CN113763587A - Electronic patrol method and patrol terminal - Google Patents
Electronic patrol method and patrol terminal Download PDFInfo
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- CN113763587A CN113763587A CN202111052752.9A CN202111052752A CN113763587A CN 113763587 A CN113763587 A CN 113763587A CN 202111052752 A CN202111052752 A CN 202111052752A CN 113763587 A CN113763587 A CN 113763587A
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C1/00—Registering, indicating or recording the time of events or elapsed time, e.g. time-recorders for work people
- G07C1/20—Checking timed patrols, e.g. of watchman
Abstract
The invention relates to an electronic patrol method and a patrol terminal, which are used for acquiring a map of an area to be patrolled and a patrol schedule, generating patrol points in the map of the area to be patrolled according to patrol point generation instructions, and numbering the patrol points to form a patrol route; meanwhile, generating a night patrol task; the generated patrol task is issued to a target patrol user; receiving a patrol record uploaded by a target patrol user, and confirming the execution condition of a patrol task; generating a patrol point position state identifier at a corresponding point position according to an execution condition; when the patrol task is confirmed to be completed, closing the patrol task; the generated route can correspond to different patrol states through reconfirmation and overall editing of the point positions, the patrol range can be flexibly adjusted through adjusting the patrol route, and the patrol safety is further improved; in the process of patrolling the target user, the patrolling task is downloaded in a caching mode, and the confirmation of the patrolling point position is finished by taking pictures in real time, so that the real-time performance and the authenticity of patrolling are guaranteed.
Description
Technical Field
The invention relates to the technical field of electronic patrol, in particular to an electronic patrol method and a patrol terminal.
Background
In the electronic patrol operation in the prior art, generally, comprehensive wiring is carried out in a certain periphery of a patrol position, a patrol inspector is arranged on a certain patrol inspection point, and patrol is carried out according to the wiring range by patrol inspectors carrying information buttons or information cards. In the patrol management, a manager directly watches the patrol route where the patrol inspector is located and the time of the arrival patrol inspection point in a central monitoring room. Therefore, in the application of the electronic patrol in the prior art, the construction quantity of electronic wiring is large, the cost is high, the outdoor installation transmission line is easy to be damaged by people, and the online patrol system reconfigured for a well-finished building is more difficult. So, fixed routing inspection wiring can form fixed circuit of patrolling and examining when realizing that the electron patrols and examines, and the scope of patrolling and examining also can receive the restriction, and further fixed scope of patrolling and examining has been formed, has reduced the electron and has patrolled more security to a certain extent. The patrol in a large-area building type is very difficult to realize centralized management, and the dispatching of orders and the reporting details of patrol points cannot be timely and accurately adjusted; particularly, the accurate management can not be realized aiming at the real state of the work order and the processing when no network environment exists at the patrol point; therefore, there is a need for an electronic patrol method, which can dispatch orders more streamlined, make orders more timely and accurate, and feed back the real situation to a server at the first time.
Disclosure of Invention
Aiming at the existing technologies such as: the prior art does not have the problems of visual centralized management through patrol dispatch and authenticity feedback flow method of patrol points without network, and the application performs visual and hierarchical dispatch management at a dispatch end; and uploading and caching are carried out at the patrol terminal by only receiving the pictures shot in real time, so that the authenticity and timeliness of the feedback of the patrol point position are ensured.
The electronic patrol method comprises the following steps:
acquiring a map of an area to be patrolled and a patrolling schedule, generating a patrolling point in the map of the area to be patrolled according to a patrolling point generation instruction, and numbering the patrolling point to form a patrolling route; meanwhile, generating a patrol task according to the patrol route and the patrol schedule;
the generated patrol task is issued to a target patrol user;
receiving a patrol record uploaded by a target patrol user, and confirming the execution condition of the patrol task according to the patrol record;
generating a patrol point position state identification at a corresponding point position according to the execution condition of the patrol task;
and closing the night patrol task when the night patrol task is confirmed to be completed.
