided to the corresponding client terminal step; and if the situation termination information is not recorded, the emergency alarm system provides the mobile/web page to the client terminal, and when the emergency situation termination information is input through the mobile/web page, a corresponding caution or emergency occurs It characterized in that it includes; recording the situation end information for the information.

The present invention provides an alarm service for caution or emergency to pre-determined clients when the situation of a resident of the home, which is identified by integrating various information occurring in the premises, is caution or emergency, and promptly responds to caution or emergency. It has the effect of preventing unnecessary calls to emergency rescuers in charge of the social safety net by preventing duplicate handling of cautions or emergencies by guiding the rest of the clients when the handling of cautions or emergencies is carried out. .

1 is a block diagram of an intelligent emergency alarm service system according to a preferred embodiment of the present invention;
2 is a view showing the configuration of the in-house system 100 of FIG. 1;
3, a functional configuration diagram of the caution and emergency detection service server 200 of FIG. 1;
4 is a flowchart of an integrated monitoring method for an in-house resident through the caution and emergency detection service server 200 of FIG. 1;
5 is a view showing a procedure according to the normal or abnormal, emergency situation analysis method by the caution and emergency situation detection service server 200 of FIG. 1;
6 is a flowchart of an intelligent emergency alarm service method according to a preferred embodiment of the present invention;
7 and 8 are detailed flowcharts of an intelligent emergency alarm service method according to a preferred embodiment of the present invention.

The present invention provides an alarm service for caution or emergency to pre-determined clients when the situation of a resident of the home, which is identified by integrating various information occurring in the premises, is caution or emergency, and promptly responds to caution or emergency. When the handling of caution or emergency is implemented, it informs the rest of the clients so that duplicate handling of caution or emergency does not occur, so that emergency rescuers in charge of the social safety net are not unnecessarily called.

Through this, the present invention makes it possible to quickly take action for a person living alone in case of caution or emergency while stably maintaining the social safety net.

An intelligent emergency alarm service system and method according to a preferred embodiment of the present invention will be described in detail with reference to the drawings.

<Configuration of intelligent emergency alarm service system>

1 is a block diagram of an intelligent emergency alarm service system according to a preferred embodiment of the present invention. 1, the intelligent emergency alarm service system includes a home system group 100, a caution and emergency detection service server 200, an emergency alarm system 300, a messaging service server 400, It consists of a client terminal group (500).

The caution and emergency situation detection service server 200 collects various data from in-house systems 1021 to 102N installed in a plurality of in-house systems belonging to the in-house system group 200 to determine a caution or emergency for a resident of the house When a caution or emergency situation is detected, it is notified to the emergency alarm system 300 . In this case, the collection of various data eliminates the user's objection to the non-contact and unconscious data collection through home appliances used in daily life and enables data collection without infringing on privacy.

When the occurrence of the caution or emergency is notified, the emergency alarm system 300 not only informs the residents of the home or the occurrence of an emergency situation, but also a mobile/web page that instructs recognition of the situation, action or emergency dispatch Guide information including address information for access to the network is generated and transmitted to the designated clients of the client terminal group 500 through the messaging service server 400 . Here, the guide information is not the client 5021 of the emergency rescuer in charge of the social safety net, but a client terminal 502 of a complex manager, social worker, employee of a related institution, etc. ,5023~502M).

Upon receiving the guidance information, the client receives a warning or an emergency situation through the client terminals 502, 5023 ~ 502M, and at the same time accesses a mobile/web page that instructs recognition of the situation, action or emergency dispatch to understand the situation. Recognition or action, or emergency response requests from emergency responders may be implemented. The mobile/web page provides information on the location information, contact information, reason for determining the situation and the degree of the situation, etc. let there be

The emergency alarm system 300 is configured to block duplicate propagation of the caution or emergency when the client accessing the mobile/web page according to the address information provides information on situation awareness or action through their terminal. Recognize or complete the action for the relevant caution or emergency.

On the other hand, the emergency alarm system 300 provides emergency dispatch request information through their terminal when a client accessing a mobile/web page according to the address information provides emergency dispatch request information for the caution or emergency. As an emergency savior of the safety net, an emergency dispatch is requested, and the relevant caution or emergency is terminated in order to block overlapping radio waves.

The in-house system group 100 includes in-house systems 1021 to 102N installed in a plurality of homes. The in-house systems 1021 to 102N are configured differently depending on the situation in the home, but at least include gas, water, and electricity meter reading terminals for energy usage meter reading, IoT home appliances, and wearable terminals, such terminals The data generated by them are provided to the caution and emergency detection service server 200 through the network.

