Vehicle monitoring method based on visual intelligent vehicle-mounted terminal monitoring platform

Abstract

The invention discloses a vehicle monitoring method based on a visual intelligent vehicle-mounted terminal monitoring platform, and the method comprises an equipment installation and debugging method and an equipment monitoring and management method. A visual intelligent vehicle-mounted terminal monitoring platform composed of a presentation layer, an application layer, a service layer, a data layer and an infrastructure layer which are in data communication in sequence operates an equipment installation debugging method and an equipment monitoring management method. According to the method, the vehicle monitoring capability can be effectively enriched, the technology iteration basis is tamped, and the vehicle-mounted terminal monitoring efficiency is improved. Wherein the vehicle-mounted terminal management is systematized. The management efficiency of the vehicle-mounted terminal is improved by managing the basic parameters of the vehicle-mounted terminal, the management dimension of the vehicle-mounted terminal can be enriched according to service requirements, and the management efficiency of the vehicle-mounted terminal is improved. In addition, video data management is diversified. Through collection of specific images and information such as maps, tracks, behaviors and the like, vehicle management service scenes can be enriched, and an image optimization algorithm is adopted, so that the video data collection efficiency is improved, and the system performance is improved.

Description

Technical Field

[0001] The present invention relates to the technical field of management systems, and in particular to a vehicle monitoring method based on a visualized intelligent vehicle-mounted terminal monitoring platform. Background Art

[0002] The intelligent vehicle terminal monitoring platform is the core component of the Internet of Vehicles. It uses built-in sensors, controllers, communication modules and other devices to achieve real-time monitoring of vehicle status, remote control, information interaction and other functions. In the architecture of the visual intelligent vehicle terminal monitoring platform, the intelligent vehicle terminal system is responsible for collecting various vehicle data and uploading it to the monitoring platform through the wireless communication network. These data include but are not limited to vehicle location, driving trajectory, video images, driving behavior, etc., providing a rich data source for the platform's visual monitoring.

[0003] With the continuous development of technologies such as big data and cloud computing, data processing and analysis capabilities have been significantly improved. In the architecture of the visual intelligent vehicle terminal monitoring platform, the data processing and analysis module is responsible for real-time processing and analysis of uploaded vehicle data. By using advanced data mining and machine learning algorithms, the platform can intelligently evaluate the operating status of the vehicle, predict potential safety hazards, and automatically issue early warning information. At the same time, the platform can also perform statistical analysis on historical data to provide decision support for vehicle management and scheduling.

[0004] Visualization technology is a technology that displays complex data in the form of graphics, images, etc. In the architecture of the visual intelligent vehicle terminal monitoring platform, visualization technology is widely used in data display and monitoring interface design. By using visualization technology, the platform can display the vehicle's location, driving trajectory, video images and other information in the form of charts, maps, etc., so that supervisors can intuitively and quickly understand the vehicle's operation status.

[0005] Based on the architectural design of the visual intelligent vehicle terminal monitoring platform, it is possible to optimize and improve the existing vehicle terminal monitoring platform architecture, enrich vehicle monitoring capabilities, consolidate the foundation for technical iteration, and improve the system performance of the vehicle terminal monitoring platform. The focus of this article is to create the application of a visual intelligent vehicle terminal monitoring platform based on the demand for improving vehicle terminal access and management capabilities, thereby enriching vehicle monitoring capabilities, consolidating the foundation for technical iteration, and improving vehicle terminal monitoring efficiency. In the future, based on the research content of this article, the types of adaptable terminals and protocols can be continuously expanded to form a terminal access and visual monitoring solution.

[0006] Defects and shortcomings of existing technologies: Currently, the platform and architecture design methods for smart vehicle terminals are relatively simple, the vehicle terminal management capabilities are relatively weak, and there is a big difference with business application requirements. Video processing and storage, big data processing, and vehicle terminal management all need to be improved.

