CN116030603A - Method and system for sending closed-loop early warning information based on short message and outbound call - Google Patents
Method and system for sending closed-loop early warning information based on short message and outbound call Download PDFInfo
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Abstract
The invention discloses a method and a system for sending closed-loop early warning information based on short messages and outbound calls, and belongs to the technical field of information early warning. The method comprises the following steps: generating early warning information; automatically generating an early warning short message according to the early warning information, and automatically sending the early warning short message to a corresponding disaster prevention responsible person; according to the early warning information, carrying out automatic telephone calling to the corresponding disaster prevention responsible person; judging whether the early warning information is closed or not within a preset time after the early warning short message or the automatic telephone outbound is sent, if the early warning information is not closed, judging whether the early warning short message is needed to be sent again automatically or whether the automatic telephone outbound is carried out; if the early warning short message is required to be automatically sent again or the automatic telephone outbound is required to be carried out, the early warning short message is automatically sent to the disaster prevention responsible person corresponding to the early warning information or the automatic telephone outbound is carried out. The invention improves the working effectiveness of weather early warning closed-loop management.
Description
Technical Field
The invention belongs to the technical field of information early warning, and particularly relates to a closed-loop early warning information sending method and system based on short messages and outbound calls.
Background
The gas is the first disaster prevention line, the weather early warning information is the starting gun for disaster prevention and reduction work, and the weather early warning information is required to be timely transmitted to all disaster prevention responsible persons in cities, counties (areas), villages (towns, streets), villages (communities) and groups. At present, weather early warning information transmission modes mainly comprise modes of mobile phone short messages, weChat groups, voice outbound and the like.
The early warning information is transmitted by the traditional 3G and 4G mobile phone short message transmission modes, only the transmission record comprises the transmission times, the short message transmission content, the transmission time and the like, and whether the disaster prevention responsible person receives or not and whether the early warning information content is checked or not can not be recorded, so that the problem of no response of the management and transmission exists, and the aim of "shouting" and "calling" the disaster prevention responsible person is not realized.
The early warning information can be timely transmitted to the group through a WeChat group transmission mode, but disaster prevention responsibilities are smart phones, and partial remote mountain areas and advanced disaster prevention responsibilities use old mobile phones (non-smart phones) and cannot receive the information through the WeChat mode; even if disaster prevention responsibilities reply in the WeChat group, the reply time, the reply percentage of each time period and which persons do not reply yet cannot be counted timely, and all the problems are counted and judged only by manpower, so that the method is time-consuming and labor-consuming and has low efficiency.
The early warning information is transmitted through voice outbound, the disaster prevention responsible person can receive the information in time, but the disaster prevention responsible person can not ensure whether the disaster prevention responsible person completely listens to the early warning information content or not by means of the mode of realizing early warning information closed loop through specified key feedback, and the disaster prevention responsible person can only listen once and cannot review or listen to the early warning information again at any time, so that the disaster prevention responsible person cannot grasp the detailed content of the early warning information at any time.
The method for transmitting the early warning information through the mobile phone short message, the voice outbound and the micro message group is to firstly establish the group and then adopt a group sending and general sending mode, so that the burden is increased for the disaster prevention and reduction work of the base layer in an intangible way, and for first-line disaster prevention responsible persons, only the early warning information of hidden danger points in the responsibility range of the first-line disaster prevention responsible persons is focused on, and excessive redundant and useless early warning information is not pointed at all.
In the above-mentioned way of transmitting the early warning information, in general, the simple mechanical repeated transmission or repeated outbound is used, so that the transmission cost is only increased, and after many complicated repeated information is received by the user due to busy work or meeting, the user needs to spend time to inquire and distinguish the real content of the early warning information, which results in low working efficiency.
For the threshold condition of the automatic early warning information, the rainfall threshold value is generally live rainfall data, and is mainly based on whole point data, the time advance of the early warning information is seriously influenced by monitoring 1 time in one hour, so that the emergency preparation time is reduced, and even the risk avoiding transfer is delayed.
Disclosure of Invention
The invention aims to overcome the defects of the prior art and provides a closed-loop early warning information sending method and system based on short messages and outbound calls.
