TWI420426B - Multidimensional emergency messaging system - Google Patents

Description

Multiple emergency information notification system

The invention relates to a multi-disciplinary emergency information notification system, in particular to using a wireless communication network, a suitable local service (LBS) and an instant broadcast service, and continuously performing short message transmission, telephone voice dialing, socializing for people entering or leaving the area. Relevant notification methods such as the release of online information, to achieve the way of emergency notification.

Most of the most traditional disaster information notifications are broadcast nationwide through TV media and radio stations. However, there are many limitations and shortcomings in the following ways: (1) National broadcast disaster messages are often prone to cause panic caused by public panic, such as People have gone out to take refuge to cause congestion in the disaster relief route; (2) It is impossible to provide more localized information to the people affected by the disaster. For example, when the national broadcast message is "Please ask the people in the coastal areas of Hualien, please go to the higher terrain immediately. When refuge in the refuge, the people cannot clearly know the coverage of the so-called "coastal areas". It is harder for the local residents (such as tourists) to know the higher elevation of the area; (3) the people affected by the disaster It may not be possible to receive a disaster broadcast message (a terminal device that does not receive a broadcast signal) in the first place, and lose the golden time of flight.

In addition, as described in the Republic of China New Patent Bulletin No. M383170 "Emergency Distress Notification System", the country is divided into several regional areas as monitoring areas, and several monitoring points and a notification message transmission center are built in the monitoring area. When a disaster occurs, the Notification and Communication Center will receive information from various monitoring points to receive and send various voice communications through the network to achieve immediate rescue, similar to a small police message transmission system; this system requires a large monitoring point. The cost of construction is also limited by the density of monitoring points and affects the efficiency of message notification.

It can be seen that there are still many shortcomings in the above-mentioned methods of use, which is not a good design, but needs to be improved. However, the inventors of this case have made improvements and innovations in view of the shortcomings derived from the above-mentioned conventional methods. An emergency message notification system to provide accurate, more flexible, and better maintained messages.

The novelty and uniqueness of this patent is that it does not require additional monitoring areas or rescue phones, but integrates various communication networks (mobile networks, local telephone networks, data networks, television networks, etc.) that have been around Taiwan. Communication equipment; providing users as a communication device in peacetime, and when the disaster occurs, it quickly converts the task into a warning notification device; in addition, the system described in this patent combines LBS technology to accurately identify the communication in the current area of the disaster. After the equipment is exchanged with the telecommunications industry and cable TV system operators, the holder of the equipment is inquired, and then the other communication methods of the holder are inquired, and then a multi-modal communication network is used for the notification.

In addition, this patent combines the geographical information of a variety of communication devices, and allows the disaster response project team to release more appropriate, timely, and accurate disaster information or escape instructions to the specific regional people. Geographical broadcasting often causes the consequences of panic, which in turn affects the efficiency of disaster prevention or disaster relief.

It is an object of the present invention to provide an emergency information notification system for assisting government agencies to carry out emergency release of various disaster messages; and to ensure the safety of people's lives and property, to provide a combination of immediate and regional tracking methods to find all located People in dangerous locations and continue to issue warning notices.

Another object of the present invention is to provide a multi-disciplinary emergency information notification system. The government agencies can transmit specific people through all appropriate information distribution platforms, thereby improving the coverage rate of notifications and increasing the efficiency of notifications. Moreover, the system also solves the problem. In the past, the system relied solely on a single message publishing platform, which caused the congestion caused by a large amount of information transmission in a short period of time, thereby delaying the effect of the notification.

The next object of the present invention is to provide an emergency information notification system for co-government agencies to carry out emergency release of various disaster messages; to provide a regional monitoring mode to actively and continuously issue alarm notifications to people who are heading to dangerous places.

A further object of the present invention is to provide an emergency information notification system, the association traffic agency issues an instant traffic road condition message, and actively releases the traffic jam segment information to the user close to the traffic barrier area to leave or change the route as early as possible to avoid being limited to busy. In the car array, it helps to ease traffic.

In order to achieve the above object, the system disclosed in the present invention has three architectures. Therefore, for convenience of explanation, the system will refer to the system architecture A, the system architecture B, and the system architecture C according to the three usage scenarios of the system.

The flow of the system architecture A of the present invention is as follows. First, the message publisher must first enter a notification case, in which the case setting must be filled in the notification name, the notified activity time interval, the notification content, the repeated notification rule setting, the notification method, and the notification. Case information such as blacklist setting, whitelist setting, and traffic category setting; then the publisher can enter a communication list (such as a customer identification number such as an ID number) or a list of communication accounts (such as a phone number such as a phone number) Data), or mark the location to be notified in the GIS system (Geographic Information System), or frame a piece of geospatial space, perform geospatial analysis through the system, and retrieve all the information located in the device database from the publisher's database. A list of communication accounts within the geographic information space (such as the communication account information such as the phone number); the system can generate a release list in the following three ways: (1) input the communication account list into the customer database. After querying the customer ID of the communication account holder, use the customer identification code to query the customer other Communication method (ie, release list); (2) input the communication list into the customer database to query the other communication methods of the customer identification code (ie, publish the list); or (3) directly use the communication account list as the release list Finally, the system issues emergency messages to different messaging platforms (such as newsletter centers, computer voice response systems (IVR systems), social networks (Social Network), or other applications) according to the device type of the release list; The customer gets instant emergency news and advises the customer to move to the refuge as soon as possible to ensure the safety of their lives and property.

