Interactive processing method and device for off-site enforcement of two violations

Abstract

The present application discloses an interactive processing method and device for non-site enforcement of two violations, which is applied to the technical field of two-violation enforcement. The method includes: displaying an inspection management interface, which includes an inspection control, a clue management area, and a clue processing control; in response to a trigger instruction for the inspection control, controlling a drone to inspect a preset area, obtaining inspection clues and displaying them in the clue management area, wherein the inspection clues correspond to the clue processing controls one by one and indicate the area where two violations exist; in response to a trigger instruction for any clue processing control, determining the target clue and displaying the corresponding law enforcement processing window, wherein the window includes a law enforcement information processing area and a reporting control; in response to an operation instruction for the law enforcement information processing area, obtaining pre-law enforcement data of the target clue and determining the law enforcement terminal; in response to a trigger instruction for the reporting control, sending pre-law enforcement data to the law enforcement terminal so that the law enforcement terminal performs penalty processing. The present application improves the efficiency of law enforcement of two violations.

Description

Technical Field

[0001] The present application relates to the technical field of two-violation law enforcement, and in particular to an interactive processing method and device for non-site law enforcement of two-violation. Background Art

[0002] Two violations refer to illegal land use and illegal construction. Related technologies use drone control stations such as ground control stations and ground control systems to control multiple drones (Unmanned Aerial Vehicles, UAVs) to conduct inspections to detect whether there are two violations in various parts of the city. If two violations are detected in a certain area of ​​the city, law enforcement personnel will be dispatched to the area to conduct on-site law enforcement. However, this method has low law enforcement efficiency, high labor costs, and insufficient timeliness of law enforcement. Summary of the invention

[0003] The embodiments of the present application propose an interactive processing method and device for non-site enforcement of two violations, which are used to improve the efficiency and timeliness of the enforcement of the two violations, reduce the labor cost of enforcement, and improve the management accuracy of inspection clues.

[0004] On the one hand, the embodiment of the present application provides an interactive processing method for non-site enforcement of two violations, including the following steps:

[0005] Displaying an inspection management interface, the inspection management interface including an inspection control, a clue management area, and at least one clue processing control;

[0006] In response to a trigger instruction to the inspection control, at least one unmanned aerial vehicle is controlled to inspect at least one preset area, and at least one inspection clue is obtained and displayed in the clue management area, wherein the inspection clue is used to indicate an area where two violations exist, and the inspection clue corresponds to the clue processing control one by one;

[0007] In response to a trigger instruction of any clue processing control, determine the inspection clue corresponding to the trigger instruction of the clue processing control as the target clue and display the law enforcement processing window of the target clue, the law enforcement processing window includes a law enforcement information processing area and a reporting control;

[0008] In response to an operation instruction to the law enforcement information processing area, obtaining pre-law enforcement data of the target clue and determining a law enforcement terminal for processing the target clue;

[0009] In response to a trigger instruction for the reporting control, the pre-enforcement data of the target clue is sent to the law enforcement terminal, so that the law enforcement terminal performs penalty processing based on the pre-enforcement data of the target clue.

[0010] On the other hand, the embodiment of the present application provides an interactive processing device for non-site law enforcement of two violations, including:

[0011] A display module, used to display an inspection management interface, wherein the inspection management interface includes an inspection control, a clue management area, and at least one clue processing control;

[0012] A first interactive processing module, configured to control at least one unmanned aerial vehicle to inspect at least one preset area in response to a trigger instruction to the inspection control, obtain at least one inspection clue and display it in the clue management area, wherein the inspection clue is used to indicate an area where two violations exist, and the inspection clue corresponds to the clue processing control in a one-to-one manner;

[0013] A second interactive processing module is used to respond to a trigger instruction of any clue processing control, determine the inspection clue corresponding to the trigger instruction of the clue processing control as a target clue and display the law enforcement processing window of the target clue, wherein the law enforcement processing window includes a law enforcement information processing area and a reporting control;

[0014] A third interactive processing module, for obtaining the pre-law enforcement data of the target clue and determining the law enforcement terminal for processing the target clue in response to the operation instruction of the law enforcement information processing area;

[0015] The fourth interactive processing module is used to send the pre-enforcement data of the target clue to the law enforcement terminal in response to the trigger instruction of the reporting control, so that the law enforcement terminal performs penalty processing based on the pre-enforcement data of the target clue.

[0016] The beneficial effects of the present application are: providing an interactive processing method and device for non-site enforcement of two violations, realizing the control of drone two violation inspections through interactive display technology, reducing the management difficulty of drone two violation inspections, reducing the user's learning cost and professional knowledge requirements for drone two violation inspections, and improving the management efficiency of drone two violation inspections; in addition, the embodiments of the present application use interactive display technology to process the inspection clues obtained by drone two violation inspections and report them to the corresponding law enforcement terminals, thereby assisting law enforcement personnel to implement non-site law enforcement of two violations, improving the efficiency and timeliness of two violation law enforcement, reducing their law enforcement labor costs, and facilitating large-scale two violation rectification and processing.

[0017] Other features and advantages of the present application will be described in the following description, and partly become apparent from the description, or understood by practicing the present application. The purpose and other advantages of the present application can be realized and obtained by the structures specifically pointed out in the description, claims and drawings. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] Figure 1 It is a flow chart of the interactive processing method of non-site enforcement of two violations provided by this application;

[0019] Figure 2 This is an example diagram of the inspection management interface provided by this application;

[0020] Figure 3 This is an example diagram of the law enforcement processing window provided by this application;

[0021] Figure 4 is an example diagram of the historical comparison window provided by this application;

[0022] Figure 5 This is another example diagram of the inspection management interface provided by this application;

[0023] Figure 6 This is a sample image of the inspection details viewing window provided by this application;

[0024] Figure 7 This is an example diagram of the review and evidence collection window provided by this application;

[0025] Figure 8 This is an example diagram of the enhanced inspection window provided by this application;

[0026] Fig. 9 This is another example diagram of the inspection management interface provided by this application. DETAILED DESCRIPTION

[0027] In order to make the purpose, technical solution and advantages of the present application more clearly understood, the present application is further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present application and are not used to limit the present application.

[0028] The present application is further described below in conjunction with the accompanying drawings and specific embodiments. The described embodiments should not be regarded as limiting the present application, and all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present application.

[0029] In the following description, reference is made to “some embodiments”, which describe a subset of all possible embodiments, but it will be understood that “some embodiments” may be the same subset or different subsets of all possible embodiments and may be combined with each other without conflict.

[0030] Unless otherwise defined, all technical and scientific terms used herein have the same meaning as those commonly understood by those skilled in the art to which this application belongs. The terms used herein are only for the purpose of describing the embodiments of this application and are not intended to limit this application.

[0031] Unmanned Aerial Vehicle (UAV) is an aircraft that can fly remotely or autonomously without the need for manned personnel. UAV inspection is one of the applications of UAVs. It is often used to inspect areas that are dangerous, difficult to reach, or require frequent monitoring. Two violations refer to illegal land use and illegal construction. Related technologies use UAV control stations such as ground control stations and ground control systems to control multiple UAVs for inspections to detect whether there are two violations in various parts of the city. If two violations are detected in a certain area of ​​the city, law enforcement officers will be dispatched to the area to conduct on-site law enforcement.

[0032] However, the relevant technology has the following defects: First, the law enforcement method of the relevant technology is manual on-site law enforcement, which has low law enforcement efficiency, high labor costs, insufficient law enforcement timeliness, and is not suitable for large-scale law enforcement of two violations; Second, the relevant technology rarely has a system or related processing method for managing the inspection clues obtained by drone inspections, and the management accuracy of the inspection clues needs to be improved.

[0033] In view of this, the embodiments of the present application provide an interactive processing method and device for non-site enforcement of two violations, aiming to improve the efficiency and timeliness of the enforcement of the two violations, reduce its enforcement labor costs, and improve the management accuracy of inspection clues.

[0034] First, the implementation steps of the interactive processing method for non-site enforcement of two violations provided in the embodiment of the present application will be described in detail below with reference to the accompanying drawings.

