CN111046119A - Police receiving and issuing method and system - Google Patents
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Abstract
A method and a system for receiving and giving an alarm by public security are provided, the method comprises the following steps: acquiring position information and working state information of all police officers in real time; acquiring alarm information, and analyzing alarm position information from the alarm information; screening out all police officers within a preset distance from the warning situation position based on the warning situation position information and the position information of the police officers as warning preparatory personnel; determining police-out personnel based on the distance between the screened police-out personnel and the warning situation position and corresponding working state information, and sending out warning information to the police-out personnel, wherein the warning-out information comprises basic warning situation information and basic warning situation position information; the method comprises the steps that in the process that an alarm worker goes to an alarm position, an alarm track of the alarm worker is obtained in real time, the alarm worker is prompted to take a scene picture and a video and return the scene picture and the video after the alarm worker arrives at an alarm scene, and the alarm worker is prompted to feed back an alarm processing result after the alarm processing is completed.
Description
Technical Field
The invention relates to the technical field of rapid processing of alarm conditions in public security services, in particular to a method and a system for receiving and sending out police by public security.
Background
Under the support of information technology which is developed suddenly and violently, the information processing method is used for processing the alarm information, and becomes an important direction for the research of public security organs; particularly, police work is more obviously transferred to mobile fast office work, and a plurality of complex work flows are completed through one police work mobile phone, so that the working efficiency of police officers is greatly improved;
in the public security system, the former alarm receiving system needs to manually distribute the alarm condition to a specific policeman, the time and labor are consumed, the efficiency is very low, and some important data in the police-giving process of a policeman have no effective retention method, such as: the prior mode cannot timely know the specific position of the policeman, the current working state of the policeman and the approximate distance between the policeman and the warning condition, so that the policeman needs to communicate with each other in a series of ways in the process of dispatching the police, and the precious warning condition time is wasted.
Disclosure of Invention
In order to solve the technical problem, the invention provides a method for receiving police and giving an alarm, which comprises the following steps:
step 1, acquiring position information and working state information of all police officers in real time;
step 2, acquiring warning situation information, and analyzing warning situation position information from the warning situation information;
step 3, screening all police officers within a preset distance from the warning position as warning preparatory personnel based on the warning position information and the position information of the police officers;
step 4, determining police-giving personnel based on the distance between the screened police-giving personnel and the warning position and the corresponding working state information, and sending warning-giving information to the police-giving personnel, wherein the warning-giving information comprises basic warning information and warning position information;
and 5, acquiring the alarm track of the alarm worker in real time in the process that the alarm worker goes to the alarm position, prompting the alarm worker to shoot a scene picture and a video and return the scene picture and the video after the alarm worker arrives at the alarm scene, and prompting the alarm worker to feed back an alarm processing result after the alarm processing is finished.
Further, the method further comprises the step of visually displaying the alarm preparer and the working state information thereof on a map after the alarm information is acquired.
Further, the method further comprises the step of manually selecting the police output personnel based on the police output preparation personnel and the working state information thereof shown on the map after the warning situation information is obtained.
Further, the working state information comprises normal, general and busy; normally, the police condition that the police officer is not processing temporarily is in a state of being ready for allocation; generally, the number of the alarms currently processed by the police officers is 1 to 3, the police officers are in a working state, and the busy state indicates that the number of the alarms currently processed by the police officers is more than 3.
Further, in step 4, the determination of the police officer based on the distance from the screened police officer to the warning position and the corresponding working state information is as follows:
confirming the screened working state information of the police officers, confirming whether the police officers with normal working state information exist, and if so, determining 1 or more police officers closest to the warning situation position from the police officers as police output personnel;
and if no police officers with normal working state information exist, determining whether general police officers with normal working state information exist, and if yes, determining 1 or more police officers closest to the warning situation position from the police officers as police officers.
Further, the method further comprises:
and if the working state information does not exist, determining 1 or more police officers closest to the warning situation position from the warning preparatory personnel as warning personnel, or increasing a preset distance and re-screening the warning preparatory personnel.
