阅读说明：本技术 一种接处警系统及方法 (Alarm receiving and processing system and method ) 是由 冯晓磊 董志勇 赵鹏 邹聪 邓希帆 于 2021-06-30 设计创作，主要内容包括：本发明公开一种接处警系统及方法,包括：警情汇聚服务器,用于收集警情信息,并将警情信息按照预设顺序发送至警情分发服务器；警情分发服务器,用于根据警情信息确定警情所属大队和支队,当所属大队存在大队接处警终端时,将警情信息分发至大队的大队接处警终端；当所属大队不存在大队接处警终端时,将警情信息分发至所属支队的支队接处警终端；大队接处警终端,用于根据警情信息生成大队调车通知单；支队接处警终端,用于根据警情信息生成支队调车通知单；中队接警终端,用于根据大队调车通知单或支队调车通知单调派车辆及作战人员出警。本发明通过设置大队接处警终端缓解支队接处警终端接处警的压力,从而提高了接处警效率。(The invention discloses an alarm receiving and processing system and a method, comprising the following steps: the alarm condition gathering server is used for collecting alarm condition information and sending the alarm condition information to the alarm condition distribution server according to a preset sequence; the warning condition distribution server is used for determining a team and a branch team of the warning condition according to the warning condition information, and distributing the warning condition information to the team alarm receiving and processing terminal of the team when the team has the team alarm receiving and processing terminal; when the large team does not have a large team alarm receiving and processing terminal, alarm information is distributed to a branch team alarm receiving and processing terminal of the branch team; the large team traffic receiving and processing terminal is used for generating a large team traffic dispatching notice sheet according to the warning information; the branch receiving and processing terminal is used for generating a branch shunting notification sheet according to the warning information; and the middle team police-receiving terminal is used for dispatching vehicles and warfare personnel to give police according to the large team dispatching notice sheet or the branch dispatching notice sheet. The pressure of the team on receiving and processing the alarm at the terminal is relieved by arranging the team on receiving and processing the alarm, so that the efficiency of receiving and processing the alarm is improved.)

1. An alarm receiving and processing system, comprising: the system comprises an alarm condition gathering server, an alarm condition distribution server, a big team receiving and processing terminal, a branch team receiving and processing terminal and a middle team receiving and processing terminal;

the alarm condition gathering server is used for collecting alarm condition information and sending the alarm condition information to the alarm condition distribution server according to a preset sequence;

the warning condition distribution server is used for determining a large team and the branch team of the warning condition according to the warning condition information, and distributing the warning condition information to the large team alarm receiving and processing terminal of the large team when the large team has the alarm receiving and processing terminal; when the large team does not have the large team alarm receiving and processing terminal, the alarm information is distributed to the branch team alarm receiving and processing terminal of the branch team;

the large team traffic receiving and processing terminal is used for generating a large team traffic dispatching notice sheet according to the warning information;

the branch receiving and processing terminal is used for generating a branch shunting notification sheet according to the warning information;

and the middle team alarm receiving terminal is used for dispatching vehicles and warfare personnel to give an alarm according to the large team dispatching notice sheet or the branch team dispatching notice sheet.

2. The system according to claim 1, wherein the alarm distribution server is further configured to determine whether the response time of the large team alarm receiving and processing terminal is greater than a threshold response time after the alarm information is distributed to the large team alarm receiving and processing terminal, and forward the alarm information to the branch team alarm receiving and processing terminal if the response time of the large team alarm receiving and processing terminal is greater than the threshold response time.

3. The system according to claim 1, wherein the squad call receiving terminal is further configured to generate a confirmation feedback sheet after receiving the squad call ticket or the squad call ticket, and send the confirmation feedback sheet to the squad call receiving terminal and the squad call receiving terminal.

4. The alarm system according to claim 1, wherein the alarm distribution server comprises: the system comprises an address extraction unit, a jurisdiction determination unit, a large-team determination unit and a distribution unit;

the address extraction unit is used for extracting the address information of the alarm situation place from the alarm situation information;

the district determining unit is used for determining a large team and a branch team to which the alarm belongs according to the address information;

the team determination unit is used for determining whether the team of the team has the police receiving and processing terminal;

the distributing unit is used for distributing the alarm information to the large team alarm receiving and processing terminal of the large team when the large team alarm receiving and processing terminal exists; and when the large team to which the alarm belongs does not have the large team alarm receiving and processing terminal, the alarm information is distributed to the branch team alarm receiving and processing terminal of the branch team to which the alarm belongs.