[0035] The interactive processing method for non-site enforcement of two violations provided in the embodiment of the present application can be applied to a terminal, can also be applied to a server, can also be software running in a terminal or a server, etc. The terminal can be a tablet computer, a laptop computer, a desktop computer, etc., but is not limited to this. The server can be an independent physical server, or a server cluster or distributed system composed of multiple physical servers, or a cloud server that provides basic cloud computing services such as cloud services, cloud databases, cloud computing, cloud functions, cloud storage, network services, cloud communications, middleware services, domain name services, security services, CDN, and big data and artificial intelligence platforms. In addition, the server can also be a node server in a blockchain network, but is not limited to this. Among them, blockchain is a new application mode of computer technologies such as distributed data storage, point-to-point transmission, consensus mechanism, and encryption algorithm.

[0036] Reference Figure 1 , Figure 1 1 is a flowchart of an interactive processing method for non-site enforcement of two violations provided in an embodiment of the present application. The interactive processing method may include the following steps S101-S105:

[0037] S101, displaying an inspection management interface, which includes an inspection control, a clue management area, and at least one clue processing control;

[0038] S102, in response to a trigger instruction for an inspection control, controlling at least one drone to inspect at least one preset area, obtaining at least one inspection clue and displaying it in a clue management area, the inspection clue being used to indicate an area where two violations exist, and the inspection clue and the clue processing control corresponding one to one;

[0039] S103, in response to a trigger instruction of any clue processing control, determining the inspection clue corresponding to the trigger instruction of the clue processing control as the target clue and displaying the law enforcement processing window of the target clue, the law enforcement processing window including the law enforcement information processing area and the reporting control;

[0040] S104, in response to the operation instruction to the law enforcement information processing area, obtaining pre-law enforcement data of the target clue and determining the law enforcement terminal for processing the target clue;

[0041] S105, in response to a trigger instruction for a reporting control, sending pre-enforcement data of a target clue to a law enforcement terminal, so that the law enforcement terminal performs penalty processing based on the pre-enforcement data of the target clue.

[0042] The embodiment of the present application realizes the control of drone inspection of two violations through interactive display technology, reduces the management difficulty of drone inspection of two violations, reduces the learning cost and professional knowledge requirements of users for drone inspection of two violations, and improves the management efficiency of drone inspection of two violations; in addition, the embodiment of the present application processes the inspection clues obtained by drone inspection of two violations through interactive display technology and reports them to the corresponding law enforcement terminal, thereby assisting law enforcement personnel to implement non-site law enforcement of two violations, improve the efficiency and timeliness of law enforcement of two violations, reduce their law enforcement labor costs, and facilitate the realization of large-scale rectification and treatment of two violations.

[0043] In the above step S101, the terminal displays Figure 2 In the inspection management interface shown, the terminal can be a tablet computer, a laptop computer, a desktop computer, etc., but is not limited to these.

[0044] The above-mentioned inspection management interface may include an inspection control, a clue management area and at least one clue processing control, but is not limited to this, wherein the above-mentioned inspection control is used to control at least one drone to inspect at least one preset area when triggered, the above-mentioned clue management area is used to obtain and display the inspection clues obtained by the drone's two violations inspection, and the above-mentioned clue processing control is used to perform corresponding processing on the inspection clues obtained by the drone's two violations inspection when triggered.

[0045] The above-mentioned clue management area may include a clue query area and a clue search control. The above-mentioned clue query area is used to obtain clue information corresponding to the input instruction of the clue query area, such as the address information, date information, etc. of the clue, but not limited to this; the above-mentioned clue search control is used to display the inspection clue corresponding to the clue information in the clue management area when it is triggered.

[0046] In the above step S102, the user can implement drone inspection and clue collection by clicking the inspection control. Figure 2 The "work order" here refers to the inspection control. When the user clicks the inspection control, when the inspection control is triggered, it will control at least one drone to inspect at least one preset area to realize drone two-violation inspection; for a single area, the drone will take multiple images of the area during the inspection process. Based on the multiple images taken by the drone, it can be identified whether there are two violations in the area. If so, an inspection clue for the area is generated and displayed in the clue management area; by conducting drone two-violation inspections on at least one area, at least one inspection clue can be obtained, thereby realizing the collection of inspection clues for two violations.

[0047] The above inspection clues are used to indicate areas where two violations exist, namely, two-violation areas.

[0048] The above inspection clues may include clue number, clue discovery time and two violation area information, but are not limited thereto.

[0049] The above-mentioned two violation area information may include inspection images, address information, community information, department information and two violation types of the two violation areas, but is not limited to this. The community information refers to the name of the community to which the two violation areas belong, and the department information refers to the name of the department that manages the two violation areas.

[0050] The inspection clues and the clue processing controls correspond to each other one by one, that is, one inspection clue corresponds to one clue processing control.

[0051] The above-mentioned response to the trigger instruction of the inspection control, controlling at least one drone to inspect at least one preset area, obtaining at least one inspection clue and displaying it in the clue management area, may include responding to the trigger instruction of the inspection control, controlling at least one drone to inspect at least one preset area, obtaining several area images of each area; for each area, processing the several area images to determine whether there are two violations in the area, and if so, generating an inspection clue for the area and displaying it in the clue management area; otherwise, not generating an inspection clue for the area.

[0052] The above-mentioned processing of several regional images may include, first, identifying several regional images through a pre-trained first image recognition model, obtaining multiple regional images suspected of showing two illegal behaviors as suspicious images, calculating the credibility of each suspicious image and sorting them from large to small, retaining the top three suspicious images as images to be processed; then, extracting features from the image to be processed with the highest credibility to obtain a ROI feature vector, where ROI refers to a region of interest, and the region of interest includes illegal land use behaviors and / or illegal construction behaviors; processing the image to be processed with the second highest credibility to obtain a global vector, and extracting the credibility of the image to be processed; The lowest image to be processed is subjected to background extraction processing to obtain a background feature vector; then, the background feature vector is processed through a recursive graph to obtain a red channel image, the ROI feature vector is processed through a relative position matrix graph to obtain a green channel image, the global vector is processed through a Gram sum angular field matrix to obtain a blue channel image, the red channel image, the green channel image and the blue channel image are recombined to obtain a two-violation image; finally, the two-violation image is recognized using a pre-trained second image recognition model to obtain a two-violation behavior recognition result, which is used to indicate whether there are two-violation behaviors in the two-violation image. In this way, multiple images obtained by drone inspections are collected and processed for credibility screening, and three images with the highest credibility are screened out as the basis for image reconstruction. Feature extraction is performed on these three images, and background feature vectors representing redundant features, ROI feature vectors representing the characteristics of the two violations, and global vectors representing the global features of the region are extracted to achieve feature extraction. Then, three primary color channel maps are constructed based on these three vectors to achieve image reconstruction processing, which can highlight the characteristic information of the two violations, and use the pre-trained second image recognition model to identify the reconstructed image, thereby completing the recognition of the two violations. Compared with the existing recognition method, it can effectively capture the two violations in the area, improve the recognition accuracy of the two violations, and reduce the misjudgment rate of the two violations.

[0053] The above-mentioned first image recognition model and the above-mentioned second image recognition model can be set according to actual conditions, and the embodiment of the present application does not make any specific limitation on this.

[0054] In the above step S103, when at least one inspection clue is displayed in the clue management area, the user can click any clue processing control to process the inspection clue corresponding to the clicked clue processing control and report it to the corresponding law enforcement terminal, thereby assisting law enforcement personnel in implementing non-site law enforcement of violations. Figure 2In the case of the inspection management interface shown, if at least one area with two violations is inspected, the clue management area of ​​the inspection management interface will display at least one inspection clue, wherein the clue management area is located at the bottom of the inspection management interface; when the user wants to process a certain inspection clue, the user can click the clue processing control corresponding to the inspection clue in the clue management area. When the clue processing control is triggered, the inspection clue corresponding to the triggered clue processing control is determined as the target clue, and the law enforcement processing window of the target clue is displayed, such as Figure 3 shown.