Preferably, when the patrol location is generated, a history patrol location and a history patrol route are received, and when the coincidence rate of the patrol location and the history patrol location in the history patrol route exceeds a first threshold, the history patrol route is automatically covered as the patrol route.
Preferably, when numbering the patrol positions to form a patrol route, acquiring a real-time state of the patrol positions, reading the real-time state of the patrol positions to confirm whether the patrol route is being executed, acquiring a change instruction of repeated patrol positions when the patrol route is being executed, and generating a new patrol route after the repeated patrol positions are successfully changed.
Preferably, generating a patrol location state identifier at a corresponding location, and if the patrol location state identifier is in an abnormal state, displaying real-time uploaded data of the patrol location corresponding to the abnormal state; and generating a maintenance task according to the real-time uploaded data, and issuing the maintenance task to a target maintenance user.
Preferably, when the patrol task is issued to the target patrol user, the target patrol user may perform transition allocation on the patrol task.
Also disclosed is an electronic patrol method, comprising the steps of:
receiving and caching a patrol task, and executing patrol operation of the patrol task;
the method comprises the steps of obtaining a night patrol position in a night patrol task, taking a real-time picture at the night patrol position to generate a night patrol record, confirming the connection state with an upper computer, generating a cache data packet by the night patrol record if the night patrol position cannot be connected, and uploading the cache data packet to the upper computer when the connection is confirmed to be successful.
Preferably, when the real-time photo is taken at the night patrol position to generate the night patrol record, the real-time environment photo of the night patrol position and the target user at the night patrol position are taken in real time.
Preferably, when the patrol task is received and cached, the patrol task comprises a patrol position, a patrol route, patrol duration and patrol interval time; and when the night watching duration or the night watching interval time exceeds a preset threshold value, the night watching task is switched to an overtime night watching task.
Preferably, when the patrol operation of the patrol task is executed, if an abnormal condition is acquired, calling an emergency call connection prestored in the patrol task; and meanwhile, the night watching records are uploaded to an upper computer.
The patrol terminal comprises a terminal memory, a terminal processor, a camera module and an electronic patrol program which is stored on the terminal memory and can run on the processor, wherein the electronic patrol program realizes the steps of the electronic patrol method when being executed by the terminal processor.
Still disclose a patrol server, patrol server includes: a first memory, a first processor and an electronic patrol program stored on the first memory and operable on the first processor, the electronic patrol program, when executed by the processor, implementing the steps of the electronic patrol method as above.
The invention has the beneficial effects that: compared with the prior art, the invention discloses an electronic patrol method, which comprises the following steps: acquiring a map of an area to be patrolled and a patrolling schedule, generating a patrolling point position in the map of the area to be patrolled according to a patrolling point position generating instruction, and numbering the patrolling point position to form a patrolling route; meanwhile, generating a patrol task according to the patrol route and the patrol schedule; the generated patrol task is issued to a target patrol user; receiving a patrol record uploaded by a target patrol user, and confirming the execution condition of a patrol task according to the patrol record; generating a patrol point position state identification at a corresponding point position according to the execution condition of the patrol task; when the patrol task is confirmed to be completed, closing the patrol task; through the reconfirmation and the overall editing of the point positions, the generated route can correspond to different patrol states, the patrol range can be flexibly adjusted in a way of adjusting the patrol route, and the beneficial effect of improving the patrol safety is further realized; and in the process of patrolling the target user, the patrolling task can be downloaded and the patrolling details can be uploaded in a caching mode, and the confirmation of the patrolling point position can only be completed by taking pictures in real time, so that the real-time property and the authenticity of patrolling are ensured, and the patrolling state can be better fed back.
Drawings
FIG. 1 is a flow chart of a server-side night patrol method of the present invention;
FIG. 2 is a schematic illustration of a server-side system interface of the present invention;
FIG. 3 is a flowchart of a method for handheld night patrol terminal night patrol according to the present invention;
FIG. 4 is a schematic diagram of a task submission interface of the handheld night patrol terminal of the present invention;
FIG. 5 is a schematic diagram of an abnormal interface for the handheld night patrol terminal according to the present invention;
FIG. 6 is a flow diagram of a dispatch process of the present invention;
fig. 7 is a system architecture diagram of the present invention.
