CN117496669A

CN117496669A - Method and device for disaster early warning and emergency information targeted release and closed-loop management

Info

Publication number: CN117496669A
Application number: CN202311542651.9A
Authority: CN
Inventors: 请求不公布姓名
Original assignee: INSTITUTE OF CARE-LIFE; Chengdu Meihuan Technology Co ltd
Current assignee: INSTITUTE OF CARE-LIFE; Chengdu Meihuan Technology Co ltd
Priority date: 2023-11-17
Filing date: 2023-11-17
Publication date: 2024-02-02
Anticipated expiration: 2043-11-17
Also published as: CN117496669B

Abstract

The invention provides a method and a device for disaster early warning and targeted release and closed-loop management of emergency information, and belongs to the technical field of disaster early warning. The method comprises the following steps: determining a target area in response to the received early warning information, determining a to-be-selected user with the position identification information matched with the target area according to the target area and the position identification information of the user, and determining a target user in the to-be-selected users according to the user information of the to-be-selected user and a preset label for matching; determining whether to send the early warning information or not and a target information sending channel corresponding to the early warning information according to a user strategy corresponding to the target user and the early warning information; if the target user is determined to be the user with closed-loop management, sending the prompt information of the closed-loop management to the target user, and retransmitting the prompt information when feedback is not performed within the preset time. The method and the device can realize the targeted release of the early warning information and the closed-loop management of the whole link from the sending of the early warning information to the feedback response.

Description

Method and device for disaster early warning and emergency information targeted release and closed-loop management

Technical Field

The invention relates to the technical field of disaster early warning, in particular to a method for targeted release and closed-loop management of disaster early warning and emergency information, a device for targeted release and closed-loop management of disaster early warning and emergency information, a system for targeted release and closed-loop management of disaster early warning and emergency information, electronic equipment and a computer readable storage medium.

Background

The transmission of early warning information is an important link of disaster prevention and reduction, the early warning information needs to be timely transmitted to corresponding disaster prevention responsible persons of all levels of provinces, cities, regions/counties, villages/towns/streets, villages/communities, groups and the like and possibly affected crowds, and at present, the early warning information transmission modes mainly include telephone, short messages, micro-message groups and the like.

At present, the early warning information is transmitted through short messages and WeChat groups, the group information is more, the disaster prevention responsibilities of the first line and the base layer need to spend a great deal of time to inquire and distinguish whether each early warning information in the groups is the early warning information required by the person, but only the early warning information notification can be carried out manually point to point in a telephone mode, and the working efficiency is low; and moreover, a large amount of early warning information of various types increases the burden on disaster prevention and reduction work of a base layer, so that the user experience of the existing early warning information release mode is poor.

In addition, in the prior art, only the early warning information is issued to each level of disaster prevention responsible persons, so that whether the disaster prevention responsible persons receive the early warning information or not and whether actions are taken or not cannot be confirmed, and the response process cannot be effectively managed and controlled.

Disclosure of Invention

The invention aims to provide a method and a device for disaster early warning and emergency information targeted release and closed-loop management, which are used for solving the problems that the early warning information transmission accuracy and the transmission efficiency are low, whether the disaster prevention responsible person receives the early warning information or not can not be confirmed, whether actions are taken or not, and the response process can not be effectively controlled in the prior art.

In order to achieve the above object, in a first aspect of the present invention, there is provided a method for targeted release and closed-loop management of disaster early warning and emergency information, including:

determining a target area in response to received early warning information, determining a to-be-selected user with position identification information matched with the target area according to the target area and the position identification information of the user, determining a preset label for matching in response to the early warning information, and determining a target user to be sent with the early warning information in the to-be-selected user according to the user information of the to-be-selected user and the preset label for matching, wherein the preset label comprises corresponding label attributes and label contents;

Determining whether to send the early warning information to the target user or not according to a user strategy corresponding to the target user and the early warning information, and sending the early warning information to a target information sending channel corresponding to the early warning information, and sending the early warning information according to a communication address and/or a standby communication address of the target information sending channel;

if the target user is determined to be the user with closed-loop management, the system server side sends or the terminal of the target user outputs the prompt information for closed-loop management, and resends or outputs the prompt information when feedback is not carried out within the preset time.

Optionally, the method for determining the target area in response to the received early warning information includes:

if the early warning information is early warning information based on disaster risk areas, determining an early warning area corresponding to the disaster risk areas as the target area according to the position information of the disaster risk areas in the early warning information;

if the early warning information is early warning information based on disaster risk points, determining a preset influence area corresponding to the early warning level of the disaster risk points of the disaster type as the target area according to the position information, the disaster type and the early warning level of the disaster risk points in the early warning information.

Optionally, the determining, in response to the early warning information, a preset tag for matching includes:

determining a disaster type, an early warning type and an early warning grade in the early warning information, and a corresponding relation between the pre-stored disaster type, the early warning type and the early warning grade and a preset label, and determining the preset label which corresponds to the disaster type, the early warning type and the early warning grade in the early warning information and is used for matching; or alternatively

Responding to the early warning information to display options of preset labels, and receiving selection operation of a user to determine the preset labels for matching; the preset labels consist of label attributes and label contents.

Optionally, the determining, according to the user information of the candidate user and the preset tag for matching, the target user to send the early warning information in the candidate user includes:

determining a user tag with tag attributes matched with the tag attributes of the preset tag used for matching according to the user information of the user to be selected and the tag attributes of the preset tag used for matching;

determining that the user to be selected, of which the tag content is matched with the tag content of the preset tag for matching, is the target user according to the tag content of the preset tag for matching and the tag content of the user tag of the user to be selected; and/or

And determining a target user group with the label content of the user label matched with the label content of the preset label for matching according to the label content of the preset label for matching and the label content of the user label of the user group where the user to be selected is located, and determining that the user to be selected in the target user group is the target user.

Optionally, after determining, according to the user information of the user to be selected and the preset tag for matching, a target user to be sent with the early warning information in the user to be selected, before determining, according to a user policy corresponding to the target user and the early warning information, whether to send the early warning information to the target user and a corresponding target information sending channel for sending the early warning information, the method further includes:

receiving information of a temporary receiver input by a user, and determining the temporary receiver as a target user;

receiving user entered information, determining at least one of a user policy of the temporary recipient, and whether to perform a closed loop.

Optionally, the determining whether to send the early warning information according to the user policy corresponding to the target user and the early warning information includes:

If the early warning information is disaster early warning information which is not researched and judged, judging whether the disaster type, the early warning type and the early warning level in the early warning information accord with the sending strategy according to the sending strategy contained in the user strategy corresponding to the target user and the early warning information; if the sending strategy is met, sending the early warning information; if the sending strategy is not met or the sending strategy does not exist, the early warning information is not sent;

judging whether disaster type, early warning type and early warning grade are included in the early warning information if the early warning information is manually input or the disaster early warning information which is already researched and judged, and judging whether the disaster type, the early warning type and the early warning grade accord with the sending strategy according to the sending strategy contained in the user strategy corresponding to the target user if the disaster type, the early warning type and the early warning grade are obtained from the early warning information; if the sending strategy is met or if the sending strategy does not exist, sending the early warning information; if the sending strategy is not met, the early warning information is not sent; and if the early warning information does not comprise at least one of the disaster type, the early warning type and the early warning grade, sending the early warning information.