The aim of the invention is realized by the following technical scheme: according to a first aspect of the invention, a method for sending closed-loop early warning information based on short messages and outbound calls comprises the following steps:
generating early warning information;
automatically generating an early warning short message according to the early warning information, and automatically sending the early warning short message to a corresponding disaster prevention responsible person, wherein the early warning short message contains a unique website link associated with a mobile phone number of the disaster prevention responsible person corresponding to a disaster point;
according to the early warning information, carrying out automatic telephone calling to the corresponding disaster prevention responsible person;
whether the early warning information is closed or not within a preset time after the early warning short message is automatically sent or the automatic telephone is called out is intelligently judged, and if the early warning information is not closed, whether the early warning short message is required to be automatically sent again or the automatic telephone is called out is judged;
if the early warning short message is required to be sent again or the automatic telephone outbound is required to be carried out, the early warning short message is automatically sent to a disaster prevention responsible person corresponding to the early warning information or the automatic telephone outbound is carried out;
and if the disaster prevention responsibilities respectively click on the respective unique website links in the early warning short message or completely answer the automatic telephone outbound, the early warning information is closed loop.
Further, generating the early warning information includes:
acquiring live rainfall monitored by weather stations associated with each disaster point and forecast rainfall of each disaster point for one hour in the future as early warning rainfall;
judging whether to generate early warning information according to the early warning rainfall and a preset early warning level: if the live rainfall of the weather station associated with the disaster point and the forecast rainfall of each disaster point in the future for one hour reach the preset early warning level, and the number of times of carrying out rainfall early warning information service in the past first preset time is less than 1, early warning information is automatically generated.
Further, generating the early warning information includes:
acquiring input weather disaster information, wherein the weather disaster information comprises early warning period numbers, early warning types, a sending range and a release unit;
according to the weather disaster information, matching the mobile phone number of the disaster prevention responsible person corresponding to the weather disaster information in a pre-established basic information database;
and generating early warning information according to the weather disaster information and the corresponding mobile phone number of the disaster prevention responsible person.
Further, the implementation method of the automatic telephone outbound comprises the following steps: and an intelligent outbound robot queue is generated by using a mobile cloud customer service outbound service and using java through AI (advanced technology) creation, so that batch simultaneous voice outbound is realized.
Further, according to the early warning information, an automatic call is made to the corresponding disaster prevention responsible person, which comprises the following steps:
judging whether each piece of non-closed-loop latest early warning information in the early warning database needs to make an automatic telephone outbound;
if the latest early warning information without closed loop needs to make an automatic telephone outbound, the content of the early warning information is automatically converted into voice and the voice outbound service is started.
Further, the closed-loop early warning information sending method further comprises the following steps:
after the early warning information is automatically generated, the early warning information is automatically inserted into a pre-established early warning database;
and updating the state of the closed-loop information in the early-warning database when the early-warning information is closed-loop.
A closed-loop early warning information sending system based on short messages and outbound calls comprises:
the rainfall early warning software module is used for automatically generating early warning information when the early warning rainfall meets preset conditions, automatically generating early warning short messages according to the early warning information, and automatically sending the early warning short messages to corresponding disaster prevention responsibilities, wherein the early warning short messages contain unique website links associated with mobile phone numbers of the disaster prevention responsibilities corresponding to disaster points;
the weather disaster early warning software module is used for generating early warning short messages according to the input weather disaster information and automatically sending the early warning short messages to corresponding disaster prevention responsibilities, wherein the early warning short messages contain unique website links associated with mobile phone numbers of the disaster prevention responsibilities corresponding to disaster points;
the outbound software module is used for carrying out automatic telephone outbound to the corresponding disaster prevention responsible person according to the early warning information;
the weather service platform is used for acquiring live rainfall monitored by weather stations associated with each disaster point, forecast rainfall of each disaster point for one hour in the future and input weather disaster information; the method comprises the steps of creating and updating a basic information database, and creating and updating an early warning database; and the method is used for judging whether the early warning information is closed in a preset time after the early warning short message or the automatic telephone outbound is sent, and if the disaster prevention responsible person clicks the unique website link in the early warning short message or completely receives the automatic telephone outbound, the early warning information is closed.
Further, the rainfall early warning software module is developed by adopting Python+PyCharm, the weather disaster early warning software module is developed by adopting Python+PyCharm+PyQt, and the weather service platform is developed by adopting Java EE+SQL.
