CN107786589A - Disaster early-warning information delivery system and method based on push technology - Google Patents
Disaster early-warning information delivery system and method based on push technology Download PDFInfo
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
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- G08B21/10—Alarms for ensuring the safety of persons responsive to calamitous events, e.g. tornados or earthquakes
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M3/00—Automatic or semi-automatic exchanges
- H04M3/42—Systems providing special services or facilities to subscribers
- H04M3/42382—Text-based messaging services in telephone networks such as PSTN/ISDN, e.g. User-to-User Signalling or Short Message Service for fixed networks
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
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Abstract
The invention discloses a kind of disaster early-warning information delivery system based on push technology, including：Push server and intelligent terminal.Wherein, push server receives disaster early-warning information and/or other pushed informations, intelligent terminal is provided with any application that embedded in the pushed information receiving processing module with disaster alarm function, pushed information receiving processing module keeps connecting with push server, receives the disaster early-warning information and corresponding early warning target area trigger condition and/or other pushed informations of the corresponding early warning target area that push server is pushed.The present invention be used as the shared pathway of application program by the use of pushed information receiving processing module so that though do not install disaster alarm software, a needs is provided with the intelligent terminal of any application that embedded in the pushed information receiving processing module with disaster alarm function can receive disaster early-warning information in real time.
Description
Technical Field
The invention relates to the technical field of disaster early warning, in particular to a disaster early warning information issuing system and method based on a push technology.
Background
With the popularization of intelligent terminals such as mobile phones and tablet computers, various disaster early warning software is developed in China. For example, earthquake early warning software developed by high-success and high-new disaster reduction research institute can provide early warning time of several seconds to dozens of seconds when an earthquake occurs, and achieves disaster reduction effect in destructive earthquakes in the past few years; in 11 months of 2015, the center of the Chinese earthquake table net is technically butted with the head declaration of this day, and the earthquake rapid report generated by the center of the earthquake table net is pushed to people in the area affected by the earthquake within 60 seconds of the head declaration of this day. Although the software has the disaster prompt function, people need to download the current item to receive disaster prompt information, and common people do not necessarily download the software with the disaster prompt function; the mode is also introduced in a published article 'LBS-based weather early warning Android platform design'. And for another example, various weather forecast software such as ink weather. The premise for the disaster early warning software to function is that the user needs to download the disaster early warning software in a dedicated way. However, a large disaster is a very small probability event for anyone, and although the intelligent terminal is very popular, the general public has difficulty in realizing the awareness of downloading disaster early warning software, so that the popularity rate of the disaster early warning software is very low unless such software is built in a mobile phone and cannot be turned off or off. For example, since 2007, japan required operators and manufacturers to support an earthquake early warning (earthquake early warning) function on a mobile phone that was put on the market, apple corporation forced the addition of "earthquake early warning" software in versions above IOS 5, and turned on by default in the mobile phone and could not be turned off, and the "earthquake early warning" function was turned on as long as the use of the japanese operator was confirmed.
In addition, cell broadcasting has been opened in taiwan and japan at present, and the release of mobile phone earthquake early warning is realized. The cell broadcast is a telecommunication technical scheme, and can send short messages to mobile phones connected with the base station in a group mode through the base station without causing network congestion of the mobile phones. However, the cell broadcast function is not opened in the continental china at present, so the disaster warning service cannot be used.
In a word, as the cell broadcast is not opened in the continental China, and the disaster early warning function is not added in the mobile phone by force, the popularization rate of the disaster early warning service is very low.
With the popularization of intelligent terminals, application programs of the intelligent terminals increasingly need to be connected with a server through a background program through a network. The push technology is a low power consumption and low traffic technology for maintaining connection with a server, and has become a standard configuration for an application program of an intelligent terminal. The push module is either developed by the enterprise where the application is located (e.g., WeChat, hundred degree push developed by the enterprise where it is located), or provided by a third party enterprise. At present, the number of domestic enterprises providing third-party push services is less than 10, and typical representatives of the enterprises are push, aurora, alliance and the like. The number of these push modules is much smaller than the number of millions of applications, with a near 100% proportion of intelligent terminals connected to these push services.
The push technology is generally realized by a push server and a push receiving module on an intelligent terminal. Generally, a general push receiving module in an application program has no interface, and does not directly control sound and vibration of an intelligent terminal, but only forwards information received from a push server to the application program.
Disclosure of Invention
Aiming at the defects of the prior art and the release condition, the invention provides a disaster early warning information release system and method based on a push technology. The specific technical scheme is as follows:
a disaster early warning information issuing system based on a push technology comprises:
the system comprises a pushing server, a pushing information receiving and processing module, a pushing information processing module and a pushing information processing module, wherein the pushing server receives disaster early warning information and/or other pushing information, carries out disaster early warning information preprocessing and comprehensive analysis processing if the disaster early warning information is judged to be disaster early warning information, and pushes the disaster early warning information which meets the triggering condition of an early warning target area and corresponds to the early warning target area and the local triggering condition of the corresponding early warning target area after the disaster early warning information and the local triggering condition of the corresponding early warning target area are analyzed and processed to the pushing information receiving and processing; if the other pushed information is judged, pushing the other pushed information to a pushed information receiving and processing module;
the intelligent terminal is provided with any application program embedded with a push information receiving and processing module with a disaster early warning function;
the intelligent terminal is connected with the push server through a push information receiving and processing module, the push information receiving and processing module is used as a common channel of an application program, disaster early warning information of a corresponding early warning target area and corresponding early warning target area local trigger conditions and/or other push information pushed by the push server are received, if disaster early warning information is judged, the local disaster early warning information is obtained through comprehensive analysis, and the local disaster early warning information meeting the corresponding early warning target area local trigger conditions is prompted in multiple modes at the intelligent terminal; if the other push information is judged, the other push information is forwarded to the corresponding application program and processed according to the requirement of the corresponding application program.