In addition, the client terminal group 500 is composed of a plurality of clients 5021 to 502M, and some of the plurality of clients 5021 to 502M are notified of the resident's attention or emergency situation, and the resident's situation You can make an on-site visit or a phone call to confirm immediately. That is, the client terminals of the manager, social worker, or the person in charge of a related institution belonging to the client terminal group 500 guide the attention or emergency situation to the resident in any one house through the emergency alarm system 300. In addition, when guidance information including address information for access to a mobile/web page instructing recognition of the situation, action or emergency dispatch is received, it is displayed and informed to the client. In addition, when the client accesses the mobile/web page through the address through the client terminal and instructs recognition of the situation, action or emergency dispatch, the information is transmitted to the emergency alarm system 300 and the situation is reported. end processing.

In addition, when the client terminal 5021 of the social safety net belonging to the client terminal group 500 receives emergency dispatch request information from any one house through the emergency alarm system 300, it is transmitted to the community such as a police station, a fire station, or a 119 center. Emergency notification is made to the person in charge of the safety net so that emergency relief to the resident can be provided promptly.

Hereinafter, the configuration of the in-house system 100 will be described in detail with reference to FIG. 2 .

<Configuration diagram of in-house system>

FIG. 2 illustrates the configuration of the in-house system of FIG. 1 . Referring to FIG. 2 , the in-house system includes gas, water, and electric meter reading terminals 110 , IoT home appliances 112 , wearable terminals 114 , and a home data hub 116 .

Each of the gas, water, and electricity meter reading terminals 110 generates energy use data obtained by real-time and cumulative detection of energy usage in the home, and through the home network and home data hub 116, a caution and emergency detection service server 200 ) is sent to

Each of the IoT home appliances 112 generates IoT home appliance data including home appliance use data, resident sensing information, and in-house environment sensing information for understanding the situation of a resident while performing a unique function of each of the home appliances to generate IoT home appliance data. It is transmitted to the caution and emergency situation detection service server 200 through the network and the home data hub 116 . The resident sensing information sensed by the IoT home appliance may be resident movement information, temperature information, carbon monoxide information, TV on/off information, remote control operation information, and the like.

The wearable terminals 114 generate biometric data of a resident of the house using a smart watch or glasses, and transmit it to the caution and emergency detection service server 200 through the in-house network and the home data hub 116 . The biometric data sensed by the wearable terminals 114 may be user's movement information, heart rate, oxygen saturation, sleep time, falls, and the like.

The home data hub 116 is in charge of an interface between the in-house network and the external network, and is in charge of communication between each unit of the in-house system and the smart home system 100 .

Hereinafter, the configuration of the caution and emergency detection service server 200 according to a preferred embodiment of the present invention will be described in detail with reference to FIGS. 3 to 5 .

As described above, the caution and emergency detection service server 200 receives various data from in-house systems 1021 to 102N installed in a plurality of homes belonging to the in-house system group 100 and a public data provider (not shown). Integrated collection to generate big data, and artificial intelligence-based detection of the resident's situation based on the big data to determine normal or caution or emergency, and when caution or emergency is detected, it is sent to the emergency alarm system 300 to notify the resident of the premises in case of a caution or emergency so that prompt action can be taken. At this time, the caution and emergency detection service server stores various data collected from in-house systems 1021 to 102N installed in a plurality of homes belonging to the in-house system group 100 and a public data provider (not shown), and , a database (not shown) for storing big data composed of the collected data may be further configured. In addition, a public data interworking API (not shown) for receiving public data by accessing a public data provider (not shown) through a network and recording it in the database may be further configured.

FIG. 3 is a functional configuration diagram of the caution and emergency detection service server 200 of FIG. 1 .

Referring to FIG. 3 , the caution and emergency detection service server 200 includes a big data and artificial intelligence-based analysis function, an integrated monitoring function, and a data collection and interworking function.

The big data and artificial intelligence-based analysis function is a function that analyzes energy use data, IoT home appliance data, and biometric data to determine the situation of the resident. The reaction is monitored to determine the normal or abnormal situation of the resident, and an emergency situation such as a fall, shock, or fire of the resident is determined.

The integrated monitoring function analyzes energy use data, IoT home appliance data, and biometric data to monitor the resident in real time, and also uses public data such as weather, fine dust, and health index to monitor the residential environment and promptly in case of an emergency. Information for emergency situations and energy usage statistics for each building is provided to a pre-determined client terminal.