Optionally, the determining, according to the user policy corresponding to the target user and the early warning information, a corresponding target information sending channel for sending the early warning information includes:

if the user policy corresponding to the target user contains a custom channel policy, determining whether the disaster type, the early warning type and the early warning level are contained in the early warning information, if yes, determining that the target custom channel policy which accords with the disaster type, the early warning type and the early warning level in the custom channel policy is a target channel policy, and if not, determining the default channel policy contained in the user policy as a target channel policy;

if the user strategy corresponding to the target user does not contain the custom channel strategy, determining a default channel strategy contained in the user strategy as a target channel strategy;

and determining the target information sending channels according to the preset sequence of different information sending channels in the target channel strategy.

Optionally, the method for determining the user policy corresponding to the target user includes:

judging whether the target users are grouped in advance;

if yes, taking the group policy of the user group to which the target user belongs as the user policy corresponding to the target user.

Optionally, the resending the prompt information includes:

determining whether the target information transmission channel is an information transmission channel with the end of sequencing in the target channel strategy, if so, retransmitting the prompt information based on the target information transmission channel; if not, updating the target information transmission channel to be the next information transmission channel of the target information transmission channel, and retransmitting the prompt information according to the communication address and/or the standby communication address of the updated target information transmission channel.

Optionally, the method for determining the target user as a closed-loop managed user includes:

judging whether the target user belongs to at least one of users provided with a closed-loop feedback strategy/a calling response strategy;

if yes, determining that the target user is a closed-loop management user. Optionally, if the target user is determined to be a user for closed-loop management, the system server sends or outputs a prompt message for closed-loop management from the terminal of the target user, and resends or outputs the prompt message when feedback is not performed after a preset time length, where the method includes:

if the target user is a closed-loop feedback user, the system server side sends or outputs the feedback prompt information by the terminal of the target user, and resends or outputs the prompt information when the feedback information is not received after a first preset time period;

If the target user is a user with a calling response, the system server side sends or the terminal of the target user outputs prompt information for calling response within a second preset time period, and if the second preset time period is not received or the auditing is not passed after the calling response information is received, the prompt information is sent or output again.

Optionally, if the target user is a user with closed loop feedback, after the system server sends or the terminal of the target user outputs the prompt information for feedback, the method further includes: setting the initial feedback state of the target user as not fed back;

determining whether feedback information of the target user is received or not in a third preset time length every interval;

if yes, updating the feedback state of the target user to be fed back, and outputting and displaying feedback information;

if not, keeping the feedback state of the target user unchanged.

Optionally, if the target user is a user who responds to the call, the method further includes that after the system server is triggered to send or trigger the terminal of the target user to output the prompt information for responding to the call within a second preset duration, the method further includes:

Setting the initial calling response state of the target user as called; determining whether the calling response information of the target user is received or not in a fourth preset time length every interval;

if yes, updating the calling response state of the target user into called movement, and outputting and displaying the calling response information, wherein the calling response information comprises at least one of a situation description, a picture, a video, position information and an online state;

if not, keeping the calling response state of the target user unchanged.

The second aspect of the present invention provides a method for disaster early warning and targeted release and closed-loop management of emergency information, which is used in combination with the above method, and the method comprises:

the terminal of the target user outputs the received early warning information and prompt information;

and if the feedback information and/or the calling response information input by the target user are received, the feedback information and/or the calling response information are sent to a server.

Optionally, if the prompt information is a prompt information for performing a calling response, and if the calling response information input by the target user is received, the calling response information is sent to a server, including:

And if the operation input by the target user is received, generating at least one of a condition description, a picture, a video and a punching position, sending the generated at least one of the condition description, the picture, the video and the punching position to a server, and/or sending the obtained at least one of the online state and the real-time position of the user to the server every fifth preset time.

In a third aspect of the present invention, there is provided an apparatus for targeted release and closed-loop management of disaster warning and emergency information, comprising:

the determining module is used for determining a target area in response to the received early warning information, and determining a user to be selected, the position identification information of which is matched with the target area, according to the target area and the position identification information of the user; determining a preset label for matching in response to the early warning information, and determining a target user to be sent with the early warning information in the user to be selected according to the user information of the user to be selected and the preset label for matching, wherein the preset label comprises a corresponding label attribute and label content;

the processing module is used for determining whether to send the early warning information to the target user or not and sending a target information sending channel corresponding to the early warning information according to a user strategy corresponding to the target user and the early warning information;

The sending module is used for sending the early warning information according to the communication address and/or the standby communication address of the target information sending channel; if the target user is determined to be the user with closed-loop management, the system server side sends or the terminal of the target user outputs the prompt information for closed-loop management, and resends or outputs the prompt information when feedback is not carried out within the preset time.

In a fourth aspect of the present invention, there is provided an apparatus for targeted release and closed-loop management of disaster warning and emergency information, comprising:

the receiving module is used for receiving the early warning information and the prompt information;

the output module is used for outputting the received early warning information and the received prompt information;

and the uploading module is used for sending the feedback information and/or the calling response information to the server if the feedback information and/or the calling response information input by the target user are received.

In a fifth aspect of the present invention, a system for disaster warning and targeted release and closed-loop management of emergency information is provided, which includes a system server for executing the above method, and a terminal for executing the above method.

In a sixth aspect of the present invention, an electronic device is provided, including a memory, a processor, and a computer program stored in the memory and capable of running on the processor, where the processor implements the method for targeted release and closed-loop management of disaster early warning and emergency information described above when the processor executes the computer program.

In a seventh aspect of the present invention, a computer readable storage medium is provided, in which instructions are stored which, when run on a computer, cause the computer to perform the above-described method of disaster early warning and targeted distribution and closed loop management of emergency information.

The technical scheme of the invention has at least the following beneficial effects:

according to the method and the device, the target user is determined through intelligent matching, the early warning information can be accurately issued to the corresponding user responsible for disaster prevention and reduction, the target issuing of the early warning information is realized, and meanwhile, the target information is sent to the communication address and/or the standby communication address of the user through configuring different user strategies for the user, so that the sending of the early warning information can be effectively ensured. And for the user configured as closed-loop management, if the user does not feed back the received early warning information within the preset time period based on the closed-loop feedback strategy, retransmitting or outputting the prompt information, and uploading the response condition after receiving the early warning to the platform based on the dynamic response strategy, thereby realizing the closed-loop management from the sending of the early warning information to the whole link of feedback and response.

Additional features and advantages of embodiments of the invention will be set forth in the detailed description which follows.

Drawings

The accompanying drawings are included to provide a further understanding of embodiments of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain, without limitation, the embodiments of the invention. In the drawings:

FIG. 1 is a method flow diagram of a method for targeted release and closed-loop management of disaster warning and emergency information provided by a preferred embodiment of the present invention;

FIG. 2 is a method flow diagram of another method for targeted release and closed-loop management of disaster warning and emergency information provided by the preferred embodiment of the present invention;

FIG. 3 is a schematic block diagram of an apparatus for targeted release and closed-loop management of disaster warning and emergency information provided by a preferred embodiment of the present invention;

FIG. 4 is a schematic block diagram of another apparatus for targeted distribution and closed-loop management of disaster warning and emergency information provided by a preferred embodiment of the present invention;

fig. 5 is a schematic diagram of a terminal device according to a preferred embodiment of the present invention.

Description of the reference numerals

10-terminal equipment, 100-processor, 101-memory, 102-computer program.

Detailed Description

The following describes specific embodiments of the present invention in detail with reference to the drawings. It should be understood that the detailed description and specific examples, while indicating and illustrating the invention, are not intended to limit the invention.