5. The alarm system of claim 1, wherein the fleet alarm receiving and processing terminal comprises: a team planning unit and a team dispatching unit;

the large team scheme setting unit is used for setting a scheme according to the alarm information to generate large team scheme setting information;

and the team dispatching unit is used for generating a team dispatching notice sheet according to the warning information and a preset dispatching rule.

6. The system of claim 5, wherein the squad alarm receiving terminal comprises: the system comprises a pre-judgment unit, a branch queue planning unit and a branch queue dispatching unit;

the pre-judging unit is used for judging whether the warning situation information generates the large-team scheme information in the large-team scheme unit;

the branch filing unit is used for filing according to the alarm information to generate branch filing information when the alarm information does not generate the large-team filing information in the large-team filing unit;

and the branch dispatching unit is used for generating a branch dispatching notice sheet according to the warning information and a preset dispatching rule when the warning information does not generate the large-team standing case information in the large-team standing case sheet.

7. The alert receiving and processing system according to claim 5, wherein the fleet alert receiving and processing terminal further comprises a repetition determination unit, the repetition determination unit is configured to determine whether there is a repetition between the historical fleet solution information and the current fleet solution information within a threshold time period before generating the fleet shunting advice note, and if so, merge the current fleet solution information and the historical fleet solution information.

8. The alarm system of claim 1, further comprising: the mobile combat terminal and the command center display terminal;

the fighter is used for reporting the position and the site information of the vehicle to the command center display end through the mobile combat terminal;

and the command center display end is used for displaying the position and the site information of the vehicle in real time.

9. An alarm system as claimed in claim 1, wherein the predetermined sequence is a time first-to-time sequence or an emergency first-to-secondary sequence.

10. An alarm receiving and processing method applied to the alarm receiving and processing system of any one of claims 1-9, comprising:

collecting alarm information through an alarm aggregation server, and sending the alarm information to the alarm distribution server according to a preset sequence;

determining a large team and the branch team of the alarm according to the alarm information through an alarm distribution server, and distributing the alarm information to the large team alarm receiving and processing terminal of the large team when the large team has the alarm receiving and processing terminal; when the large team does not have the large team alarm receiving and processing terminal, the alarm information is distributed to the branch team alarm receiving and processing terminal of the branch team;

generating a large team shunting notice sheet by the large team receiving and processing alarm terminal according to the alarm information;

generating a branch shunting notification sheet according to the warning information through a branch receiving and processing terminal;

and dispatching vehicles and warfare personnel for police dispatch through the middle team alarm receiving terminal according to the large team dispatching notice or the branch team dispatching notice.

Technical Field

The invention relates to the technical field of public safety, in particular to an alarm receiving and processing system and method.

Background

Along with the increase of the urban scale, the alarm situation is rapidly increased, and the responsibility range of the emergency fire department is expanded, so that the existing armies can slightly and insufficiently receive and process the alarm. Due to the increase of the alarm receiving amount, the situation of the alarm can be queued and set up only by the fire branch team to respond to the alarm receiving and processing of the alarm situations of all the districts under jurisdiction, and the optimal rescue opportunity can be delayed. Meanwhile, the social requirements on fire rescue are higher and higher, and the efficiency of receiving and processing the fire is urgently needed to be improved so as to improve the capability of coping with various emergencies and guarantee the safety of public lives and properties.

In order to meet the above requirements, CN210410026354.3 discloses an alarm receiving and processing method and system, which is based on incoming call alarm and divides incoming call alarm, and when a large number of incoming calls are caused by a major event, unimportant incoming calls for alarm are divided to an automatic answering module, and important incoming calls for alarm are processed preferentially to generate an alarm list quickly. CN201610199535.5 discloses an alarm receiving and dealing method and system, which can quickly obtain the basic information of an alarm person without the need of the alarm person to explain the alarm situation, thereby improving the alarm efficiency.