The device data of the device database of the above system architecture A can be a local telephone number (also as NGN VoIP, cable set-top box, network service data machine, network service IP sharer, digital TV set) Box, cable TV box and other communication equipment door number) and its installed address, so the system can use the device database and through geospatial analysis to determine whether the city phone is located within the geographical space marked by the publisher; the same reason The equipment information of the equipment database can also be a mobile phone number and the geographical information location of the mobile phone. However, the mobile phone does not have an installed address similar to the local phone number. However, thanks to the development of the technology, the geographical location of the mobile phone can be accessed. The positioning technology between the base stations is obtained, or the mobile phone returns from the built-in GPS system (ie, the global positioning system), or the location of the base station that is currently accessed by the mobile phone to obtain a rough geographic information location. (Although it is not very accurate, it is still a valid piece of information for emergency messaging). The data sources of the above various equipment databases can be summarized as shown in Table 1.

The communication account information of the customer database of the above system architecture A may be a telecom communication device account (such as a local telephone number, a mobile phone number, an NGN Internet phone number), or a television device account (such as a cable television machine). The device number of the box, the device number of the digital TV box, or the data service equipment account (such as the device number of the network service data machine, the device number of the network service IP sharer), the above communication The account information can be obtained from the equipment sponsor database of the telecom operator or cable TV system provider; the communication account information can also be a network service account provided by the user (such as facebook account, email, MSN instant messaging account, etc.); The communication account information may be a network card physical address (MAC) of a client terminal having a networking function (ie, the device has at least one network card); the data may be connected to the network service provider of the terminal. (ISP) IP configuration database (this database records the ISP's access to the client terminal network card entity address and its configured IP address). To synthesize the data sources of the above various customer databases, the data format of the database is indicated, as shown in Table 2, which is one of the data formats of the database.

The above-mentioned system architecture A message publishing platform is a general name for a system for providing information distribution. The message publishing platform may be a short message center, which receives the message content transmitted by the system and the received telephone number (ie, one of the device door number data), and then sends the newsletter to the designated phone number user; or the message The publishing platform can be an IVR system. After receiving the message content transmitted by the system and receiving the phone number, the user will dial the call to the designated phone number user. After the user receives the phone device, the message will be voiced. The content is for the user to listen to; in addition, in the recent rescue experience, we can find that the social network service can really help to publish the emergency notification, so the system can receive a message publishing platform for a social network, such as facebook, Twitter , Plurk, etc., after receiving the message content transmitted by the system and the customer account (ie one of the customer identification codes), directly posting or posting the emergency message to the customer's personal social network; or the message publishing platform may be an instant messaging system (an application system), such as MSN, Skype, QQ, Yahoo Messenger, etc., receives the message content transmitted by the system and the customer instant notification After the number (ie one of the customer identification codes), the emergency message is directly transmitted to the designated customer account; or the message publishing platform can be a digital television notification system (an application system), which receives the content and content of the message transmitted by the system. After the digital motor upper box (ie, one of the equipment door numbers), the message is sent to the designated digital motor upper box, wherein the set top box must support at least one network protocol, have an application interface, or An agent module is used to receive the message, and after receiving the message, the set-top box will force output to notify the device user (such as displayed on the TV screen); or the message publishing platform can be an ISP provider, receiving the system After transmitting the message content and the network card entity address (MAC) of the client terminal, the IP address configuration database is used to query the IP address currently used by the network card physical address (MAC), and then the message is transmitted. a client terminal to an IP address, wherein the client terminal must support at least one network protocol, have an application interface, or an agent module to receive the message, and the client terminal will force the output to be notified after receiving the message. Device user (e.g., displayed on the terminal screen).

The usage flow of another system architecture B of the present invention is as follows. First, the message publisher must first input a notification case, wherein the case setting must fill in the notification name, the notified activity time interval, the notification content, the repeated notification rule setting, the notification method, Report case information such as blacklist setting, whitelist setting, and traffic category setting; then the publisher can mark the location to be notified in the GIS system (Geographic Information System), or select a piece of geospatial space to perform geospatial analysis through the system. Processing, extracting from the base station database all the list of target base stations located within the geographic information space marked by the publisher; receiving, setting these base station equipment as monitoring points, and within the notified activity time interval The system will periodically and continuously go to the device roaming database to query all the communication devices of the current target base station and establish them as a list of communication devices. Next, the system can process the notification list data in the following two ways to generate a release list. : (1) Enter the list of communication accounts into the customer database to query the communication account After someone's customer identification code, use these customer identification codes to query the other communication methods of the customer (ie, publish the list); or (2) directly use the list of communication accounts as the release list; finally, the system according to the type of equipment that publishes the list. Send emergency messages to different messaging platforms (such as newsletter centers, computer voice response systems (IVR systems), social networks (Social Network), or other application systems); let customers get instant emergency messages and advise customers as soon as possible Move to the refuge to ensure the safety of your life and property.

The base station data of the base station database of the system architecture B is a record containing the base station identification code and the geographic information location where the base station identifier is located, wherein the geographic information location of the general base station is its installed address; When the base station is operated, the geographic information location of the base station can be obtained by positioning between the base station and the adjacent base station, or the base station is provided with a GPS system (ie, a global positioning system), and the base is obtained; The data format of the database is as shown in Table 3.