Because the proportion of the intelligent terminal applying the push service is nearly 100 percent, the disaster early warning function is built in the existing push module, and the disaster early warning can be nearly fully covered on the intelligent terminal. According to the disaster early warning system and the disaster early warning method, the push information receiving and processing module is used as a common channel of the application program, the intelligent terminal provided with any application program embedded with the push information receiving and processing module with the disaster early warning function can receive disaster early warning information in real time and acquire local disaster early warning information, and a user can receive the disaster early warning information without specially installing a disaster early warning application program, so that the disaster early warning coverage is wider. According to the invention, the intelligent terminals can be ensured to have a disaster early warning function through a pushing technology.
The push information receiving and processing module is added with a disaster early warning function on the basis of the function of the existing push receiving module, can comprehensively analyze and acquire local disaster early warning information, can realize interface display, sound broadcast and/or vibration at an intelligent terminal according to the local triggering condition of the corresponding early warning target area, and achieves the purpose of prompting the disaster early warning information in real time.
The disaster early warning information comprises disaster types, disaster source geographical positions, disaster intensity, influence ranges, influence time and the like. The disaster early warning types comprise earthquake early warning, landslide early warning, debris flow early warning and other disaster early warnings which need second-level response, and also comprise weather early warning, mountain torrent early warning and other disaster early warnings which do not need second-level response.
According to a preferred embodiment, the push server comprises:
the information receiving module is used for receiving disaster early warning information and/or other push information;
the first judging module is used for judging whether the information received by the information receiving module is disaster early warning information or not; if the disaster early warning information is judged, the disaster early warning information received by the information receiving module is sent to a disaster early warning information preprocessing module; if the push information is judged to be other push information, the other push information received by the information receiving module is sent to the push module;
the disaster early warning information preprocessing module is connected with the first judging module and is used for preprocessing the disaster early warning information sent by the first judging module, and format conversion and system adaptation are included;
the area-based pushing control module is connected with the disaster early warning information preprocessing module, receives disaster early warning preprocessing information of the disaster early warning information preprocessing module, performs regional analysis and processing on the received disaster early warning preprocessing information by combining the information in the setting module and the database to generate disaster early warning information of each early warning target area, and controls the pushing module to push according to a control strategy corresponding to the early warning target area;
the pushing module is used for pushing disaster early warning information of a corresponding early warning target area meeting an early warning target area triggering condition and a corresponding early warning target area local triggering condition which are processed by the area-based pushing control module to the pushing information receiving processing module according to a pushing control strategy of the corresponding early warning target area aiming at the disaster early warning information; and pushing other push information to the push information receiving and processing module aiming at other push information.
Preferably, the push server further comprises a setting module;
the setting module sets a limited range of trigger conditions for pushing disaster early warning information to each early warning target area, local trigger conditions of each early warning target area and a pushing control strategy of each early warning target area;
the triggering conditions for pushing disaster early warning information in the early warning target area comprise: whether the disaster early warning information is the latest disaster early warning information or not and/or whether the influence degree of the disaster on the early warning target area in different time periods reaches the disaster early warning area influence threshold value of the corresponding early warning target area in the corresponding time period or not;
the local triggering condition of the early warning target area comprises whether the local triggering condition is the latest disaster early warning information received locally and/or whether the influence degree of the disaster on the local triggering condition reaches the disaster early warning local influence threshold of the corresponding early warning target area in the corresponding time period in different time periods;
the pushing control strategy of the early warning target area comprises sequencing pushing according to the severity of the disaster influence and/or pushing according to control parameters such as time and the like.
Preferably, the push server further comprises a database, which is used for storing the basic information of the target area, the parameter setting of the push server, the push history record and the device number of the intelligent terminal; the basic information of the target area at least comprises a geographical position;
preferably, the push server further includes: and the time synchronization module is used for realizing network time synchronization.
The push control module according to the area has the function realization method that:
carrying out regional analysis and processing on the received disaster early warning preprocessing information by combining the basic information of each target region in the database to obtain disaster early warning information of each early warning target region;
judging whether the disaster early warning information of each early warning target area meets the triggering condition for pushing the disaster early warning information of the corresponding early warning target area or not by combining the triggering condition for pushing the disaster early warning information of the corresponding early warning target area set in the setting module;
if the triggering condition of pushing disaster early warning information corresponding to the early warning target area is met, sending the disaster early warning information of the early warning target area to a pushing module; and if the triggering condition for pushing the disaster early warning information of the corresponding early warning target area is not met, the disaster early warning information is not released.