As shown in fig. 1, the present embodiment provides a method for targeted release and closed-loop management of disaster early warning and emergency information, including:

determining a target area in response to the received early warning information, determining a to-be-selected user with the position identification information matched with the target area according to the target area and the position identification information of the user, determining a preset label used for matching in response to the early warning information, and determining a target user to be sent with the early warning information in the to-be-selected user according to the user information of the to-be-selected user and the preset label used for matching, wherein the preset label comprises a corresponding label attribute and label content;

determining whether to send early warning information to a target user or not and a target information sending channel corresponding to the early warning information according to a user strategy corresponding to the target user and the early warning information, and sending the early warning information according to a communication address and/or a standby communication address of the target information sending channel;

if the target user is determined to be the user for closed-loop management, the system server side sends or the terminal of the target user outputs the prompt information for closed-loop management, and resends or outputs the prompt information when feedback is not carried out in the preset time.

Therefore, the target user is determined through intelligent matching, the early warning information can be accurately issued to the corresponding user responsible for disaster prevention and reduction, the target issuing of the early warning information is realized, and meanwhile, the target information is sent to the communication address and/or the standby communication address of the user through configuring different user strategies for the user, so that the sending of the early warning information can be effectively ensured. And for the user configured as closed-loop management, if the user does not feed back the received early warning information within the preset time period based on the closed-loop feedback strategy, retransmitting or outputting the prompt information, and uploading the response condition after receiving the early warning to the platform based on the dynamic response strategy, thereby realizing the closed-loop management from the sending of the early warning information to the whole link of feedback and response.

In the application, the early warning information can be early warning information of disaster early warning events which are automatically output by the forecast data, the monitoring data and the like through the forecast early warning analysis model, or the monitoring early warning analysis model, or the early warning information and/or the emergency information which are manually input by a user, or the early warning information which is manually released after the early warning information output by the analysis model is researched and judged by the user. The early warning information at least comprises one or more of disaster type, position information of disaster risk points, early warning type, early warning level, longitude and latitude, prompting time, surrounding thermodynamic population and the like. The disaster type is any one of earthquake disasters, flood disasters, geological disasters and forest and grass fire disasters, wherein the flood disasters comprise mountain flood disasters, urban waterlogging disasters and geological disasters comprise landslide disasters, debris flow disasters and collapse disasters; the early warning type is any one of forecasting early warning, monitoring early warning and monitoring alarm; the early warning level is any one of a red level, an orange level, a yellow level and a blue level.

It can be understood that if the position information in the early warning information is an administrative region, determining the administrative region as a target region; if the position information in the early warning information is longitude and latitude coordinates, determining a region with a preset size and a preset shape with a longitude and latitude coordinate point as a center as a target region according to the longitude and latitude coordinates in the acquired early warning information; or determining the target administrative region corresponding to the longitude and latitude coordinates as the target region according to the longitude and latitude coordinates in the acquired early warning information and an administrative region map stored in a database in advance. For example, when the target longitude and latitude coordinates are 104.08 and 30.55, determining that the target administrative area where the target longitude and latitude coordinates are located is XX county XX village of XX province according to the target longitude and latitude coordinates and the administrative area map, and determining that the target administrative area is the target area.

In the application, the preset label is a label related to early warning information release, and comprises a corresponding label attribute and label content. The tag attribute is a description of a tag and is used for classifying specific contents, for example, in the application, the tag attribute can include disaster type, administrative department, user role and the like; the tag content is specific information in tag attributes in the tag, for example, the tag content can be mountain floods, water service offices, emergency authorities, operators on duty, masses and the like. The preset labels used for matching are preset labels related to the target users for determining the current early warning information to be sent in the preset labels, for example, the preset labels used for matching comprise disaster type labels with label content of mountain floods, administrative department labels with label content of water authorities and user role labels with label content of operators on duty, and if the user information of the user to be selected is matched with the preset labels used for matching, the user to be selected is determined to be the target user for sending the early warning information.

Wherein, responding to the early warning information to determine the preset label for matching comprises the following steps: and determining the disaster type, the early warning type and the early warning level in the early warning information, and the corresponding relation between the pre-stored disaster type, the pre-stored early warning type and the pre-set tag, and determining the pre-set tag for matching, which corresponds to the disaster type, the pre-warning type and the pre-warning level in the early warning information. The preset labels for matching are corresponding to different disaster types and early warning grades, for example, the preset labels for matching, which correspond to earthquake types, early warning types, monitoring and warning grades and red grades, comprise administrative department labels with label content of earthquake bureaus and user role labels with label content of department responsible persons or on duty persons or masses; for another example, the preset labels for matching, which correspond to the disaster type of mountain torrents, the early warning type of monitoring alarm and the early warning grade of red grade, comprise administrative department labels with label content of water service bureaus and user role labels with label content of on-duty personnel.

Or, the preset label for matching may also display an option of the preset label in response to the early warning information, and receive a selection operation of the user to determine the preset label for matching. For example, a preset label for matching of the current early warning information is determined by a manual selection mode through a selection component provided by the system.

In the present application, the early warning information may be early warning information based on a region, that is, early warning information based on a disaster risk region, or early warning information based on a point location, that is, early warning information based on a disaster risk point.

If the early warning information is early warning information based on disaster risk areas, determining the early warning area corresponding to the disaster risk areas as a target area according to the position information of the disaster risk areas in the early warning information; for example, if the location information of the disaster risk area in the early warning information is the area a of XX county, the early warning area corresponding to the disaster risk area may be the area a, or XX county, or any one of the areas including the area a of XX county.

If the early warning information is early warning information based on disaster risk points, determining a preset influence area corresponding to the early warning level of the disaster risk points of the disaster type as a target area according to the position information, the disaster type and the early warning level of the disaster risk points in the early warning information. For example, if the position information of the disaster risk area in the early warning information is longitude and latitude coordinates (X, Y), the disaster type is torrential flood, and the early warning level is red, determining that the preset influence area corresponding to the disaster risk point is an area B; for another example, if the early warning level in the early warning information is a blue level, the preset influence area corresponding to the disaster risk point is determined to be an area C, wherein the area C is smaller than the area B. It will be appreciated that the determination of the preset influence area may also be determined according to the geological environment, the population thermodynamic distribution, or the household population distribution of the corresponding area, which is not limited herein.

For example, determining that the preset label for matching of the received early warning information comprises a disaster type label with label content of mountain torrents, an administrative department label with label content of emergency administration, and a user role label with label content of on-duty personnel, determining a target area through an administrative area (comprising longitude and latitude coordinate groups) or longitude and latitude coordinates of the early warning information, and determining a user to be selected matched with the target area according to the position identification information of each user; the location identification information of each user may be a current location/area of each user, or may be a location/area of each user concerned.

For example, the location identification information of the user may be XX city, XX county or XX village, and the like, the location identification information of the user is matched with the determined target area, and if the location indicated by the location identification information of the user belongs to the target area, the user is determined to be the user to be selected. It will be appreciated that matching the location identification information of the user with the determined target area includes: the area corresponding to the position identification information of the user comprises a target area, or the area corresponding to the position identification information of the user is identical to the target area, or the position/area corresponding to the position identification information of the user is positioned in the target area.