The data collection/interworking function collects public data such as meter reading and IoT devices, collects public data such as weather fine dust, interlocks public data such as weather fine dust, and interworks smart city platform data.

<Procedure of Integrated Monitoring Method for Residents of Household>

FIG. 4 is a flowchart of an integrated monitoring method for an in-house resident through the caution and emergency detection service server 200 of FIG. 1 .

Referring to FIG. 4 , the caution and emergency detection service server 200 collects energy use data of a corresponding house through energy use meter reading terminals provided in each of a plurality of in-house systems (step 500). The energy meter reading terminals may be meter reading terminals for measuring gas, water, and electricity usage. Since the energy use data indicates the living response of the resident, the situation of the resident may be monitored by time-series analysis of the energy use data.

In addition, the caution and emergency detection service server 200 collects and stores energy usage information from a plurality of in-house systems to secure big data capable of analyzing abnormal or emergency situations that are distinguished from energy use in normal situations.

In addition, the caution and emergency detection service server 200 collects IoT home appliance data in the corresponding home through a plurality of IoT home appliances provided in each of a plurality of in-house systems (step 502). The IoT home appliance data includes temperature, gas distribution, humidity, viewing channels, number of remote control operations, number of refrigerator door open times, observation Subject movement information, etc. Since the IoT home appliance data indicates the living response of the resident , it is possible to monitor the situation of the resident by time-series analysis of the IoT home appliance data. In addition, through the information sensed in the house, it is possible to immediately detect the occurrence of an emergency such as a fire or a fall of a subject to be observed.

In addition, the caution and emergency detection service server 200 collects and stores IoT home appliance data from a plurality of in-house systems to secure big data capable of analyzing abnormalities or emergency situations that are distinguished from IoT home appliance data in a normal situation do.

In addition, the caution and emergency detection service server 200 collects the biometric data of the resident through wearable terminals provided in each of a plurality of in-house systems (step 504). The biometric data of the subject to be observed includes heart rate, movement degree, respiration rate, blood oxygen saturation, and falling information of the subject, detected through a wearable terminal such as a smart watch or glasses. The biometric data serves as a basis for immediately determining the occurrence of an abnormality or emergency of a resident of the house. In addition, the caution and emergency detection service server 200 collects and stores biometric data from a plurality of in-house systems to secure big data capable of analyzing abnormalities or emergency situations that are distinguished from biometric data in normal situations.

In addition, the caution and emergency detection service server 200 collects public data from a public data provider (not shown) (step 506). The public data includes seasons, climates, fine dust, disasters, and health information.

Thereafter, the caution and emergency detection service server 200 performs machine learning on the big data and energy consumption, IoT home appliance data, biometric data of the subject to be observed, and public data provided from each of the plurality of in-house systems to perform normal or abnormal, emergency The situation is determined, and the result of determining the normal, abnormal, or emergency situation of the subject to be observed living in the house is output (step 508). The output of the determination result is provided to the emergency alarm system 300 .

A method for analyzing normal, abnormal, and emergency situations by the caution and emergency situation detection service server 200 will be described in more detail with reference to the drawings.

<Emergency analysis method>

5 is a diagram illustrating a procedure according to the normal or abnormal, emergency analysis method by the caution and emergency situation detection service server 200 of FIG. 1 . Referring to FIG. 5 , the service server 200 receives energy usage, IoT home appliance data, biometric data of a subject to be observed, and public data provided from each of a plurality of in-house systems, and performs time series analysis. Here, in the example of FIG. 5, as data for implementing time series analysis, gas consumption analysis, electricity consumption analysis, water consumption analysis, TV channel pattern analysis, TV motion/motion analysis, refrigerator motion analysis, air purifier movement/activity analysis, home cam use data. The eight time series analysis information is input to the input layer of the machine learning neural network model.

The machine learning neural network model is learned through big data, and based on eight input data input to the input layer, the situation for the resident is determined as a normal situation, an abnormal (caution) situation, and an emergency (danger) situation, and accordingly Outputs identification information. The determination information is stored in the database and notified to the emergency alarm system 300 .

Now, a description will be given of a method of providing an intelligent emergency alarm service for a resident of a home applicable to the intelligent emergency alarm service according to a preferred embodiment of the present invention.

