CN114463873A - Patrol system for community - Google Patents

Abstract

The invention relates to the technical field of security protection, and particularly discloses a patrol system for a community, which comprises a server and a user terminal, wherein the server is used for receiving patrol tasks, generating patrol routes based on the patrol tasks, generating patrol work orders according to the patrol routes, and sending the patrol work orders to a preset user terminal; the user terminal is used for collecting point location card punching information and sending the point location card punching information to the server; the server is also used for judging whether all the point position card punching information on the patrol route is received or not, generating patrol completion information if all the point position card punching information is received, and marking the patrol task as a completed task based on the patrol completion information. By adopting the technical scheme of the invention, the patrol process can be effectively monitored.

Description

Patrol system for community

technical field

The present invention relates to the field of security technology, in particular to a patrol system for communities.

Background technique

Community security is inseparable from the work of community security personnel. The patrolling and inspection of security personnel is an important means to ensure community security. In traditional property management systems, patrol tasks are usually arranged offline, and patrol information is reported through handheld terminals, video surveillance equipment, and access control equipment.

The disadvantage of this method is that the maneuverability is low, and the security loopholes that are easily caused by human inertia, such as the deviation of the patrol line or the problem of not patrolling over time, increase the cost of property management, and it is easy to be invaded by criminals.

For this reason, there is a need for a patrol system for communities that can effectively monitor the patrol process.

SUMMARY OF THE INVENTION

The present invention provides a patrol system for communities, which can effectively monitor the patrol process.

In order to solve the above-mentioned technical problems, the application provides the following technical solutions:

Patrol system for community, including server and user terminal,

The server is used to receive patrol tasks, generate patrol routes based on the patrol tasks, generate patrol work orders based on the patrol routes, and send the patrol work orders to a preset user terminal;

The user terminal is used to collect the punch-in information and send the punch-in information to the server;

The server is also used to determine whether to receive the punch-in information of all the points on the patrol route. If the punch-in information of all the points is received, the patrol completion information is generated, and the patrol task is marked as a completed task based on the patrol completion information.

The principle and beneficial effects of the basic scheme are as follows:

In this solution, managers can send patrol tasks to the server, and the server automatically generates patrol routes after receiving patrol tasks, and generates patrol work orders and sends them to the preset user terminals, that is, the user terminals corresponding to the patrol personnel. After receiving the patrol work order, the patrol personnel can patrol according to the requirements of the patrol work order. During the patrol process, the patrol personnel collect the punch-in information of the punch-in points through the user terminal and send it to the server. The server can effectively judge whether the current patrol is completed through the punch-in information. If completed, mark the patrol task as a completed task, so that managers can know that the current patrol task has been completed.

In summary, this scheme can effectively monitor the patrol process.

Further, the user terminal is further configured to upload inspection feedback information, and the server is further configured to generate a comprehensive work order according to the inspection feedback information.

When the patrol personnel find problems during the patrol process, they upload the problems in the form of inspection feedback information, and the server generates a comprehensive work order, which is convenient for subsequent personnel to deal with the problems found during the patrol.

Further, the server includes an analysis module for acquiring patrol work orders corresponding to completed tasks and generating a patrol analysis report.

Through the patrol analysis report, you can grasp the overall situation of the patrol.

Further, the patrol route includes several continuous patrol segments and punch-in points corresponding to each patrol segment;

The server also includes a point verification module, a route generation module and a push module;

The point verification module is used to verify whether the received point punch information is valid;

The route generation module is used to determine the current patrol segment based on the point punch information when the point punch information is valid, regenerate each patrol segment after the current patrol segment and update the patrol route;

The push module is used to send the updated patrol route to the preset user terminal.

The route generation module determines the current patrol segment based on the point punch information, and regenerates each patrol segment after the current patrol segment to realize the dynamic update of the patrol route. The patrol route is no longer determined before the patrol starts, but based on the current patrol route. The patrol progress is adjusted in real time. Patrols are more flexible and targeted.