After the user to be selected is determined, user information of the user to be selected is matched with a preset label for matching of current early warning information, and a target user is further determined. For example, if it is determined that the administrative department of the user to be selected belongs to the emergency administration according to the user information of the user to be selected, and the user to be selected is an on-duty person who needs to respond to the mountain torrent early warning, the user to be selected is determined to be a target user. It can be appreciated that the user information of each user may be preconfigured, for example, the administrative department, the job position, which disaster early warning needs to be responded to or what disaster early warning information needs to be received, etc. to which each user belongs are recorded in advance. It is to be understood that the user information of each user may be a user portrait, and the user portrait is formed by a plurality of tags, for example, a disaster type tag, an administrative department tag, a user role tag, and the like corresponding to each user are stored in a database in advance, and when determining the target users, each target user can be determined by tag matching.

In the application, determining the target user to send the early warning information in the user to be selected according to the user information of the user to be selected and the preset label for matching includes:

And determining the user label of which the label attribute contained in the user information of the user to be selected is matched with the label attribute of the preset label used for matching according to the user information of the user to be selected and the label attribute of the preset label used for matching. For example, if the tag attribute of the preset tag for matching includes a disaster type, an administrative department, and a user role, it is determined that the tag attribute of the tag included in the user information is a disaster type, an administrative department, and the tag of the user role is a user tag.

And determining the user to be selected, of which the tag content is matched with the tag content of the preset tag for matching, as a target user according to the tag content of the preset tag for matching and the tag content of the user tag of the user to be selected. For example, if the label content of the preset label used for matching is that the disaster type is torrent, the administrative department is water service bureau or village commission, and the user role is on duty or disaster prevention responsible person, it is determined that the label content of the disaster type label in the user label is torrent, the administrative department label is water service bureau or village commission, and the user with the user role as on duty or disaster prevention responsible person is the target user.

If the user to be selected belongs to the user group which is divided in advance, determining a target user group with the label content of the user label matched with the label content of the preset label used for matching according to the label content of the preset label used for matching and the label content of the user label of the user group with the user to be selected, and determining the user to be selected in the target user group as the target user. For example, if the user to be selected belongs to a pre-divided user group a, if the tag content of the user tag of the user group a matches with the tag content of the preset tag for matching, determining all the users to be selected in the user group a as target users.

In the application, after determining the target user to send the early warning information in the candidate user according to the user information of the candidate user and the preset label for matching, determining whether to send the early warning information to the target user or not according to the user policy corresponding to the target user and the early warning information and before sending the corresponding target information sending channel of the early warning information, the method further comprises: receiving information of a temporary receiver input by a user, and determining the temporary receiver as a target user; receiving user entered information, determining at least one of a user policy of the temporary recipient, and whether to perform a closed loop. For example, when it is necessary to transmit the warning information to the temporary recipient, the temporary recipient may be manually determined as the target user by manually configuring information of the temporary recipient, such as configuring a user policy of the temporary recipient, whether closed-loop management is performed, and the like.

In the application, different target users may correspond to different user policies, where the user policies at least include a sending policy that whether to issue early warning information to the target users and a channel policy that what information sending channel is used to issue early warning information. Determining whether to send the early warning information according to the user policy corresponding to the target user and the early warning information comprises the following steps:

if the early warning information is disaster early warning information which is not researched and judged, judging whether the disaster type, the early warning type and the early warning level in the early warning information accord with the sending strategy according to the sending strategy contained in the user strategy corresponding to the target user and the early warning information; if the sending strategy is met, sending early warning information; if the sending strategy is not met or the sending strategy does not exist, the early warning information is not sent.

In general, since the accuracy of the undeveloped disaster warning information is lower than that of the undeveloped disaster warning information, if the current disaster warning information is the undeveloped disaster warning information, the target user is not sent when the current disaster warning information does not meet the sending policy of the target user or the target user is not configured with the sending policy. For example, information such as disaster type, early warning grade and the like in early warning information is obtained, the disaster type in the received early warning information is mountain torrents, the early warning type is monitoring and warning, and the early warning grade is red grade; if the sending strategy configured by the target user is that the disaster type is mountain torrent, the early warning type is forecast early warning, and the early warning level is red, the early warning information is sent, so that in the case, the current early warning information does not accord with the sending strategy of the target user, and the current early warning information is not sent to the target user because the current early warning information is the early warning information which is not subjected to research and judgment.

As a possible implementation manner, after the determining that the current early warning information is not sent to the target user, an operation instruction for judging the current early warning information may also be received. For example, the operation instruction is received through a mouse and a keyboard to research and judge the current early warning information; or the current early warning information is researched and judged by receiving the operation intelligence through the touch screen.

If the early warning information is manually input or the disaster early warning information which is subjected to research and judgment, judging whether the early warning information comprises a disaster type, an early warning type and an early warning level, if the disaster type, the early warning type and the early warning level are obtained from the early warning information, judging whether the disaster type, the early warning type and the early warning level accord with a sending strategy according to a sending strategy contained in a user strategy corresponding to a target user; if the sending strategy is met or if the sending strategy does not exist, sending early warning information; if the sending strategy is not met, the early warning information is not sent; and if the early warning information does not comprise at least one of disaster type, early warning type and early warning grade, sending the early warning information.

In the application, if the current early warning information is manually input early warning information, for example, manually input early warning information after on-site monitoring by a staff, or early warning information obtained after manual research and judgment is performed on the early warning information automatically generated by the model, because the early warning information after manual research and judgment or the early warning information generated after on-site monitoring by the staff has higher accuracy, even if the target user does not have a sending strategy corresponding to the current early warning information, the early warning information is sent to the target user. In addition, if the current early warning information does not include the disaster type, the early warning level, the disaster type and the early warning type, the disaster type and the early warning level, the early warning type and the early warning level, or the disaster type, the early warning type and the early warning level, the early warning information is sent to the target user.

In the application, determining a corresponding target information sending channel for sending the early warning information according to a user policy corresponding to a target user and the early warning information includes: if the user strategy corresponding to the target user comprises the custom channel strategy, determining whether the early warning information comprises the disaster type, the early warning type and the early warning level, if yes, determining the target custom channel strategy which accords with the disaster type, the early warning type and the early warning level in the custom channel strategy as the target channel strategy, and if not, determining the default channel strategy contained in the user strategy as the target channel strategy.

For each user, the user-defined channel strategy can be configured in advance, and the priority of the user-defined channel strategy is higher than that of the default channel strategy. If the user policy of the target user has the custom channel policy, determining whether to take the custom channel policy as the target channel policy according to whether the disaster type, the early warning type and the early warning level of the early warning information meet the custom channel policy of the target user; if the user policy of the target user does not have the custom channel policy, determining that the default channel policy is the target channel policy, and determining the target information sending channels according to the preset sequence of different information sending channels in the target channel policy.

The target channel strategy comprises different sending orders of the information sending channels. For example, the target channel policy includes information transmission channels such as a short message channel, an outbound channel, and an APP channel. The information sending channels in the target channel strategies can be the same or different, for example, in one target channel strategy, the information sending channels are: the message channel, the outbound channel and the outbound channel represent that in the target channel strategy, the order of the message sending channels is that the message is sent through the message channel, then the outbound channel is sent, and finally the message is sent through the outbound channel. For example, if the current early warning information is manually input or manually released after being ground and judged, the steps for realizing the targeted release of the early warning information are as follows:

s1: and acquiring early warning information manually released after manual input or research and judgment.

S2: and responding to the received options of the early warning information display labels, and receiving a selection operation of a user to determine the preset labels and the target areas for matching.