[0007] With the requirements of refined management of enterprises and the requirements for driving safety, the needs are becoming more and more diversified. Therefore, it is an urgent need for enterprises to study the architecture of a visual intelligent vehicle terminal monitoring platform, improve the management efficiency and performance of intelligent vehicle terminals, and realize efficient supervision of vehicles. Summary of the invention

[0008] The purpose of the present invention is to solve the shortcomings of the prior art and propose a vehicle monitoring method based on a visual intelligent vehicle-mounted terminal monitoring platform, which can effectively enrich vehicle monitoring capabilities, lay a solid foundation for technical iteration, and improve the monitoring efficiency of vehicle-mounted terminals.

[0009] The present invention discloses a vehicle monitoring method based on a visualized intelligent vehicle-mounted terminal monitoring platform, including an equipment installation and debugging method and an equipment monitoring and management method. The visualized intelligent vehicle-mounted terminal monitoring platform, which is composed of a presentation layer, an application layer, a service layer, a data layer, and an infrastructure layer that are sequentially data-connected, performs the operation of the equipment installation and debugging method and the equipment monitoring and management method.

[0010] The equipment installation and debugging method includes the following steps:

[0011] Step A1: Record unit information; collect basic information of the equipment configuration and use unit. If the information has been collected, update and reuse the existing information. Otherwise, record new information, including the unit name and unit code.

[0012] Step A2: Record manufacturer information; collect basic information of the equipment provider. If the information has been collected, update and reuse the existing information. Otherwise, record new information, including the manufacturer name and manufacturer code.

[0013] Step A3: Record IoT card information; collect basic information of the IoT card in use. If the information has been collected before, update and reuse the existing information. Otherwise, record new information, including card number, operator, and card type.

[0014] Step A4: Record device information; collect basic information about the device. If the information has been collected, update and reuse the existing information. Otherwise, record new information, including device number, manufacturer, configuration and use unit, and IoT card.

[0015] Step A5: Record vehicle information; collect basic information of the vehicle. If the information has been collected, update and reuse the existing information. Otherwise, record new information, including license plate number, license plate color, and vehicle brand.

[0016] Step A6: Record equipment installation information; collect equipment installation information, including equipment number and license plate number;

[0017] Step A7: Set device parameters; Set device parameters, including communication settings, image settings, photo settings, and report settings;

[0018] The device monitoring management method includes the following steps:

[0019] Step B1: Real-time map monitoring: View the real-time location and status information of the device on the map, issue real-time voice prompts, and view real-time video;

[0020] Step B2: Snapshot gallery; view the image data uploaded historically by the specified device;

[0021] Step B3: map trajectory playback; automatically drawing and displaying the trajectory line on the map according to the trajectory points of the specified device within the specified time period;

[0022] Step B4: Track report; view the detailed data of the historical track points of the specified device, including latitude and longitude, speed, and direction.

[0023] Preferably, step A1 of the equipment installation and debugging method further includes the following sub-steps:

[0024] Step A1.1: Collect basic information of the equipment configuration and use unit;

[0025] Step A1.2: Check whether the basic information of the equipment configuration and user unit has been collected;

[0026] Step A1.3: If the basic information of the equipment configuration user unit has been collected, update and reuse the collected information;

[0027] Step A1.4: If the basic information of the equipment configuration and use unit has not been collected before, record the new information, including the unit name and unit code.

[0028] Preferably, step A2 of the equipment installation and debugging method further includes the following sub-steps:

[0029] Step A2.1: Collect basic information of equipment providers;

[0030] Step A2.2: Check whether the basic information of the collected device provider has been collected;

[0031] Step A2.3: If the basic information of the device provider has been collected, update and reuse the existing information;

[0032] Step A2.4: If the basic information of the equipment provider has not been collected before, record the new information, including the manufacturer name and manufacturer code.