The device roaming database of the above system architecture B can store the mobile user information data covered by the Mobile Services Switching Centre (MSC) for the Visitor Location Location Register (VLR) of the GSM mobile communication system, including The communication device door number, the user's location area information, the user status, and the user service data; and the device roaming database can store the management department for the mobile user data, including the Home Location Register (HLR). Communication device number, access capability, user category, value-added service, information about the current location of the mobile user; therefore, we can easily query all the communication devices within the service range of a specified base station from the database. The door number; the data format of this database, as shown in Table 4 is simple.

The message publishing platform and the customer database of the above system architecture B have the same contents as those of the system architecture A, and therefore will not be described again.

The flow of use of another system architecture C of the present invention is as follows. First, the message publisher must first enter a notification case, wherein the case setting must fill in the name of the notification, the time interval of the notification, the content of the notification, the setting of the notification rule, the manner of notification, Report case information such as blacklist setting, whitelist setting, and traffic category setting; then the publisher can mark the location to be notified in the GIS system (Geographic Information System), or select a piece of geospatial space to perform geospatial analysis through the system. Processing, extracting from the signal transmitting station database all the target signal transmitting station lists (such as cell base stations, network service data machines, wireless network access points, located within the geographic information space marked by the publisher) Or radio stations, etc.; pick-up, set these signal transmitting station equipment as monitoring points, and within the notified active time interval, the system will continuously send notification instructions on a regular basis; finally, the system according to the type of signal transmitting station equipment is different Information publishing platform (such as Cell Broadcast System, Broadcast Network System (Broadcast/) Multicast Network System), or radio station (Radio Station), or other broadcasting system, etc.), and each publishing platform will be broadcasted to users within its service range; let users obtain instant emergency messages, suggest users Move as soon as possible to the refuge to ensure the safety of life and property.

The data of the signal transmitting station database of the system architecture C is a record containing the signal transmitting station identification code and the geographic information location where the signal transmitting station is located, wherein the signal transmitting station can be a general base station and the geographical information location thereof is the installed address. If the signal transmitting station is an mobile base station, the geographic information location of the base station can be obtained by positioning between the base station and the adjacent base station, or the base station is equipped with a GPS system (ie, global positioning) The system obtains the return; if the signal transmitting station is a network service IP sharer, the geographic information location of the IP sharer is the installed address, or the GPS system (ie, the global positioning system) through the IP sharer returns If the signal transmitting station is a network service data machine, the geographic information location of the data machine is the installed address; if the signal transmitting station is a radio station, the installed address of the geographic information location of the radio station; The data formats of the above various types of signal transmitting stations are shown in Table 5.

The message publishing platform of the above system scenario C is different from the message publishing platform described by the system context A and the system context B, and is a broadcast-based publishing platform; the message publishing platform can be a cell broadcast system, and the receiving device After the message content transmitted by the system and the designated cell base station identification code, the message is sent to the designated cell base station, and the cell base station broadcasts the message to the device terminals in all service areas, wherein (1) the cell (Base station) must support at least one network protocol, have an application interface, or an agent module to receive messages, and (2) the device terminal must support a network protocol, have an application interface, or an agent The module is configured to receive the message of the cell broadcast signal, and the device terminal will force the output to notify the device user (such as displayed on the device screen) after receiving the message; or the message publishing platform can be a network broadcast system, receiving After the message content transmitted by the system and the identification code of the network service data machine, after sending the message to the designated data machine, the data machine sends the message to the website by means of network broadcasting. An access device terminal, wherein (1) the data device supports at least one network protocol, has an application interface, or an agent module for receiving messages, and (2) the device terminal must support at least one network a protocol, having an application interface, or a proxy module for receiving a message of a network broadcast signal, and the device terminal will force output to notify the device user (such as displayed on the device screen) after receiving the message; or The publishing platform can be a network broadcast system, and after receiving the message content transmitted by the system and the identifier of the network service IP sharer, after sending the message to the designated IP sharer, the IP sharer can send the message by webcast. For all accessed device terminals, (1) the access point must support at least one network protocol, have an application interface, or an agent module to receive messages, and (2) the device terminal must support at least one a network protocol, having an application interface, or a proxy module for receiving a message of a network broadcast signal, and the device terminal will force output to notify the device user (such as displayed on the device screen) after receiving the message; The message publishing platform can be a radio broadcast system, after receiving the message content transmitted by the system and the identification code of the radio station, after transmitting the message to the designated radio station, the radio station broadcasts the message to the service range by radio broadcast. a device terminal, wherein: (1) the radio station must support at least one network protocol, have an application interface, or a proxy module for receiving messages, and (2) the device terminal must support a network protocol and have an application. The interface, or an agent module, is used to receive the function of the radio signal.