According to a preferred embodiment, the push information receiving processing module includes: the system comprises a push receiving module, a display module and a display module, wherein the push receiving module is used for receiving disaster early warning information of a corresponding early warning target area meeting an early warning target area triggering condition, and local triggering conditions and/or other push information of the corresponding early warning target area;
the second judging module is used for judging whether the information received by the pushing and receiving module is disaster early warning information or not; if the disaster early warning information is judged, sending the disaster early warning information received by the pushing and receiving module and the local triggering conditions corresponding to the early warning target area to a disaster early warning information comprehensive analysis processing module; if the other push information is judged, the other push information received by the push receiving module is forwarded to the corresponding application program, and the processing is carried out according to the requirement of the corresponding application program.
The disaster early warning information comprehensive analysis processing module is used for comprehensively analyzing and processing the received disaster early warning information corresponding to the early warning target area to obtain local disaster early warning information, judging whether the local disaster early warning information meets the local triggering condition of the corresponding early warning target area or not, and carrying out multi-mode prompt on the disaster early warning information meeting the local triggering condition of the corresponding early warning target area;
the display module is used for displaying local disaster early warning information on the intelligent terminal for the disaster early warning meeting the local triggering condition of the corresponding early warning target area;
the sound module is used for synchronously carrying out disaster early warning sound prompt and broadcast on the intelligent terminal for disaster early warning meeting local trigger conditions of corresponding early warning target areas;
and the vibration module is used for prompting local disaster early warning information for the disaster early warning meeting the local triggering condition of the corresponding early warning target area through vibration by the intelligent terminal.
The function realization method of the disaster early warning information comprehensive analysis processing module comprises the following steps: and comprehensively analyzing and processing the received disaster early warning information corresponding to the early warning target area by combining the locally acquired positioning information, acquiring the local disaster early warning information, judging whether the local disaster early warning information meets the local triggering condition of the corresponding early warning target area, and calling the display module, the sound module and the vibration module to prompt the intelligent terminal in a multi-mode manner for the local disaster early warning information meeting the local triggering condition of the corresponding early warning target area.
Preferably, the intelligent terminal is arranged and combined according to corresponding strategies through the forms of a popup frame, a notification bar, characters, sound and/or vibration and the like, and displays and reminds the user.
Preferably, the push information receiving and processing module further includes a time synchronization module. The time synchronization module is used for realizing network time synchronization of each module.
Preferably, the pushed information receiving and processing module further includes a storage module, which is used for storing the positioning information, the local trigger condition of the early warning target area, the received disaster early warning information, the log file, and the like.
Preferably, the push information receiving and processing module further includes a positioning module, configured to obtain a location of the intelligent terminal.
Preferably, the disaster early warning information distribution system based on the push technology may further include a monitoring module, configured to monitor whether the disaster early warning information distribution system based on the push technology operates normally. The monitoring module can be arranged in the push server.
A disaster early warning information issuing method based on a push technology comprises the following steps:
the method comprises the following steps: the push server receives disaster early warning information and/or other push information and judges whether the disaster early warning information is disaster early warning information or not; if disaster early warning information is judged, pushing the disaster early warning information which is analyzed and processed, meets the triggering condition of the early warning target area and corresponds to the early warning target area and the local triggering condition of the early warning target area to a pushing information receiving and processing module which is embedded in an application program and has a disaster early warning function according to a pushing control strategy of the corresponding early warning target area; if the other pushed information is judged, pushing the other pushed information to a pushed information receiving and processing module;
step two: the push information receiving and processing module receives disaster early warning information of a corresponding early warning target area, local trigger conditions of the corresponding early warning target area and/or other push information which are pushed by the push server, and judges whether the disaster early warning information is the disaster early warning information or not; if the disaster early warning information is judged, obtaining local disaster early warning information through comprehensive analysis and processing, and prompting the local disaster early warning information meeting the local triggering condition of the corresponding early warning target area in multiple modes; and if the other pushed information is judged, forwarding the other pushed information to the corresponding application program, and processing according to the requirement of the corresponding application program.
The intelligent terminal is arranged and combined according to corresponding strategies through the forms of a pop-up frame, a notification bar, characters, sound and/or vibration and the like, and displays and reminds a user.
Compared with the prior art, the invention has the beneficial effects that:
the method comprises the steps that a pushing server comprehensively analyzes and processes received disaster early warning information, and pushes the disaster early warning information corresponding to an early warning target area to an intelligent terminal through a pushing information receiving and processing module according to a pushing control strategy of the corresponding early warning target area. According to the invention, the pushing technology can ensure that the intelligent terminal can receive the disaster early warning service without specially installing a disaster early warning application program by a user, and meanwhile, the existing pushing service is not influenced, so that the coverage of disaster early warning is wider.
Drawings
Fig. 1 is a schematic diagram of a disaster warning information distribution system based on a push technology according to the present invention;
fig. 2 is a schematic diagram of the earthquake early warning information distribution system based on the push technology.
Wherein,a data stream representing disaster warning information;data streams representing other push information.
Detailed Description
The present invention will be described in detail with reference to the accompanying drawings.