[0033] Preferably, step A3 of the equipment installation and debugging method further includes the following sub-steps:

[0034] Step A3.1: Collect basic information of the IoT card used;

[0035] Step A3.2: Check whether the basic information of the IoT card that has been collected and used has been collected;

[0036] Step A3.3: If the basic information of the IoT card to be used has been collected, update and reuse the existing information;

[0037] Step A3.4: If the basic information of the IoT card that has been collected and used has not been collected before, record new information, including the card number, operator, and card type.

[0038] Preferably, step A4 of the equipment installation and debugging method further includes the following sub-steps:

[0039] Step A4.1: Collect basic information of the device;

[0040] Step A4.2: Check whether the basic information of the collected devices has been collected;

[0041] Step A4.3: If the basic information of the device has been collected, update and reuse the existing information.

[0042] Step A4.4: If the basic information of the collected device has not been collected before, record the new information, including the device number, manufacturer, configuration and use unit, and IoT card.

[0043] Preferably, step A5 of the equipment installation and debugging method further includes the following sub-steps:

[0044] Step A5.1: Collect basic information of the vehicle;

[0045] Step A5.2: Check whether the basic information of the collected vehicle has been collected before;

[0046] Step A5.3: If the basic information of the vehicle has been collected, update and reuse the existing information.

[0047] Step A5.4: If the basic information of the vehicle has not been collected before, record new information, including the license plate number, license plate color, and vehicle brand.

[0048] Preferably, step A6 of the equipment installation and debugging method further includes the following sub-steps:

[0049] Step A6.1: Collect equipment installation information;

[0050] Step A6.2: Check whether the collected device installation information has been collected before;

[0051] Step A6.3: If the collected device installation information has been collected before, update and reuse the existing information.

[0052] Step A6.4: If the collected equipment installation information has not been collected before, record new information including the equipment number and license plate number.

[0053] Preferably, step A7 of the equipment installation and debugging method further includes the following sub-steps:

[0054] Step A7.1: Set device communication setting parameters;

[0055] Step A7.2: Setting device image setting parameters;

[0056] Step A7.3: Set the device photo setting parameters;

[0057] Step A7.4: Set the device reporting setting parameters.

[0058] The advantages and technical effects of the present invention are:

[0059] The vehicle monitoring method based on the visual intelligent vehicle terminal monitoring platform of the present invention systematically manages the vehicle terminal, improves the vehicle terminal management efficiency by managing the basic parameters of the vehicle terminal, and can enrich the vehicle terminal management dimensions according to business needs to improve the vehicle terminal management efficiency.

[0060] The vehicle monitoring method based on the visual intelligent vehicle terminal monitoring platform of the present invention has diversified video data management. By collecting specific images and information such as maps, trajectories, and behaviors, the vehicle management business scenarios can be enriched, and the image optimization algorithm is used to improve the efficiency of video data collection and improve system performance. BRIEF DESCRIPTION OF THE DRAWINGS

[0061] Figure 1 A schematic diagram of the system architecture of the intelligent vehicle terminal monitoring platform of the present invention;

[0062] Figure 2 is a logical relationship diagram of step A1 in the present invention;

[0063] Figure 3 is a logical relationship diagram of step A2 of the present invention;

[0064] Figure 4 is a logical relationship diagram of step A3 of the present invention;

[0065] Figure 5 is a logical relationship diagram of step A4 of the present invention;

[0066] Figure 6 is a logical relationship diagram of step A5 of the present invention;

[0067] Figure 7 is a logical relationship diagram of step A6 of the present invention; DETAILED DESCRIPTION

[0068] The embodiments of the present invention are described in detail below, wherein the same or similar reference numerals throughout represent the same or similar elements or elements with the same or similar functions. The following embodiments are exemplary and are only used to explain the present invention, and cannot be understood as limiting the present invention.

[0069] The present invention provides a vehicle monitoring method based on a visualized intelligent vehicle terminal monitoring platform, and the architecture of the visualized intelligent vehicle terminal monitoring platform includes a presentation layer, an application layer, a service layer, a data layer, an infrastructure layer, etc. Business activities include equipment installation and debugging, and equipment monitoring.