The main element symbols are as follows:
1. a server; 11. a first memory; 12. a first processor;
2. the handheld patrol terminal; 21. a terminal memory; 22. a terminal processor; 23. the camera module.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, 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 some, but not all, embodiments of the present invention. The components of embodiments of the present invention generally described and illustrated in the figures herein may be arranged and designed in a wide variety of different configurations.
The following detailed description of the embodiments of the present invention, presented in the figures, is not intended to limit the scope of the invention, as claimed, but is merely representative of selected embodiments of the invention. 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.
It should be noted that: like reference numbers and letters refer to like items in the following figures, and thus, once an item is defined in one figure, it need not be further defined and explained in subsequent figures.
Furthermore, the terms "first," "second," "third," and the like are used solely to distinguish one from another and are not to be construed as indicating or implying relative importance. Furthermore, the terms "horizontal", "vertical", "suspended", and the like do not imply that the components are required to be absolutely horizontal or suspended, but may be slightly inclined. For example, "horizontal" merely means that the direction is more horizontal than "vertical" and does not mean that the structure must be perfectly horizontal, but may be slightly inclined.
The specific meanings of the above terms in the present invention can be understood in specific cases to those skilled in the art.
In the prior art, electronic patrol is a means for a manager to investigate whether a patrol person arrives at a specified place along a patrol route at a specified time. Compared with the traditional patrol, in the field of electronic patrol, each floor of a building is respectively provided with a plurality of Bluetooth or radio frequency identification RFID devices, and patrol personnel use electronic equipment to check in at patrol points, so that patrol operation is recorded. Because the electronic patrol in the prior art is applied, the construction quantity of electronic wiring is large, the cost is high, and the outdoor installation transmission line is easy to be damaged by people, the reconfiguration of an online patrol system for a well-finished building is more difficult. Therefore, when electronic inspection is realized by the fixed inspection wiring, a fixed inspection line can be formed, the inspection range is limited, a fixed inspection range is further formed, and the safety of electronic inspection is reduced to a certain extent; although methods other than electronic patrol are also developed in the prior art, in general, patrol tasks are generated according to an electronic patrol route and a patrol schedule, the generated patrol tasks are issued to a target patrol user, and patrol records uploaded by the target patrol user are received, so that the execution situation of the patrol tasks can be confirmed according to the patrol records, however, the existing electronic patrol methods can generate patrol of fixed lines, and therefore, several problems are hidden troubles in the prior art:
1. as the night patrol personnel change and the environmental conditions of buildings or buildings are different, the point positions need to be adjusted and distributed in time;
2. the night patrol of a fixed point position is usually checked and patrolled in the same time period, and sporadic events and other hidden events in other time periods cannot be checked, so that the automatic generation of a route often brings about repeated time point verification of a repeated route; thus having a potential hazard.
In order to solve the electronic patrol hidden danger, the patrol of the non-fixed point location is more time-efficient when being discovered, the special conditions can be processed in time, the dispatching of the patrol personnel can be more reasonable, the change of the number of the patrol personnel and the change of the sequence of the patrol can be adapted to be arranged in time, and the confirmation of the state of the patrol point location can control the fine position more; therefore, the scheme in the application can be optimized aiming at the problems; the effect of safer and more perfect night patrol is achieved.