The method for receiving and processing the alarms in the prior art avoids the missed receiving of the alarm telephone of the major event, and improves the efficiency of receiving and processing the alarms, but the method for receiving and processing the alarms in the prior art carries out the receiving and processing of the alarms through the same module for receiving and processing the alarms, and cannot realize multi-level linkage alarm, so that the technical problem that the efficiency of receiving and processing the alarms is low due to the fact that the alarm condition is queued when the alarm receiving amount is greatly increased cannot be solved.

Disclosure of Invention

In view of the above, there is a need to provide an alarm receiving and processing system and method, which are used to solve the technical problem in the prior art that when the alarm receiving amount is greatly increased, the alarm receiving and processing efficiency is low due to the fact that multi-level linkage alarm cannot be realized.

In a first aspect, the present invention provides an alarm receiving and processing system, including: the system comprises an alarm condition gathering server, an alarm condition distribution server, a big team receiving and processing terminal, a branch team receiving and processing terminal and a middle team receiving and processing terminal;

the alarm condition gathering server is used for collecting alarm condition information and sending the alarm condition information to the alarm condition distribution server according to a preset sequence;

the warning condition distribution server is used for determining a large team and the branch team of the warning condition according to the warning condition information, and distributing the warning condition information to the large team alarm receiving and processing terminal of the large team when the large team has the alarm receiving and processing terminal; when the large team does not have the large team alarm receiving and processing terminal, the alarm information is distributed to the branch team alarm receiving and processing terminal of the branch team;

the large team traffic receiving and processing terminal is used for generating a large team traffic dispatching notice sheet according to the warning information;

the branch receiving and processing terminal is used for generating a branch shunting notification sheet according to the warning information;

and the middle team alarm receiving terminal is used for dispatching vehicles and warfare personnel to give an alarm according to the large team dispatching notice sheet or the branch team dispatching notice sheet.

In some possible implementation manners, the warning condition distribution server is further configured to determine whether the response time of the large team alarm receiving and processing terminal is greater than a threshold response time after the warning condition information is distributed to the large team alarm receiving and processing terminal, and forward the warning condition information to the branch team alarm receiving and processing terminal if the response time of the large team alarm receiving and processing terminal is greater than the threshold response time.

In some possible implementation manners, the mid-team alarm receiving terminal is further configured to generate a confirmation feedback sheet after receiving the large-team shunting order or the branch-team shunting order, and send the confirmation feedback sheet to the large-team alarm receiving and processing terminal and the branch-team alarm receiving and processing terminal.

In some possible implementations, the alert distribution server includes: the system comprises an address extraction unit, a jurisdiction determination unit, a large-team determination unit and a distribution unit;

the address extraction unit is used for extracting the address information of the alarm situation place from the alarm situation information;

the district determining unit is used for determining a large team and a branch team to which the alarm belongs according to the address information;

the team determination unit is used for determining whether the team of the team has the police receiving and processing terminal;

the distributing unit is used for distributing the alarm information to the large team alarm receiving and processing terminal of the large team when the large team alarm receiving and processing terminal exists; and when the large team to which the alarm belongs does not have the large team alarm receiving and processing terminal, the alarm information is distributed to the branch team alarm receiving and processing terminal of the branch team to which the alarm belongs.

In some possible implementations, the terminal for handling a large team alarm comprises: a team planning unit and a team dispatching unit;

the large team scheme setting unit is used for setting a scheme according to the alarm information to generate large team scheme setting information;

and the team dispatching unit is used for generating a team dispatching notice sheet according to the warning information and a preset dispatching rule.

In some possible implementations, the squad alarm receiving and processing terminal includes: the system comprises a pre-judgment unit, a branch queue planning unit and a branch queue dispatching unit;

the pre-judging unit is used for judging whether the warning situation information generates the large-team scheme information in the large-team scheme unit;

the branch filing unit is used for filing according to the alarm information to generate branch filing information when the alarm information does not generate the large-team filing information in the large-team filing unit;

and the branch dispatching unit is used for generating a branch dispatching notification sheet according to the warning information and a preset dispatching rule when the warning information does not generate the large-team scheme information in the large-team scheme unit.