The method further comprises the steps of prompting the police officers to confirm whether the warning situation position information is correct or not after the police officers arrive at the warning situation site, prompting the police officers to feed back the correct warning situation position information if the warning situation position information is incorrect, and correcting the wrong warning situation position information.
Further, the system comprises: the police officer information acquisition module, the warning condition information acquisition module, the warning preparatory personnel screening module, the warning personnel confirmation module, the data acquisition module and the police officer communicator which is worn on the police officer and has a GPS positioning function;
the police officer information acquisition module is used for acquiring the position information and the working state information of all police officers in real time;
the warning condition information acquisition module is used for acquiring warning condition information and analyzing warning condition position information from the warning condition information;
the warning preparatory personnel screening module is used for screening out all the warning personnel within a preset distance from the warning position as warning preparatory personnel based on the warning position information and the position information of the warning personnel;
the police dispatch personnel confirming module is used for determining police dispatch personnel based on the distance between the screened police dispatch personnel and the warning situation position and the corresponding working state information, and sending out warning information to the police dispatch personnel, wherein the warning information comprises basic warning situation information and warning situation position information;
the data acquisition module is used for acquiring the alarm tracks of the alarm staff in real time in the process that the alarm staff go to the alarm position; after the police officer arrives at the scene of the police, the police officer is prompted to take the scene picture and video and return the scene picture and video so as to obtain and store the scene data of the police; prompting an alarm worker to feed back an alarm condition processing result after the alarm condition processing is finished so as to obtain and store the alarm condition processing result;
the police service general purpose is used for uploading position information and working state information to the police officer information acquisition module in real time, and is used for timely feeding back an alarm state, position information, a return scene picture and video and an alarm condition processing result to the data acquisition module, wherein the alarm state comprises that the police officer goes to an alarm condition position, arrives at an alarm condition scene and finishes alarm condition processing.
Further, the system further comprises a display module and a manual alarm output module, the display module is used for visually displaying alarm output preparation personnel and working state information thereof on a map after acquiring the alarm information, and the manual alarm output module is used for manually selecting the alarm output personnel based on the alarm output preparation personnel and the working state information thereof displayed on the map after acquiring the alarm information.
Further, the police officer confirmation module determines that the police officer is specifically:
confirming the screened working state information of the police officers, confirming whether the police officers with normal working state information exist, and if so, determining 1 or more police officers closest to the warning situation position from the police officers as police output personnel;
and if no police officers with normal working state information exist, determining whether general police officers with normal working state information exist, and if yes, determining 1 or more police officers closest to the warning situation position from the police officers as police officers.
The invention has the following beneficial effects:
1. the invention can master the specific position of the policeman in real time, and can reasonably dispatch the police condition through an accurate algorithm according to the real-time position of the policeman and the occurrence position of the police condition when a new police condition occurs, in combination with the current working state of the policeman, thereby achieving the high-efficiency police dispatching effects of intelligent police dispatching and one-key police dispatching.
2. The invention can record the alarm track of the policeman in real time, the policeman can correct the position of the policeman when arriving at the scene of the policeman, return the picture and video of the scene of the policeman and feed back the result of the processing of the policeman, and the invention perfectly achieves the new flow of processing the policeman intelligently, quickly receiving the policeman and efficiently, and simultaneously reserves the relevant data of the whole flow to provide more clues and data for the processing of the policeman in the later period, and provides data clue support for the policeman to rapidly handle the case. The whole alarm receiving and dealing process is completed through one mobile phone, the processing efficiency of new alarm conditions is greatly improved, and the daily work of police officers is facilitated.
Drawings
Fig. 1 is a flowchart of a police dispatch 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 present invention, and not all 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.
As shown in fig. 1, as a first embodiment of the present invention, there is provided a method for police access, including:
step 1, acquiring position information and working state information of all police officers in real time;
step 2, acquiring warning situation information, and analyzing warning situation position information from the warning situation information;
step 3, screening all police officers within a preset distance from the warning position as warning preparatory personnel based on the warning position information and the position information of the police officers;
step 4, determining police-giving personnel based on the distance between the screened police-giving personnel and the warning position and the corresponding working state information, and sending warning-giving information to the police-giving personnel, wherein the warning-giving information comprises basic warning information and warning position information;
and 5, acquiring the alarm track of the alarm worker in real time in the process that the alarm worker goes to the alarm position, prompting the alarm worker to shoot a scene picture and a video and return the scene picture and the video after the alarm worker arrives at the alarm scene, and prompting the alarm worker to feed back an alarm processing result after the alarm processing is finished.