The terminal of the embodiment of the invention can be a PC, and can also be a mobile or non-mobile terminal device such as a smart phone, a tablet computer, an electronic book reader, a portable computer and the like; mainly through setting up host computer server 1, patrol the confirmation of task and patrol the position department, modify and delete in the server to operating system embeds there is the electron to patrol application program in through the server, reaches the handheld ability of patrolling terminal 2 of telecommunication, mainly is the following operation of execution at the server:
referring to fig. 1, a map of an area to be patrolled and a patrol schedule are obtained, a patrol point location is generated in the map of the area to be patrolled according to a patrol point location generation instruction, and the patrol point location is numbered to form a patrol route; meanwhile, generating a patrol task according to the patrol route and the patrol schedule;
the generated patrol task is issued to a target patrol user;
receiving a patrol record uploaded by a target patrol user, and confirming the execution condition of a patrol task according to the patrol record;
generating a patrol point position state identification at a corresponding point position according to the execution condition of the patrol task;
and when the patrol task is confirmed to be completed, closing the patrol task.
The server has patrol background function management, data visualization graph construction is carried out on all areas needing to be patrolled, independent and controllable units are generated according to respective area division, a staff scheduling list is obtained based on current electronic patrol management, and a patrol route is formed by generating numbering specific patrol point positions; when a server distributed in each cell logs in an electronic patrol application program, displaying the patrol range of the area to which the account belongs by default; the upper server can independently call all patrol areas; according to the adjustment of a scheduling table and past patrol experience, a non-default patrol route is formed for the number, the position and the mode of patrol points, because the patrol route corresponds to different patrol persons, a new route can be generated for the number sequence and increase and decrease of the points, after the patrol points are confirmed, the interval time of the patrol points is set, meanwhile, in the point modification process, if a background finds that the points have patrol tasks which are being executed, point deletion is not allowed, after the patrol tasks are generated, the patrol tasks are directly issued to the handheld patrol terminals, and because the patrol tasks are generated according to the scheduling table, the patrol tasks can also be directly sent to the corresponding handheld patrol terminals in the issuing process and can be used as the handheld patrol terminals of the first level of project management, and the tasks of the managed persons can be sent and adjusted for the second time.
In this embodiment, when the patrol location is generated, the historical patrol location and the historical patrol route are received, and when the coincidence rate of the patrol location and the historical patrol location in the historical patrol route exceeds a first threshold, the historical patrol route is automatically covered as the patrol route. Because the patrol route points can be repeated, most of the route lines as the re-planned route points are subjected to post change and regularity adjustment, so that the dispatch time is saved, and when repeated route planning is carried out, if the repeated route points exceed a certain threshold value, the historical patrol route lines are directly extracted for covering.
In this embodiment, when numbering is performed on the patrol location to form a patrol route, the real-time state of the patrol location is obtained to read the real-time state of the patrol location to determine whether the patrol route is being executed, when the patrol route is being executed, a change instruction for the repeated patrol location is obtained, and after the repeated patrol location is successfully changed, a new patrol route is generated. When a route is planned, due to the fact that the route is automatically generated through confirming of the patrol points, repeated patrol of few points between routes may exist, but the patrol route basically represents the most convenient and fast patrol route, point modification is the most appropriate mode, and the route is re-planned in the prior art and is often changed to a large extent, so that a better and convenient effect can be achieved only by changing the points.
Please refer to fig. 2; in this embodiment, a patrol location status identifier is generated at the corresponding location, and if the patrol location status identifier is in an abnormal status, real-time upload data of the patrol location corresponding to the abnormal status is displayed; and generating a maintenance task according to the real-time uploaded data, and issuing the maintenance task to a target maintenance user. Because the state identification of the patrol position is uploaded and known by patrol personnel, the real-time state of the patrol position can be reflected in real time, and the server can be visually observed by global calling, so that whether the abnormal condition is an accidental condition or a related condition can be directly judged, and the most rapid and effective judgment can be made on the abnormal condition. And aiming at the real-time situation of the night patrol point, the progress and the completion rate of the polar work order can be effectively monitored; for example, the conventional place is blue, the place with tasks today is green, the overtime patrol point location today is red, and the task status and record of the point location today can be displayed by clicking the corresponding patrol point location.
In this embodiment, when the patrol task is issued to the target patrol user, the target patrol user may perform transition allocation on the patrol task. Besides the dispatch of tasks by a single patrol supervisor which is planned overall, the task can also be distributed in an emergency.