For example, the preset labels for matching include information types/disaster types selected by the user, administrative areas to which the user belongs, command parts to which the user belongs, departments to which the user belongs, operators on duty, potential point liability people/informationans, people, and the like; the information types/disaster types comprise flood disasters, geological disasters, forest fire disasters, earthquake disasters, emergencies, notices and the like; the command part comprises an earthquake relief command part, a flood prevention drought resistance command part, a geological disaster prevention command part, a forest and grassland fire prevention and extinguishment command part and the like; the city (state), county, village, etc. selected by the user are the target areas.

S3: and determining the candidate users with the position identification information matched with the target area according to the determined target area and the position identification information of the users.

S4: determining each target user matched with the preset label for matching according to the preset label for matching and the user label corresponding to each user in the database; and the temporary receiving person input by the user is taken as a target user.

S5: and determining whether to send the early warning information according to the user strategy of the target user and the early warning information.

In the present application, the target user may include a personal end user and a group end user, where the group end user may be all listeners corresponding to the large horn, or all viewers corresponding to the display screen.

S6: when the early warning information is determined to be sent, if a user strategy of a target user has a custom channel strategy, determining whether the early warning information contains a disaster type, an early warning type and an early warning level, if so, determining that a target custom channel strategy which accords with the disaster type, the early warning type and the early warning level in the custom channel strategy is a target channel strategy, and if not, determining the default channel strategy contained in the user strategy as the target channel strategy; if the user policy of the target user does not have the custom channel policy, determining that the default channel policy is the target channel policy, and determining the target information sending channels according to the preset sequence of different information sending channels in the target channel policy.

For example, the default transmission policy may be: the strategy corresponding to the earthquake intensity prompt report is that the earthquake magnitude is greater than the triggering magnitude by 5 degrees or the earthquake center intensity is greater than the triggering intensity by 4 degrees, and then APP and short message automatic release are carried out; and when the early warning level reaches the orange level, sending early warning information. It will be appreciated that the policies in this application correspond to rules set in the business rules engine.

After determining whether to send the early warning information, further determining a sending channel of the early warning information, and in step S6, different information sending channels in the target channel strategy include at least one of a short message channel, an outbound channel, an APP channel, a megaphone channel and a display screen channel, and sending the early warning information by adopting any one of the short message channel, the outbound channel, the APP channel, the megaphone channel, the display screen channel and the like.

In another specific example of the present application, the custom channel policy and the default channel policy in the user policies for different users are different.

For example, when the target user is an xx county water manager, the custom channel policy is:

The information sending channels sequentially ordered in the first channel strategy when the target disaster type is torrential flood and the target early warning grade meets the yellow grade are as follows: short message-resend short message;

the information sending channels sequentially ordered in the second channel strategy when the target disaster type is torrential flood and the target early warning grade meets the orange grade are as follows: short message-resend short message-outbound-re-outbound;

the information sending channels sequentially ordered in the third channel strategy when the target disaster type is torrential flood and the target early warning grade meets the red grade are as follows: short message-resend short message-outbound-re-outbound-standby handset outbound/second handset outbound. The standby mobile phone number refers to the standby mobile phone number of the target user, and the second mobile phone number is the mobile phone number of the associated person of the target user.

The information sending channels ordered sequentially in the default channel strategy are as follows: short message, resend short message and outbound; the specific sending mode is that the short message of the early warning information is sent within 30 minutes, the short message is not fed back for resending within 1 minute, and the intelligent outbound is automatically carried out within 2 minutes after the resending.

In addition, the user policy also comprises a short message merging and sending policy and a closed loop feedback policy, wherein the short message merging and sending policy is that when pointers are used for publishing a plurality of early warning information of the same user by adopting a short message channel, the plurality of early warning information can be merged into one short message to be published; the closed-loop feedback strategy refers to the condition that a user belongs to a user of closed-loop management and needs to feed back the receiving and responding conditions of the early-warning information after receiving the early-warning information.

Aiming at temporary receiving personnel, a selection button of a release channel, a selection button whether to feed back, a selection button whether to call, and time setting when feedback is needed are also arranged; and determining a default channel strategy, a closed loop feedback strategy and a calling response strategy in the user strategies of temporary receiving personnel, duty personnel, hidden danger point responsibility personnel and construction point responsibility personnel according to the operation of the user.

For example, in the user policies of temporary receiving personnel, duty personnel, hidden danger point responsibility personnel and construction point responsibility personnel, the default channel policies of the user are: the specific sending mode is that the short message is sent for-1 minute without feedback to resend the short message, and the intelligent outbound is automatically carried out 2 minutes after resending without feedback; and determining that temporary receiving personnel, duty personnel, hidden danger point responsibility personnel and construction point responsibility personnel are users needing closed-loop management according to a closed-loop feedback strategy and a calling response strategy in a user strategy, and particularly, users needing closed-loop feedback and calling response.

In a specific example of the application, for different types of target users, the information sending channels included in the target channel policies are also different, for example, for personal terminal users in the target users, the target channel policies include at least one channel of channels such as a short message channel, an outbound channel, an APP channel and the like; aiming at group terminal users in target users, the target channel strategy comprises at least one channel of channels such as a megaphone channel and a display screen channel.

Specifically, whether the target user is a personal terminal user or a group terminal user can be determined according to the terminal identification information of any information transmission channel included in the target channel strategy of the target user, so that early warning information is transmitted through the determined target information transmission channel. If the target user is a personal terminal user, the target channel strategy of the target terminal user comprises identification information of a short message channel, an outbound channel, an APP channel and the like; if the target user is a group terminal user, the target channel strategy of the target terminal user comprises identification information of a large horn channel, a display screen channel and the like.

If the target information sending channel is a short message channel, generating an early warning short message based on early warning information and a preset short message template, and automatically sending the early warning short message according to a target telephone number correspondingly stored by the target user;

or if the target information sending channel is an outbound channel, generating early warning outbound audio based on early warning information and a preset outbound audio template, and automatically carrying out telephone outbound according to the telephone number correspondingly stored by the target user;

or if the target information sending channel is a large horn channel, generating early warning audio based on the early warning information and a preset audio template, and sending the early warning audio to a large horn and outputting according to the horn equipment ID correspondingly stored by the target user;

Or if the target information sending channel is a display screen channel, generating early warning display content based on the early warning information and a preset display content template, and sending the early warning display content to a display screen for display according to the display screen equipment ID correspondingly stored by the target user;

or if the target information sending channel is an APP channel, generating early warning display content based on the early warning information and a preset display content template, and sending the early warning display content to the APP and displaying according to the APP identifier correspondingly stored by the target user.

In the application, the target user may be divided into different user groups in advance, and different user group policies may be configured for different user groups, and the method for determining the user policy corresponding to the target user includes: judging whether the target users are grouped in advance; if yes, the group policy of the user group to which the target user belongs is taken as the user policy corresponding to the target user. If the target user belongs to the pre-divided user group, the user group strategy of the user group to which the target user belongs is taken as the user strategy of the target user.

Then, in another specific example of the present application, step S5 includes:

if the target users are grouped in advance, the group sending strategy and the group channel strategy of the group to which the target users belong are used as the sending strategy and the channel strategy of the target users for each target user.

The personal sending strategy and the channel strategy of the target user, and the group sending strategy and the group channel strategy of the affiliated group are self-defined strategies or default strategies, and if the self-defined strategies do not exist in the personal or affiliated group of the target user, the default strategies are adopted, namely the priority of the self-defined strategies is higher than that of the default strategies; the group to which the target user belongs may be an emergency department leader group, an xx county staff, and the like.