[0055] The above-mentioned law enforcement processing window may include a law enforcement information processing area, a reporting control and a first closing control, but is not limited to this, wherein the above-mentioned law enforcement information processing area is used to obtain the pre-law enforcement data of the target clue and determine the law enforcement terminal used to process the target clue and display it, the above-mentioned reporting control is used to send the pre-law enforcement data of the target clue to the law enforcement terminal when triggered, and the above-mentioned first closing control is used to display the inspection management interface when triggered.

[0056] In the above step S104, when the display is as follows Figure 3 After the law enforcement processing window is shown, the user can obtain the pre-law enforcement data of the target clue and determine the law enforcement terminal used to process the target clue through interactive operations with the law enforcement information processing area.

[0057] The pre-law enforcement data of the target clues mentioned above may include illegal evidence images, illegal evidence parameters and disposal object parameters of the target clues, but are not limited thereto.

[0058] The above-mentioned law enforcement terminal refers to a terminal with law enforcement authority, which is used to punish the two violations existing in the target clues.

[0059] In the above step S105, after obtaining the pre-enforcement data of the target clue and determining the law enforcement terminal for processing the target clue, the user can report the target clue and its pre-enforcement data to the corresponding law enforcement terminal by clicking the reporting control, thereby assisting law enforcement personnel in implementing non-site law enforcement processing of the two violations. Specifically, the user clicks the reporting control, and when the reporting control is triggered, the pre-enforcement data of the target clue will be sent to the law enforcement terminal, so that the law enforcement terminal can punish the two violations existing in the target clue based on the pre-enforcement data of the target clue, thereby implementing non-site law enforcement of the two violations, improving law enforcement efficiency and timeliness, and reducing law enforcement costs. Among them, after sending the pre-enforcement data of the target clue to the law enforcement terminal, the law enforcement processing window will be closed and the inspection management interface will be displayed.

[0060] In some implementations, to facilitate law enforcement reporting of inspection clues, the above-mentioned response to the trigger instruction of any clue processing control, determining the inspection clue corresponding to the trigger instruction of the clue processing control as the target clue and displaying the law enforcement processing window of the target clue may include:

[0061] In response to a trigger instruction of any thread processing control, determine the inspection thread corresponding to the trigger instruction of the thread processing control as the target thread, and display the assigned follow-up control corresponding to the trigger instruction of the thread processing control in the thread management area;

[0062] In response to a trigger instruction for the assigned follow-up control, a law enforcement processing window for the target clue is displayed.

[0063] In this implementation, when a user wants to conduct law enforcement reporting for a certain inspection clue, the user can first click on the clue processing control. When the clue processing control is triggered, the inspection clue corresponding to the trigger instruction of the clue processing control will be determined as the target clue, and the assigned follow-up control corresponding to the trigger instruction of the clue processing control will be displayed in the clue management area. Figure 2 The "Assign Follow-up" in the dialog box is the Assign Follow-up control. Then the user can click the Assign Follow-up control. When the Assign Follow-up control is triggered, the following will be displayed: Figure 3 The law enforcement processing window shown improves the efficiency of law enforcement reporting processing.

[0064] In some embodiments, reference Figure 3 The above-mentioned law enforcement information processing area includes a clue image acquisition sub-area, a clue information acquisition sub-area, a terminal setting control and a disposal setting control. Figure 3 The area corresponding to "basic information of clues" is the clue information acquisition sub-area, the clue image acquisition sub-area is located in the clue information acquisition sub-area, "basic information" is the terminal setting control, and "party" is the disposal setting control; the above-mentioned response to the operation instruction of the law enforcement information processing area, obtaining the pre-law enforcement data of the target clue and determining the law enforcement terminal for processing the target clue may include:

[0065] In response to a trigger instruction to the clue image acquisition sub-area, an inspection image corresponding to the trigger instruction to the clue image acquisition sub-area is acquired as an illegal evidence image of a target clue and displayed in the clue image acquisition sub-area;

[0066] In response to an input instruction to the clue information acquisition sub-area, obtaining illegal evidence parameters of the target clue and displaying them in the clue information acquisition sub-area;

[0067] In response to a trigger instruction for a disposal setting control, user information associated with two violations existing in the area of ​​a target clue is obtained as a disposal object parameter of the target clue;

[0068] In response to a trigger instruction for setting a control on a terminal, displaying a region selection sub-region and a terminal selection sub-region in a law enforcement information processing region;

[0069] In response to a trigger instruction for the region selection sub-region, obtaining a jurisdiction area corresponding to the trigger instruction for the region selection sub-region as a terminal location and displaying it in the region selection sub-region;

[0070] In response to a trigger instruction to a terminal selection sub-area, a terminal corresponding to the trigger instruction to the terminal selection sub-area is selected from among a number of terminals belonging to the terminal territory as a law enforcement terminal for processing target clues and displayed in the terminal selection sub-area.

[0071] In this embodiment, when displaying Figure 3 After the law enforcement processing window is shown, the user needs to edit the target clue's illegal evidence image, illegal evidence parameters and disposal object parameters and determine the law enforcement terminal used to process the target clue. Specifically, if the user needs to edit the target clue's illegal evidence image, the user can click on the clue image acquisition sub-area. When the clue image acquisition sub-area is triggered, the inspection image corresponding to the trigger instruction of the clue image acquisition sub-area will be acquired as the target clue's illegal evidence image and displayed in the clue image acquisition sub-area. If the user needs to edit the target clue's illegal evidence parameters, the user can enter the relevant data of the two illegal behaviors of the target clue in the clue information acquisition sub-area, and the clue information acquisition sub-area will synchronously display the information entered by the user. If the user needs to edit the disposal object parameters of the target clue, the user can click on the disposal setting control. Figure 3 The "party" in the above is the disposal setting control. When the disposal setting control is triggered, the user information associated with the two violations in the target clue area will be obtained, and the user information will be used as the disposal object parameter of the target clue. If the user needs to determine the law enforcement terminal used to handle the target clue, the user can click the terminal setting control. Figure 3 The "Basic Information" in the terminal setting control is the terminal setting control. When the terminal setting control is triggered, the area selection sub-area and the terminal selection sub-area will be displayed in the law enforcement information processing area. Figure 3 As shown, Figure 3The area corresponding to the "clue handling unit" is the terminal selection sub-area, and the area corresponding to the "territorial community" is the area selection sub-area. Users can click on the area selection sub-area to determine the corresponding jurisdiction area. When the area selection sub-area is triggered, the jurisdiction area corresponding to the trigger instruction of the area selection sub-area is obtained as the terminal territory and displayed in the area selection sub-area. Then the user can click on the terminal selection sub-area to determine a law enforcement terminal in the jurisdiction as the law enforcement terminal for processing the target clue. When the terminal selection sub-area is triggered, the terminal corresponding to the trigger instruction of the terminal selection sub-area is selected from several terminals belonging to the terminal territory as the law enforcement terminal for processing the target clue and displayed in the terminal selection sub-area. In this way, the law enforcement auxiliary processing of the target clue is realized through the interactive display technology, including editing the illegal evidence image, illegal evidence parameters and disposal object parameters of the target clue and determining the law enforcement terminal for processing the target clue, providing more and more comprehensive two-violation details for the two-violation non-site law enforcement, realizing intuitive, transparent and traceable, what you see is what you get, which is conducive to assisting law enforcement personnel to realize the two-violation non-site law enforcement, improve law enforcement efficiency and law enforcement timeliness, and reduce law enforcement costs.

[0072] The above-mentioned clue image acquisition sub-area is used to acquire and display the illegal evidence image of the target clue. The triggering method of the above-mentioned clue image acquisition sub-area may include but is not limited to clicking. The expression form of the above-mentioned clue image acquisition sub-area may be a click-confirm button, or other scrolling / sliding selectors, drop-down menu selection units, etc., but is not limited to this.

[0073] The above-mentioned illegal evidence image is used to indicate two illegal behaviors existing in the target clue area, namely, illegal land use behavior and / or illegal construction behavior.