In some possible implementation manners, the fleet alarm receiving and processing terminal further includes a repetition judgment unit, where the repetition judgment unit is configured to judge whether there is a repetition between the historical fleet solution information and the current fleet solution information within a threshold time period before generating the fleet shunting notice, and if so, merge the current fleet solution information and the historical fleet solution information.

In some possible implementations, the alarm receiving and processing system further includes: the mobile combat terminal and the command center display terminal;

the fighter is used for reporting the position and the site information of the vehicle to the command center display end through the mobile combat terminal;

and the command center display end is used for displaying the position and the site information of the vehicle in real time.

In some possible implementations, the preset order is a time first-to-last order or an emergency case important to secondary order.

The invention also provides an alarm receiving and processing method, which is suitable for the alarm receiving and processing system in any one of the implementation modes, and comprises the following steps:

collecting alarm information through an alarm aggregation server, and sending the alarm information to the alarm distribution server according to a preset sequence;

determining a large team and the branch team of the alarm according to the alarm information through an alarm distribution server, and distributing the alarm information to the large team alarm receiving and processing terminal of the large team when the large team has the alarm receiving and processing terminal; when the large team does not have the large team alarm receiving and processing terminal, the alarm information is distributed to the branch team alarm receiving and processing terminal of the branch team;

generating a large team shunting notice sheet by the large team receiving and processing alarm terminal according to the alarm information;

generating a branch shunting notification sheet according to the warning information through a branch receiving and processing terminal;

and dispatching vehicles and warfare personnel for police dispatch through the middle team alarm receiving terminal according to the large team dispatching notice or the branch team dispatching notice.

According to the alarm receiving and processing system provided by the invention, the big-team alarm receiving and processing terminal is additionally arranged, the alarm condition distribution server firstly distributes the alarm condition information collected by the alarm condition aggregation server to the big-team alarm receiving and processing terminal of the big-team of the alarm condition belonging to the big-team alarm receiving and processing terminal with the big-team alarm receiving and processing terminal, when the big-team alarm receiving and processing terminal does not exist in the big-team alarm receiving and processing terminal, the alarm condition information is distributed to the branch-team alarm receiving and processing terminal, and the pressure of the branch-team alarm receiving and processing terminal on the end of the alarm processing is effectively relieved through the cooperative alarm receiving and processing of the big-team alarm receiving and processing terminal, so that the alarm receiving and processing efficiency is improved.

Drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings needed to be used in the description of the embodiments will be briefly introduced below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings based on these drawings without creative efforts.

Fig. 1 is a schematic structural diagram of an embodiment of an alarm receiving and processing system according to an embodiment of the present invention;

fig. 2 is a schematic structural diagram of an alert distribution server according to an embodiment of the present invention;

fig. 3 is a schematic structural diagram of an embodiment of a large team alarm receiving and processing terminal according to an embodiment of the present invention;

fig. 4 is a schematic structural diagram of an embodiment of a squad receiving and processing terminal according to an embodiment of the present invention;

fig. 5 is a flowchart illustrating an alarm receiving and processing method according to an embodiment of the present invention.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

The following description is presented to enable any person skilled in the art to make and use the invention. In the following description, details are set forth for the purpose of explanation. It will be apparent to one of ordinary skill in the art that the present invention may be practiced without these specific details. In other instances, well-known structures and processes are not shown in detail to avoid obscuring the description of the invention with unnecessary detail. Thus, the present invention is not intended to be limited to the embodiments shown, but is to be accorded the widest scope consistent with the principles and features disclosed herein.

The embodiment of the invention provides an alarm receiving and processing system and a method thereof, which are explained in detail below.

Fig. 1 is a schematic diagram of an embodiment of an alarm receiving and processing system according to an embodiment of the present invention, and as shown in fig. 1, the alarm receiving and processing system 10 includes: the system comprises an alarm condition gathering server 100, an alarm condition distribution server 200, a large team alarm receiving and processing terminal 300, a branch team alarm receiving and processing terminal 400 and a middle team alarm receiving terminal 500;

the warning condition aggregation server 100 is configured to collect warning condition information and send the warning condition information to the warning condition distribution server 200 according to a preset sequence;

specifically, the alarm information may be from alarm channels such as telephone alarm, internet of things alarm or internet alarm, and the alarm information may include address information of an alarm place, an identity of an alarm person, a contact manner of the alarm person, and the like.