In the application, if the target user is a user for closed-loop management, the system server side is required to send the prompt information for closed-loop management to the terminal of the target user, or the terminal of the target user outputs the prompt information for closed-loop management, and if the target user does not feed back within the preset time length, the prompt information is required to be resent or output. Wherein, resend the prompt message, include: determining whether the target information transmission channel is an information transmission channel with the end of sequencing in the target channel strategy, if so, retransmitting prompt information based on the target information transmission channel; if not, updating the target information transmission channel as the next information transmission channel of the target information transmission channel, and retransmitting the prompt information according to the communication address and/or the standby communication address of the updated target information transmission channel.

For example, in the target channel policy of the target user, the preset information transmission channel is: and (2) short message 1-short message 2-outbound 1-outbound 2, firstly determining the first information transmission channel ordered in the preset information transmission channels as a target information transmission channel, namely, short message 1 as the target information transmission channel, wherein it can be understood that 1 is the identification information of the current information transmission channel. Further judging whether the target information transmission channel is an information transmission channel with the end of the sequence in the preset information transmission channels, for example, the short message 1 is not the information transmission channel with the end of the sequence in the preset information transmission channels, so that the target information transmission channel is updated to be the short message 2, and the short message 2 is retransmitted; if the target information transmission channel is an information transmission channel with the end of the sorting in the preset information transmission channels, for example, the target information transmission channel is an outbound 2, the channel of the outbound 2 is used for transmitting prompt information again; or stopping sending the prompt information; or, the update target information transmission channel is short message 1, and the retransmission is performed by short message 1, and so on, which is not limited herein.

In the application, the method for determining the target user as the user with closed-loop management comprises the following steps: judging whether the target user belongs to at least one of users provided with a closed loop feedback strategy/a calling response strategy; if yes, determining the target user as a closed-loop management user. For example, for closed-loop management users, a closed-loop feedback strategy and/or a dynamic response strategy may be configured for each user in advance. If the target user is determined to be a user for closed-loop management, the system server sends or outputs a prompt message for closed-loop management from the terminal of the target user, and resends or outputs the prompt message when the feedback is not performed after a preset time length, including:

If the target user is a closed-loop feedback user, the system server side sends or outputs the feedback prompt information by the terminal of the target user, and resends or outputs the prompt information when the feedback information is not received after the first preset time length. After receiving the prompt message, the user configured as closed-loop feedback can feed back through a short message reply or voice reply mode. For example, if the user receives the prompt message through the short message, the user can feed back by replying to the predefined content, for example replying to the numbers 1 and 2; for example, if the user receives the prompt information through the outbound call, the user can feed back through the voice reply, for example, after receiving the outbound call, the user directly replies the outbound call, such as replying that the received information is received, or replying whether the content is heard, or replying the numbers 1 and 2, etc.

If the target user is a user of the calling response, the system server side sends or the terminal of the target user outputs prompt information for the calling response within a second preset time period, and if the calling response information is not received after the second preset time period or the auditing is not passed after the calling response information is received, the prompt information is resent or output. After receiving the prompt message, the user configured to call for the response needs to feed back the position information, the field picture or the video. For example, the user can upload the position, the picture or the video through the APP, and if the uploaded information does not pass the audit, prompt information is sent or output to the user again so as to prompt the user to feed back the information again.

If the target user is a user with closed loop feedback, after the system server side sends or the terminal of the target user outputs the prompt information for feedback, the method further comprises the following steps: setting the initial feedback state of the target user as not fed back; determining whether the target user receives feedback information or not according to a third preset time length at intervals, wherein the third preset time length can be the same as the first preset time length or different from the first preset time length; if yes, updating the feedback state of the target user into fed back state, and outputting and displaying feedback information; if not, keeping the feedback state of the target user unchanged.

If the target user is a user for calling and responding, the triggering system server sends or triggers the terminal of the target user to output the prompt message for calling and responding in a second preset time period, and the method further comprises the following steps: setting the initial calling response state of the target user as called; determining whether the target user receives the call response information or not according to a fourth preset time length at intervals, wherein the fourth preset time length can be the same as the second preset time length or different from the second preset time length; if yes, updating the calling movement response state of the target user into called movement, and outputting and displaying calling movement response information, wherein the calling movement response information comprises at least one of condition description, pictures, videos, position information and online state; if not, the calling response state of the target user is kept unchanged.

For example, in order to realize whether the target user receives the early warning information, that is, to realize the call response to the target user, a group closed loop feedback strategy to be fed back is further set in the group to which part of the users belong, and a closed loop feedback strategy is further set in the group to which part of the users are not grouped, if the target user belongs to the user, the generated early warning short message may include receiving the reply 1, and the early warning outbound audio includes requesting whether the reply content is heard or not, and the like.

And S7, if the feedback information of the target user is received, the feedback information of the target user is stored, and the feedback state of the target user is updated to be fed back. Specifically, if feedback information of the early warning short message is received, the short message record is saved, and if the feedback information of the telephone outbound is received as listening or other audios, the call record is saved and converted into a text record.

S8, if feedback information of the target user is not received after the early warning short message is sent, the early warning short message is resent after an interval of 10 minutes; or sending early warning outbound audio after an interval of 10 minutes; or the early warning short message is retransmitted after 10 minutes of interval, and the early warning outbound audio is retransmitted when the feedback information is not received after 10 minutes of retransmission.

S9, determining feedback conditions aiming at a short message channel, an outbound channel and an APP channel at different intervals, and outputting and displaying; for example, for a short message channel, feedback conditions are determined and output and displayed every 1 minute, and for an outbound channel, feedback conditions are determined and output and displayed every 10 minutes.

Specifically, the information sending quantity, the quantity to be fed back, the fed back quantity and the quantity not to be fed back can be determined and output and displayed according to the quantity of sending early warning short messages or early warning outbound voice frequency, the quantity of users needing to be fed back in terminal users sending early warning information and the feedback state of each target user.

After early warning information is automatically generated or the early warning information is automatically generated and is automatically or manually released or manually input after being researched and judged, in order to realize the calling of potential point responsibility people and construction point responsibility people, namely, the responsibility people shoot pictures and videos of potential points or construction points, record real-time moving tracks and/or card punching tracks of the responsibility people and upload, a group calling response strategy which needs calling response is also set for groups to which the potential point responsibility people belong and groups to which disaster-bearing body construction point responsibility people belong; for partial ungrouped personal terminal users, a calling response strategy which needs to carry out calling response is also arranged, and for temporary receiving personnel, a selection button which is used for judging whether to carry out calling response is also arranged.

If the target user has the user, through an APP channel, APP early warning display content comprises: receiving and requesting to feed back pictures and/or videos in the APP, keeping APP display at the front end and allowing uploading of position data, and/or requesting to punch cards at a card punching point and the like.

After the target user feeds back information, obtaining the picture and/or video uploaded by the terminal of the target user, storing the picture and/or video, and outputting and displaying the stored picture and/or video. For example, the real-time position of the terminal of the target user, which is acquired and uploaded by the early warning APP of the front end interface, is acquired, the track of the target user is generated and displayed, and/or the card punching position of the terminal of the target user is acquired and displayed, and the track of the target user is generated and displayed.

If the picture, the video or the position uploaded by the terminal of the target user is received, the calling response information uploaded by the target user is stored, the calling response state of the target user is updated to be called, and if not, the calling response state is kept to be called.

Meanwhile, the number of called users and the number of called users not to be called can be determined and displayed according to the number of users needing to respond in the users sending the APP early warning display content and the calling response state of each user.