[0074] The above-mentioned illegal evidence images have a legal authority logo, which is used to indicate that the illegal evidence images are taken by legal drones. Legal drones refer to drones that are legal and used for two violations inspections to ensure the legality of non-site enforcement of two violations and improve the credibility of non-site enforcement of two violations.

[0075] The above-mentioned clue information acquisition sub-area is used to obtain the illegal evidence parameters of the target clue and display them.

[0076] The illegal evidence parameters of the above-mentioned target clues include the types and description information of the two illegal behaviors existing in the area of ​​the target clues and at least one of the latitude and longitude information, address information, land type, construction approval mark, urgency and industry type of the area of ​​the target clues.

[0077] The types of the above two violations mainly include any one of illegal land use or illegal construction.

[0078] The description information of the two violations mentioned above is used to describe the specific circumstances of the two violations existing in the area of ​​the target clue.

[0079] The above-mentioned land plot type can be set according to actual conditions, and this embodiment does not make any specific limitation on this. For example, the above-mentioned land plot type can be a rural residential land, but is not limited to this.

[0080] The above-mentioned construction application mark is used to indicate whether the homestead in the target clue area has been applied for construction, that is, whether the construction application has been approved.

[0081] The above urgency level is used to indicate the processing priority of the target clue, which may include any one of urgent or ordinary, but is not limited thereto.

[0082] The above industry types are used to indicate the jurisdiction type corresponding to the two violations existing in the area of ​​the target clue, such as urban management.

[0083] The above-mentioned acquisition of user information associated with the two violations existing in the area of ​​the target clue may include acquiring multiple initial user information associated with the two violations existing in the area of ​​the target clue, and screening out the initial user information with the highest correlation with the two violations existing in the area of ​​the target clue from the multiple initial user information as the final user information.

[0084] The above-mentioned area selection sub-area is used to obtain and display the terminal location, that is, the jurisdiction where the law enforcement terminal is located.

[0085] The terminal selection sub-area is used to determine and display the law enforcement terminal from among a number of terminals belonging to the terminal location.

[0086] In some implementations, in order to facilitate the verification and processing of inspection clues and improve the management accuracy of inspection clues, refer to Figure 2 The above inspection management interface may also include a grid map area, which is used to display a preset city map. Figure 2 The area corresponding to the map displayed in is the grid map area; after the inspection management interface is displayed, the method may further include:

[0087] In response to a selection instruction for any inspection clue or a trigger instruction for any clue processing control, an area of ​​the inspection clue corresponding to the selection instruction for the inspection clue or the trigger instruction for the clue processing control is determined as a target area, the target area is positioned and marked on a city map in a grid map area, and a first pop-up window is displayed at the same time, the first pop-up window includes a first image display area and a history comparison control, the first image display area is used to display an inspection image of the target area, and the inspection image is used to display two violations existing in the target area;

[0088] In response to a trigger instruction for the history comparison control, a history comparison window is displayed, the history comparison window includes a time search area, a current inspection display area and a history inspection display area, and the current inspection display area is used to display an inspection image of the target area;

[0089] In response to the selected instruction of the time search area, the historical moment corresponding to the selected instruction of the time search area is determined and displayed in the time search area, and the historical inspection image of the target area at the historical moment is obtained and displayed in the historical inspection display area.

[0090] In this implementation, when the user wants to verify a certain inspection clue, the user can select the inspection clue to be verified or click the clue processing control corresponding to the inspection clue to be verified. When the inspection clue is selected or the clue processing control corresponding to the inspection clue is triggered, the area of ​​the inspection clue will be determined as the target area, and the target area will be located and the positioning result will be marked in the city map of the grid map area to visualize the target area. At the same time, the first pop-up window will be displayed, such as Figure 2 As shown, the first pop-up window may include a first image display area and a history comparison control. The first image display area is used to display the inspection image of the target area. The inspection image displays the two violations existing in the target area, which is conducive to the detailed analysis and management of the two violations in the target area, making the two violations in the target area more intuitive and easy to understand, and enhancing the visualization effect of the two violations. After the first pop-up window is displayed, if the user wants to compare the inspection image of the target area at a certain historical moment with the inspection image obtained by the current inspection, the user can click the history comparison control of the first pop-up window. Figure 4 The "historical comparison" in the text box is the historical comparison control. When the historical comparison control is triggered, it will display the following Figure 4 The historical comparison window shown in the figure allows the user to compare the inspection images of the target area at different times through interactive operations with the historical comparison window, thereby verifying the inspection clues and ensuring the accuracy of the inspection clues and the accuracy of the non-site enforcement of the two violations. Figure 4 As shown, the historical comparison window may include a time search area, a current inspection display area and a historical inspection display area. The current inspection display area is used to display the inspection image of the target area. The user can select the time search area to determine the historical moment to be queried. When the time search area is selected, the historical moment corresponding to the selected instruction of the time search area will be determined and displayed in the time search area. At the same time, the historical inspection image of the target area at that historical moment will be acquired and displayed in the historical inspection display area. The user can verify the inspection clue by comparing the inspection images displayed in the historical inspection display area and the current inspection display area.

[0091] The selection method of the inspection clues may include but is not limited to clicking. The inspection clues may be presented in the form of clicking a confirmation button, or other scrolling / sliding selectors, drop-down menu selection units, etc., but are not limited thereto.

[0092] The above-mentioned positioning processing of the target area and marking it on the city map of the grid map area may include positioning the target area based on a Geographic Information System (GIS) to obtain a positioning result of the target area, and marking the target area in the city map of the grid map area in the form of a clue mark based on the positioning result of the target area.

[0093] The above-mentioned first pop-up window may include a first image display area, a history comparison control and a second close control, but is not limited to this, wherein the above-mentioned first image display area is used to display an inspection image of the target area, and the inspection image is used to display the two violations existing in the target area, the above-mentioned history comparison control is used to display the above-mentioned history comparison window when triggered, and the above-mentioned second close control is used to close the first pop-up window when triggered.

[0094] The above-mentioned historical comparison window may include a time search area, a current inspection display area, a historical inspection display area and a third close control. The above-mentioned current inspection display area is used to display the inspection image of the target area, the above-mentioned time search area is used to obtain historical moments and display them, the above-mentioned historical inspection display area is used to display the historical inspection images of the target area at historical moments, and the above-mentioned third close control is used to close the historical comparison window and display the inspection management interface when triggered.

[0095] The above-mentioned historical inspection image is used to display the two violations existing in the target area at a historical moment, and the types of the two violations displayed by the above-mentioned historical inspection image are the same as the types of the two violations displayed by the above-mentioned inspection image.

[0096] In some implementations, to improve the efficiency of selecting inspection clues, in response to a selection instruction for any inspection clue or a trigger instruction for any clue processing control, determining the area of ​​the inspection clue corresponding to the selection instruction for the inspection clue or the trigger instruction for the clue processing control as the target area may include:

[0097] In response to a selection instruction for any patrol clue, determining an area of ​​the patrol clue corresponding to the selection instruction of the patrol clue as a target area;

[0098] Alternatively, in response to a trigger instruction of any thread processing control, the inspection clue corresponding to the trigger instruction of the thread processing control is determined as the target clue, and the clue verification control corresponding to the trigger instruction of the thread processing control is displayed in the clue management area, and in response to the trigger instruction of the clue verification control, the area of ​​the target clue is determined as the target area.

[0099] In this implementation, in order to improve the efficiency of selecting inspection clues and thus improve the convenience of clue verification, two methods of determining the target area are provided: first, the user can select the inspection clues to be verified in the clue management area, and when the inspection clues are selected, the area of ​​the selected inspection clues will be determined as the target area; second, the user can click the clue processing control corresponding to the inspection clue to be verified, Figure 2 The "processing" in the figure refers to the clue processing control. When the clue processing control is triggered, the inspection clue corresponding to the triggering instruction of the clue processing control will be determined as the target clue, and the clue verification control corresponding to the triggering instruction of the clue processing control will be displayed in the clue management area. Figure 2 The “clue verification” is a clue verification control, and the user can click on the clue verification control to trigger the clue verification control. When the clue verification control is triggered, the area of ​​the target clue is determined as the target area.