Referring to fig. 3-7, the handheld patrol terminal is at least provided with a memory, a processor, a communicator and a shooting device, and performs wireless communication with the server through the communicator; the patrol application is built in the processor and is used for realizing the following electronic patrol method, comprising the following steps:
receiving and caching the patrol task, and executing patrol operation of the patrol task;
the method comprises the steps of obtaining a night patrol position in a night patrol task, shooting a real-time photo at the night patrol position to generate a night patrol record, confirming the connection state of the night patrol record and an upper computer, generating a cache data packet by the night patrol record if the night patrol record cannot be connected, and uploading the cache data packet to the upper computer when the connection is confirmed to be successful. Entering from a handheld patrol terminal of a target patrol user, directly and visually finishing the work order, overtime work orders, abnormal work orders and finished work orders, and only displaying the work order assigned today or the work order which is already robbed in the current task and the page to be finished; and when receiving the patrol task, because some network environments for patrolling the point locations are poor, if a real-time communication mode is adopted, the situation of no network connection can occur, and in the scheme, the patrol route is not necessarily a historical route, so the confirmation of the point locations needs to be more careful, and meanwhile, because the patrol mode for patrolling the point locations is adopted, the caching of a single point location can be carried out, so that the patrol point locations can be continuously cached when the network environment is switched to the network environment. Meanwhile, the problems of real-time performance and authenticity of the patrol are not considered in the prior art, and the photos of the mobile phone gallery can be directly uploaded when the point location patrol condition is uploaded, so that hidden dangers are brought to the operation mode, holes for supervision can be left, the patrol record is formed by shooting the real-time photos of the point location patrol, and authenticity and validity of the patrol record are guaranteed. After the task work order is cached successfully, the patrol execution task can be started in a network-free state within a specified time.
As a more preferred embodiment, please refer to fig. 4-5, when the tour point location real-time photo is taken to generate the tour record, the tour point location real-time environment photo and the target user at the tour point location are taken by themselves in real time. Corresponding photographing and processing are carried out aiming at each point position, the patrol task of patrolling the point position is completed, self-photographing and picture uploading of environment photographing must be completed, and the pictures need to be photographed according to prompt requirements; through the mutual supplement of the real-time environment picture and the self-timer picture, the situation of the patrol position can be well monitored, and the patrol condition of the patrol personnel can be truly reflected. If no network state prompt is displayed in the uploading process, the handheld patrol terminal caches the submitted item, and when the network state exists, the handheld patrol terminal submits the task; the method also aims to prevent the whole task interface from being cached and submitted after being packaged because the whole task progress is delayed without a network after being photographed and the local uploading through a gallery cannot be carried out; and data omission is prevented.
In this embodiment, when receiving and caching the patrol task, the patrol task includes a patrol location, a patrol route, a patrol duration, and a patrol interval time; and when the night watching duration or the night watching interval time exceeds a preset threshold value, the night watching task shifts to the overtime night watching task. And when the time exceeds twenty-three points, fifty-nine minutes and fifty-nine seconds of the day, the prompt is given, and the task cannot be submitted after time is out.
In this embodiment, when performing patrol operation of a patrol task, if an abnormal condition is obtained, an emergency call connection pre-stored in the patrol task is called; and meanwhile, the night watching records are uploaded to an upper computer. If the abnormal report is carried out, a new abnormal report page is opened on a task interface, and simultaneously corresponding to a situation description, a photographing and an out state description, wherein any one item needs to be filled in for the photographing and the situation description, and if the prompt is filled in, the prompt 'submit failure, please describe the abnormal situation or the photographing description'; the method can clearly reflect real abnormal conditions, can form a fool-proof design, ensures that the report of the abnormal conditions is real and effective, ensures that the processing state belongs to the explanation whether the night patrol personnel carries out emergency temporary processing or not, can reflect the abnormal conditions and the emergency degree and the repair degree to a certain extent, and can carry out subsequent processing by the background management personnel according to the information. Meanwhile, an SOS call can be directly carried out in a very urgent state, and the telephone dialing page displayed corresponding to the pop-up window is the telephone of an attendant on the same day, so that information can be called from an organization structure prestored in the system.