The first embodiment of the system of the present invention is a multi-modal emergency message system 10, as shown in FIG. 1. The system of the embodiment includes a notification case setting module 101, a release list management module 102, and a GIS regional device screening module. Group 103, device database 104, emergency notification module 105, customer database 106. The message publisher can report the case name, the notified activity time interval, the notification content, the repeated notification rule setting, the notification mode, the notification blacklist setting, the whitelist setting, and the traffic category setting through the notification case setting module 101. Then, the publisher can provide the release list in two ways - (a) in the release list management module 102, the publisher can choose to input the communication list (ie, the customer identification code) or the notification account list (ie, the communication account information); or (b) on the map displayed by the GIS area device screening module 103, the publisher may mark the polygon, the famous place, or the area within the radius of the specific place as the warning area, and then pass through the geographic information space of the module 103. The operation retrieves all communication devices currently located in the alert area from the device database 104 to generate a list of notified accounts. Then, the emergency notification module 105 collects the communication list and the notification account list from the release list management module 102 and the GIS area device screening module 103, and performs data processing according to the notification level setting to generate a final release list. If the publisher requests the highest level of alert notification, the module 105 inputs the communication list into the customer database 106, and queries all the communication materials of the customer identification code in the database (including the mobile phone number, the local telephone number, The network phone number, the device number of the digital TV set, the email, the social network account, etc.) to generate a release list; or the module 105 inputs the communication account list into the customer database 106 to query the communication account. After the customer identification code, the customer database 106 is again queried for all the communication data of the customer identification code to generate a release list. In addition, if the publisher requests a general alert notification, the module 105 only directly sets the communication account list as the final release list. Finally, the module 105 will separately distribute the communication information according to the release list to different information publishing platforms [such as the news center 201, the computer voice response system (IVR system) 202, the social network (203), other application systems 204, Or an Internet Service Provider (ISP) 205, etc.] issue an emergency message.

The emergency notification module 105 of the first embodiment performs the following judgment: if the list data is issued as the mobile phone number, the module 105 transmits the message and the door number to the briefing center 201, and the short message center 201 sends a message to the designated door. If the release list data is the local telephone number, the module 105 will transmit the message and the door number to the computer voice response system (IVR) 202, and the system will dial the voice and voice the message to the designated door. Number user. If the listing data is published as an account of the social network 203, the module 105 posts the message to the user's personal social network through the application interface provided by the social network 203. If the listing data is published as an email account, the module 105 sends the message to the user's email address through the email system (ie, the application system 204 is published on the digital television set or cable television). When the device number of the box is used, the module 105 communicates through the network notification system (ie, the application system 204 uses the emergency notification network protocol to send a message to the application interface of the set-top box, and the set-top application interface receives the message. It has the function of forcibly outputting the message to the TV screen. If the manifest data is the network card entity address of the client terminal, the module 105 can notify the message from two ways: (a) transmitting the message and the network card entity bit The ISP 205 can then query the IP address configuration database for the IP address currently used by the network card entity address, and the ISP 205 sends the message to the designated IP using the emergency notification network protocol. The client terminal of the address; or (b) only transmitting the network card entity address to the ISP 205 and waiting for the receiving ISP 205 to reply to the IP address currently used by the network card entity address, and then by the module 105 Sending a message to a client terminal of a specified IP address using an emergency notification network protocol; the client terminal must have an application interface that supports an emergency notification network protocol.

The device database 104 of the first embodiment has data (a) as a fixed network communication device (such as a local telephone, a network telephone, a digital television set box, a cable set box, a network service data machine, and a network service). IP sharer), its geographic information location can be obtained from the equipment installation address database of the equipment service provider (such as fixed network service provider, cable TV system operator, etc.); (b) for mobile communication equipment (such as a mobile communication device (such as a mobile phone with a user identity module), whose geographic location can obtain the location of the mobile communication device from the mobile telecommunication company's communication system; or (c) can be obtained from a GPS-enabled communication device In addition, in order to provide more accurate notification information, the database 104 will periodically obtain the latest geographic information location of each communication device from the above various sources.

In the customer database 106 of the first embodiment, the data source can be obtained from the customer equipment database of the telecommunication company and the cable television manufacturer (including the city telephone number, the mobile phone number, the NGN network telephone number, and the cable box). The device door number, the device door number of the digital TV set box, the device door number of the network service data machine, the device door number of the network service IP sharer), or a website for the customer to input the network service account (such as facebook account, email, MSN instant messaging account, etc.) or emergency contact information; or obtain the network card entity address (MAC) of a client terminal from the IP configuration database of the Internet Service Provider (ISP) At the same time, the customer identification code corresponding to the physical address of the network card can be input when the terminal performs the Internet access authentication and authorization.

The second embodiment of the system of the present invention is a multi-modal emergency information notification system 10 combined with the base station geographic information, as shown in FIG. 2; the system of the embodiment includes a notification case setting module 101, and a GIS area monitoring point screening mode. The group 107, the base station database 108, the LBS area monitoring module 109, the device roaming database 110, the emergency notification module 105, and the customer database 106. The message publisher can report the case name, the notified activity time interval, the notification content, the repeated notification rule setting, the notification mode, the notification blacklist setting, the whitelist setting, and the traffic category setting through the notification case setting module 101. Then, the publisher can use the map displayed by the GIS area monitoring point screening module 107, and the publisher can mark the polygon, the famous place, or the area within the radius of the specific place as the warning area, and then pass through the module 107. The geographic information space operation retrieves from the base station database 108 all of the cell base station lists currently located in the alert area to the LBS area monitoring module 109. The module 109 (shown in FIG. 4) includes a monitoring point input module 1091, a monitoring condition module 1093, and a monitoring activity module 1092. First, the monitoring point input module 1091 receives the cell base station list and sets the cell base. The station is a monitoring point; then the publisher can perform LBS monitoring condition setting in the monitoring condition module 1093 - transmission range, device filtering, transmission time, service content, device signal category, or other details; after the setting is completed, the monitoring activity mode is started. The group 1092 performs monitoring; and the module 1092 continuously or periodically polls the device roaming database 110 within the sending time and collects the communication account from the database 110 that is currently in the service range of the monitoring base station, generating communication. The account list is transmitted to the emergency notification module 105. If the publisher requests the highest level of alert notification, the module 105 inputs the communication list into the customer database 106, and queries all the communication materials of the customer identification code in the database (including the mobile phone number, the local telephone number, The network phone number, the device number of the digital TV set, the email, the social network account, etc.) to generate a release list; or the module 105 inputs the communication account list into the customer database 106 to query the communication account. After the customer identification code, the customer database 106 is again queried for all the communication data of the customer identification code to generate a release list. In addition, if the publisher requests a general alert notification, the module 105 only directly sets the communication account list as the final release list. Finally, the module 105 will separately distribute the communication materials according to the release list to different message publishing platforms (such as the news center 201, the computer voice response system (IVR system) 202, the social network (203), other application systems 204, Or an Internet Service Provider (ISP) 205, etc.) to issue an emergency message.