[0100] In some embodiments, in order to facilitate viewing of the details of the two violations in the target area to verify the two violations in the target area, after the target area is positioned and marked on the city map in the grid map area, the method may further include:

[0101] In response to a trigger instruction of a clue identifier in a grid map area, a second pop-up window corresponding to the trigger instruction of the clue identifier is displayed, the clue identifier is used to characterize the target area, and the second pop-up window includes a second image display area and an inspection detail control, and the second image display area is used to display an inspection image of the target area;

[0102] In response to a trigger instruction for the inspection detail control, an inspection detail viewing window corresponding to the trigger instruction for the inspection detail control is displayed, wherein the inspection detail viewing window includes a third image display area, a drone display area, a drone search area, and a search control;

[0103] In response to an input instruction for a drone search area, acquiring device information corresponding to the input instruction for the drone search area and displaying it in the drone search area;

[0104] In response to a trigger instruction to the search control, a drone corresponding to the device information is acquired and displayed in a drone display area, where the drone corresponding to the device information is used to represent a drone in the inspection target area;

[0105] In response to a selection instruction for any drone, multiple sub-inspection images corresponding to the drone's selection instruction are acquired and displayed in a third image display area, wherein the sub-inspection images are images of the target area taken by the drone during the drone inspection.

[0106] In this embodiment, after the target area is located and marked on the city map in the grid map area, a corresponding clue mark will be displayed in the grid map area to intuitively highlight the location of the target area. If the user wants to view the brief situation of the two violations in the target area, the user can click on the clue mark displayed in the grid map area. When the clue mark is triggered, a second pop-up window corresponding to the triggering instruction of the clue mark will be displayed, such as Figure 5 As shown, the second pop-up window is used to display brief information of the target area, which may include a second image display area and an inspection detail control. The second image display area is used to display an inspection image of the target area. Figure 5 The "surrounding video" in the pop-up window is the inspection details control; if the user wants to further view the details of the two violations in the target area, the user can click the inspection details control in the second pop-up window. When the inspection details control is triggered, the inspection details viewing window corresponding to the triggering instruction of the inspection details control will be displayed, such as Figure 6 As shown, the inspection details viewing window may include a third image display area, a drone display area, a drone search area, and a search control. The user can view the details of the two violations in the target area by interacting with the inspection details viewing window. Specifically, first, the user can enter the device information of the drone to be searched in the drone search area and click the search control. When the search control is triggered, the drone corresponding to the device information will be obtained and displayed in the drone display area. The drone corresponding to the device information refers to the drone that inspects the target area; then, the user can select the drone to be viewed. When the drone is selected, multiple images taken by the selected drone, i.e., sub-inspection images, will be displayed in the third image display area. In this way, the interactive display technology is used to view the details of the two violations in the target area, improve the efficiency of obtaining the details of the two violations, and facilitate the rapid and accurate verification of inspection clues, thereby improving the efficiency and timeliness of the enforcement of the two violations.

[0107] The above-mentioned clue identifier is used to represent the target area. The selection method of the above-mentioned clue identifier may include but is not limited to clicking. The above-mentioned clue identifier may be expressed in the form of clicking a confirmation button, or other scrolling / sliding selectors, drop-down menu selection units, etc., but is not limited to this.

[0108] The above-mentioned second pop-up window may include a second image display area, an inspection details control and a fourth close control, but is not limited to this, wherein the above-mentioned second image display area is used to display the inspection image of the target area, the above-mentioned inspection details control is used to display the inspection details viewing window when triggered, and the above-mentioned fourth close control is used to close the second pop-up window when triggered.

[0109] The above-mentioned inspection details viewing window may include a third image display area, a drone display area, a drone search area, a search control and a fifth close control, but is not limited to this, wherein the above-mentioned drone search area is used to obtain device information and display it, the above-mentioned search control is used to obtain the drone corresponding to the device information when triggered, the above-mentioned drone display area is used to display the drone corresponding to the device information, the above-mentioned third image display area is used to display multiple sub-inspection images, and the above-mentioned fifth close control is used to close the inspection details viewing window and display the inspection management interface when triggered.

[0110] The drone corresponding to the above device information is used to represent the drone that inspects the target area. The drone corresponding to the above device information may be one drone or multiple drones, which is not specifically limited in this embodiment.

[0111] The selection method of the above-mentioned drone may include but is not limited to clicking. The expression form of the above-mentioned drone may be clicking a confirmation button, or other scrolling / sliding selectors, drop-down menu selection units, etc., but is not limited to this.

[0112] The above-mentioned sub-inspection image is an image of the target area taken by the drone during the drone inspection.

[0113] In some implementations, in order to facilitate the review and evidence collection of inspection clues and improve the management accuracy of inspection clues, refer to Figure 5 The second pop-up window may also include a review and evidence collection control. Figure 5 The "Review and Evidence" in the figure is the review and evidence control; after the second pop-up window corresponding to the trigger instruction of the clue identification is displayed, the method may further include:

[0114] In response to a trigger instruction for the review evidence control, displaying a review evidence window corresponding to the trigger instruction for the review evidence control, the review evidence window including a review parameter setting sub-area, a first map display sub-area and a first publishing control, the first map display sub-area being used to display the target area;

[0115] In response to an input instruction in the review parameter setting sub-area, obtaining a review parameter corresponding to the input instruction in the review parameter setting sub-area as a task parameter of the review task and displaying it in the review parameter setting sub-area;

[0116] In response to a trigger instruction to the first release control, a review task is obtained and executed according to the target area and the task parameters of the review task, so that the drone performs a single review inspection on the target area based on the task parameters of the review task;

[0117] When the review task is completed, the inspection clues to the target area are updated according to the inspection report of the review task and the updated inspection clues to the target area are displayed in the clue management area.

[0118] In this implementation, when two violations are detected in a certain area, false detection or missed detection may occur. In this regard, for the target area, the user can click the review and evidence control in the second pop-up window. When the review and evidence control is triggered, the following information will be displayed: Figure 7 The review evidence collection window shown in the figure can be used by the user to review and collect evidence for the inspection clues corresponding to the target area through interactive operations with the review evidence collection window. Figure 7 As shown, the review evidence window may include a review parameter setting sub-area, a first map display sub-area and a first release control, wherein the first map display sub-area is used to display the target area. Figure 7 In the figure, "Work Order Release" indicates the first release control. The area above "Work Order Release" and displaying a map is the first map display sub-area. The review parameter setting sub-area is located on the left side of the first map display sub-area. After the review evidence collection window is displayed, the user can enter the task parameters of the review task in the review parameter setting sub-area. The review parameter setting sub-area will synchronously display the parameters entered by the user. Then the user can click the first release control to determine the input parameters. When the first release control is triggered, the review task will be obtained according to the target area and the task parameters of the review task, and the drone will be controlled to execute the review task, so that the drone will perform a single review inspection on the target area based on the task parameters of the review task, thereby realizing review evidence collection. After the review task is completed, the inspection clues belonging to the target area will be updated according to the inspection report of the review task, and the updated inspection clues belonging to the target area will be displayed in the clue management area. In this way, the review and evidence collection of the inspection clues can be realized through interactive display technology, which can not only ensure the accuracy of non-site law enforcement of the two violations and the management accuracy of the inspection clues, but also improve the efficiency and convenience of the management of the two violations clues.

[0119] The above-mentioned review and evidence collection window may include a review parameter setting sub-area, a first map display sub-area, a first release control and a sixth close control, but is not limited to this. The above-mentioned review parameter setting sub-area is used to obtain the task parameters of the review task, the above-mentioned first map display sub-area is used to display the target area, and the above-mentioned first release control is used to obtain the review task and execute the review task according to the target area and the task parameters of the review task when triggered, and at the same time close the review and evidence collection window and display the inspection management interface. The above-mentioned sixth close control is used to close the review and evidence collection window and display the inspection management interface when triggered.

[0120] The above-mentioned review task is used to control the UAV to conduct a single review inspection of the target area.