The invention can master the specific position of the policeman in real time, and can reasonably dispatch the police condition through an accurate algorithm according to the real-time position of the policeman and the occurrence position of the police condition when a new police condition occurs, in combination with the current working state of the policeman, thereby achieving the high-efficiency police dispatching effects of intelligent police dispatching and one-key police dispatching.
In addition, the invention can record the alarm track of the policeman in real time, the policeman can correct the position of the policeman when arriving at the scene of the policeman, return the data such as pictures and videos of the scene of the policeman, and feed back the result of the policeman, thereby perfectly achieving the new flow of intelligently dispatching the policeman, quickly receiving the policeman and efficiently dealing with the policeman, and simultaneously, the invention can reserve the related data of the whole flow, thereby providing more clues and data for the later processing of the policeman and providing data clue support for the policeman to deal with the case quickly. The whole alarm receiving and dealing process is completed through one mobile phone, the processing efficiency of new alarm conditions is greatly improved, and the daily work of police officers is facilitated.
Wherein the Distance of the policeman from the alert location is calculated using the Chebyshev Distance (Chebyshev Distance) as follows:
calculating the Chebyshev distance between two points a (x1, y1) and b (x2, y2) of the two-dimensional plane, and expressing the Chebyshev distance as the following formula:
d12＝max(|x1-x2|，|y1-y2|)；
calculating the Chebyshev distance between two n-dimensional vectors a (x11, x12, …, x1n) and b (x21, x22, …, x2n), and expressing the Chebyshev distance as follows:
d12＝max(|x1i-x2i|)；
another equivalent of the above formula is represented as follows:
the alarm information can be an alarm sent by a citizen through a 110 alarm receiving system.
Preferably, the method further comprises visually displaying the alarm preparer and the working state information thereof on a map after acquiring the alarm information.
Preferably, the method further comprises the step of manually selecting the police-giving personnel based on the police-giving preparation personnel and the working state information thereof shown on the map after the warning information is acquired, so that the selection of the police-giving personnel is more flexible.
Preferably, the working state information includes normal, general and busy; normally, the police condition that the police officer is not processing temporarily is in a state of being ready for allocation; generally, the number of the police officers currently handling the alarms is 1 to 3, the police officers are in working states, the police officers are busy, the number of the police officers currently handling the alarms is more than 3, and in addition, different colors can be used for representing different working state information, for example, the alarms are normally green, are generally orange, and the alarms are busy and are red.
Preferably, in step 4, the determination of the police officer based on the distance from the screened police officer to the warning position and the corresponding working state information is as follows:
confirming the screened working state information of the police officers, confirming whether the police officers with normal working state information exist, and if so, determining 1 or more police officers closest to the warning situation position from the police officers as police output personnel;
and if no police officers with normal working state information exist, determining whether general police officers with normal working state information exist, and if yes, determining 1 or more police officers closest to the warning situation position from the police officers as police officers.
And if the working state information does not exist, determining 1 or more police officers closest to the warning situation position from the warning preparatory personnel as warning personnel, or increasing a preset distance and re-screening the warning preparatory personnel.
Preferably, the method further comprises the steps of prompting the police officer to confirm whether the warning situation position information is correct or not after the police officer arrives at the warning situation site, prompting the police officer to feed back the correct warning situation position information if the warning situation position information is incorrect, and correcting the wrong warning situation position information.