Fig. 1 is a schematic diagram of a disaster warning information distribution system based on a push technology according to the present invention, which shows a disaster warning information distribution system based on a push technology, and includes:
the system comprises a pushing server, a pushing information receiving and processing module and a pushing information processing module, wherein the pushing server receives disaster early warning information sent from each corresponding early warning center and/or other pushing information sent from each application program provider through a network, if the disaster early warning information is judged to be disaster early warning information, the disaster early warning information is preprocessed and comprehensively analyzed, and the disaster early warning information which is analyzed and processed and meets the triggering condition of an early warning target area and corresponds to the early warning target area and the local triggering condition of the early warning target area are pushed to the pushing information receiving and processing module according to the pushing control strategy of the corresponding early warning target area; if the push information is judged to be other push information, pushing the other push information received by the information receiving module to the push information receiving and processing module;
the disaster early warning information can be from various early warning centers of relevant government emergency departments, and/or relevant professional disaster early warning mechanisms and the like.
The push server can independently customize, research and develop independently, and can also use a third-party push server.
The system comprises an intelligent terminal, wherein any application program embedded with a push information receiving and processing module with a disaster early warning function is installed on the intelligent terminal, the push information receiving and processing module is connected with a push server through a network, disaster early warning information corresponding to an early warning target area and local trigger conditions and/or other push information corresponding to the early warning target area and pushed by the push server are received, if the disaster early warning information is judged, the local disaster early warning information is obtained through comprehensive analysis, and the local disaster early warning information meeting the local trigger conditions of the corresponding early warning target area is prompted in multiple modes. And if the other pushed information is judged, forwarding the other pushed information to the corresponding application program, and processing according to the requirement of the corresponding application program.
The application program embedded with the push information receiving and processing module with the disaster early warning function comprises a mobile phone APP, a tablet computer application program, a computer application program and the like.
Preferably, the present invention employs a push technology based on LBS technology (user location based service). The push server includes:
the information receiving module is used for receiving disaster early warning information and/or other push information;
the first judging module is connected with the information receiving module and used for judging whether the information received by the information receiving module is disaster early warning information or not; if the disaster early warning information is judged, the disaster early warning information received by the information receiving module is sent to a disaster early warning information preprocessing module; if the push information is judged to be other push information, the other push information received by the information receiving module is sent to the push module;
the disaster early warning information preprocessing module is used for preprocessing the disaster early warning information sent by the first judging module;
the area-based pushing control module is connected with the disaster early warning information preprocessing module, receives disaster early warning preprocessing information processed by the disaster early warning information preprocessing module, performs regional analysis and processing on the disaster early warning information by combining the information in the setting module and the database to generate disaster early warning information of each early warning target area, and controls the pushing module to push the disaster early warning information according to a control strategy corresponding to the early warning target area;
the pushing module is used for pushing disaster early warning information of a corresponding early warning target area and local triggering conditions of the corresponding early warning target area which are processed by the area-based pushing control module to the pushing information receiving processing module according to a pushing control strategy of the corresponding early warning target area aiming at the disaster early warning information; and pushing other pushed information to the pushed information receiving and processing module aiming at other pushed information.
Preferably, the push server further comprises a setting module for setting a limited range of a triggering condition for pushing the disaster early warning information to each early warning target area, a local triggering condition of each early warning target area, a push control strategy of each early warning target area, and the like;
preferably, the push server further comprises a database for storing basic information of a target area at least including a geographical location, parameter setting of the push server, a push history record, and a device number of the intelligent terminal;
preferably, the push server further comprises a time synchronization module for implementing network time synchronization.
Preferably, the push server may further include a monitoring module for monitoring whether the disaster warning information distribution system based on the push technology is working normally.
The push information receiving and processing module comprises:
the system comprises a push receiving module, a display module and a display module, wherein the push receiving module is used for receiving disaster early warning information of a corresponding early warning target area, local trigger conditions of the corresponding early warning target area and/or other push information which is pushed by a push server;
the second judging module is used for judging whether the information received by the pushing and receiving module is disaster early warning information or not; if the disaster early warning information is judged, sending the disaster early warning information received by the pushing and receiving module and the local triggering conditions corresponding to the early warning target area to a disaster early warning information comprehensive analysis processing module; if the other push information is judged, forwarding the other push information received by the push receiving module to the corresponding application program, and processing according to the requirement of the corresponding application program;
the disaster early warning information comprehensive analysis processing module is used for comprehensively analyzing and processing the received disaster early warning information of the corresponding early warning target area by combining the locally acquired positioning information, acquiring local disaster early warning information, judging whether the local disaster early warning information meets the local triggering condition of the corresponding early warning target area or not, and carrying out multi-mode prompt on the local disaster early warning information meeting the local triggering condition of the corresponding early warning target area;
the display module is used for displaying local disaster early warning information on the intelligent terminal for the local disaster early warning information meeting the local triggering condition of the corresponding early warning target area;
the sound module is used for synchronously carrying out disaster early warning sound prompt and broadcast on the intelligent terminal for the local disaster early warning information meeting the local triggering condition of the corresponding early warning target area;
the intelligent terminal comprises a vibration module, a warning module and a warning module, wherein the vibration module is used for prompting local disaster warning information of local triggering conditions of corresponding warning target areas through vibration on the intelligent terminal;
preferably, the pushed information receiving and processing module further comprises a time synchronization module, which is used for realizing the time synchronization between the pushed information receiving and processing module and the network; the system also comprises a storage module which is used for storing the positioning information, the local trigger condition of the early warning target area, the received disaster early warning information, the log file and the like. The intelligent terminal further comprises a positioning module used for obtaining the position of the intelligent terminal.