The warning condition distribution server 200 is used for determining a team and a branch team to which the warning condition belongs according to the warning condition information, and distributing the warning condition information to the team alarm receiving and processing terminal 300 of the team when the team to which the warning condition belongs has the team alarm receiving and processing terminal 300; when the large team does not have the large team alarm receiving and processing terminal 300, the alarm information is distributed to the branch team alarm receiving and processing terminal 400 of the branch team;

specifically, the method comprises the following steps: determining the big team and the branch team according to the warning information, which means that: and determining the corresponding big team and middle team of the police place in the administrative district range according to the police information.

The team receiving and processing terminal 300 is used for generating a team shunting advice note according to the warning information;

the branch receiving and processing terminal 400 is used for generating a branch shunting notification sheet according to the warning information;

the middle team police-receiving terminal 500 is used for dispatching vehicles and warfare personnel to give police according to the large team dispatching notice or the branch dispatching notice.

It should be noted that: the team alarm receiving and processing terminal 300, the team alarm receiving and processing terminal 400 and the team alarm receiving and processing terminal 500 may be a phone, a mobile phone, a tablet computer or a desktop computer.

It is further noted that: the preset order is a time first-to-last order or an emergency case important-to-minor order. The specific preset sequence can be adjusted according to actual situations, and the preset sequence is not limited to the two sequences, which is not described herein in detail.

But it should be understood that: when the preset sequence is a sequence of the first arrival and the second arrival, the warning condition aggregation server 100 needs to identify and judge the time of the warning condition information after collecting the warning condition information. When the preset sequence is an order from an important to a secondary emergency, the warning condition aggregation server 100 needs to determine the emergency of the warning condition information after collecting the warning condition information.

According to the alarm receiving and processing system 10 provided by the embodiment of the invention, by additionally arranging the team alarm receiving and processing terminal 300, the alarm condition distribution server 200 firstly distributes the alarm condition information collected by the alarm condition aggregation server 100 to the team alarm receiving and processing terminal 300 of the team to which the alarm condition of the team alarm receiving and processing terminal 300 belongs, when the team to which the alarm condition belongs does not have the team alarm receiving and processing terminal 300, the alarm condition information is distributed to the team alarm receiving and processing terminal 400, and the pressure of the team alarm receiving and processing terminal 400 on receiving and processing the alarm is effectively relieved through the cooperative alarm receiving and processing of the team alarm receiving and processing terminal 300 and the team alarm receiving and processing terminal 400, so that the alarm receiving and processing efficiency is improved.

Moreover, the army alarm receiving and processing terminal 400 is more familiar to the jurisdiction area than the branch alarm receiving and processing terminal 500, so that the army alarm receiving and processing terminal 400 can firstly receive and process the alarm according to the alarm information, the alarm receiving and processing efficiency can be further improved, and the improvement of the alarm receiving and processing rationality is facilitated.

Further, in order to realize that the team alarm receiving and processing terminal 300 and the team alarm receiving and processing terminal 400 record the alarm information of the fighter during the alarm process, in some embodiments of the present invention, the team alarm receiving and processing terminal 300 and the team alarm receiving and processing terminal 400 are further configured to synchronize with the team alarm processing terminal 500.

Further, in order to avoid that when the alarm receiving amount is large, the alarm information is queued in the large team alarm receiving and processing terminal 400, which causes a decrease in alarm receiving and processing efficiency, in some embodiments of the present invention, the alarm distribution server 200 is further configured to determine whether the response time of the large team alarm receiving and processing terminal 300 is greater than the threshold response time after distributing the alarm information to the large team alarm receiving and processing terminal 300, and forward the alarm information to the branch team alarm receiving and processing terminal 400 if the response time of the large team alarm receiving and processing terminal 300 is greater than the threshold response time.

Through the above arrangement, it is avoided that the alarm information does not respond to the terminal 300 for a long time, and the alarm information which does not respond to the terminal 300 for a long time is forwarded to the terminal 400 for a branch team to receive and process the alarm, so that the alarm receiving and processing efficiency is further improved.