[0121] The task parameters of the above-mentioned review task may include at least one of the task name of the review task, target area information, task type, task purpose, priority, inspection time and review information, but are not limited thereto.

[0122] The above-mentioned re-inspection information is used to indicate whether to generate corresponding inspection clues when the re-check task is completed. The above-mentioned re-inspection information defaults to generating corresponding inspection clues when the re-check task is completed.

[0123] In one example, referring to Figure 7 , obtain the name of the review task through the area corresponding to "Work Order Name", obtain the target area information of the review task through the area corresponding to "Affiliated Unit", obtain the task type of the review task through the area corresponding to "Work Order Type", obtain the task purpose of the review task through the area corresponding to "Work Order Purpose", obtain the priority of the review task through the area corresponding to "Priority Level", obtain the inspection time of the review task through the area corresponding to "Inspection Cycle", and obtain the review information of the review task through the area corresponding to "Whether to Generate Corresponding Clue Data".

[0124] The updating of the inspection clues belonging to the target area according to the inspection report of the review task may include obtaining the inspection clues of the review task according to the inspection report of the review task, and replacing the inspection clues belonging to the target area with the inspection clues of the review task.

[0125] In some implementations, in order to facilitate enhanced inspection processing of inspection clues, so as to enhance the intensity of off-site enforcement of the two violations, after displaying the inspection management interface, the method may further include the following steps:

[0126] In response to a trigger instruction of any thread processing control, determining the inspection thread corresponding to the trigger instruction of the thread processing control as the target thread, and displaying the enhanced inspection control corresponding to the trigger instruction of the thread processing control in the thread management area;

[0127] In response to a trigger instruction for the enhanced inspection control, an enhanced inspection window of the target clue is displayed, wherein the enhanced inspection window includes a second map display sub-area, an inspection search sub-area, an inspection parameter setting sub-area and a second release control;

[0128] In response to an input instruction for patrolling and searching the sub-region, a sub-region point corresponding to the input instruction for patrolling and searching the sub-region is determined from the region of the target clue as a reinforced patrol region and displayed in the second map display sub-region, wherein the sub-region point is obtained by subdividing the region of the target clue;

[0129] In response to an input instruction to the inspection parameter setting sub-area, obtaining the inspection parameter corresponding to the input instruction to the inspection parameter setting sub-area as a task parameter of the enhanced inspection task and displaying it in the inspection parameter setting sub-area;

[0130] In response to a trigger instruction to the second release control, according to the enhanced inspection area and the task parameters of the enhanced inspection task, an enhanced inspection task is obtained and the enhanced inspection task is executed, so that the drone performs multiple inspections on the enhanced inspection area based on the task parameters of the enhanced inspection task;

[0131] When the enhanced inspection task is completed, inspection clues of sub-area points are added according to the inspection report of the enhanced inspection task and displayed in the clue management area.

[0132] In this implementation, when the user wants to perform enhanced inspection on a certain inspection clue, first, the user can click the clue processing control corresponding to the inspection clue. When the clue processing control is triggered, the inspection clue corresponding to the triggering instruction of the clue processing control is determined as the target clue, and the enhanced inspection control corresponding to the triggering instruction of the clue processing control is displayed in the clue management area. Figure 2 The "Enhanced Inspection" in the figure is the enhanced inspection control; then, the user clicks the enhanced inspection control to trigger the enhanced inspection control. When the enhanced inspection control is triggered, the following will be displayed: Figure 8 The enhanced inspection window shown, the user can enhance the inspection process of the inspection clues through interactive operations with the enhanced inspection window. Specifically, Figure 8In the “Submit”, the second publishing control is located above the second publishing control and the area where the map is displayed is the second map display sub-area. The left side of the second map display sub-area is the patrol parameter setting sub-area. The patrol search sub-area is located in the second map display sub-area. First, the user can enter the relevant information of the sub-area point that needs to be strengthened in the patrol search sub-area, such as the address of the sub-area point. The sub-area point is obtained by subdividing the area of ​​the target clue. The patrol search sub-area will synchronously display the information entered by the user, and the second map display sub-area will synchronously display the corresponding sub-area point, that is, the strengthened patrol area; then, the user can enter the information of the sub-area point that needs to be strengthened in the patrol parameter setting sub-area. Input the task parameters of the enhanced inspection task in the area, and the inspection parameter setting sub-area will synchronously display the task parameters of the enhanced inspection task; after the user selects the enhanced inspection area and edits the task parameters of the enhanced inspection task, the user can click the second release control to determine the selected enhanced inspection area and the task parameters of the edited enhanced inspection task. When the second release control is triggered, the enhanced inspection task will be obtained according to the task parameters of the enhanced inspection area and the enhanced inspection task, and the drone will be controlled to perform the enhanced inspection task, so that the drone will conduct multiple inspections on the enhanced inspection area based on the task parameters of the enhanced inspection task, thereby realizing the enhanced inspection processing of a certain inspection clue. After the enhanced inspection task is completed, the inspection clues of the sub-area point will be added according to the inspection report of the enhanced inspection task and displayed in the clue management area. In this way, the enhanced inspection processing of the inspection clues is realized through the interactive display technology, the management accuracy, efficiency and convenience of the inspection clues are improved, and it is conducive to obtaining more and more comprehensive detailed information on the two violations, thereby enhancing the intensity of non-site law enforcement of the two violations and achieving better law enforcement effects of the two violations.

[0133] The enhanced inspection window may include a second map display sub-area, an inspection search sub-area, an inspection parameter setting sub-area, a second release control and a seventh close control, but is not limited thereto.

[0134] The above patrol search sub-area is used to obtain and display relevant information of sub-area points.

[0135] The relevant information of the above sub-region point may include the address and number of the sub-region point, but is not limited thereto.

[0136] The second map display sub-area is used to display the sub-area point corresponding to the input instruction for patrolling and searching the sub-area. The input instruction for patrolling and searching the sub-area can be understood as the relevant information of the sub-area point.

[0137] The inspection parameter setting sub-area is used to obtain and display the task parameters of the enhanced inspection task.

[0138] The task parameters of the above-mentioned enhanced inspection task may include at least one of the name of the enhanced inspection task, sub-area point information, task type, task purpose, priority, clue generation information and inspection time, but are not limited thereto.

[0139] The above-mentioned clue generation information is used to indicate whether to generate corresponding inspection clues when the enhanced inspection task is completed.

[0140] In one example, referring to Figure 8 , obtain the name of the enhanced inspection task through the area corresponding to the "Work Order Name", obtain the target area information of the enhanced inspection task through the area corresponding to the "Affiliated Unit", obtain the task type of the enhanced inspection task through the area corresponding to the "Work Order Type", obtain the task purpose of the enhanced inspection task through the area corresponding to the "Work Order Purpose", obtain the priority of the enhanced inspection task through the area corresponding to the "Priority Level", obtain the inspection time of the enhanced inspection task through the area corresponding to the "Inspection Cycle", and obtain the clue generation information of the enhanced inspection task through the area corresponding to the "Whether to generate corresponding clue data".

[0141] The second release control is used to obtain and execute the enhanced inspection task according to the enhanced inspection area and the task parameters of the enhanced inspection task when triggered, and at the same time close the enhanced inspection window and display the inspection management interface.

[0142] The seventh close control is used to close the enhanced inspection window and display the inspection management interface when triggered.

[0143] In some implementations, to facilitate the deletion of inspection clues, after displaying the inspection management interface, the method may further include:

[0144] In response to a trigger instruction of any thread processing control, determine the inspection thread corresponding to the trigger instruction of the thread processing control as the target thread, and display the thread cancellation control corresponding to the trigger instruction of the thread processing control in the thread management area;

[0145] In response to a trigger instruction for a clue cancellation control, a clue cancellation window corresponding to a target clue is displayed, wherein the clue cancellation window includes a confirmation control and at least one cancellation reason control;

[0146] In response to a trigger instruction of any one of the cancellation reason controls, determining the cancellation reason corresponding to the trigger instruction of the cancellation reason control as the cancellation reason of the target clue;

[0147] In response to the trigger instruction of the determined control, the target clue is invalidated, and the target clue and the reason for invalidation are marked in the clue management area.