The customer database 106 and the emergency notification module 105 in the system of the second embodiment are the same as those in the first embodiment, and thus are not described herein.

The third embodiment of the system of the present invention is a multi-modal emergency broadcast notification system 10 combined with the geographic information of the signal transmitting station, as shown in FIG. 3; the system of the embodiment includes a notification case setting module 101 and a GIS area monitoring point. The screening module 107, the signal transmitting station database 111, the LBS area monitoring module 109, and the emergency notification module 105. The message publisher can report the case name, the notified activity time interval, the notification content, the repeated notification rule setting, the notification mode, the notification blacklist setting, the whitelist setting, and the traffic category setting through the notification case setting module 101. Then, the publisher can use the map displayed by the GIS area monitoring point screening module 107, and the publisher can mark the polygon, the famous place, or the area within the radius of the specific place as the warning area, and then pass through the module 107. The geographic information space operation extracts from the signal transmitting station database 111 all the signal transmitting station lists currently located in the warning area to the LBS area monitoring module 109. The module 109 includes a monitoring point input module 1091, a monitoring condition module 1093, and a monitoring activity module 1092. First, the monitoring point input module 1091 receives the signal transmitting station list and sets the signal transmitting station as a target monitoring point; The publisher can perform LBS monitoring condition setting-sending range, device filtering, sending time, service content, device signal category, or other details in the monitoring condition module 1093; after the setting is completed, the monitoring activity module 1092 is started to perform monitoring; The module 1092 will continuously or periodically generate a list of signal transmitting stations within the transmission time and transmit to the emergency notification module 105. Then, after receiving the list of signal transmitting stations from the LBS monitoring settings, the emergency notification module 105 will respectively transmit the notification message to the signal transmitting station of the target monitoring point (cell broadcasting system 206, network broadcasting system 207, radio broadcasting system 208, and then Broadcast by the signal transmitting station to all access devices in its broadcast area; to complete the release of emergency messages.

The emergency notification module 105 of the third embodiment performs the following determination: if the signal transmission station list is a base station identification code, the module 105 first transmits the message and the base station identification code to the cell broadcast system 206, and then The system 206 forwards the message to the base station to which the identification code belongs, and requests the base station to broadcast the message to the mobile communication device within its service range; wherein the mobile communication device must have an application interface or support a network protocol for receiving Mobile broadcast message. If the signal transmitting station list is a network service data machine identification code, the module 105 first transmits the message and the data machine identification code to the network broadcasting system 207, and then the system 207 forwards the message to the identification code to which the identification code belongs. The data machine requests the data machine to transmit a message to the client terminal device it receives in a webcast protocol; wherein the client terminal device must have an application interface or support a network protocol for receiving network broadcast messages. If the signal transmitting station list is a network service IP sharer identification code, the module 105 first transmits the message and the IP sharer identification code to the network broadcast system 207, and then the system 207 forwards the message to the identification code. The IP sharer, and requests the IP sharer to transmit the message to the client terminal device accessed by the network broadcast protocol; wherein the client terminal device must have an application interface or support a network protocol for receiving the network broadcast message . If the signal transmitting station list is a wireless network access point identification code, the module 105 first transmits the message and the access point identification code to the network broadcasting system 207, and then the system 207 forwards the message to the identification code. a wireless network access point, and requesting the access point to transmit a message to the client terminal device accessed by the network broadcast protocol; wherein the client terminal device must have an application interface or support a network protocol for receiving Webcast messages. If the signal transmitting station list is a radio station identification code, the module 105 first transmits the message and the access point identification code to the radio broadcast system 208, and then the system 208 forwards the message to the radio station to which the identification code belongs. And requesting the radio station to transmit a message to the client terminal device within its service range by means of a radio broadcast agreement; wherein the client terminal device is required to have the function of receiving a radio broadcast message.

The invention does not need to additionally build a monitoring area or a rescue telephone, but makes full use of various communication networks distributed in Taiwan - mobile network, local telephone network, data network and other infrastructure, and also combines television network, radio, social Media networks such as the Internet form a vast network of messaging networks.

The invention combines the geographic information area to sort out the list to be notified, and gives more accurate refuge information and instructions to the people in a specific area, so as to avoid the panic of the traditional broadcast mode, which may affect the purpose of the disaster prevention and evacuation.

The invention improves the notification arrival rate by using a plurality of notification methods such as a short message, a voice system, a network message transmission, a cell broadcast (Cell Broadcast), a wireless network broadcast (Broadcasting/Multicasting), a social network, and the like; Relying on the single message publishing platform because of the large amount of information transmission caused by congestion in a short period of time.