In the application, an application program for receiving early warning information, carrying out calling feedback and calling response exists on the terminal of each user, and after the terminal user receives the early warning information, a circle with a disaster risk position as a circle center and a set distance as a radius is displayed on a map displayed on an interface, so that the user can intuitively acquire the disaster risk position and the influence range. And (3) displaying a button for clicking confirmation on each early warning information on the interface for displaying each early warning information, and sending confirmed feedback information to the server if the user clicks the button. After selecting any one of the early warning information for detailed display, a button for 'calling and reporting' is displayed, if the user clicks the button, each area for shooting pictures or videos, reporting positions and situation descriptions is displayed, and the reporting button is displayed, if the user clicks the reporting button, the pictures or videos, the position information and the situation descriptions are sent to the server; the server updates the called response status to called.

The following describes the early warning information sending feedback process according to the present application with a specific example, as follows:

taking the electronic equipment as an example, the early warning information of the landslide forecast early warning event is automatically generated, and the target area of the landslide forecast early warning event is A city B land of Sichuan province, the disaster type is landslide, the early warning type is forecast early warning, and the early warning grade is orange grade.

Determining a user to be selected, the position identification information of which is matched with the target area, according to the target area and the position identification information of each user in the database, and determining a preset label for matching according to landslide of a disaster type, forecast and early warning of an early warning type and orange grade of an early warning level; and determining each target user of the early warning information to be sent according to the preset label for matching and the user information of each user to be selected.

And judging whether the target disaster type, the target early warning type and the target early warning level accord with the group sending strategy or not according to the group sending strategy, the group channel strategy, the target disaster type, the target early warning type and the target early warning level of the group to which the target user belongs aiming at each target user, if so, sending early warning information, and if not, not sending the early warning information.

According to each group channel strategy of the target user, a transmission mode corresponding to each group channel strategy, a target disaster type and a target early warning grade, determining a target group channel strategy which is in accordance with the target disaster type and the target early warning grade, and transmitting early warning information according to the preset sequence of different information transmission channels in the target group channel strategy, namely, short message-resend short message-outbound-re-outbound.

According to the early warning short message generated by the early warning information and the target user number correspondingly stored by the target user, automatically sending the early warning short message, storing the reply short message and updating the feedback state of the target user to be fed back if the reply short message of the target user is received, and retransmitting the early warning short message after an interval of 10 minutes if the reply short message of the target user is not received; if the reply short message is received, the reply short message is stored, and the feedback state of the target user is updated to be fed back; if the reply short message is not received yet, early warning outbound audio occurs after an interval of 10 minutes, if the reply audio is received, the reply audio is stored, and the feedback state of the target user is updated to be fed back.

Aiming at the short message channel, the information sending quantity, the quantity to be fed back and the actual feedback quantity are determined and output and displayed according to the quantity of the sent early warning short messages, the labels of whether the groups of each target user which sends the early warning short messages need to be fed back or not and the feedback state of each target user every 1 minute.

For the outbound channel, determining the information sending quantity, the feedback quantity and the actual feedback quantity according to the quantity of sending early warning outbound audio, the labels of whether each target user group of sending early warning outbound audio needs to be fed back or not and the feedback state of each target user every 10 minutes, and outputting and displaying.

The following describes, as another specific example, an early warning information sending feedback process of the temporary user of the present application, as follows:

because the system administrator cannot completely determine all personnel information or disaster types, or when a certain number of personnel need to be temporarily added for notification after the disaster occurs, or when a system user needs to send accident disaster or other information related to public health events by means of the system, the system user needs to manually enter information and issue the information.

The electronic device obtains manually entered early warning information or other information, for example, the early warning information is "mountain torrent yellow risk prompt: based on research and judgment analysis, mountain torrents orange risk early warning exists near the A city and the B city at about a certain time on a certain month, and the areas are protected to avoid hazard caused by disasters.

Receiving a target user tag of information to be received selected manually, and selecting a preset tag for matching on a receiving object comprises: the information types are flood, the command part is a flood prevention drought resistance command part, and the departments are an emergency management bureau and a meteorological bureau; and determines the target area as XX county.

Determining a user to be selected, the position identification information of which is matched with the target area, according to the target area and the position identification information of each user in the database; and determining each target user of the early warning information to be sent according to the preset label for matching and the user information corresponding to each user to be selected in the database.

According to the manually selected release channel and the selection button which needs to be fed back, whether the release channel is a short message or not is determined, so that the short message is generated based on early warning information or other information, and the short message is automatically sent according to the target telephone number which is correspondingly stored by each target user and the telephone number of the temporary receiver which is manually input.

After clicking to release and send the early warning short message, if the feedback information of the user is received, the feedback information of the user is saved, and the feedback state of the user is updated to be fed back.

As shown in fig. 2, in a second aspect of the present invention, a method for disaster early warning and targeted release and closed-loop management of emergency information is provided, and the method is used in combination with the above method, and includes:

and if the feedback information and/or the calling response information input by the target user are received, the feedback information and/or the calling response information are sent to the server.

Optionally, if the prompt information is prompt information for performing the calling response, if the calling response information input by the target user is received, the calling response information is sent to the server, including:

If the operation input by the target user is received, at least one of a condition description, a picture, a video and a punching position is generated and sent to the server, and/or at least one of the acquired user online state and real-time position is sent to the server every fifth preset time length.

As shown in fig. 3, in a third aspect of the present invention, there is provided an apparatus for targeted release and closed-loop management of disaster early warning and emergency information, including:

the determining module is used for responding to the received early warning information, determining a target area, and determining a user to be selected, the position identification information of which is matched with the target area, according to the target area and the position identification information of the user; determining a preset label for matching in response to the early warning information, and determining a target user to be sent with the early warning information in the user to be selected according to the user information of the user to be selected and the preset label for matching, wherein the preset label comprises a corresponding label attribute and label content;

the processing module is used for determining whether to send the early warning information to the target user or not and a target information sending channel corresponding to the early warning information according to the user strategy corresponding to the target user and the early warning information;

The sending module is used for sending early warning information according to the communication address and/or the standby communication address of the target information sending channel; if the target user is determined to be the user for closed-loop management, the system server side sends or the terminal of the target user outputs the prompt information for closed-loop management, and resends or outputs the prompt information when feedback is not carried out in the preset time.

It will be apparent to those skilled in the art that, for convenience and brevity of description, only the above-described division of the functional units and modules is illustrated, and in practical application, the above-described functional distribution may be performed by different functional units and modules according to needs, i.e. the internal structure of the apparatus is divided into different functional units or modules to perform all or part of the above-described functions. The functional units and modules in the embodiment may be integrated in one processing unit, or each unit may exist alone physically, or two or more units may be integrated in one unit, where the integrated units may be implemented in a form of hardware or a form of a software functional unit. In addition, specific names of the functional units and modules are only for convenience of distinguishing from each other, and are not used for limiting the protection scope of the present application. The specific working process of the units and modules in the above system may refer to the corresponding process in the foregoing method embodiment, which is not described herein again.

As shown in fig. 4, in a fourth aspect of the present invention, there is provided an apparatus for targeted release and closed-loop management of disaster early warning and emergency information, including:

the output module is used for outputting the received early warning information and prompt information;

In a sixth aspect of the present invention, an electronic device is provided, including a memory, a processor, and a computer program stored in the memory and executable on the processor, where the processor implements the method for disaster early warning and targeted release and closed-loop management of emergency information described above when the processor executes the computer program.