As a second embodiment of the present invention, there is provided a police access and egress system, including: the police officer information acquisition module, the warning condition information acquisition module, the warning preparatory personnel screening module, the warning personnel confirmation module, the data acquisition module and the police officer communicator which is worn on the police officer and has a GPS positioning function;
the police officer information acquisition module is used for acquiring the position information and the working state information of all police officers in real time;
the warning condition information acquisition module is used for acquiring warning condition information and analyzing warning condition position information from the warning condition information;
the warning preparatory personnel screening module is used for screening out all the warning personnel within a preset distance from the warning position as warning preparatory personnel based on the warning position information and the position information of the warning personnel;
the police dispatch personnel confirming module is used for confirming the police dispatch personnel based on the distance between the screened police dispatch personnel and the position of the police and the corresponding working state information, sending out the police dispatch information to the police dispatch personnel, and the police dispatch information comprises basic information of the police dispatch conditions and position information of the police dispatch conditions.
The data acquisition module is used for acquiring the alarm tracks of the alarm staff in real time in the process that the alarm staff go to the alarm position; after the police officer arrives at the scene of the police, the police officer is prompted to take the scene picture and video and return the scene picture and video so as to obtain and store the scene data of the police; prompting an alarm worker to feed back an alarm condition processing result after the alarm condition processing is finished so as to obtain and store the alarm condition processing result;
the police service general purpose is used for uploading position information and working state information to the police officer information acquisition module in real time, and is used for timely feeding back an alarm state, position information, a return scene picture and video and an alarm condition processing result to the data acquisition module, wherein the alarm state comprises that the police officer goes to an alarm condition position, arrives at an alarm condition scene and finishes alarm condition processing.
The police service can be a mobile phone, a tablet and other terminal devices.
Preferably, the data acquisition module is further configured to prompt the police officer to confirm whether the warning situation position information is correct after the police officer arrives at the warning situation site, prompt the police officer to feed back correct warning situation position information and correct wrong warning situation position information if the warning situation position information is incorrect, and the police expert is further configured to confirm whether the warning situation position information is correct after the police officer arrives at the warning situation site, and feed back correct warning situation position information to the data acquisition module if the warning situation position information is incorrect.
Preferably, the system further comprises a display module and a manual alarm module, wherein the display module is used for visually displaying the alarm preparer and the working state information thereof on the map after acquiring the alarm information, and the manual alarm module is used for manually selecting the alarm preparer and the working state information thereof on the map after acquiring the alarm information.
Preferably, the police officer confirmation module determines that the police officer is specifically:
confirming the screened working state information of the police officers, confirming whether the police officers with normal working state information exist, and if so, determining 1 or more police officers closest to the warning situation position from the police officers as police output personnel;
and if no police officers with normal working state information exist, determining whether general police officers with normal working state information exist, and if yes, determining 1 or more police officers closest to the warning situation position from the police officers as police officers.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.
Claims (10)
1. A police connecting and alarming method is characterized by comprising the following steps:
step 1, acquiring position information and working state information of all police officers in real time;
step 2, acquiring warning situation information, and analyzing warning situation position information from the warning situation information;
step 3, screening all police officers within a preset distance from the warning position as warning preparatory personnel based on the warning position information and the position information of the police officers;
step 4, determining police-giving personnel based on the distance between the screened police-giving personnel and the warning position and the corresponding working state information, and sending warning-giving information to the police-giving personnel, wherein the warning-giving information comprises basic warning information and warning position information;
and 5, acquiring the alarm track of the alarm worker in real time in the process that the alarm worker goes to the alarm position, prompting the alarm worker to shoot a scene picture and a video and return the scene picture and the video after the alarm worker arrives at the alarm scene, and prompting the alarm worker to feed back an alarm processing result after the alarm processing is finished.
2. The police connecting and alarming method of claim 1, further comprising visually displaying the alarm preparer and the working state information thereof on a map after acquiring the alarm information.
3. The police access and police dispatch method of claim 2, further comprising manually selecting the police officer based on the police preparedness and working status information thereof shown on the map after acquiring the police situation information.
4. The police officer police dispatch method of claim 1, wherein the job status information comprises normal, general and busy; normally, the police condition that the police officer is not processing temporarily is in a state of being ready for allocation; generally, the number of the alarms currently processed by the police officers is 1 to 3, the police officers are in a working state, and the busy state indicates that the number of the alarms currently processed by the police officers is more than 3.