To sum up, this case is not only innovative in terms of technical thinking, but also has many of the above-mentioned functions that are not in the traditional methods of the past. It has fully complied with the statutory invention patent requirements of novelty and progressiveness, and applied for it according to law. Approved this invention patent application, in order to invent invention, to the sense of virtue.

10. . . Multiple emergency information notification system

101. . . Notification case setting module

102. . . Release list management module

103. . . GIS regional equipment screening module

104. . . Equipment database

105. . . Emergency notification module

106. . . Customer database

107. . . GIS regional monitoring point screening module

108. . . Base station database

109. . . LBS area monitoring module

1091. . . Monitoring point input module

1092. . . Monitoring activity module

1093. . . Monitoring condition module

110. . . Device roaming database

111. . . Signal launch station database

20. . . Message publishing platform

201. . . Newsletter center

202. . . IVR system

203. . . Social network

204. . . Other application systems

205. . . ISP industry

206. . . Cell broadcast system

207. . . Network broadcasting system

208. . . Radio broadcasting system

Please refer to the following detailed description of the invention and the accompanying drawings, which will further understand the technical content of the invention and its effect;

Figure 1. Architecture diagram of a multi-dimensional emergency message system;

Figure 2: Architecture diagram of a multi-modal emergency information system combined with base station LBS monitoring;

Figure 3. Architecture diagram of a multi-disciplinary emergency broadcast notification system combined with geographic information of the signal transmitting station;

Figure 4. Detailed function setting of the LBS area monitoring module.

10. . . Multiple emergency information notification system

101. . . Notification case setting module

102. . . Release list management module

103. . . GIS regional equipment screening module

104. . . Equipment database

105. . . Emergency notification module

106. . . Customer database

20. . . Message publishing platform

201. . . Newsletter center

202. . . IVR system

203. . . Social network

204. . . Other application systems

205. . . ISP industry

Claims (47)