Further, the implementation method of the automatic telephone outbound comprises the following steps: and an intelligent outbound robot queue is generated by using a mobile cloud customer service outbound service and using java through AI (advanced technology) creation, so that batch simultaneous voice outbound is realized.
Further, sending the early warning short message to a corresponding disaster prevention responsible person, including: based on the mobile phone short message API interface, the early warning short message is sent to the corresponding disaster prevention responsible person.
The beneficial effects of the invention are as follows:
(1) According to the invention, through one-to-one matching of disaster points, mobile phone numbers of disaster prevention responsibilities and automatic weather stations, accurate targeted transmission of disaster point rainfall early warning is realized, unnecessary early warning information is prevented from being received by the disaster prevention responsibilities, and the working efficiency of disaster prevention and reduction service personnel is improved;
(2) According to the method, the rainfall forecast of 1 hour in the future is added to the threshold condition of the rainfall early warning, so that the time advance of the early warning is increased. According to the method, conditions of heavy rainfall early warning and short-time heavy rainfall missing report can be made up by dynamically monitoring rainfall live conditions and a future rainfall forecast method for 1 hour; when local short-time heavy rainfall is met, as long as the early warning rainfall at a certain disaster point is monitored to meet the threshold condition, early warning information is automatically pushed immediately to disaster prevention responsible persons associated with the disaster point, and first-line disaster prevention responsible persons can take danger avoidance measures in advance, so that life and property losses of masses of people are avoided or reduced;
(3) The invention improves the refinement level of the weather early warning service. The invention fully considers the fine weather service requirements of all levels of disaster prevention responsibilities, improves the pertinence of weather early warning service, divides the disaster prevention responsibilities into 5 levels of cities, counties, towns, villages and disaster sites, adopts the principle of 'grading charge and grading management', divides an intelligent weather service platform into three levels of cities, counties and towns, divides disaster early warning into three levels according to rainfall threshold values, divides measures corresponding to early warning information into three levels, and transmits different levels of early warning information to different disaster prevention responsibilities according to responsibility division;
(4) The invention improves the working effectiveness of weather early warning closed-loop management. According to the invention, the short message and the voice outbound loop are highly fused, so that timeliness and integrity of early warning information transmission are ensured, and weather early warning of shouting and answering of disaster prevention liability people are realized. The disaster prevention responsible person can ensure that the disaster prevention responsible person receives or hears the complete early warning information content at the first time by clicking the unique website link at the tail of the early warning information short message or by completely answering the voice outbound content to confirm the closed loop; the early warning information can be issued at the same time, and the responsible person feeds back one by one, so that confusion can not occur; an administrator accesses the weather service platform through the Internet, refers to and manages the detailed conditions of accurate targeted sending of early warning information and realizing short messages and outbound loops. The method is convenient for first-line disaster prevention responsibilities to develop disaster prevention and reduction work timely and efficiently, and is beneficial to a sound disaster prevention and reduction early warning response mechanism. The method adopts a self-defined sending time mode, scientifically sets the time of repeatedly sending the short message and calling out the voice, ensures that disaster prevention responsibilities can timely and completely receive early warning information, and can effectively avoid the disaster prevention responsibilities from receiving the same information.
Drawings
FIG. 1 is a flow chart of one embodiment of a method of closed loop warning information transmission;
FIG. 2 is a block diagram of one embodiment of a closed loop type early warning information transmission system;
FIG. 3 is a block diagram of one embodiment of a weather service platform in a closed loop early warning information delivery system.
Detailed Description
The technical solutions of the present invention will be clearly and completely described below with reference to the embodiments, and it is apparent that the described embodiments are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by a person skilled in the art without any inventive effort, are intended to be within the scope of the present invention, based on the embodiments of the present invention.
Referring to fig. 1 to 3, the present embodiment provides a method and a system for sending closed-loop early warning information based on a short message and an outbound call:
the first aspect of the invention provides a closed-loop early warning information sending method based on short messages and outbound calls. As shown in fig. 1, the method for sending closed-loop early warning information includes steps S100 to S500, which are described in detail below.
And S100, generating early warning information.