It should be understood that: the threshold response time may be adjusted according to actual conditions, and is not specifically limited herein.

Further, in order to facilitate recording and managing the alarm handling condition by the team alarm receiving and processing terminal 300 and the team alarm receiving and processing terminal 400, in some embodiments of the present invention, the team alarm receiving and processing terminal 500 is further configured to generate a confirmation feedback sheet after receiving the team shunting notice sheet or the team shunting notice sheet, and send the confirmation feedback sheet to the team alarm receiving and processing terminal 300 and the team alarm receiving and processing terminal 400.

Through the above arrangement, the large team alarm receiving and processing terminal 300 and the branch team alarm receiving and processing terminal 400 can confirm that the alarm information is processed by receiving the feedback sheet, so that the subsequent record and management of the alarm processing condition are facilitated. For example: and determining whether the alarm receiving and processing efficiency meets the requirement or not by the time of receiving the alarm information and the time of receiving the feedback list.

Further, as shown in fig. 2, the alert distribution server 200 includes: an address extraction unit 210, a jurisdiction determination unit 220, a fleet determination unit 230, and a distribution unit 240;

the address extraction unit 210 is configured to extract address information of an alarm place from the alarm information;

the district determining unit 220 is used for determining a large team and a branch team of the police according to the address information;

the team determination unit 230 is configured to determine whether a team of the team has an alert receiving and processing terminal;

the distributing unit 240 is configured to distribute the alarm information to the fleet alarm receiving and processing terminal 300 of the fleet when the fleet alarm receiving and processing terminal 300 exists in the fleet; when the large team to which the alarm belongs does not have the large team alarm receiving and processing terminal 300, the alarm information is distributed to the branch team alarm receiving and processing terminal 400 of the branch team to which the alarm belongs.

Further, as shown in fig. 3, the terminal 300 for processing a large team alarm includes: a team proposal unit 310 and a team dispatch unit 320;

the large team scheme setting unit 310 is configured to perform scheme setting according to the alarm information to generate large team scheme setting information;

the team dispatching unit 320 is configured to generate a team dispatching notice sheet according to the alert information and a preset dispatching rule.

The preset dispatching rule can be a police dispatching scheme which is different in real time according to the severity of the police condition.

Specifically, the method comprises the following steps: the police information may include the severity of the police, and the fleet dispatch unit 320 pre-stores the police dispatch plans corresponding to the severity of the police one by one, and the police dispatch plans may be determined according to the severity of the police.

Further, as shown in fig. 4, the squad reception and processing terminal 400 includes: a pre-judging unit 410, a dequeuing planning unit 420 and a dequeuing dispatching unit 430;

the pre-judging unit 410 is used for judging whether the alert information generates the large-team proposal information in the large-team proposal unit 310;

the crews filing unit 420 is configured to, when the police information does not generate the crews filing information in the crews filing unit 310, perform filing according to the police information to generate crews filing information; namely: when the alert information has generated the large-team proposal information in the large-team proposal unit 310, the repeated proposal cannot be performed in the team proposal unit 420.

The branch dispatching unit 430 is configured to generate a branch dispatching notification sheet according to the alert information and a preset dispatching rule when the alert information does not generate the large-team standing plan information in the large-team standing plan unit 310.

From the above description it can be seen that: the difference between the terminal 400 for receiving and processing police for a team and the terminal 300 for receiving and processing police for a team is that the terminal 400 for receiving and processing police for a team comprises the pre-judging unit 410, and by setting the pre-judging unit 410, the problem that the same police condition is repeatedly set up in the terminal 300 for receiving and processing police for a team and the terminal 400 for receiving and processing police for a team respectively, which causes repeated police output and resource waste can be avoided.

It should be noted that: in order to shorten the time for arriving at the police place, the police optimal route is included on each of the large team shunting advice note and the branch team shunting advice note so as to indicate that the vehicle runs to the police place.

Further, in order to avoid repeated case setting of the same alarm information at the team pick-up processing terminal 300 and/or the team pick-up processing terminal 400, as shown in fig. 3, the team pick-up processing terminal 400 further includes a repeated judgment unit 430, and the repeated judgment unit 430 is configured to judge whether there is a repetition between the historical team case setting information and the current team case setting information within a threshold time period before generating the team shunting notice, and if there is a repetition, merge the current team case setting information and the historical team case setting information.