A multi-disciplinary emergency information notification system includes: a notification case setting module, which provides a publisher to set a notification case and message content; and a GIS (Geographic Information System) regional device screening module, which provides a publisher to indicate the intended notification After the geospatial range is calculated and calculated by geospatial, all the communication account lists that are located within the geospatial space are extracted from the equipment database and transmitted to the emergency notification module; After the publisher enters the communication list or the communication account list, it is transmitted to the emergency notification module; an emergency notification module receives the communication list from the release list management module and the communication account list, or the communication of the GIS regional device screening module. After the account list is processed, the notification data is processed, that is, (1) input the communication account list into the customer database to query the other communication materials of the communication account holder to be set as the release list, and (2) input the communication list into the customer database to query the list. The other communication materials of the customer identification code are set as the release list, or (3) the communication account list After the setting is set as the release list; finally, the emergency notification message is sent to different message publishing platforms according to the type of the release list; a customer database is a database containing the customer identification code and its communication data; and a device data. The library is a database containing the gate number of the communication device and the geographic information location where the device is currently located. The multiple-type emergency information notification system according to the first aspect of the patent, wherein the communication data in the customer database is a mobile communication device such as a mobile phone, a tablet computer, a mobile network card, or the like, and a user identity module (SIM card). Door number. The multi-modal emergency information notification system according to the first aspect of the patent, wherein the communication data in the customer database is a local telephone door number, an NGN network telephone door number, and a device door number of the cable box. The device number of the box on the digital TV. The multiple-type emergency information notification system according to the first aspect of the patent, wherein the communication data in the customer database is a network card physical address (MAC) of the client terminal, and the data can be accessed from the client terminal. The road is obtained from the Internet Service Provider (ISP); and the customer identification code corresponding to the physical address of the network card is obtained by the user through the input of the client terminal. The multiple-type emergency information notification system according to the first aspect of the patent, wherein the communication data in the customer database is a social account of a social network, instant messaging, and an electronic mail box. The multi-modal emergency information notification system of claim 1, wherein the communication data in the customer database may include communication information of an emergency contact entered by the customer. The multiple-type emergency information notification system of claim 1, wherein the geographic information location in the device database is the address of the device or a geographic coordinate of global satellite positioning. The multiple-type emergency information notification system according to the first or seventh aspect of the patent, wherein the door number of the communication device in the equipment database can be a user identity module (SIM card) such as a mobile phone, a tablet computer, and a mobile network card. The mobile phone number of the mobile communication device, and the geographic information location of the device can be obtained through the cell base station positioning technology received by the communication device, or obtained through the GPS (Global Positioning System) communication device, and then updated. The geographic location of the device to the device repository. The multiple-type emergency information notification system according to the first or seventh aspect of the patent, wherein the door number of the communication device in the equipment database may be a local telephone door number, an NGN network telephone door number, or an internet telephone door number. The device door number of the cable box and the device number of the digital TV box, and the geographic information location of the devices can be obtained from the installed address of the device. For example, the multiple-type emergency information notification system described in the first aspect of the patent, wherein the communication list in the emergency notification module can identify the customer identification such as the identity card number, the health insurance card number, the natural person certificate, and the residence permit number. code. The multiple-type emergency information notification system according to the first aspect of the patent, wherein the list of communication accounts in the emergency notification module can be a mobile phone number, a local telephone number, a network telephone number, and a digital television. The device door number of the box, the device door number of the cable box, and the network card physical address of the client terminal. The multiple-type emergency information notification system of the first aspect of the patent, wherein the other communication materials of the communication account holder in the emergency notification module may be a mobile phone number, a local telephone number, or a network telephone door. Number, digital TV box device number, personal social network account, instant messaging account, email, client terminal network card entity address. The multiple-type emergency information notification system according to the first aspect of the patent, wherein when the release list in the emergency notification module is a mobile phone number or a local telephone number, the message may be sent through the short message center. The newsletter is sent to the customer's phone and dialed to the customer's phone through the computer voice response system (IVR system). For example, in the multiple emergency information notification system described in claim 1, wherein the release list in the emergency notification module is a network telephone number, the message may be sent by sending a message to the customer network through the network. Internet communication such as a telephone or a computer voice system to a customer's Internet phone. For example, in the multi-modal emergency information notification system described in the first aspect of the patent, wherein the release list in the emergency notification module is a network account, the message may be posted by posting a message to the customer's personal social network (such as facebook). , twitter, Plurk, etc.), send messages to the customer's personal instant messaging account (such as MSN, QQ, Google Talk, etc.), send email to customers and other Internet communication methods. The multiple-type emergency information notification system according to the first aspect of the patent, wherein the release list in the emergency notification module is a device door number of the digital television set box, and the message may be sent by sending the message to the device. After the number of the door number is set on the TV, the set-top box outputs the message on the TV screen of the user and other television network communication methods. The multiple-element emergency messaging system of claim 16, wherein the digital television set-top box supports a network protocol, provides an application interface, or an agent module for receiving an emergency transmitted by the system. Notification message. The multiple-type emergency information notification system according to the first aspect of the patent, wherein when the release list in the emergency notification module is a network card entity address of the client terminal, the manner of issuing the message is to transmit the message and the network card. The physical address is given to the Internet Service Provider (ISP), and the Internet Service Provider (ISP) then finds the IP address currently used by the network card entity address from the IP configuration database, and then forwards the message to the IP address. The client terminal of the address. The multiple-event emergency notification system of claim 18, wherein the access client terminal of the emergency notification module has a network protocol, an application interface, or an agent module for receiving Emergency notification message sent by the network. A multi-disciplinary emergency information notification system is a notification system for issuing emergency messages in combination with the geographic information of the base station, comprising: a notification case setting module, providing the publisher to set the notification case and message content; a GIS (Geographic Information System) The regional monitoring point screening module provides the publisher with the geographical space range to be notified, and after the geospatial analysis and calculation, all the cell base stations in the marked geospatial space are retrieved from the equipment database and transmitted to LBS regional monitoring module; an LBS (adaptability service) regional monitoring module, which sets the cell base station list provided by the GIS regional monitoring point screening module as a monitoring point, and collects the communication equipment entering the service range of the monitoring point. The list is transmitted to the emergency notification module; an emergency notification module receives the list of communication equipment transmitted by the LBS (Adaptability Service) area monitoring module and then reports the data, that is, (1) inputs the communication equipment list into the customer database. Query the other communication materials of the communication device holder to set a list, or (2) list the communication equipment After the setting is set as the release list; finally, the emergency notification message is sent to different message publishing platforms according to the type of the release list; a customer database is a database containing the customer identification code and its communication data; The library is a database containing the base station identification code and the geographic information location where the base station is currently located; and a device roaming database, which is a database for recording the communication devices of each base station. For example, the multiple-event emergency notification system described in claim 20, wherein the device roaming database can be a Visitor Location Location (VLR) of the GSM mobile communication system, and a Home Location Register (Home Location Register). HLR) A database containing the current location of users of