[0148] In this embodiment, when a user wants to delete a certain inspection clue, first, the user can click the clue processing control corresponding to the inspection clue. When the clue processing control is triggered, the inspection clue corresponding to the triggering instruction of the clue processing control is determined as the target clue, and the clue cancellation control corresponding to the triggering instruction of the clue processing control is displayed in the clue management area. Figure 2 The "Cancel Clue" in the figure is the cancel clue control; then, the user clicks the cancel clue control to trigger it. When the cancel clue control is triggered, the following will be displayed: Fig. 9 The clue cancellation window shown may include a confirmation control and at least one cancellation reason control; after the clue cancellation window is displayed, the user can click the corresponding cancellation reason control according to the actual cancellation reason, and when the corresponding cancellation reason control is triggered, the cancellation reason corresponding to the trigger instruction of the cancellation reason control is determined as the cancellation reason of the target clue; finally, the user can click the confirmation control to delete the target clue, and when the confirmation control is triggered, the target clue is invalidated, and the target clue and its cancellation reason are marked in the clue management area. In this way, the deletion of inspection clues is realized through interactive display technology, which improves the management accuracy, management efficiency and convenience of inspection clues and is conducive to eliminating redundant clue data.

[0149] The above-mentioned clue cancellation window may include a confirmation control, an eighth close control and at least one cancellation reason control. The above-mentioned eighth close control is used to close the clue cancellation window and display the inspection management interface when it is triggered. The above-mentioned cancellation reason control is used to determine the cancellation reason corresponding to the trigger instruction of the cancellation reason control as the cancellation reason of the target clue when it is triggered. The above-mentioned confirmation control is used to invalidate the target clue when it is triggered, and mark the target clue and its cancellation reason in the clue management area.

[0150] The above-mentioned cancellation reasons can be set according to actual conditions, and this embodiment does not specifically limit this. For example, the cancellation reasons can be clue duplication, inaccurate recognition, business standard adjustment, compliance, other reasons, etc., but are not limited to these.

[0151] The above-mentioned marking the target clue and the reason for cancellation in the clue management area may include graying out the target clue and the reason for cancellation and displaying them in the clue management area.

[0152] It should be noted that the triggering method of each control in the above implementation manner may include but is not limited to clicking. Each control may be a click-confirm button, or other scrolling / sliding selectors, drop-down menu selection units, etc., but is not limited to this.

[0153] In addition, the embodiment of the present application also provides an interactive processing device for non-site law enforcement of two violations, which may include:

[0154] A display module, used to display an inspection management interface, which includes an inspection control, a clue management area, and at least one clue processing control;

[0155] A first interactive processing module, configured to control at least one unmanned aerial vehicle to inspect at least one preset area in response to a trigger instruction for an inspection control, obtain at least one inspection clue and display it in the clue management area, wherein the inspection clue is used to indicate an area where two violations exist, and the inspection clue corresponds to the clue processing control one by one;

[0156] A second interactive processing module is used to respond to a trigger instruction of any clue processing control, determine the inspection clue corresponding to the trigger instruction of the clue processing control as the target clue and display the law enforcement processing window of the target clue, and the law enforcement processing window includes a law enforcement information processing area and a reporting control;

[0157] A third interactive processing module, for obtaining pre-law enforcement data of a target clue and determining a law enforcement terminal for processing the target clue in response to an operation instruction to the law enforcement information processing area;

[0158] The fourth interactive processing module is used to send the pre-enforcement data of the target clue to the law enforcement terminal in response to the trigger instruction of the reporting control, so that the law enforcement terminal performs penalty processing based on the pre-enforcement data of the target clue.

[0159] The contents of the above method embodiments are all applicable to the present device embodiments. The functions specifically implemented by the present device embodiments are the same as those of the above method embodiments, and the beneficial effects achieved are also the same as those achieved by the above method embodiments.

[0160] Although the embodiments of the present application have been shown and described, those skilled in the art will appreciate that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present application, and that the scope of the present application is defined by the claims and their equivalents.

[0161] The above is a specific description of the preferred implementation of the present application, but the present application is not limited to the described embodiments. Technical personnel familiar with the field may make various equivalent modifications or substitutions without violating the spirit of the present application. These equivalent modifications or substitutions are all included in the scope defined by the claims of the present application.

Claims

1. The interactive processing method of non-site enforcement of two violations is characterized by: The following steps are involved: Displaying an inspection management interface, the inspection management interface including an inspection control, a clue management area, and at least one clue processing control; In response to a trigger instruction to the inspection control, at least one unmanned aerial vehicle is controlled to inspect at least one preset area, and at least one inspection clue is obtained and displayed in the clue management area, wherein the inspection clue is used to indicate an area where two violations exist, and the inspection clue corresponds to the clue processing control one by one; In response to a trigger instruction of any of the clue processing controls, determine the inspection clue corresponding to the trigger instruction of the clue processing control as a target clue and display the law enforcement processing window of the target clue, wherein the law enforcement processing window includes a law enforcement information processing area and a reporting control; In response to an operation instruction to the law enforcement information processing area, obtaining pre-law enforcement data of the target clue and determining a law enforcement terminal for processing the target clue; In response to a trigger instruction of the reporting control, the pre-law enforcement data of the target clue is sent to the law enforcement terminal, so that the law enforcement terminal performs a penalty processing based on the pre-law enforcement data of the target clue; The pre-law enforcement data includes the illegal evidence image, illegal evidence parameters and disposal object parameters of the target clue, and the law enforcement information processing area includes a clue image acquisition sub-area, a clue information acquisition sub-area, a terminal setting control and a disposal setting control; The step of obtaining the pre-law enforcement data of the target clue and determining the law enforcement terminal for processing the target clue in response to the operation instruction of the law enforcement information processing area includes: In response to a trigger instruction for the clue image acquisition sub-area, an inspection image corresponding to the trigger instruction for the clue image acquisition sub-area is acquired as a violation evidence image of the target clue and displayed in the clue image acquisition sub-area, wherein the violation evidence image is used to indicate two violations existing in the area of ​​the target clue; In response to an input instruction to the clue information acquisition sub-area, the illegal evidence parameter of the target clue is acquired and displayed in the clue information acquisition sub-area; wherein the illegal evidence parameter of the target clue includes the type and description information of the two illegal behaviors existing in the area of ​​the target clue and at least one of the latitude and longitude information, address information, type of land parcel, construction application mark, urgency and industry type of the area of ​​the target clue; the construction application mark is used to indicate whether the homestead in the area of ​​the target clue is reported for construction, the urgency is used to indicate the processing priority of the target clue, and the industry type is used to indicate the jurisdiction type corresponding to the two illegal behaviors existing in the area of ​​the target clue; In response to a trigger instruction for the disposal setting control, obtaining user information associated with two violations existing in the area of ​​the target clue as a disposal object parameter of the target clue; In response to a trigger instruction for setting a control on the terminal, displaying a region selection sub-region and a terminal selection sub-region in the law enforcement information processing region; In response to a trigger instruction for the area selection sub-area, obtaining a jurisdiction area corresponding to the trigger instruction for the area selection sub-area as a terminal location and displaying it in the area selection sub-area; In response to a trigger instruction to the terminal selection sub-area, a terminal corresponding to the trigger instruction of the terminal selection sub-area is selected from a plurality of terminals belonging to the terminal's territory as a law enforcement terminal for processing the target clue and is displayed in the terminal selection sub-area; Wherein, the inspection management interface further includes a grid map area, and the grid map area is used to display a preset city map; after displaying the inspection management interface, the method further includes the following steps: In response to a selection instruction of any of the inspection clues or a trigger instruction of any of the clue processing controls, an area of ​​the inspection clue corresponding to the selection instruction of the inspection clue or the trigger instruction of the clue processing control is determined as a target area, the target area is positioned and marked on the city map of the grid map area, and a first pop-up window is displayed at the same time; Wherein, after positioning the target area and marking it on the city map of the grid map area, the method further comprises the following steps: In response to a trigger instruction of a clue mark in the grid map area, displaying a second pop-up window corresponding to the trigger instruction of the clue mark, wherein the clue mark is used to represent the target area; Wherein, the second pop-up window includes a review evidence control; after displaying the second pop-up window corresponding to the trigger instruction of the clue identifier, the method further includes the following steps: In response to a trigger instruction for the review evidence control, displaying a review evidence window corresponding to the trigger instruction for the review evidence control, wherein the review evidence window includes a review parameter setting sub-area, a first map display sub-area and a first publishing control, wherein the first map display sub-area is used to display the target area; In response to an input instruction in the review parameter setting sub-area, obtaining a review parameter corresponding to the input instruction in the review parameter setting sub-area as a task parameter of the review task and displaying the same in the review parameter setting sub-area; In response to a trigger instruction for the first release control, the review task is obtained and executed according to the target area and the task parameters of the review task, so that the drone performs a single review inspection on the target area based on the task parameters of the review task; When the review task is completed, the inspection clues to the target area are updated according to the inspection report of the review task and the updated inspection clues to the target area are displayed in the clue management area; After displaying the inspection management interface, the method further includes the following steps: In response to a trigger instruction of any of the thread processing controls, determining the inspection thread corresponding to the trigger instruction of the thread processing control as the target thread, and displaying the enhanced inspection control corresponding to the trigger instruction of the thread processing control in the thread management area; In response to a trigger instruction for the enhanced inspection control, an enhanced inspection window of the target clue is displayed, wherein the enhanced inspection window includes a second map display sub-area, an inspection search sub-area, an inspection parameter setting sub-area and a second release control; In response to an input instruction for the patrol search sub-area, a sub-area point corresponding to the input instruction for the patrol search sub-area is determined from the area of ​​the target clue as a reinforced patrol area and displayed in the second map display sub-area, wherein the sub-area point is obtained by subdividing the area of ​​the target clue; In response to an input instruction to the inspection parameter setting sub-area, obtaining the inspection parameter corresponding to the input instruction to the inspection parameter setting sub-area as a task parameter of the enhanced inspection task and displaying it in the inspection parameter setting sub-area; In response to a trigger instruction for the second release control, the enhanced inspection task is obtained and executed according to the enhanced inspection area and the task parameters of the enhanced inspection task, so that the drone performs multiple inspections on the enhanced inspection area based on the task parameters of the enhanced inspection task; When the enhanced inspection task is completed, an inspection clue of the sub-region point is added according to the inspection report of the enhanced inspection task and is displayed in the clue management area.