<Procedure of intelligent emergency alarm service method>

6 is a flowchart of an intelligent emergency alarm service method according to a preferred embodiment of the present invention. Referring to FIG. 6 , the procedure of the intelligent emergency alarm service for the resident of the home includes the steps of occurrence 600, situation propagation 602, situation recognition 604, on-site confirmation 606, and situation termination 608. is composed of

<Situation occurrence (600)>

The situation generation 600 is performed by the caution or emergency situation detection service server 200, and based on data on the movement, temperature, energy usage, etc. of the resident based on the data from any one in-house system, This is the stage to detect whether a caution or emergency has occurred.

<Situation propagation (602)>

The situation propagation 602 is performed by the emergency alarm system 300, and when the occurrence of a caution or emergency situation is notified by the caution or emergency situation detection service server 200, caution or emergency to the resident of the house It is a step of notifying guide information guiding that a situation has occurred to pre-determined client terminals that can be checked on-site. The notification may be made through SMS or KakaoTalk messenger. In addition, the guide information includes address information for accessing a mobile/web page instructing recognition of the situation, action or emergency dispatch. The client, who has confirmed the guide information, may perform situational awareness through phone calls or on-site verification according to caution or emergency situations.

<Situational awareness (604)>

The situation awareness 604 is a step in which the client recognizes the caution or emergency guided through the client terminals, records the recognition, and notifies other clients that the situation is recognized and is scheduled to be checked on-site.

That is, the client terminals that have received the guide information display the guide information and guide them to the client (step 604), and any one of the clients receiving the guide information receives mobile / By accessing the web page, you can input cognitive information about the relevant caution or emergency. In this case, the caution and emergency detection service server 200 records that there is a client who has recognized the caution or emergency, and sends the fact that there is a client aware of the caution or emergency to the rest of the clients through the mobile/web page. Minimize duplicate processing or duplicate propagation by guiding.

<Site check (606) and close the situation (608)>

The on-site check 606 is a step in which the client, recognizing the caution or emergency, visits promptly, implements measures by the client, ends the situation, or requests emergency relief.

That is, if the client, recognizing the above caution or emergency situation, can take action on the situation by visiting the premises where the caution or emergency situation is detected or making a phone call, the corresponding action is implemented, and the address included in the guide information Depending on the information, you can access the mobile/web page and enter the action completion for the relevant caution or emergency. In this case, the caution and emergency detection service server 200 records the completion of the action for the caution or emergency, and informs the remaining clients through the mobile/web page.

On the other hand, if the client who has visited the premises for which the caution or emergency situation has been detected is in an emergency situation in which it is impossible to take action on the situation, the client accesses the mobile/web page according to the address information included in the guide information. You can request emergency relief for the relevant state or emergency. In this case, when an emergency rescue is requested for the caution or emergency situation, the caution and emergency situation detection service server 200 sends the emergency response request information for the caution or emergency situation to the client terminal of the emergency rescuer of the social safety net. Request, and terminate processing for the relevant caution or emergency in order to block duplicate propagation.

As described above, the present invention collectively provides an alarm to clients that can check on-site about a caution or emergency that has occurred to a resident of the house, and if an action is taken by any one client or emergency relief is requested, the remaining clients Prevent unnecessary reporting by limiting the number of duplicate actions or duplicate reports. In addition, it can be implemented in a form in which each resident of the house authenticates to the entire smart city integrated platform, and synergy is expected in connection with the local smart city integrated platform.

<Detailed procedure of intelligent emergency alarm service method>

7 is a detailed procedure diagram of an intelligent emergency alarm service method according to a preferred embodiment of the present invention. Referring now to FIG. 7 , a detailed description will be given of a method of providing an emergency alert service for a resident of the home.

Each of the plurality of in-house systems generates in-house data indicative of an indoor situation and transmits it to the caution and emergency detection service server 200 (step 700).

The caution and emergency situation detection service server 200 detects an indoor situation based on the in-house data (step 702). The caution and emergency situation detection service server 200 notifies the emergency alarm system 300 that a caution or emergency has occurred for the resident of the home when the detected indoor situation is a caution or emergency (step 704). (Step 706).

The emergency alarm system 300 is a messaging service server 400 to notify a plurality of designated clients of notice or emergency situation notification and situation awareness or action completion, and guide information including mobile/web page address information for emergency dispatch request. to (step 708). A plurality of clients designated here are set as clients capable of on-site confirmation at the house where a caution or emergency has occurred.