mobile communication devices. The multiple-type emergency information notification system according to claim 20, wherein the geographic information location in the base station database is the address of the device or the geographic coordinates of the global satellite positioning. The multiple-type emergency information notification system according to claim 20, wherein the geographic information location in the base station database is obtained from the installed address of the base station, obtained by the cell base station positioning technology, or The base station of GPS (Global Positioning System) returns. The multiple-type emergency information notification system according to claim 20, wherein the communication data in the customer database is a mobile communication device, a tablet computer, a mobile network card, and the like, and a mobile communication device having a user identity module (SIM card). Door number. The multiple-type emergency information notification system described in claim 20, wherein the communication data in the customer database is a city telephone number, an NGN network telephone number, and a device number of the cable box. The device number of the box on the digital TV. The multiple-type emergency information notification system according to claim 20, wherein the communication data in the customer database is a network card physical address (MAC) of the client terminal, and the data can be accessed from the client terminal. The road is obtained from the Internet Service Provider (ISP); and the customer identification code corresponding to the physical address of the network card is obtained by the user through the input of the client terminal. For example, the multiple-type emergency information notification system described in claim 20, wherein the communication data in the customer database is a social account of a social network, instant messaging, and an electronic mail box. For example, the multiple-type emergency information notification system described in claim 20, wherein the communication data in the customer database may include communication information of an emergency contact entered by the customer. The multiple-type emergency information notification system according to claim 20, wherein the list of communication devices in the emergency notification module can be a mobile phone number, a local telephone number, a network telephone number, and a digital television. The device door number of the box, the device door number of the cable box, and the network card physical address of the client terminal. The multiple-type emergency information notification system according to claim 20, wherein the other communication materials of the communication account holder in the emergency notification module are a mobile phone number, a local telephone number, and a network telephone door. Number, digital TV box device number, personal social network account, instant messaging account, email, client terminal network card entity address. For example, in the multiple emergency information notification system described in claim 20, wherein the release list in the emergency notification module is a mobile phone number or a local telephone number, the message may be sent through the short message center. The newsletter is sent to the customer's phone and dialed to the customer's phone through the computer voice response system (IVR system). For example, in the multiple emergency information notification system described in claim 20, wherein the release list in the emergency notification module is a network telephone number, the message may be sent by sending a message to the customer network through the network. Internet communication such as a telephone or a computer voice system to a customer's Internet phone. For example, in the multiple emergency information notification system described in claim 20, wherein the release list in the emergency notification module is a network account, the message may be posted by posting a message to the customer's personal social network (eg, facebook). , twitter, Plurk, etc.), send messages to the customer's personal instant messaging account (such as MSN, QQ, Google Talk, etc.), send email to customers and other Internet communication methods. For example, in the multi-modal emergency information notification system described in claim 20, wherein the release list in the emergency notification module is the device number of the digital television set box, the message may be sent by sending the message to the device. After the digital TV set of the door number belongs to the box, the set-top box outputs the message to the TV network communication mode on the user's TV screen. The multiple-event emergency notification system of claim 34, wherein the emergency notification module has a digital television set supporting a network protocol, providing an application interface, or an agent module for receiving the present Emergency notification message transmitted by the system. For example, in the multiple emergency information notification system described in claim 20, wherein the release list in the emergency notification module is the network card entity address of the client terminal, the manner of issuing the message is to transmit the message and the network card. The physical address is given to the Internet Service Provider (ISP), and the Internet Service Provider (ISP) then finds the IP address currently used by the network card entity address from the IP configuration database, and then forwards the message to the IP address. The client terminal of the address. The multiple-event emergency notification system of claim 36, wherein the receiving client terminal of the emergency notification module has a network protocol, an application interface, or an agent module for receiving Emergency notification message sent by the network. The multi-modal emergency information notification system according to claim 20, wherein the LBS regional monitoring module comprises: a monitoring point input module: receiving a list of cell base stations provided by the GIS providing regional monitoring point screening module, setting Target monitoring point; monitoring condition module: providing sending range setting, sending time setting, device traffic category setting, device filtering setting, service content setting, and other details; monitoring activity module: according to monitoring conditions The setting of the group periodically or continuously monitors the communication equipment in the equipment roaming database that is receiving the target station monitoring base station signal, and establishes a release list. For example, the multiple-type emergency information notification system described in claim 38, wherein the setting of the monitoring condition module in the LBS area monitoring module can also be obtained from the notification case setting module. A multi-disciplinary emergency information notification system is a broadcast notification system for issuing emergency messages in combination with geographic information of a signal transmitting station, comprising: a notification case setting module, which provides a publisher to set a notification case and message content; a GIS (geography) The information system) regional monitoring point screening module provides the geographical space range to be notified by the publisher, and after the geospatial analysis and calculation, all the signal transmitting stations located within the marked geospatial space are removed from the signal transmitting station database. The list is transmitted to the LBS area monitoring module; an LBS (Adaptability Service) area monitoring module sets the list of signal transmitting stations provided by the GIS area monitoring point screening module as a monitoring point, and sends a notification command according to the module setting. An emergency notification module; an emergency notification module, which receives the notification command transmitted by the LBS (Adaptability Service) regional monitoring module, and broadcasts an emergency notification message to each of the different message distribution platforms according to the type of the signal transmission station list; a signal transmitting station database is a record containing a signal transmitting station identification code and the signal is sent Geographical information database location of the station is currently located. The multiple-type emergency information notification system of claim 40, wherein the geographic information location in the signal transmission station database is the address of the device or the geographic coordinates of the global satellite positioning. The multi-component emergency information notification system of claim 40, wherein the signal transmitting station in the signal transmitting station database is a cell base station, a network service IP sharer, a network service data machine, or a radio station. The geographic information location of the launch pad is obtained by the installed address of the signal transmitting station or by the signal transmitting station equipped with GPS (Global Positioning System). The multi-function emergency information notification system of claim 42, wherein the network service IP sharer in the signal transmission station is a wireless network sharer and an IP sharer for accessing the network service data machine. The multi-modal emergency information notification system of claim 42, wherein the device for receiving the cell base station signal in the signal transmitting station is a user identity module (SIM card) such as a mobile phone, a tablet computer, and a mobile network card. The mobile communication device has a network protocol, an application interface, or an agent module for receiving broadcast signals of the cell base station. The multiple-type emergency information notification system of claim 42, wherein the device for receiving the network service IP sharer or the network service data machine signal in the signal transmitting station is a mobile phone, a tablet computer, a personal computer, etc. A client terminal having a network card, and the client terminal has a broadcast signal supporting a network protocol, providing an application interface, or an agent module for receiving a network service IP sharer or a network service data machine. The multi-modal emergency information notification system of claim 42, wherein the device for receiving the radio station signal in the signal transmitting station is a client terminal for receiving a broadcast signal, such as a mobile phone, a personal computer, or a radio. The multi-modal emergency information notification system of claim 40, wherein the LBS regional monitoring module comprises: a monitoring point input module: receiving a list of signal transmitting stations provided by the GIS providing regional monitoring point screening module, setting Target monitoring point; monitoring condition module: providing sending range setting, sending time setting, device traffic category setting, device filtering setting, service content setting, and other details; monitoring activity module: according to monitoring conditions Group settings, periodic or continuous notification instructions.