The invention also provides a disaster early warning information issuing method based on the push technology, which comprises the following steps:
the method comprises the following steps: the push server receives disaster early warning information and/or other push information and judges whether the disaster early warning information is disaster early warning information or not; if disaster early warning information is judged, pushing the disaster early warning information which is analyzed and processed, meets the triggering condition of the early warning target area and corresponds to the early warning target area and the local triggering condition of the early warning target area to a pushing information receiving and processing module which is embedded in an application program and has a disaster early warning function according to a pushing control strategy of the corresponding early warning target area; if the other pushed information is judged, pushing the other pushed information to a pushed information receiving and processing module;
step two: the push information receiving and processing module receives disaster early warning information of a corresponding early warning target area, local trigger conditions of the corresponding early warning target area and/or other push information which are pushed by the push server, and judges whether the disaster early warning information is the disaster early warning information or not; if the disaster early warning information is judged, obtaining local disaster early warning information through comprehensive analysis and processing, and prompting the local disaster early warning information meeting the local triggering condition of the corresponding early warning target area in multiple modes; and if the other pushed information is judged, forwarding the other pushed information to the corresponding application program, and processing according to the requirement of the corresponding application program.
The disaster early warning information issuing system based on the push technology can be applied to issuing of disaster early warning information such as earthquake disasters, meteorological disasters and geological disasters.
The earthquake early warning information is taken as an example and is described in detail with reference to fig. 2.
Fig. 2 is a schematic diagram of the earthquake early warning information distribution system based on the push technology of the present invention, which shows an earthquake early warning information distribution system based on the push technology, and includes: the earthquake early warning system comprises a push server and an intelligent terminal provided with any application program embedded with a push information receiving and processing module with an earthquake early warning function.
Preferably, the pushing server receives the earthquake early warning information through the network, performs comprehensive analysis processing on the earthquake early warning information, and pushes the earthquake early warning information which is analyzed and processed and meets the triggering condition of the early warning target area and corresponds to the early warning target area and the local triggering condition of the early warning target area to the intelligent terminal through the pushing information receiving and processing module according to the pushing control strategy of the corresponding early warning target area.
The pushing server comprises an information receiving module, a first judging module, an earthquake early warning information preprocessing module, a region-based pushing control module, a setting module, a pushing module, a database, a monitoring module and a time synchronization module.
The information receiving module is used for receiving earthquake early warning information and/or other push information. The earthquake early warning information mainly comprises: the earthquake early warning system comprises an earthquake early warning event number, an earthquake starting time, an earthquake center position, an earthquake center longitude and latitude, an early warning earthquake magnitude, an earthquake source depth, an information issuing unit and/or the like.
The first judging module is used for judging whether the information received by the information receiving module is earthquake early warning information or not; if the earthquake early warning information is judged, sending the earthquake early warning information received by the information receiving module to an earthquake early warning information preprocessing module; if the push information is judged to be other push information, the other push information received by the information receiving module is sent to the push module;
and the earthquake early warning information preprocessing module is used for preprocessing the received earthquake early warning information.
The push control module according to the area receives the earthquake early warning preprocessing information of the earthquake early warning information preprocessing module, performs regional analysis and processing on the received earthquake early warning preprocessing information by combining the information in the setting module and the database to generate earthquake early warning information of each early warning target area, and judges whether the earthquake early warning information of each early warning target area meets the triggering condition for pushing the earthquake early warning information of the corresponding early warning target area by combining the triggering condition for pushing the earthquake early warning information of the corresponding early warning target area, which is set in the setting module; the method comprises the steps of judging whether the earthquake early warning event is the latest earthquake early warning event or not, and/or judging whether the influence degree of the earthquake on the early warning target area in different time periods reaches the earthquake early warning area influence threshold value of the corresponding early warning target area in the corresponding time period or not, and the like, for example, whether the influence intensity range of the earthquake on the early warning target area in the daytime period reaches the area intensity threshold value of the earthquake early warning of the corresponding early warning target area in the daytime period or not. And for the earthquake early warning information meeting the triggering condition for pushing the earthquake early warning information to the corresponding early warning target area, and controlling a pushing module to push the earthquake early warning information according to a control strategy of the corresponding early warning target area, for example, preferentially pushing the earthquake early warning information according to an area greatly influenced by the earthquake.
The setting module sets a limited range of a triggering condition for pushing earthquake early warning information to each early warning target area, a local triggering condition of each early warning target area, a pushing control strategy of each early warning target area, and a safety control mechanism to prevent false triggering caused by untietime of data sent by an early warning center.