The messaging service server 400 sends the emergency alarm system 300 the guide information to a plurality of designated client terminals (step 710). The plurality of client terminals guide the clients by displaying the guide information (step 712).

When any one of the clients requests access to a mobile/web page for situation awareness or action completion or emergency dispatch request through the address information displayed in the guide information (step 714), the emergency alarm system 300 is A mobile/web page is provided to the client terminal for guidance (step 716). The mobile/web page provides information on the location information, contact information, reason for determining the situation and the degree of the situation, etc. let there be In addition, the mobile/web page includes information for inputting situational awareness, action completion, and emergency dispatch request.

Thereafter, when the client inputs the context awareness through the mobile/web page (step 718), the client terminal generates context awareness information and transmits it to the emergency alarm system 300 (step 720). The emergency alarm system 300 records the situation awareness information to correspond to the caution or emergency situation, and then informs the client accessing the mobile/web page that the awareness information on the warning or emergency situation has been recorded ( step 722).

Then, when the client inputs a situation action through the mobile/web page (step 724), the client terminal generates status action completion information and transmits it to the emergency alarm system 300 (step 726). The emergency alarm system 300 records the situation action completion information to correspond to the caution or emergency situation, and then informs the client accessing the mobile/web page that the action completion information for the caution or emergency situation has been recorded do (step 728).

And, when the client requests dispatch for emergency relief through the mobile/web page (step 730), the client terminal generates emergency dispatch request information and transmits it to the emergency alarm system 300 (step 732). The emergency alarm system 300 generates emergency response information to a designated emergency relief client according to the emergency response request information and transmits it to the messaging service server 400, records situation completion information, and then the corresponding mobile/web page Notifies the client accessing to that the cognitive information for the caution or emergency has been recorded (step 734). The messaging service server 400 transmits emergency dispatch information to the designated emergency relief client terminal (step 736), and the emergency relief client terminal displays the emergency call request information to enable dispatch for emergency relief. (Step 738).

FIG. 8 is a view summarizing the processing process of the emergency alarm system 300 in the intelligent emergency alarm service method of FIG. 7 . Referring to FIG. 8 , when a caution or emergency occurs (step 800 ), the emergency alarm system 300 notifies the caution or emergency situation, as well as situation awareness or input of situation actions, and a request for emergency dispatch. The guide information including mobile/web page link information including mobile/web page address information is notified to a plurality of designated clients (step 802).

Thereafter, when a client accesses through the guided address information (step 804), the emergency alarm system 300 checks whether termination information is recorded for the corresponding situation (step 806).

When termination information is recorded for the situation corresponding to the mobile/web page accessed by the client, the emergency alarm system 300 notifies the client of the termination of the situation (step 810).

If termination information is not recorded for the situation corresponding to the mobile / web page accessed by the client, the emergency alarm system 300 is situational awareness or situation action input through the mobile / web page, requesting emergency dispatch information is provided (step 808).

Thereafter, when the client notifies the situation through the mobile/web page (step 812), the emergency alarm system 300 stores situation awareness information in the corresponding situation and records the number of situation awareness information (step 814).

And when the client notifies the situation action through the mobile/web page (step 816), the emergency alarm system 300 stores the situation action information in the corresponding situation and also stores the situation termination information (step 818).

And when the client provides emergency dispatch request information through the mobile/web page (step 820), the emergency alarm system 300 requests emergency dispatch and stores situation termination information (step 822).

As described above, the present invention provides an alarm service for caution or emergency to pre-determined clients when the situation of the resident of the home, which is identified by integrating various information generated in the premises, is caution or emergency. Prompt handling of the situation, and when the handling of caution or emergency is implemented, it informs the rest of the clients so that duplicate handling of caution or emergency does not occur, so that emergency rescuers in charge of the social safety net are not unnecessarily called do.

In this way, the present invention enables prompt action for a person living alone in case of caution or emergency while stably maintaining the social safety net.