In some embodiments, generating the pre-warning information includes:
and S101, acquiring early warning rainfall monitored by weather stations associated with each disaster point.
For example, by the rainfall early warning automatic transmission software deployed on the weather department server, dynamic intelligent recognition (automatic recognition update every 5 minutes) goes to "live rainfall for the past 2 hours+forecast rainfall for the future 1 hour (hereinafter, the combination of both will be simply referred to as early warning rainfall).
Step S102, judging whether to generate early warning information according to the early warning rainfall and a preset early warning level: if the rainfall of the weather station associated with the disaster point reaches a preset early warning level and the number of times of performing rainfall early warning information service in the past first preset time is less than 1, early warning information is generated.
For example, the three early warning levels of I, II and III are divided according to the magnitude of the early warning rainfall value of a disaster point in county (district), when the early warning rainfall of a certain disaster point reaches a threshold value condition and the relevant disaster prevention responsible person of the disaster point does not send the rainfall early warning information in the past 1 hour, early warning information is generated, and if the relevant disaster prevention responsible person of the disaster point sends the rainfall early warning information in the past 1 hour, early warning information is not generated.
In some embodiments, generating the pre-warning information includes:
and S111, acquiring input weather disaster information (irregular weather disaster early warning information content such as geological (mountain torrent) disaster weather risk early warning) and the like, wherein the weather disaster information comprises early warning period numbers, early warning types, sending ranges and issuing units.
And S112, matching the mobile phone number of the disaster prevention responsible person corresponding to the weather disaster information in a pre-established basic information database according to the weather disaster information.
The basic information database stores related information, such as mobile phone numbers of disaster prevention responsibilities, and the like, for example, disaster points are associated with automatic weather stations one by one, disaster points are associated with disaster prevention responsibilities one by one, and the associated information is written into the basic information database.
S113, generating early warning information according to the weather disaster information and the corresponding mobile phone number of the disaster prevention responsible person.
In some embodiments, the pre-warning information is inserted into a pre-created pre-warning database after the pre-warning information is generated.
And S200, automatically generating an early warning short message according to the early warning information, and automatically sending the early warning short message to the corresponding disaster prevention responsible person, wherein the early warning short message contains a unique website link associated with the mobile phone number of the disaster prevention responsible person corresponding to the disaster point.
In some embodiments, when the rainfall early warning is performed, the early warning short message comprises content such as rainfall live condition, rainfall forecast, disaster point early warning level, website link (unique) associated with the mobile phone number of the disaster prevention responsible person corresponding to the disaster point, and the like; when weather disaster early warning is carried out, the early warning short message comprises early warning period number, early warning category, issuing unit, website link (unique) associated with the mobile phone number of the disaster prevention responsible person corresponding to the disaster point and the like.
In some embodiments, the mobile phone number of the disaster prevention responsible person corresponding to the matching layer in the basic information database according to the early warning information, and then the early warning short message is sent to the corresponding disaster prevention responsible person, so that the accurate targeted automatic sending of the early warning short message is realized. If disaster prevention liability people associate a plurality of disaster points, when meeting the condition that the multiple points meet the threshold value simultaneously, automatically summarizing and transmitting rainfall early warning information of the disaster points to the associated disaster prevention liability people.
In some embodiments, the early warning short message is sent to the corresponding disaster prevention responsible person based on the mobile phone short message API interface.
And step 300, carrying out automatic telephone outbound to the corresponding disaster prevention responsible person according to the early warning information.
In some embodiments, the method for implementing the automatic call-out includes: and an intelligent outbound robot (the number is determined according to the number of service objects) queue is generated by using mobile cloud customer service outbound service and using java through AI creation, so that batch simultaneous voice outbound is realized.
In some embodiments, according to the early warning information, an automatic call-out is made to a corresponding disaster prevention responsible person, including:
and S301, judging whether each piece of non-closed-loop early warning information in the early warning database needs to make an automatic call-out.
For example, for the early warning information that the telephone outgoing call is not made, the telephone outgoing call is immediately made; and judging whether the time of calling the early warning information again is reached or not according to the non-closed-loop early warning information of calling the telephone, and if so, immediately calling the telephone.
In some embodiments, the non-closed loop warning information in the warning database may be monitored periodically (e.g., every 2 minutes).