Also disclosed is a patrol terminal 2 comprising a terminal memory 21, a terminal processor 22 and a camera module 23, as well as an electronic patrol program stored on the terminal memory and operable on the processor, which when executed by the terminal processor implements the steps of the electronic patrol method as described above.
Also disclosed is a patrol server 1 including: a first memory 11, a first processor 12 and an electronic patrol program stored on the first memory and being executable on the first processor, the electronic patrol program, when executed by the processor, implementing the steps of the electronic patrol method as described above.
Examples
Please refer to fig. 6-7; the server enters a task interface by logging in a special account, the system identifies the region to which the account belongs, and the region corresponding to the account is displayed on the task interface; different color attributes are displayed aiming at all issued patrol positions, for example, a conventional position is blue, a task at the patrol position today is green, an ultrasonic work order at the position today is red, and the task record and the completion record of the patrol position can be displayed by clicking the corresponding position, so that the patrol task and the patrol position today can be re-formulated. And the nearly seven-day work order completion rate can be displayed on the main interface, and the work order completion condition, the abnormal work number and the corresponding processing record of the present day can be displayed at the same time.
The staff creates or selects the patrol location, specifically, parameters such as the name of a cell, the name of a location, a serial number, an interval time, a detailed address and the like, to generate a corresponding patrol location, prompts if the patrol location meets the task being executed, and then modifies the location, but the location serial number is not repeated. And generating a patrol route according to the point location, generating patrol tasks corresponding to the patrol schedule, and issuing corresponding matched patrol tasks by the server through the handheld patrol terminals which are communicated with each other. In the execution process, the server receives the work order details uploaded by the target patrol personnel from the handheld patrol terminal, changes the display colors and condition display of the corresponding patrol points in real time according to the specific conditions of the patrol points, and can visually display the patrol task progress in a way of patrolling the patrol points, so that the global progress can be mastered. Meanwhile, the abnormal night patrol position and the SOS calling can be observed in time, and the cooperative processing is carried out.
As a handheld patrol terminal, if a supervisor or a project manager logs in, besides the patrol task, other tasks of the managed personnel are available, and the specific tasks can be assigned or exchanged; as for the night patrol personnel, the night patrol task can be completely downloaded and cached in the environment with a network, the night patrol task can also be subjected to order grabbing in an order grabbing manner, then the environment photo and the self-shot photo shot in real time are uploaded after the night patrol point is reached aiming at the patrol of the corresponding task, if the night patrol unit is in the environment without network connection, the task interface of the night patrol unit is cached after the shooting is finished, and the task is uploaded when the night patrol unit enters the environment with the network; meanwhile, if the patrol location is abnormal, superior personnel need to be called or the situation is directly reported, calling can be carried out through an SOS button, or abnormal information is recorded on an abnormal feedback interface, wherein the abnormal information comprises text situation description and/or photo description, then whether a maintenance work order is generated or not is selected, and task submission is carried out, and then whether the maintenance work order is generated or not is judged at the server side according to the submitted specific situation feedback of the patrol location.
The invention has the advantages that:
through the reconfirmation and the overall editing of the point positions, the generated route can correspond to different patrol states, the patrol range can be flexibly adjusted in a way of adjusting the patrol route, and the beneficial effect of improving the patrol safety is further realized; and in the process of patrolling the target user, the patrolling task can be downloaded and the patrolling details can be uploaded in a caching mode, and the confirmation of the patrolling point position can only be completed by taking pictures in real time, so that the real-time property and the authenticity of patrolling are ensured, and the patrolling state can be better fed back.
The above disclosure is only for a few specific embodiments of the present invention, but the present invention is not limited thereto, and any variations that can be made by those skilled in the art are intended to fall within the scope of the present invention.