[0070] Preferably, the equipment installation and debugging process includes the following steps:

[0071] Step A1: Record unit information. Collect basic information about the unit that uses the equipment configuration. If the information has been collected, update and reuse the existing information. Otherwise, record new information, including the unit name and unit code.

[0072] Step A2: Record manufacturer information. Collect basic information of the equipment provider. If the information has been collected before, update and reuse the existing information. Otherwise, record new information, including the manufacturer name and manufacturer code.

[0073] Step A3: Record IoT card information. Collect the basic information of the IoT card in use. If the information has been collected before, update and reuse the existing information. Otherwise, record new information, including card number, operator, and card type.

[0074] Step A4: Record device information. Collect basic information about the device. If the information has been collected before, update and reuse the existing information. Otherwise, record new information, including device number, manufacturer, configuration and use unit, and IoT card.

[0075] Step A5: Record vehicle information. Collect basic information of the vehicle. If the information has been collected before, update and reuse the existing information. Otherwise, record new information, including license plate number, license plate color, and vehicle brand.

[0076] Step A6: Record equipment installation information. Collect equipment installation information, including equipment number and license plate number;

[0077] Step A7: Set device parameters. Set device parameters, including communication settings, image settings, photo settings, and report settings.

[0078] Preferably, the device monitoring comprises the following steps:

[0079] Step B1: Real-time map monitoring. Check the real-time location and status information of the device on the map, send real-time voice prompts, and view real-time video;

[0080] Step B2: Snapshot Gallery. View the image data uploaded by the specified device in history;

[0081] Step B3: Map track playback. Automatically draw and display the track line on the map based on the track points of the specified device within the specified time period;

[0082] Step B4: Track report. You can view the detailed data of the historical track points of the specified device, including latitude and longitude, speed, and direction.

[0083] In order to more clearly illustrate the specific implementation mode of the present invention, an embodiment is provided below:

[0084] The specific steps for managing existing resources during equipment installation and commissioning are as follows:

[0085] Step A1.1: Collect basic information of the equipment configuration and use unit;

[0086] Step A1.2: Check whether the basic information of the equipment configuration and user unit has been collected;

[0087] Step A1.3: If the basic information of the equipment configuration user unit has been collected, update and reuse the collected information;

[0088] Step A1.4: If the basic information of the equipment configuration and use unit has not been collected before, record the new information, including the unit name, unit code, etc. (such as Figure 2 ).

[0089] Step A2.1: Collect basic information of equipment providers;

[0090] Step A2.2: Check whether the basic information of the collected device provider has been collected;

[0091] Step A2.3: If the basic information of the device provider has been collected, update and reuse the existing information;

[0092] Step A2.4: If the basic information of the equipment provider has not been collected before, record the new information, including the manufacturer name, manufacturer code, etc. (such as Figure 3 ).

[0093] Step A3.1: Collect basic information of the IoT card used;

[0094] Step A3.2: Check whether the basic information of the IoT card that has been collected and used has been collected;

[0095] Step A3.3: If the basic information of the IoT card to be used has been collected, update and reuse the existing information;

[0096] Step A3.4: If the basic information of the IoT card that has been collected and used has not been collected before, record the new information, including the card number, operator, card type, etc. (such as Figure 4 ).

[0097] Step A4.1: Collect basic information of the device;

[0098] Step A4.2: Check whether the basic information of the collected devices has been collected;

[0099] Step A4.3: If the basic information of the device has been collected, update and reuse the existing information.

[0100] Step A4.4: If the basic information of the collected device has not been collected before, record the new information, including the device number, manufacturer, configuration and use unit, IoT card, etc. (such as Figure 5 ).

[0101] Step A5.1: Collect basic information of the vehicle;

[0102] Step A5.2: Check whether the basic information of the collected vehicle has been collected before;

[0103] Step A5.3: If the basic information of the vehicle has been collected, update and reuse the existing information.