Further, the server further includes a work order generating module, and the work order generating module is configured to update the patrol work order based on the current patrol route after receiving the patrol completion information.

Further, the server also includes an information receiving module for receiving external alarm information;

The route generation module is used to regenerate each patrol segment after the current patrol segment according to the external alarm information.

The external alarm message can be the linkage alarm of other systems, such as fire, gas leakage, border intrusion, etc. The patrol route is adjusted according to the alarm information, allowing the patrol personnel to go to the place where the alarm information occurs to check the situation, which is helpful to deal with the problem in time.

Further, the user terminal includes a collection module for collecting WIFI information and positioning coordinates, and sending the WIFI information and positioning coordinates to the information receiving module;

The server also includes a network verification module. The network verification module is used to determine whether the positioning coordinates belong to the patrol section. If it belongs to the patrol section, the corresponding WIFI information is searched from the pre-stored WIFI database based on the positioning coordinates, and the searched WIFI information and the collected WIFI information are determined. Whether they are consistent, if not, generate patrol exception information.

In the community, there are a large number of WIFI signal sources. By filtering and collecting WIFI information of these WIFI signal sources, a WIFI database can be established. When the patrol personnel pass through the WIFI signal source during patrol, the acquisition module can collect the WIFI information of the WIFI signal source, judge whether the searched WIFI information is consistent with the collected WIFI information, can judge whether the patrol personnel are on the patrol route, and then judge the patrol Whether the personnel are on regular patrols. Compared with setting fixed punch points, due to the large number of WIFI signal sources, more monitoring points can be set up for random monitoring, which is not easy to be bypassed, and the monitoring effect is better.

Further, the patrol work order includes the patrol time and the number of patrols.

Further, the network verification module is also used to determine whether the number of user terminals whose WIFI information searched is inconsistent with the collected WIFI information exceeds 50% of the number of patrols, and if so, generates patrol alarm information.

The number of user terminals exceeds 50% of the number of patrols, indicating that more than half of the current patrol personnel are abnormal. By generating patrol alarm information, it is convenient for relevant management personnel to view and deal with it in time.

Further, the WIFI information includes WIFI device name, signal strength, frequency and channel.

Description of drawings

FIG. 1 is a logical block diagram of a patrol system for a community according to the first embodiment.

Detailed ways

The following is further described in detail by specific embodiments:

Example 1

As shown in FIG. 1 , the patrol system for a community in this embodiment includes a server and a user terminal.

The server includes an information receiving module, a route generation module, a work order generation module, a point verification module, an analysis module and a push module.

The information receiving module is used to receive patrol tasks. In this embodiment, the patrol tasks can be formulated by managers. For example, the patrol tasks include patrol frequency, single patrol duration, and total patrol area.

The route generation module generates patrol routes based on patrol tasks. In this embodiment, the patrol route includes several consecutive patrol segments and punch points corresponding to each patrol segment. For example, patrol segment A corresponds to punch point A, and patrol segment B corresponds to punch point B. The punching method of the punching point may be Bluetooth punching, RFID punching, photograph punching, scanning two-dimensional code punching, etc. In this embodiment, photograph punching is adopted.

The work order generation module is used to generate a patrol work order according to the patrol route, and the push module is used to send the patrol work order to a preset user terminal. The patrol work order includes the patrol time, the number of patrols, and the generated patrol route. For example, the patrol starts at 10:00 and ends before 10:40, the number of patrols: 2, and the patrol route: patrol segment A, patrol segment B, and patrol segment C. The preset user terminal is the user terminal of the security personnel responsible for executing the patrol task.

The user terminal is used to collect the punch-in information and send the punch-in information to the server; in this embodiment, the punch-in information is a photographed picture of the punch-in.

The information receiving module is used to receive external alarm information and point punching information. External alarm messages can be linked alarms of other systems, such as fire, gas leakage, border intrusion, etc.