Claims (10)
1. An electronic patrol method, characterized by comprising the steps of:
acquiring a map of an area to be patrolled and a patrolling schedule, generating a patrolling point in the map of the area to be patrolled according to a patrolling point generation instruction, and numbering the patrolling point to form a patrolling route; meanwhile, generating a patrol task according to the patrol route and the patrol schedule;
the generated patrol task is issued to a target patrol user;
receiving a patrol record uploaded by a target patrol user, and confirming the execution condition of the patrol task according to the patrol record;
generating a patrol point position state identification at a corresponding point position according to the execution condition of the patrol task;
and closing the night patrol task when the night patrol task is confirmed to be completed.
2. The electronic patrol method according to claim 1, wherein a history patrol location and a history patrol route are received at the time of generating the patrol location, and when a coincidence rate of the patrol location with the history patrol location among the history patrol routes exceeds a first threshold value, the history patrol route is automatically overwritten as the patrol route.
3. The electronic patrol method according to claim 2, wherein when numbering the patrol locations to form a patrol route, acquiring a real-time status of the patrol locations to read the real-time status of the patrol locations to confirm whether the patrol route is being executed, acquiring a change instruction for a repeated patrol location when the patrol route is being executed, and generating a new patrol route after the repeated patrol location is successfully changed.
4. The electronic night patrol method according to claim 1, wherein a night patrol location status flag is generated at a corresponding location, and if the night patrol location status flag is in an abnormal status, real-time upload data of the night patrol location corresponding to the abnormal status is displayed; and generating a maintenance task according to the real-time uploaded data, and issuing the maintenance task to a target maintenance user.
5. The electronic patrol method according to claim 1, wherein the target patrol user can perform sub-allocation on the patrol task when issuing the patrol task to the target patrol user.
6. An electronic patrol method, characterized by comprising the steps of:
receiving and caching a patrol task, and executing patrol operation of the patrol task;
the method comprises the steps of obtaining a night patrol position in a night patrol task, taking a real-time picture at the night patrol position to generate a night patrol record, confirming the connection state with an upper computer, generating a cache data packet by the night patrol record if the night patrol position cannot be connected, and uploading the cache data packet to the upper computer when the connection is confirmed to be successful.
7. The electronic night patrol method according to claim 6, wherein the taking of the real-time picture at the night patrol location to generate the night patrol record comprises taking a real-time environment picture at the night patrol location and taking a self-photograph of a target user at the night patrol location in real time.
8. The electronic patrol method according to claim 6, wherein when a patrol task is received and cached, the patrol task includes a patrol location, a patrol route, a patrol duration, and a patrol interval time; and when the night watching duration or the night watching interval time exceeds a preset threshold value, the night watching task is switched to an overtime night watching task.
9. The electronic patrol method according to claim 6, wherein when performing a patrol operation of the patrol task, if an abnormal situation is acquired, an emergency call connection prestored in the patrol task is invoked; and meanwhile, the night watching records are uploaded to an upper computer.
10. A patrol terminal, comprising a terminal memory, a terminal processor and a camera module, and an electronic patrol program stored on the terminal memory and operable on the processor, the electronic patrol program, when executed by the terminal processor, implementing the steps of the electronic patrol method according to any one of claims 6 to 9.
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| Application Number | Priority Date | Filing Date | Title |
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| CN202111052752.9A CN113763587A (en) | 2021-09-09 | 2021-09-09 | Electronic patrol method and patrol terminal |
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| CN202111052752.9A CN113763587A (en) | 2021-09-09 | 2021-09-09 | Electronic patrol method and patrol terminal |
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| CN202111052752.9A Pending CN113763587A (en) | 2021-09-09 | 2021-09-09 | Electronic patrol method and patrol terminal |
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| CN115147947A (en) * | 2022-06-29 | 2022-10-04 | 杭州海康威视数字技术股份有限公司 | Video inspection method and device, electronic equipment and computer program product |
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