The triggering conditions for pushing the earthquake early warning information in the early warning target area comprise: whether the earthquake early warning information is the latest earthquake early warning information or not, and/or whether the early warning earthquake magnitude reaches a pushing earthquake magnitude threshold or not, and/or whether the earthquake has an influence on a certain early warning target area or not, and/or whether the influence degree of the earthquake on the early warning target area in different time periods reaches an earthquake early warning area influence threshold corresponding to the early warning target area in corresponding time periods or not, and the like;
the local triggering condition of the early warning target area comprises whether the local triggering condition is the latest earthquake early warning information received locally, and/or whether the influence degree of the earthquake on the local triggering condition reaches the earthquake early warning local influence threshold value of the corresponding early warning target area in the corresponding time period in different time periods.
The pushing control strategy of the early warning target area comprises sequencing pushing according to the severity degree of the earthquake influence, pushing according to control parameters such as time and the like.
The early warning target area can be set to be single or multiple, and can be divided according to administrative areas; it may also be divided by geographic location, distance (circular area, polygon, square area, etc.), e.g., within 100 km from epicenter; the early warning target area can be divided according to the area affected by the earthquake, for example, the early warning target area is divided according to different intensity.
And the pushing module is used for pushing the earthquake early warning information of the corresponding early warning target area and the corresponding local triggering condition of the early warning target area to the pushing information receiving and processing module of the corresponding early warning target area according to the disaster early warning information. And, under the condition that the number of users is great, the pressure of communication bandwidth is considered, can realize according to receiving the area priority propelling movement that earthquake influences greatly. And aiming at other pushed information, pushing the other pushed information to the intelligent terminal through a pushed information receiving and processing module.
The database is used for storing basic information of a target area at least containing geographic position information, parameter setting of a push server, a push history record, a device number of the intelligent terminal and the like.
The monitoring module is used for monitoring whether the earthquake early warning information issuing system based on the push technology operates normally or not, and comprises a monitoring server, a push information receiving and processing module, a push server and the like, wherein the monitoring server and each module operate normally or not, and the push information receiving and processing module and the push server are connected or not;
preferably, the intelligent terminal is installed with any application program (such as a mobile phone APP, a tablet computer application program, a computer application program, and the like) embedded with a push information receiving and processing module with an earthquake early warning function, and the intelligent terminal is connected with the push server through a network by embedding the push information receiving and processing module with the earthquake early warning function and receives earthquake early warning information corresponding to the early warning target area and local trigger conditions corresponding to the early warning target area, which are pushed by the push server.
The earthquake early warning system comprises a earthquake early warning system, a positioning module, a push information receiving and processing module, a first judging module, a second judging module, a display module, a sound module, a vibration module, a storage module, a positioning module and a time synchronization module.
The push receiving module receives earthquake early warning information of the corresponding early warning target area and local triggering conditions and/or other push information of the corresponding early warning target area.
The second judging module is used for judging whether the information received by the pushing and receiving module is earthquake early warning information or not; if the earthquake early warning information is judged, sending the earthquake early warning information received by the pushing and receiving module and the local triggering condition corresponding to the early warning target area to the earthquake early warning information comprehensive analysis processing module; if the other push information is judged, forwarding the other push information received by the push receiving module to the corresponding application program, and processing according to the requirement of the corresponding application program;
the earthquake early warning information comprehensive analysis processing module is used for carrying out comprehensive analysis processing on the basis of the received earthquake early warning information and the corresponding early warning target area local triggering condition in combination with the local geographic position, obtaining local earthquake early warning information including local early warning time, estimated intensity and the like, and judging whether the local earthquake early warning information meets the local triggering condition of the corresponding early warning target area. If the local triggering condition is met, calling the display module, the sound module and the vibration module to display the earthquake early warning information at the intelligent terminal in a multi-mode.
The calculation of the local earthquake early warning information can be realized in an earthquake early warning information comprehensive analysis processing module of the push information receiving processing module or a push server.
And the display module prompts the local earthquake early warning information for reaching the local triggering condition of the corresponding early warning target area in the intelligent terminal in a mode of arranging and combining popup windows, sound, dynamic and static characters and the like according to corresponding strategies. The display content comprises: earthquake three factors (including earthquake starting time, earthquake center position, earthquake center longitude and latitude, early warning earthquake magnitude, earthquake source depth and the like), local early warning time and local pre-estimated intensity (text description or numerical description). There may also be information such as title, software logo, information distribution unit, etc.
And the sound module is used for synchronously broadcasting earthquake early warning sound prompts at the intelligent terminal for the local earthquake early warning information reaching the corresponding local triggering conditions of the early warning target area. The earthquake early warning prompt sound comprises the early warning time (countdown) when the destructive earthquake waves are about to arrive, intensity prompt sound, the alarm sound of the area where the destructive earthquake waves arrive at the target and the like which are arranged and combined according to corresponding strategies. Automatic sound maximization may be achieved. The sound can be a default prompt sound of the mobile phone system or a customized sound.
The vibration module prompts local earthquake early warning information at the intelligent terminal through vibration for the local earthquake early warning information reaching the corresponding local triggering condition of the early warning target area;
the storage module is used for storing information such as intelligent terminal position information, corresponding early warning target area local trigger conditions, local control fields, received earthquake early warning information, log files and the like.
The positioning module acquires the longitude and latitude of the position of the intelligent terminal through the existing mobile phone positioning technology, and the longitude and latitude can be stored in the storage module or uploaded to the pushing server.
And the time synchronization module is used for realizing the time synchronization of the push information receiving and processing module and the network.