And S302, if the early warning information which is not closed-loop needs to be subjected to automatic telephone outbound, automatically converting the content of the early warning information into voice and starting voice outbound service.
Step 400, judging whether the early warning information is closed or not within a preset time after the early warning short message or the automatic telephone outbound is sent, and if the early warning information is not closed, judging whether the early warning short message is required to be sent again or whether the automatic telephone outbound is carried out; and if the disaster prevention responsible person clicks a unique website link in the early warning short message or completely listens to the automatic telephone outbound, the early warning information is closed loop.
In this embodiment, two modes of early warning information closed loop exist, one is to click on a unique website link in the early warning short message, and the other is to completely answer the content of the automatic call.
In some embodiments, when the pre-warning information is closed-loop, the state of the closed-loop information in the pre-warning database is updated.
S500, if the early warning short message is required to be sent again or the automatic telephone call is required to be sent, the early warning short message is sent to the disaster prevention responsible person corresponding to the early warning information or the automatic telephone call is required to be sent.
For example, for the disaster prevention responsible who does not meet the information closed loop requirement due to the incomplete answering of the early warning information voice content, the call is automatically called out again 15 minutes after the first call is called out, then 10 minutes is passed again, and the call is automatically called out again. After 15 minutes, automatically searching and starting voice outbound service for disaster prevention responsible persons who have not realized closed loop after sending the early warning short message, and automatically realizing early warning information closed loop after the disaster prevention responsible persons completely answer voice content; and (3) for disaster prevention responsible persons who do not meet the information closed loop requirement due to incomplete answering of the early warning information voice content, automatically calling out again 15 minutes after the first calling out, and then automatically calling out again after 10 minutes.
In some embodiments, for disaster prevention responsibilities using smart phones, a short message closed-loop mode is preferentially adopted to realize information closed-loop; for disaster prevention responsibilities using non-intelligent mobile phones, the information closed loop is realized by adopting a telephone outbound loop mode preferentially.
The second aspect of the invention provides a closed-loop early warning information sending system based on short messages and outbound calls. As shown in fig. 2, the closed-loop early warning information sending system comprises a weather service platform, a rainfall early warning software module, a weather disaster early warning software module and an outbound software module.
The rainfall early warning software module is used for generating early warning information when the early warning rainfall meets preset conditions, generating early warning short messages according to the early warning information, and sending the early warning short messages to corresponding disaster prevention liabilities, wherein the early warning short messages contain unique website links associated with mobile phone numbers of the disaster prevention liabilities corresponding to disaster points.
In some embodiments, the rainfall warning software module is developed using python+pycharm.
The weather disaster early warning software module is used for generating early warning short messages according to weather disaster information and sending the early warning short messages to corresponding disaster prevention responsibilities, wherein the early warning short messages contain unique website links associated with mobile phone numbers of the disaster prevention responsibilities corresponding to disaster points.
In some embodiments, the weather disaster early warning software module is developed by adopting Python+PyCharm+PyQt, and the weather disaster early warning software module is visual mobile phone short message sending software based on a mobile phone short message API interface.
And the outbound software module is used for carrying out automatic telephone outbound to the corresponding disaster prevention responsible person according to the early warning information.
In some embodiments, the method for implementing the automatic call-out includes: and an intelligent outbound robot queue is generated by using a mobile cloud customer service outbound service and using java through AI (advanced technology) creation, so that batch simultaneous voice outbound is realized.
In some embodiments, the outbound software module can automatically retrieve and identify smart phones and non-smart phones, and the first time the outbound is automatically associated with early warning information and disaster prevention responsibilities using elderly (non-smart) phones.
The weather service platform is used for acquiring early warning rainfall monitored by weather stations associated with each disaster point, forecast rainfall of each disaster point in the future for one hour and input weather disaster information; the method comprises the steps of creating and updating a basic information database, and creating and updating an early warning database; and the method is used for judging whether the early warning information is closed in a preset time after the early warning short message or the automatic telephone outbound is sent, and if the disaster prevention responsible person clicks the unique website link in the early warning short message or completely receives the automatic telephone outbound, the early warning information is closed.