[0104] Step A5.4: If the basic information of the vehicle has not been collected before, record the new information, including the license plate number, license plate color, vehicle brand, etc. (such as Figure 6 ).

[0105] Step A6.1: Collect equipment installation information;

[0106] Step A6.2: Check whether the collected device installation information has been collected before;

[0107] Step A6.3: If the collected device installation information has been collected before, update and reuse the existing information.

[0108] Step A6.4: If the collected equipment installation information has not been collected before, record new information, including equipment number, license plate number, etc. (such as Figure 7 ).

[0109] Step A7.1: Set device communication setting parameters;

[0110] Step A7.2: Setting device image setting parameters;

[0111] Step A7.3: Set the device photo setting parameters;

[0112] Step A7.4: Set the device reporting setting parameters.

[0113] The main steps of monitoring and management are as follows:

[0114] Step B1.1: Open the surveillance map and directly find the target vehicle by zooming and dragging the map, or search for the target vehicle through the search tool;

[0115] Step B1.2: Locate the target vehicle based on the returned information;

[0116] Step B1.3: Click on the target vehicle to view real-time data, including license plate number, terminal number, speed, and direction;

[0117] Step B1.4: Input the voice broadcast rule configuration and content and issue it;

[0118] Step B1.5: If the device supports the snapshot function, check the snapshot image result;

[0119] Step B1.6: If the device supports real-time images, play the real-time images.

[0120] Step B2.1: Open the monitoring map, enter the target vehicle information and query time period;

[0121] Step B2.2: View the historical trajectory plotted on the map.

[0122] Step B3.1: Enter the target vehicle information and query time period to view the detailed trajectory data, including license plate number, terminal number, collection time, speed, direction, and location;

[0123] Step B3.2: Find the track point on the map based on the track positioning information.

[0124] Step B4.1: The user opens the historical image list;

[0125] Step B4.2: Display a list of thumbnails of historical images that have been actively uploaded or captured from recent to long ago according to the acquisition time. Users can also zoom in to view the original image.

[0126] Finally, all the parts not described in the present invention adopt mature products and mature technical means in the prior art.

[0127] In the description of this specification, reference to the terms "one embodiment", "some embodiments", "example", "specific example", or "some examples" etc. means that the specific features, structures, materials or characteristics described in conjunction with the embodiment or example are included in the embodiments or examples of the present invention.

[0128] Although the embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the claims and their equivalents.

Claims

1. A vehicle monitoring method based on a visual intelligent vehicle terminal monitoring platform, characterized in that: It includes an equipment installation and debugging method and an equipment monitoring and management method, and the equipment installation and debugging method and the equipment monitoring and management method are operated by a visual intelligent vehicle-mounted terminal monitoring platform composed of a presentation layer, an application layer, a service layer, a data layer, and an infrastructure layer that are sequentially data-connected; The equipment installation and debugging method comprises the following steps: Step A1: Record unit information; collect basic information of the equipment configuration and use unit. If the information has been collected, update and reuse the existing information. Otherwise, record new information, including the unit name and unit code. Step A2: Record manufacturer information; collect basic information of the equipment provider. If the information has been collected, update and reuse the existing information. Otherwise, record new information, including the manufacturer name and manufacturer code. Step A3: Record IoT card information; collect basic information of the IoT card in use. If the information has been collected before, update and reuse the existing information. Otherwise, record new information, including card number, operator, and card type. Step A4: Record device information; collect basic information about the device. If the information has been collected, update and reuse the existing information. Otherwise, record new information, including device number, manufacturer, configuration and use unit, and IoT card. Step A5: Record vehicle information; collect basic information of the vehicle. If the information has been collected, update and reuse the existing information. Otherwise, record new information, including license plate number, license plate color, and vehicle brand. Step A6: Record equipment installation information; collect equipment installation information, including equipment number and license plate number; Step A7: Set device parameters; Set device parameters, including communication settings, image settings, photo settings, and report settings; The device monitoring management method comprises the following steps: Step B1: Real-time map monitoring: View the real-time location and status information of the device on the map, issue real-time voice prompts, and view real-time video; Step B2: Snapshot gallery; view the image data uploaded historically by the specified device; Step B3: map trajectory playback; automatically drawing and displaying the trajectory line on the map according to the trajectory points of the specified device within the specified time period; Step B4: Track report; view the detailed data of the historical track points of the specified device, including latitude and longitude, speed, and direction.