5. The police connecting and alarming method of claim 4, wherein in the step 4, the determination of the police officer based on the distance between the screened police officer and the warning position and the corresponding working state information is specifically as follows:
confirming the screened working state information of the police officers, confirming whether the police officers with normal working state information exist, and if so, determining 1 or more police officers closest to the warning situation position from the police officers as police output personnel;
and if no police officers with normal working state information exist, determining whether general police officers with normal working state information exist, and if yes, determining 1 or more police officers closest to the warning situation position from the police officers as police officers.
6. The police call-out method of claim 5, further comprising:
and if the working state information does not exist, determining 1 or more police officers closest to the warning situation position from the warning preparatory personnel as warning personnel, or increasing a preset distance and re-screening the warning preparatory personnel.
7. The police taking in and out method of claim 1, further comprising prompting the police officer to confirm whether the police position information is correct after the police officer arrives at the police scene, and if the police position information is incorrect, prompting the police officer to feed back the correct police position information and correct the incorrect police position information.
8. A police officer's system of receiving and issuing an alarm, the system comprising: the police officer information acquisition module, the warning condition information acquisition module, the warning preparatory personnel screening module, the warning personnel confirmation module, the data acquisition module and the police officer communicator which is worn on the police officer and has a GPS positioning function;
the police officer information acquisition module is used for acquiring the position information and the working state information of all police officers in real time;
the warning condition information acquisition module is used for acquiring warning condition information and analyzing warning condition position information from the warning condition information;
the warning preparatory personnel screening module is used for screening out all the warning personnel within a preset distance from the warning position as warning preparatory personnel based on the warning position information and the position information of the warning personnel;
the police dispatch personnel confirming module is used for determining police dispatch personnel based on the distance between the screened police dispatch personnel and the warning situation position and the corresponding working state information, and sending out warning information to the police dispatch personnel, wherein the warning information comprises basic warning situation information and warning situation position information;
the data acquisition module is used for acquiring the alarm tracks of the alarm staff in real time in the process that the alarm staff go to the alarm position; after the police officer arrives at the scene of the police, the police officer is prompted to take the scene picture and video and return the scene picture and video so as to obtain and store the scene data of the police; prompting an alarm worker to feed back an alarm condition processing result after the alarm condition processing is finished so as to obtain and store the alarm condition processing result;
the police service general purpose is used for uploading position information and working state information to the police officer information acquisition module in real time, and is used for timely feeding back an alarm state, position information, a return scene picture and video and an alarm condition processing result to the data acquisition module, wherein the alarm state comprises that the police officer goes to an alarm condition position, arrives at an alarm condition scene and finishes alarm condition processing.
9. The police officer receiving and issuing system according to claim 8, further comprising a display module and a manual issuing module, wherein the display module is configured to visually display the ready-to-police officer and the working status information thereof on a map after acquiring the warning information, and the manual issuing module is configured to manually select the ready-to-police officer and the working status information thereof on the map after acquiring the warning information.
10. The police officer's system of claim 8, wherein the police officer confirmation module determines that the police officer is specifically:
confirming the screened working state information of the police officers, confirming whether the police officers with normal working state information exist, and if so, determining 1 or more police officers closest to the warning situation position from the police officers as police output personnel;
and if no police officers with normal working state information exist, determining whether general police officers with normal working state information exist, and if yes, determining 1 or more police officers closest to the warning situation position from the police officers as police officers.
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| CN113256189A (en) * | 2021-07-15 | 2021-08-13 | 深圳市永兴元科技股份有限公司 | Fire fighter scheduling method and system based on cloud platform and readable storage medium |
| CN115525803A (en) * | 2022-09-16 | 2022-12-27 | 深圳市海邻科信息技术有限公司 | Alarm handling method, alarm handling system, vehicle-mounted equipment and computer readable storage medium |
| CN115525803B (en) * | 2022-09-16 | 2024-02-23 | 深圳市海邻科信息技术有限公司 | Alarm processing method, system, vehicle-mounted equipment and computer readable storage medium |
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