The point verification module is used to verify whether the received point punch information is valid; in this embodiment, it is judged whether it is consistent by comparing the captured picture with the pre-stored picture. If it is consistent, it is then verified whether the shooting time of the picture is within the patrol time. , if it is within the patrol time, it is valid.

The route generation module is used to determine the current patrol segment based on the point punch information when the point punch information is valid, regenerate each patrol segment after the current patrol segment according to the alarm information, and update the patrol route.

The push module is used to send the updated patrol route to the preset user terminal.

The point verification module is also used to determine whether to receive the punch-in information of all the points on the patrol route. If the punch-in information of all the points is received, the patrol completion information is generated, and the patrol task is marked as a completed task based on the patrol completion information.

The work order generation module is used to update the patrol work order based on the current patrol route after receiving the patrol completion information.

The user terminal is also used for uploading inspection feedback information, and the work order generating module is also used for generating a comprehensive work order according to the inspection feedback information.

The analysis module is used to obtain patrol work orders corresponding to completed tasks and generate patrol analysis reports. Patrol analysis reports include daily patrol reports, monthly patrol reports, and annual patrol reports. The daily patrol report includes the total number of daily patrols, total patrol duration, patrol coverage area, and problems found during patrols.

Embodiment 2

The difference between this embodiment and the first embodiment is that in this embodiment, the user terminal is also used to collect WIFI information and positioning coordinates, and send the WIFI information and positioning coordinates to the information receiving module. In this embodiment, the user terminal adopts a mobile phone, and the collection of WIFI information is realized through the WIFI module of the mobile phone, and the collection of positioning coordinates is realized through the satellite positioning module of the mobile phone.

In this embodiment, the WIFI information includes WIFI device name, signal strength, frequency and channel, for example, WIFI device name: 7-4-2-1, strength-56 (dBm), frequency: 2462, channel 11.

The server also includes a network verification module. The network verification module is used to determine whether the positioning coordinates belong to the patrol section. If it belongs to the patrol section, the corresponding WIFI information is searched from the pre-stored WIFI database based on the positioning coordinates, and the searched WIFI information and the collected WIFI information are determined. Whether they are consistent, if not, generate patrol exception information. In actual judgment, a certain error in signal strength and frequency is allowed.

The network verification module is also used for judging whether the number of user terminals in which the searched WIFI information is inconsistent with the collected WIFI information exceeds 50% of the number of patrols, and if it exceeds, generates patrol alarm information.

The number of user terminals exceeds 50% of the number of patrols, indicating that more than half of the current patrol personnel are abnormal. By generating patrol alarm information, it is convenient for relevant management personnel to view and deal with it in time.

Embodiment 3

The difference between this embodiment and the first embodiment is that this embodiment also includes an aerial photography terminal, and the push module is further configured to push an aerial photography instruction to the aerial photography terminal after the network verification module generates patrol alarm information. In this embodiment, the aerial photography terminal adopts a drone.

The aerial photography terminal is used to collect aerial photography images and send to the information receiving module; the user terminal is also used to collect motion data and send to the information receiving module.

The analysis module is used to identify the patrol personnel according to the current aerial image, and determine whether the patrol personnel are on the current patrol segment. Check whether the movement data within the time period is abnormal. If it is abnormal, generate patrol abnormality information. If the movement data is normal, generate patrol normal information. The preset time is 20-60 seconds, and in this embodiment, it is 30 seconds. For example, the current time is 18:00:00, and the preset time is a period of time from 17:59:30 to 18:00:00. The normality of the motion data can be judged by whether one or more parameters exceed the threshold. In this embodiment, the judgment is made by whether the acceleration exceeds the threshold.

When the number of user terminals whose WIFI information is inconsistent with the collected WIFI information exceeds 50% of the number of patrols, it indicates that more than half of the current patrol personnel are abnormal. At this time, the drone is dispatched to take aerial photos, which can effectively understand the situation on the scene. When the aerial photography finds that the patrol personnel are on the current patrol segment, it may also be that the patrol personnel rush to the patrol segment after hearing the sound of the drone. This situation can be effectively detected through motion data.