2. A vehicle monitoring method based on a visual intelligent vehicle terminal monitoring platform according to claim 1, characterized in that: Step A1 of the equipment installation and debugging method also includes the following sub-steps: Step A1.1: Collect basic information of the equipment configuration and use unit; Step A1.2: Check whether the basic information of the equipment configuration and user unit has been collected; Step A1.3: If the basic information of the equipment configuration user unit has been collected, update and reuse the collected information; Step A1.4: If the basic information of the equipment configuration and use unit has not been collected before, record the new information, including the unit name and unit code.

3. The vehicle monitoring method based on a visual intelligent vehicle terminal monitoring platform according to claim 1 is characterized in that: Step A2 of the equipment installation and debugging method also includes the following sub-steps: Step A2.1: Collect basic information of equipment providers; Step A2.2: Check whether the basic information of the collected device provider has been collected; Step A2.3: If the basic information of the device provider has been collected, update and reuse the existing information; Step A2.4: If the basic information of the equipment provider has not been collected before, record the new information, including the manufacturer name and manufacturer code.

4. The vehicle monitoring method based on a visual intelligent vehicle terminal monitoring platform according to claim 1 is characterized in that: Step A3 of the equipment installation and debugging method further includes the following sub-steps: Step A3.1: Collect basic information of the IoT card used; Step A3.2: Check whether the basic information of the IoT card that has been collected and used has been collected; Step A3.3: If the basic information of the IoT card to be used has been collected, update and reuse the existing information; Step A3.4: If the basic information of the IoT card that has been collected and used has not been collected before, record new information, including the card number, operator, and card type.

5. The vehicle monitoring method based on a visual intelligent vehicle terminal monitoring platform according to claim 1 is characterized in that: Step A4 of the equipment installation and debugging method also includes the following sub-steps: Step A4.1: Collect basic information of the device; Step A4.2: Check whether the basic information of the collected devices has been collected; Step A4.3: If the basic information of the device has been collected, update and reuse the existing information. Step A4.4: If the basic information of the collected device has not been collected before, record the new information, including the device number, manufacturer, configuration and use unit, and IoT card.

6. The vehicle monitoring method based on a visual intelligent vehicle terminal monitoring platform according to claim 1 is characterized in that: Step A5 of the equipment installation and debugging method also includes the following sub-steps: Step A5.1: Collect basic information of the vehicle; Step A5.2: Check whether the basic information of the collected vehicle has been collected before; Step A5.3: If the basic information of the vehicle has been collected, update and reuse the existing information. Step A5.4: If the basic information of the vehicle has not been collected before, record new information, including the license plate number, license plate color, and vehicle brand.

7. The vehicle monitoring method based on a visual intelligent vehicle terminal monitoring platform according to claim 1 is characterized in that: Step A6 of the equipment installation and debugging method also includes the following sub-steps: Step A6.1: Collect equipment installation information; Step A6.2: Check whether the collected device installation information has been collected before; Step A6.3: If the collected device installation information has been collected before, update and reuse the existing information. Step A6.4: If the collected equipment installation information has not been collected before, record new information including the equipment number and license plate number.

8. The vehicle monitoring method based on a visual intelligent vehicle terminal monitoring platform according to claim 1 is characterized in that: Step A7 of the equipment installation and debugging method also includes the following sub-steps: Step A7.1: Set device communication setting parameters; Step A7.2: Setting device image setting parameters; Step A7.3: Set the device photo setting parameters; Step A7.4: Set the device reporting setting parameters.

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