In some embodiments, the weather service platform is developed using Java EE+SQL, including a B/S based 4-tier architecture of data tier, service tier, presentation tier, and client tier, as shown in FIG. 3. The disaster prevention responsible person clicks the unique website link at the tail of the early warning short message, and the confirmation receipt information is fed back to the weather service platform through the Internet; or completely answering the early warning information voice call, and feeding back the confirmation receipt information to the weather service platform through the answering time length record library. An administrator accesses the weather service platform through the Internet and clicks the closed-loop management, so that the closed-loop condition of various early warning information in each period can be consulted and managed.
In some embodiments, sending the early warning short message to the corresponding disaster prevention responsible person includes: based on the mobile phone short message API interface, the early warning short message is sent to the corresponding disaster prevention responsible person.
In some embodiments, the early warning information incorporated into the closed loop includes both rain early warning and weather hazard risk early warning products. The rainfall early warning product is dynamically monitored through rainfall early warning automatic sending software, automatically generated and automatically sent; the weather disaster risk early warning products are manually input by a local weather department forecaster. The early warning information firstly sends mobile phone short messages to all disaster prevention responsibilities which are in closed-loop management in a precise targeting way, and automatically calls out the old at the first time (aiming at the situation that a user with busy line or abnormal signal during outbound calls out 1 time after 2 minutes); after 15 minutes, automatically calling out the disaster prevention responsible person who does not realize the short message and the calling-out loop; then, after 10 minutes, calling the disaster prevention responsible person who does not realize the short message and the calling ring; and finally, after 50 minutes from the first short message, automatically sending a closed-loop short message of [ important reminding ] to a person who does not realize the short message and the outbound loop for the last time.
The disaster prevention responsible person realizes closed loop by clicking the unique website link at the end of the short message or by completely answering the voice outbound content to confirm receipt.
The disaster prevention manager accesses the intelligent weather service platform through the Internet, can timely review the accurate target sending and confirmation receipt conditions of early warning information through the function of closed-loop management, and clicks the closed-loop management product, namely the accurate target sending conditions can be reviewed, wherein the conditions comprise the types of sent early warning products (including rainfall early warning products, geological disaster weather risk early warning, mountain torrent disaster weather risk early warning and short-time strong rainfall weather forecast), the product period number and the product content; the confirmation receipt condition of the product in the period can be consulted by clicking the closed-loop management, the weather risk early warning product, the product details, and the confirmation receipt condition comprises detailed information such as the name of a product receiver, the mobile phone number of the receiver, the county (district) where the receiver is located, the villages and towns where the receiver is located, the disaster point where the receiver is located, the receiving time, the receiving content, the confirmation time, the confirmation mode and the like.
The foregoing is merely a preferred embodiment of the invention, and it is to be understood that the invention is not limited to the form disclosed herein but is not to be construed as excluding other embodiments, but is capable of numerous other combinations, modifications and environments and is capable of modifications within the scope of the inventive concept, either as taught or as a matter of routine skill or knowledge in the relevant art. And that modifications and variations which do not depart from the spirit and scope of the invention are intended to be within the scope of the appended claims.
Claims (10)
1. The method for sending the closed-loop early warning information based on the short message and the outbound call is characterized by comprising the following steps:
generating early warning information;
automatically generating an early warning short message according to the early warning information, and automatically sending the early warning short message to a corresponding disaster prevention responsible person, wherein the early warning short message contains a unique website link associated with a mobile phone number of the disaster prevention responsible person corresponding to a disaster point;
according to the early warning information, carrying out automatic telephone calling to the corresponding disaster prevention responsible person;
judging whether the early warning information is closed or not within a preset time after the early warning short message or the automatic telephone outbound is sent, if the early warning information is not closed, judging whether the early warning short message is needed to be sent again automatically or whether the automatic telephone outbound is carried out;
if the early warning short message is required to be automatically sent again or the automatic telephone outbound is required to be carried out, the early warning short message is automatically sent to a disaster prevention responsible person corresponding to the early warning information or the automatic telephone outbound is carried out;
and if the disaster prevention responsibilities respectively click on the respective unique website links in the early warning short message or completely answer the automatic telephone outbound, the early warning information is closed loop.