The earthquake early warning information can be received by the intelligent terminal without installing special earthquake early warning mobile phone software through a pushing technology. The pushing server pushes the received earthquake early warning information to the pushing information receiving processing module according to the earthquake early warning information of the early warning target area and the local triggering condition of the early warning target area, wherein the earthquake early warning information is generated through comprehensive analysis and processing, the pushing information receiving processing module can be used as a common channel of the application program, and the intelligent terminal provided with any application program embedded with the pushing information receiving processing module with the earthquake early warning function receives the earthquake early warning information. According to the invention, the intelligent terminal has an earthquake early warning function through a push technology, and can receive the early warning service without a special earthquake early warning program installed by a user, and can normally receive the original push service, so that the coverage of disaster early warning is wider.
In addition, whether the intelligent terminal user is willing to receive earthquake early warning information or not can be issued and informed in advance, pushing can be achieved to the user who agrees to access the earthquake early warning service, and pushing can also be conducted to all users.
The early warning information release for meteorological disasters and geological disasters is similar to earthquake, and therefore is not repeated.
It should be noted that all of the features disclosed in this specification, or all of the steps in any method or process so disclosed, may be combined in any combination, except for mutually exclusive features and/or steps.
In addition, the above-described embodiments are exemplary, and those skilled in the art, having benefit of this disclosure, will appreciate numerous solutions that are within the scope of the disclosure and that fall within the scope of the invention. It should be understood by those skilled in the art that the present specification and figures are illustrative only and are not limiting upon the claims. The scope of the invention is defined by the claims and their equivalents.
Claims (10)
1. Disaster early warning information issuing system based on push technique, its characterized in that, this system includes:
the system comprises a pushing server, a pushing information receiving and processing module, a pushing information processing module and a pushing information processing module, wherein the pushing server receives disaster early warning information and/or other pushing information, carries out disaster early warning information preprocessing and comprehensive analysis processing if the disaster early warning information is judged to be disaster early warning information, and pushes the disaster early warning information which meets the triggering condition of an early warning target area and corresponds to the early warning target area and the local triggering condition of the corresponding early warning target area after the disaster early warning information and the local triggering condition of the corresponding early warning target area are analyzed and processed to the pushing information receiving and processing; if the other pushed information is judged, pushing the other pushed information to a pushed information receiving and processing module;
the intelligent terminal is provided with any application program embedded with a push information receiving and processing module with a disaster early warning function;
the intelligent terminal is connected with the push server through a push information receiving and processing module, the push information receiving and processing module is used as a common channel of an application program, disaster early warning information of a corresponding early warning target area and corresponding early warning target area local trigger conditions and/or other push information pushed by the push server are received, if disaster early warning information is judged, the local disaster early warning information is obtained through comprehensive analysis, and the local disaster early warning information meeting the corresponding early warning target area local trigger conditions is prompted in multiple modes; if the other push information is judged, the other push information is forwarded to the corresponding application program and processed according to the requirement of the corresponding application program.
2. The disaster warning information distribution system based on the push technology as claimed in claim 1, wherein the push server comprises:
the information receiving module is used for receiving disaster early warning information and/or other push information;
the first judging module is used for judging whether the information received by the information receiving module is disaster early warning information or not; if the disaster early warning information is judged, the disaster early warning information received by the information receiving module is sent to a disaster early warning information preprocessing module; if the push information is judged to be other push information, the other push information received by the information receiving module is sent to the push module;
the disaster early warning information preprocessing module is connected with the first judging module and is used for preprocessing the disaster early warning information sent by the first judging module, and format conversion and system adaptation are included;
the area-based pushing control module is connected with the disaster early warning information preprocessing module, receives disaster early warning preprocessing information of the disaster early warning information preprocessing module, performs regional analysis and processing on the received disaster early warning preprocessing information by combining the information in the setting module and the database to generate disaster early warning information of each early warning target area, and controls the pushing module to push according to a control strategy corresponding to the early warning target area;
the pushing module is used for pushing disaster early warning information of a corresponding early warning target area meeting an early warning target area triggering condition and a corresponding early warning target area local triggering condition which are processed by the area-based pushing control module to the pushing information receiving processing module according to a pushing control strategy of the corresponding early warning target area aiming at the disaster early warning information; and pushing other push information to the push information receiving and processing module aiming at other push information.
3. The disaster warning information distribution system based on the push technology as claimed in claim 2, wherein the push server further comprises a setting module;
the setting module sets a limited range of trigger conditions for pushing disaster early warning information to each early warning target area, local trigger conditions of each early warning target area and a pushing control strategy of each early warning target area;
the triggering conditions for pushing disaster early warning information in the early warning target area comprise: whether the disaster early warning information is the latest disaster early warning information or not and/or whether the influence degree of the disaster on the early warning target area in different time periods reaches the disaster early warning area influence threshold value of the corresponding early warning target area in the corresponding time period or not;
the local triggering condition of the early warning target area comprises whether the local triggering condition is the latest disaster early warning information received locally and/or whether the influence degree of the disaster on the local triggering condition reaches the disaster early warning local influence threshold of the corresponding early warning target area in the corresponding time period in different time periods;
the pushing control strategy of the early warning target area comprises sequencing pushing according to the severity of the disaster influence and/or pushing according to control parameters such as time and the like.