Fig. 5 is a schematic diagram of a terminal device according to an embodiment of the present invention. As shown in fig. 5, the terminal device 10 of this embodiment includes: a processor 100, a memory 101, and a computer program 102 stored in the memory 101 and executable on the processor 100. The steps of the method embodiments described above are implemented by the processor 100 when executing the computer program 102. Alternatively, the processor 100, when executing the computer program 102, performs the functions of the modules/units of the apparatus embodiments described above.

By way of example, computer program 102 may be partitioned into one or more modules/units that are stored in memory 101 and executed by processor 100 to accomplish the present invention. One or more of the modules/units may be a series of computer program instruction segments capable of performing a specific function for describing the execution of the computer program 102 in the terminal device 10. For example, the computer program 102 may be split into a determination module, a processing module, a transmission module, or into a reception module, an output module, or an uploading module.

The terminal device 10 may be a computing device such as a desktop computer, a notebook computer, a palm computer, and a cloud server. Terminal device 10 may include, but is not limited to, a processor 100, a memory 101. It will be appreciated by those skilled in the art that fig. 5 is merely an example of the terminal device 10 and is not limiting of the terminal device 10, and may include more or fewer components than shown, or may combine certain components, or different components, e.g., the terminal device may also include input-output devices, network access devices, buses, etc.

The processor 100 may be a central processing unit (Central Processing Unit, CPU), but may also be other general purpose processors, digital signal processors (Digital Signal Processor, DSP), application specific integrated circuits (Application Specific Integrated Circuit, ASIC), off-the-shelf programmable gate arrays (Field-Programmable Gate Array, FPGA) or other programmable logic devices, discrete gate or transistor logic devices, discrete hardware components, or the like. A general purpose processor may be a microprocessor or the processor may be any conventional processor or the like.

The memory 101 may be an internal storage unit of the terminal device 10, such as a hard disk or a memory of the terminal device 10. The memory 101 may also be an external storage device of the terminal device 10, such as a plug-in hard disk provided on the terminal device 10, a Smart Media Card (SMC), a Secure Digital (SD) Card, a Flash memory Card (Flash Card), or the like. Further, the memory 101 may also include both an internal storage unit and an external storage device of the terminal device 10. The memory 101 is used to store computer programs and other programs and data required by the terminal device 10. The memory 101 may also be used to temporarily store data that has been output or is to be output.

In a seventh aspect of the present invention, a computer readable storage medium is provided, in which instructions are stored which, when executed on a computer, cause the computer to perform the above-described method for disaster early warning and targeted distribution and closed-loop management of emergency information.

The alternative embodiments of the present invention have been described in detail above with reference to the accompanying drawings, but the embodiments of the present invention are not limited to the specific details of the above embodiments, and various simple modifications may be made to the technical solutions of the embodiments of the present invention within the scope of the technical concept of the embodiments of the present invention, and all the simple modifications belong to the protection scope of the embodiments of the present invention.

In addition, the specific features described in the above embodiments may be combined in any suitable manner without contradiction. In order to avoid unnecessary repetition, the various possible combinations of embodiments of the invention are not described in detail.

Those skilled in the art will appreciate that all or part of the steps in a method for implementing the above embodiments may be implemented by a program stored in a storage medium, where the program includes several instructions for causing a single-chip microcomputer, chip or processor (processor) to perform all or part of the steps in a method according to various embodiments of the invention. And the aforementioned storage medium includes: a U-disk, a removable hard disk, a Read-Only Memory (ROM), a random access Memory (RAM, random Access Memory), a magnetic disk, or an optical disk, or other various media capable of storing program codes.

In addition, any combination of the various embodiments of the present invention may be made, so long as it does not deviate from the idea of the embodiments of the present invention, and it should also be regarded as the disclosure of the embodiments of the present invention.

Claims

1. A method for targeted release and closed-loop management of disaster pre-warning and emergency information, comprising:

2. The method of claim 1, wherein the method of determining the target area in response to the received pre-warning information comprises:

3. The method of claim 1, wherein the determining a preset tag for matching in response to the pre-warning information comprises:

4. The method according to claim 1, wherein the determining, according to the user information of the candidate users and the preset tag for matching, the target user to send the early warning information in the candidate users includes:

5. The method according to claim 1, wherein after determining a target user to send the early warning information in the candidate users according to the user information of the candidate users and the preset tag for matching, the method further comprises, before determining whether to send the early warning information to the target user and the corresponding target information sending channel for sending the early warning information according to the user policy corresponding to the target user and the early warning information:

6. The method of claim 1, wherein the determining whether to send the pre-warning information according to the user policy corresponding to the target user and the pre-warning information comprises:

7. The method according to claim 1, wherein the determining a corresponding target information transmission channel for transmitting the early warning information according to the user policy corresponding to the target user and the early warning information includes:

8. The method of claim 1, wherein the method of determining the user policy corresponding to the target user comprises:

judging whether the target users are grouped in advance;

9. The method of claim 7, wherein the resending the hint information comprises:

determining whether the target information transmission channel is an information transmission channel with the end of the sorting in the target channel strategy;

if yes, resending the prompt information based on the target information sending channel;

if not, updating the target information transmission channel to be the next information transmission channel of the target information transmission channel, and retransmitting the prompt information according to the communication address and/or the standby communication address of the updated target information transmission channel.

10. The method of claim 5, wherein the method of determining that the target user is a closed-loop managed user comprises:

if yes, determining that the target user is a closed-loop management user.

11. The method of claim 1, wherein if the target user is determined to be a user for closed-loop management, the system server sends or outputs a prompt message for closed-loop management from a terminal of the target user, and resends or outputs the prompt message when the feedback is not performed after a preset period of time, where the method includes:

12. The method of claim 11, wherein if the target user is a closed-loop feedback user, after the system server sends or outputs the feedback prompt message from the terminal of the target user, the method further comprises: setting the initial feedback state of the target user as not fed back;

if not, keeping the feedback state of the target user unchanged.

13. The method of claim 11, wherein if the target user is a user who responds to a call, the method further comprises, after the triggering system server sends or triggers the terminal of the target user to output the prompt message for responding to the call within a second preset duration:

If not, keeping the calling response state of the target user unchanged.

14. A method for targeted release and closed-loop management of disaster warning and emergency information, for use with the method of any one of claims 1-13, the method comprising:

15. The method of claim 14, wherein if the prompt message is a prompt message for a caller response, and if caller response message input by a target user is received, sending the caller response message to a server, comprising:

16. The utility model provides a disaster early warning and urgent information's target release and closed loop management's device which characterized in that includes:

17. The utility model provides a disaster early warning and urgent information's target release and closed loop management's device which characterized in that includes:

18. A system for disaster early warning and targeted release and closed-loop management of emergency information, comprising a system server for executing the method of any one of claims 1 to 13, and a terminal for executing the method of any one of claims 14 to 15.

19. An electronic device comprising a memory, a processor and a computer program stored in the memory and executable on the processor, characterized in that the processor when executing the computer program implements the method of targeted release and closed-loop management of disaster warning and emergency information according to any one of claims 1 to 13 or the method of targeted release and closed-loop management of disaster warning and emergency information according to any one of claims 14 to 15.

20. A computer readable storage medium having instructions stored therein which, when run on a computer, cause the computer to perform the method of targeted release and closed-loop management of disaster warning and emergency information of any one of claims 1 to 13 or to implement the method of targeted release and closed-loop management of disaster warning and emergency information of any one of claims 14 to 15.