By arranging the repeated judging unit 430, the plan information of the same alarm condition information in the threshold time period can be combined, repeated alarm output is further avoided, and the resource waste is further avoided while the alarm receiving and processing efficiency is improved.

And it is to be noted that: the threshold time period may be adjusted according to actual conditions, and in some embodiments of the present invention, the threshold time period is the first 15 minutes of the current warning information.

Further, in order to implement the monitoring of the police-out situation by the command center, in some embodiments of the present invention, as shown in fig. 1, the alarm receiving and processing system 10 further includes: the mobile combat terminal 600 and the command center display terminal 700;

the fighter is used for reporting the position and the site information of the vehicle to the command center display end 700 through the mobile combat terminal 600;

the command center display terminal 700 is used for displaying the position and the site information of the vehicle in real time.

The mobile combat terminal 600 may be a mobile phone, a smart watch, an intercom, a tablet computer, or a desktop computer.

Further, the field information may be a field picture or video taken by the fighter, or a field condition described by the fighter, or the like.

An embodiment of the present invention further provides an alarm receiving and processing method, which is applicable to the alarm receiving and processing system 10 in any of the above embodiments, and as shown in fig. 5, the alarm receiving and processing method includes:

s501, collecting alarm information through the alarm aggregation server 100, and sending the alarm information to the alarm distribution server 200 according to a preset sequence;

s502, determining a team and a branch of the alarm according to the alarm information through the alarm distribution server 200, and distributing the alarm information to the team alarm receiving and processing terminal 300 of the team when the team has the team alarm receiving and processing terminal 300; when the large team does not have the large team alarm receiving and processing terminal 300, the alarm information is distributed to the branch team alarm receiving and processing terminal 400 of the branch team;

s503, generating a team shunting notice through the team alarm receiving and processing terminal 300 according to the alarm information;

s504, generating a branch shunting notice through the branch receiving and processing terminal 400 according to the warning information;

and S505, dispatching vehicles and warfare personnel to give police according to the large-team shunting notice sheet or the branch-team shunting notice sheet through the middle-team police-receiving terminal 500.

According to the system and the method for receiving and processing the alarms, the large-team alarm receiving and processing terminal 300 is additionally arranged, the alarm condition distribution server 200 firstly distributes the alarm condition information collected by the alarm condition aggregation server 100 to the large-team alarm receiving and processing terminal 300 of the large team of the alarm condition of the large-team alarm receiving and processing terminal 300, when the large team does not have the large-team alarm receiving and processing terminal 300, the alarm condition information is distributed to the branch-team alarm receiving and processing terminal 400, and the pressure of receiving and processing the alarms of the branch-team alarm receiving and processing terminal 400 is effectively relieved through the cooperative alarm receiving and processing of the large-team alarm receiving and processing terminal 300 and the branch-team alarm receiving and processing terminal 400, so that the alarm receiving and processing efficiency is improved. Further, by setting the crews-receiving alarm-handling terminal 400 to include the pre-determining unit 410, the problem that the same alarm condition is repeatedly set up in the crews-receiving alarm-handling terminal 300 and the crews-receiving alarm-handling terminal 400 respectively, which results in repeated alarm and resource waste can be avoided by setting the pre-determining unit 410. Furthermore, the command center can monitor the alarm condition by arranging the mobile combat terminal 600 and the command center display terminal 700.

Those skilled in the art will appreciate that all or part of the flow of the method implementing the above embodiments may be implemented by a computer program, which is stored in a computer readable storage medium, to instruct related hardware. The computer readable storage medium is a magnetic disk, an optical disk, a read-only memory or a random access memory.

The above detailed description is provided for the alarm receiving and processing system and method provided by the embodiment of the present invention, and the specific examples are applied in the present document to explain the principle and the implementation manner of the present invention, and the description of the above embodiments is only used to help understanding the method and the core idea of the present invention; meanwhile, for those skilled in the art, according to the idea of the present invention, there may be variations in the specific embodiments and the application scope, and in summary, the content of the present specification should not be construed as a limitation to the present invention.