The above are only the embodiments of the present invention, and the invention is not limited to the field involved in this implementation case. The common knowledge such as the well-known specific structure and characteristics in the scheme has not been described too much here, and those of ordinary skill in the art know the filing date or priority. All the common technical knowledge in the technical field of the invention before the date, can know all the prior art in this field, and have the ability to apply the routine experimental means before the date, those of ordinary skill in the art can be given by the present application. Perfecting and implementing this solution in combination with one's own capabilities, some typical well-known structures or well-known methods should not become obstacles for those of ordinary skill in the art to implement the present application. It should be pointed out that for those skilled in the art, some modifications and improvements can be made without departing from the structure of the present invention. These should also be regarded as the protection scope of the present invention, and these will not affect the implementation of the present invention. Effectiveness and utility of patents. The scope of protection claimed in this application shall be based on the content of the claims, and the descriptions of the specific implementation manners in the description can be used to interpret the content of the claims.

Claims (10)

1. Patrol system for community, comprising a server and a user terminal, characterized in that,

the server is used for receiving the patrol tasks, generating patrol routes based on the patrol tasks, generating patrol work orders according to the patrol routes and sending the patrol work orders to a preset user terminal;

the user terminal is used for collecting point location card punching information and sending the point location card punching information to the server;

the server is also used for judging whether all the point position card punching information on the patrol route is received or not, generating patrol completion information if all the point position card punching information is received, and marking the patrol task as a completed task based on the patrol completion information.

2. A patrol system for a community according to claim 1, wherein: the user terminal is further used for uploading the inspection feedback information, and the server is further used for generating the comprehensive work order according to the inspection feedback information.

3. A patrol system for a community according to claim 1, wherein: the server comprises an analysis module used for obtaining the patrol work order corresponding to the completed task and generating a patrol analysis report.

4. A patrol system for a community according to claim 3, wherein: the patrol route comprises a plurality of continuous patrol sections and a card punching position corresponding to each patrol section;

the server also comprises a point location verification module, a route generation module and a pushing module;

the point location verification module is used for verifying whether the received point location card punching information is valid or not;

the route generation module is used for determining the current patrol section based on the point location card punching information when the point location card punching information is effective, regenerating each patrol section behind the current patrol section and updating the patrol route;

the pushing module is used for sending the updated patrol route to a preset user terminal.

5. A patrol system for a community according to claim 4, wherein: the server also comprises a work order generating module which is used for updating the patrol work order based on the current patrol route after the patrol completion information is received.

6. A patrol system for a community according to claim 5, wherein: the server also comprises an information receiving module used for receiving external alarm information;

and the route generating module is used for regenerating each patrol section after the current patrol section according to the external alarm information.

7. A patrol system for a community according to claim 6, wherein: the user terminal comprises an acquisition module, a data receiving module and a display module, wherein the acquisition module is used for acquiring WIFI information and positioning coordinates and sending the WIFI information and the positioning coordinates to the information receiving module;

the server further comprises a network verification module, the network verification module is used for judging whether the positioning coordinate belongs to the patrol section, if the positioning coordinate belongs to the patrol section, corresponding WIFI information is searched from a prestored WIFI database based on the positioning coordinate, whether the searched WIFI information is consistent with the collected WIFI information is judged, and if the searched WIFI information is inconsistent with the collected WIFI information, abnormal patrol information is generated.

8. A patrol system for a community according to claim 7, wherein: the patrol work order comprises patrol time and patrol number.

9. A patrol system for a community according to claim 8, wherein: the network verification module is further used for judging whether the number of the user terminals with the searched WIFI information inconsistent with the collected WIFI information exceeds 50% of the patrol number, and if the number of the user terminals with the searched WIFI information inconsistent with the collected WIFI information exceeds 50%, patrol alarm information is generated.

10. A patrol system for a community according to claim 9, wherein: the WIFI information comprises a WIFI device name, signal strength, frequency and a channel.

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