4. The push technology-based disaster warning information distribution system as claimed in claim 2,
the push server also comprises a database which is used for storing the basic information of the target area, the parameter setting of the push server, the push history record and the equipment number of the intelligent terminal; the basic information of the target area at least comprises a geographical position;
the push server also comprises a time synchronization module used for realizing network time synchronization.
5. The disaster early warning information distribution system based on the push technology as claimed in claim 2, wherein the push control module by area is implemented by the following functions:
carrying out regional analysis and processing on the received disaster early warning preprocessing information by combining the basic information of each target region in the database to obtain disaster early warning information of each early warning target region;
judging whether the disaster early warning information of each early warning target area meets the triggering condition for pushing the disaster early warning information of the corresponding early warning target area or not by combining the triggering condition for pushing the disaster early warning information of the corresponding early warning target area set in the setting module;
if the triggering condition of pushing disaster early warning information corresponding to the early warning target area is met, sending the disaster early warning information of the early warning target area to a pushing module; and if the triggering condition for pushing the disaster early warning information of the corresponding early warning target area is not met, the disaster early warning information is not released.
6. The disaster warning information distribution system based on the push technology as claimed in claim 1, wherein the push information receiving and processing module comprises:
the system comprises a push receiving module, a display module and a display module, wherein the push receiving module is used for receiving disaster early warning information of a corresponding early warning target area, which meets the trigger condition of the early warning target area and is pushed by the push server, and local trigger conditions and/or other push information of the corresponding early warning target area;
the second judging module is used for judging whether the information received by the pushing and receiving module is disaster early warning information or not; if the disaster early warning information is judged, sending the disaster early warning information received by the pushing and receiving module and the local triggering conditions corresponding to the early warning target area to a disaster early warning information comprehensive analysis processing module; if the other push information is judged, forwarding the other push information received by the push receiving module to the corresponding application program, and processing according to the requirement of the corresponding application program;
the disaster early warning information comprehensive analysis processing module is used for comprehensively analyzing and processing the received disaster early warning information corresponding to the early warning target area to obtain local disaster early warning information, judging whether the local disaster early warning information meets the local triggering condition of the corresponding early warning target area or not, and prompting the local disaster early warning information meeting the local triggering condition of the corresponding early warning target area in a plurality of ways;
the display module is used for displaying local disaster early warning information on the intelligent terminal for the local disaster early warning information meeting the local triggering condition of the corresponding early warning target area;
the sound module is used for synchronously carrying out disaster early warning sound prompt and broadcast on the intelligent terminal for the local disaster early warning information meeting the local triggering condition of the corresponding early warning target area;
and the vibration module is used for prompting the local disaster early warning information through vibration for the local disaster early warning information meeting the local triggering condition of the corresponding early warning target area.
7. The disaster early warning information distribution system based on the push technology as claimed in claim 6, wherein the disaster early warning information comprehensive analysis processing module is implemented by:
and comprehensively analyzing and processing the received disaster early warning information corresponding to the early warning target area by combining the locally acquired positioning information, acquiring the local disaster early warning information, judging whether the local disaster early warning information meets the local triggering condition of the corresponding early warning target area, and calling the display module, the sound module and the vibration module to prompt the local disaster early warning information meeting the local triggering condition of the corresponding early warning target area in a multi-mode manner.
8. The disaster warning information distribution system based on the push technology as claimed in claim 6, wherein the push information receiving and processing module further comprises a time synchronization module for time synchronization between the push information receiving and processing module and the network;
the system also comprises a storage module, a disaster warning module and a processing module, wherein the storage module is used for storing positioning information, local triggering conditions of the warning target area, received disaster warning information and log files;
the intelligent terminal further comprises a positioning module used for obtaining the position of the intelligent terminal.
9. The disaster early warning information distribution system based on the push technology as claimed in one of claims 1 to 7, wherein the intelligent terminal prompts the user by arranging and combining the bullet box, the notification bar, the text, the sound and/or the vibration according to the corresponding strategy.
10. A disaster early warning information issuing method based on a push technology is characterized by comprising the following steps:
the method comprises the following steps: the push server receives disaster early warning information and/or other push information and judges whether the disaster early warning information is disaster early warning information or not; if disaster early warning information is judged, pushing the disaster early warning information which is analyzed and processed, meets the triggering condition of the early warning target area and corresponds to the early warning target area and the local triggering condition of the early warning target area to a pushing information receiving and processing module which is embedded in an application program and has a disaster early warning function according to a pushing control strategy of the corresponding early warning target area; if the other pushed information is judged, pushing the other pushed information to a pushed information receiving and processing module;
step two: the push information receiving and processing module receives disaster early warning information of a corresponding early warning target area, local trigger conditions of the corresponding early warning target area and/or other push information which are pushed by the push server, and judges whether the disaster early warning information is the disaster early warning information or not; if the disaster early warning information is judged, obtaining local disaster early warning information through comprehensive analysis and processing, and prompting the local disaster early warning information meeting the local triggering condition of the corresponding early warning target area in multiple modes; and if the other pushed information is judged, forwarding the other pushed information to the corresponding application program, and processing according to the requirement of the corresponding application program.
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