2. The method for sending closed-loop early warning information based on short messages and outbound calls according to claim 1, wherein generating early warning information comprises:
acquiring live rainfall monitored by weather stations associated with each disaster point and forecast rainfall of each disaster point for one hour in the future as early warning rainfall;
judging whether to generate early warning information according to the early warning rainfall and a preset early warning level: if the live rainfall of the weather station associated with the disaster point and the forecast rainfall of each disaster point in the future for one hour reach the preset early warning level, and the number of times of carrying out rainfall early warning information service in the past first preset time is less than 1, early warning information is automatically generated.
3. The method for sending closed-loop early warning information based on short messages and outbound calls according to claim 1, wherein generating early warning information comprises:
acquiring input weather disaster information, wherein the weather disaster information comprises early warning period numbers, early warning types, a sending range and a release unit;
according to the weather disaster information, matching the mobile phone number of the disaster prevention responsible person corresponding to the weather disaster information in a pre-established basic information database;
and generating early warning information according to the weather disaster information and the corresponding mobile phone number of the disaster prevention responsible person.
4. The method for sending the closed-loop early warning information based on the short message and the outbound call according to claim 1, wherein the method for realizing the automatic telephone outbound call is as follows: and an intelligent outbound robot queue is generated by using a mobile cloud customer service outbound service and using java through AI (advanced technology) creation, so that batch simultaneous voice outbound is realized.
5. The method for sending closed-loop early warning information based on short messages and outbound call according to claim 1, wherein the automatic telephone outbound call is carried out to the corresponding disaster prevention responsible person according to the early warning information, comprising:
judging whether each piece of non-closed-loop latest early warning information in the early warning database needs to make an automatic telephone outbound;
if the latest early warning information without closed loop needs to make an automatic telephone outbound, the content of the early warning information is automatically converted into voice and the voice outbound service is started.
6. The method for sending closed-loop early warning information based on short messages and outbound calls according to claim 5, wherein the method for sending closed-loop early warning information further comprises:
after the early warning information is automatically generated, the early warning information is automatically inserted into a pre-established early warning database;
and updating the state of the closed-loop information in the early-warning database when the early-warning information is closed-loop.
7. The closed-loop early warning information sending system based on short messages and outbound calls is characterized by comprising:
the rainfall early warning software module is used for automatically generating early warning information when the early warning rainfall meets preset conditions, automatically generating early warning short messages according to the early warning information, and automatically sending the early warning short messages to corresponding disaster prevention responsibilities, wherein the early warning short messages contain unique website links associated with mobile phone numbers of the disaster prevention responsibilities corresponding to disaster points;
the weather disaster early warning software module is used for generating early warning short messages according to the input weather disaster information and automatically sending the early warning short messages to corresponding disaster prevention responsibilities, wherein the early warning short messages contain unique website links associated with mobile phone numbers of the disaster prevention responsibilities corresponding to disaster points;
the outbound software module is used for carrying out automatic telephone outbound to the corresponding disaster prevention responsible person according to the early warning information;
the weather service platform is used for acquiring early warning rainfall monitored by weather stations associated with each disaster point, forecast rainfall of each disaster point for one hour in the future and input weather disaster information; the method comprises the steps of creating and updating a basic information database, and creating and updating an early warning database; and the system is used for judging whether the early warning information is closed or not within a preset time after the early warning short message is automatically sent or the automatic telephone is called outwards, and if the disaster prevention responsible person clicks the unique website link in the early warning short message or completely receives the automatic telephone to call outwards, the early warning information is closed.
8. The short message and outbound-based closed-loop early warning information sending system according to claim 7, wherein the rainfall early warning software module is developed by python+pycharm, the weather disaster early warning software module is developed by python+pycharm+pyqt, and the weather service platform is developed by Java ee+sql.
9. The system for sending the closed-loop early warning information based on the short message and the outbound call according to claim 7, wherein the implementation method of the automatic telephone outbound call is as follows: and an intelligent outbound robot queue is generated by using a mobile cloud customer service outbound service and using java through AI (advanced technology) creation, so that batch simultaneous voice outbound is realized.
10. The short message and outbound based closed loop type early warning information transmission system according to claim 7, wherein the transmission of the early warning short message to the corresponding disaster prevention responsible person comprises: based on the mobile phone short message API interface, the early warning short message is sent to the corresponding disaster prevention responsible person.
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| CN116030603B (en) | 2023-06-09 |
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