2. The interactive processing method for non-site enforcement of two violations according to claim 1 is characterized in that: The first pop-up window includes a first image display area and a history comparison control, the first image display area is used to display the inspection image of the target area, and the inspection image is used to display the two violations existing in the target area; After displaying the inspection management interface, the method further includes the following steps: In response to a trigger instruction for the history comparison control, a history comparison window is displayed, wherein the history comparison window includes a time search area, a current inspection display area, and a history inspection display area, wherein the current inspection display area is used to display an inspection image of the target area; In response to a selection instruction for the time search area, determining a historical moment corresponding to the selection instruction for the time search area and displaying it in the time search area, and acquiring a historical inspection image of the target area at the historical moment and displaying it in the historical inspection display area; The historical inspection image is used to display the two violations existing in the target area at the historical moment, and the types of the two violations displayed by the historical inspection image are the same as the types of the two violations displayed by the inspection image.

3. The interactive processing method for non-site enforcement of two violations according to claim 1 is characterized in that: In response to a selection instruction of any of the inspection clues or a trigger instruction of any of the clue processing controls, determining an area of ​​the inspection clue corresponding to the selection instruction of the inspection clue or the trigger instruction of the clue processing control as a target area, comprising: In response to a selection instruction for any of the inspection clues, determining an area of ​​the inspection clue corresponding to the selection instruction for the inspection clue as the target area; Alternatively, in response to a trigger instruction of any one of the thread processing controls, the inspection clue corresponding to the trigger instruction of the thread processing control is determined as the target clue, and a clue verification control corresponding to the trigger instruction of the thread processing control is displayed in the thread management area, and in response to the trigger instruction of the clue verification control, the area of ​​the target clue is determined as the target area.

4. The interactive processing method for non-site enforcement of two violations according to claim 1 is characterized in that: The second pop-up window further includes an inspection details control and a second image display area, and the second image display area is used to display an inspection image of the target area; After positioning the target area and marking it on the city map of the grid map area, the method further includes the following steps: In response to a trigger instruction for the inspection detail control, displaying an inspection detail viewing window corresponding to the trigger instruction for the inspection detail control, wherein the inspection detail viewing window includes a third image display area, a drone display area, a drone search area, and a search control; In response to an input instruction for the drone search area, acquiring device information corresponding to the input instruction for the drone search area and displaying the device information in the drone search area; In response to a trigger instruction to the search control, a drone corresponding to the device information is acquired and displayed in the drone display area, wherein the drone corresponding to the device information is used to represent a drone inspecting the target area; In response to a selection instruction for any one of the drones, a plurality of sub-inspection images corresponding to the selection instruction of the drone are acquired and displayed in the third image display area, wherein the sub-inspection images are images of the target area taken by the drone when the drone is inspecting.

5. The interactive processing method for non-site enforcement of two violations according to claim 1 is characterized in that: After displaying the inspection management interface, the method further includes the following steps: In response to a trigger instruction of any of the thread processing controls, determining the inspection thread corresponding to the trigger instruction of the thread processing control as the target thread, and displaying a thread cancellation control corresponding to the trigger instruction of the thread processing control in the thread management area; In response to a trigger instruction for the clue cancellation control, displaying a clue cancellation window corresponding to the target clue, the clue cancellation window including a confirmation control and at least one cancellation reason control; In response to a trigger instruction of any one of the cancellation reason controls, determining the cancellation reason corresponding to the trigger instruction of the cancellation reason control as the cancellation reason of the target clue; In response to the trigger instruction of the determination control, the target clue is invalidated, and the target clue and the reason for invalidation are marked in the clue management area.

6. The interactive processing method for non-site enforcement of two violations according to claim 1 is characterized in that: The step of responding to a trigger instruction of any of the clue processing controls, determining the inspection clue corresponding to the trigger instruction of the clue processing control as a target clue and displaying the law enforcement processing window of the target clue comprises: In response to a trigger instruction of any of the thread processing controls, determining the inspection thread corresponding to the trigger instruction of the thread processing control as a target thread, and displaying an assignment follow-up control corresponding to the trigger instruction of the thread processing control in the thread management area; In response to a trigger instruction for the assigned follow-up control, a law enforcement processing window for the target clue is displayed.

7. An interactive processing device for off-site enforcement of two violations, characterized in that: The interactive processing method for non-site enforcement of two violations according to any one of claims 1 to 6 is applied, and the device comprises: A display module, used to display an inspection management interface, wherein the inspection management interface includes an inspection control, a clue management area, and at least one clue processing control; A first interactive processing module, configured to control at least one unmanned aerial vehicle to inspect at least one preset area in response to a trigger instruction to the inspection control, obtain at least one inspection clue and display it in the clue management area, wherein the inspection clue is used to indicate an area where two violations exist, and the inspection clue corresponds to the clue processing control in a one-to-one manner; A second interactive processing module is used to respond to a trigger instruction of any of the clue processing controls, determine the inspection clue corresponding to the trigger instruction of the clue processing control as a target clue and display the law enforcement processing window of the target clue, wherein the law enforcement processing window includes a law enforcement information processing area and a reporting control; A third interactive processing module, for obtaining the pre-law enforcement data of the target clue and determining the law enforcement terminal for processing the target clue in response to the operation instruction of the law enforcement information processing area; The fourth interactive processing module is used to send the pre-enforcement data of the target clue to the law enforcement terminal in response to the trigger instruction of the reporting control, so that the law enforcement terminal performs penalty processing based on the pre-enforcement data of the target clue.

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