100: in-house system group
200: caution and emergency detection service server
300: emergency alarm system
400: messaging service server
500: client terminal group

Claims (8)

The caution and emergency detection service server receives the indoor data from the in-house system that generates and transmits the indoor data that detects the state of the house, detects the attention or emergency of the resident of the house, and detects the caution or emergency generating information about the occurrence of caution or emergency for the resident of the house, and transmitting the information to the emergency alarm system;
When the emergency alarm system receives the warning or emergency situation occurrence information, it predefines guide information including access information of a mobile/web page for inputting warning or emergency situation occurrence information and situation termination information for the resident of the house in advance. transmitting the information to the client terminals and notifying the clients;
Whenever any one of the client terminals accesses the mobile/web page according to the access information, it is checked whether the situation termination information is recorded, and if the situation termination information is recorded, the situation termination guide information is provided to the client terminal step; and
If the situation termination information is not recorded, the emergency alarm system provides the mobile/web page to the client terminal, and when the emergency situation termination information is input through the mobile/web page, the corresponding caution or emergency An intelligent emergency alarm service method comprising a; recording situation termination information for the . The method of claim 1 .
In the mobile / web page,
It includes location information and contact information for the in-house subscriber for whom the above caution or emergency has been detected, and information on caution or emergency items,
If the situation termination information is not recorded, the emergency alarm system further comprising the step of guiding the location information, caution or emergency item guide information for the in-house subscriber who has detected the caution or emergency through the mobile/web page Intelligent emergency alarm service method, characterized in that. The method of claim 1 .
In the mobile / web page,
Information for input of cognitive information about the above caution or emergency is included,
guiding, by the emergency alarm system, information for inputting the recognition information through the mobile/web page if the situation end information is not recorded; and
Intelligent emergency alarm service method further comprising; when recognition information for caution or emergency is input through the mobile/web page, recording situation awareness information for the caution or emergency occurrence information . The method of claim 1 .
The mobile/web page
Information for entering field action information for the above caution or emergency is included,
guiding, by the emergency alarm system, information for inputting the field action information through the mobile/web page if the emergency situation termination information is not recorded; and
When field action information and situation termination information are input through the mobile/web page, recording the field action information and situation termination information for the corresponding caution or emergency situation occurrence information; Intelligent emergency situation comprising the further comprising: Alarm service method. The method of claim 1 .
The mobile/web page
Information for entering emergency relief request information for the above caution or emergency is included,
guiding, by the emergency alarm system, information for inputting the emergency relief request information through the mobile/web page if the emergency situation termination information is not recorded; and
When emergency relief request information and situation termination information are input through the mobile/web page, requesting emergency relief to a predetermined client terminal and recording situation termination information for the corresponding situation; characterized by further comprising: Intelligent emergency alarm service method. The indoor data is provided from the indoor system that generates and transmits the indoor data that detects the state of the house, and detects the attention or emergency of the resident of the house. When a caution or emergency situation is detected, the caution or emergency A caution and emergency detection service server for generating and transmitting situation occurrence information to the outside;
Upon receiving the caution or emergency occurrence information, the guide information including access information of the mobile/web page for inputting caution or emergency occurrence information and situation termination information for the resident of the premises in advance is sent to the client terminals. Send and inform clients
Whenever any one of the client terminals accesses the mobile/web page according to the access information, it is checked whether the situation termination information is recorded, and if the situation termination information is recorded, the situation termination guide information is provided to the corresponding client terminal, ,
If the situation termination information is not recorded, the mobile/web page is provided to the client terminal, and when the emergency situation termination information is input through the mobile/web page, the situation termination information for the corresponding caution or emergency situation occurrence information Emergency alarm system to record; Intelligent emergency alarm service system comprising a. 7. The method of claim 6, wherein
The mobile/web page includes location information and contact information for the in-house subscriber for whom the caution or emergency has been detected, and information on warning or emergency items,
If the situation termination information is not recorded, the emergency alarm system guides the location information, caution or emergency item guide information for the in-house subscriber whose attention or emergency has been detected through the mobile/web page. Intelligent emergency alarm service system. 7. The method of claim 6, wherein
The mobile/web page
Information for input of cognitive information about the caution or emergency, information for input of field action information, and information for input of emergency relief request information are included,
If the situation termination information is not recorded, the emergency alarm system guides the information for inputting the recognition information through the mobile/web page, and when the recognition information for caution or emergency is input through the mobile/web page , record situational awareness information for the relevant caution or emergency situation,
If the emergency situation termination information is not recorded, the emergency alarm system guides information for field action information input through the mobile/web page, and field action information and situation termination information are input through the mobile/web page If it is, record on-site action information and situation termination information for the relevant caution or emergency situation information, or
If the emergency situation termination information is not recorded, the emergency alarm system guides information for inputting the emergency relief request information through the mobile/web page, and emergency relief request information and situation termination information through the mobile/web page Intelligent emergency alarm service system, characterized in that when is input, emergency relief is requested to the corresponding pre-specified client terminal and situation termination information for the corresponding situation is recorded.

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