Vehicle diagnosis content display custom method and system

Abstract

The invention discloses a vehicle diagnosis content display self-defining method and system, relates to the technical field of vehicle fault diagnosis, and aims to solve the technical problems that in the prior art, vehicle diagnosis software content display is fixed, and diversified requirements of a user in actual diagnosis cannot be met. Obtaining related information of the vehicle, wherein the related information comprises vehicle version information, data flow and fault code reading; s2, judging the starting of an editing mode; s2, judging whether an editing mode is entered or not, and if not, executing S1; if the editing mode is entered, executing S3; s3, editing option selection; the selection module S1 is connected to the editing module S1, selects options needing to be edited in the editing module S1 after entering the editing module S1, and obtains mapping IDs of the options; s4, new content editing and ID generation; and S3, editing and adding new contents. The method has the advantage of improving the convenience and accuracy of automobile diagnosis operation.

Description

Technical Field

[0001] The present invention relates to the technical field of vehicle fault diagnosis, and more specifically, to a method and system for customizing the display of vehicle diagnosis content. Background Art

[0002] In the field of vehicle fault diagnosis, traditional vehicle diagnosis software has fixity in content display. It presents information through the mapping relationship between preset content IDs and specific diagnostic steps. Users can only see the visual content such as texts and pictures that have been set before the software installation, and cannot modify or annotate the displayed content independently. For example, after obtaining a vehicle fault code, the explanatory notes, diagnostic step prompts, etc. displayed by the software for this fault code are all pre-determined, and users cannot adjust according to the actual situation. In view of this, we propose a method and system for customizing the display of vehicle diagnosis content. Summary of the Invention

[0003] The purpose of the present invention is to provide a method and system for customizing the display of vehicle diagnosis content to solve the technical problem that the content display of vehicle diagnosis software in the prior art is fixed and cannot meet the diverse needs of users in actual diagnosis.

[0004] To solve the above technical problem, the present invention provides the following technical solution: A method for customizing the display of vehicle diagnosis content, including the following steps:

[0005] S1. Execution of functional process;

[0006] Obtain relevant information of the vehicle, including vehicle version information, data stream, and fault code reading;

[0007] S2. Determination of starting the editing mode;

[0008] Judge whether to enter the editing mode. If not, execute S1; if enter the editing mode, execute S3;

[0009] S3. Selection of editing options;

[0010] Connected to S1, after entering the editing mode, select the option to be edited in S1 and obtain the mapping ID of the selected item;

[0011] S4. Editing of new content and generation of ID;

[0012] Connected to S3, edit and add new content. The new content includes various types such as texts, pictures, videos, and links, and generate a new option ID;

[0013] S5. Construction of the mapping relationship table;

[0014] Connected to S4, generate a mapping table of old and new IDs for recording the correspondence between new content and the IDs of the original content;

[0015] S6. Switch the displayed content;

[0016] Connected to S5, query the mapping table. If there is a mapping between old and new IDs, replace the original displayed content with the new content mapped by the new ID for display; if not, display the content mapped by the old ID.

[0017] The determination step of starting the editing mode in the present invention gives users flexible choices, improves operation efficiency, and the functional process execution step obtains comprehensive vehicle information, providing a basis for accurate diagnosis. The editing option selection step accurately locates to ensure accurate editing operations. The new content editing and ID generation step supports the editing of multiple types of content, enriching diagnostic information, and the new ID generation algorithm ensures accurate data management. The mapping table construction step realizes fast content switching with an efficient data structure. These links cooperate with each other, reducing time waste and the possibility of misjudgment in the diagnosis process, and effectively improving the convenience and accuracy of diagnostic operations.

[0018] Preferably, in S2, the old ID mapping is a mapping relationship preset by the system or established in the diagnostic operation for accurately displaying diagnostic content.

[0019] Preferably, the vehicle version information in S1 covers the production year of the vehicle and detailed data of the specific configuration version, and the data stream includes real-time operation data of key systems such as the vehicle engine system, braking system, and electronic control system.

[0020] Preferably, in S3, the selection process provides a clear and convenient operation interface, and at the same time, the obtained mapping ID is unique in the whole system.

[0021] Preferably, the text content in S4 supports multiple character formats and encoding methods, the pictures are compatible with common image formats such as JPEG and PNG, and the videos can process the mainstream MP4 video format.

[0022] Preferably, the data structure of the mapping table of old and new IDs generated in S5 has efficient query and storage performance.

[0023] Preferably, in S6, whether it is new content or old content, it is displayed completely and accurately according to the predetermined format and layout.

[0024] Preferably, in S4, when the storage capacity of the device is limited or the processing power is low, only text editing operations can be performed, and only relevant text editing tools such as text input boxes are provided, and non-text content such as attempting to add pictures, videos, or links is prohibited.

[0025] A vehicle diagnostic content display customization system, comprising:

[0026] An editing mode startup module, used to start the editing mode determination step, receive user operation instructions, determine whether to enter the editing mode. If it is determined not to enter the editing mode, it transmits a signal to the function execution module to start the subsequent operation process. If it is determined to enter the editing mode, it transmits a signal to the editing option selection module to start the editing option selection step;

[0027] A function execution module, connected to the editing mode startup module and communicatively connected to the vehicle's on-board diagnostic system to obtain relevant information of the vehicle;

[0028] An editing option selection module, connected to the editing mode startup module. After the editing mode is started, it provides a visual operation interface, displays the editable options in the current process step, accurately obtains the mapping ID of the selected editing option, and transmits it to the new content editing and ID generation module;

[0029] A new content editing and ID generation module, connected to the editing option selection module. By receiving the mapping ID transmitted by the editing option selection module, it provides various types of content editing functions, including a text editing box, a picture upload interface, a video embedding function, and a link addition input box. After completion of the editing, it generates a new option ID and transmits the new content and the new ID to the mapping relationship table construction module;

[0030] A mapping relationship table construction module, by receiving the new content and the new ID transmitted by the new content editing and ID generation module, constructs an old-new ID mapping relationship table, stores the mapping relationship using an efficient data storage structure to ensure data integrity and fast queryability;

[0031] A display control module, queries the mapping relationship table generated by the mapping relationship table construction module, controls the output of the final display content according to the existence of the old-new ID mapping relationship. If the old-new ID mapping exists, it obtains the new content from the new content editing and ID generation module and displays it according to a predetermined format layout. If it does not exist, it obtains the content mapped by the old ID from the system default storage location for display.

[0032] Compared with the prior art, the beneficial effects of the present invention are:

[0033] 1. The startup determination step of the editing mode in the present invention gives users flexible choices, improves operation efficiency, and the function process execution step obtains comprehensive vehicle information, providing a basis for accurate diagnosis. The editing option selection step accurately locates to ensure accurate editing operations. The new content editing and ID generation step supports the editing of multiple types of content, enriching diagnostic information. The mapping relationship table construction step uses an efficient data structure to achieve fast content switching. These links work together to reduce time waste and the possibility of misjudgment during the diagnosis process, effectively improving the convenience and accuracy of diagnostic operations, and solving the problem in the prior art that the content display of vehicle diagnostic software is fixed and cannot meet the diverse needs of users in actual diagnosis.

[0034] 2. Users of the present invention can perform personalized customization according to their own characteristics and needs during the diagnosis process. In the new content editing and ID generation step, various types of content can be freely added. Whether it is the experience and skills of professional technicians or the popular explanations of novices, they can be incorporated into the diagnosis process. At the same time, even if the device performance is limited, the simplified editing mode can still ensure the basic text editing personalized function. This personalized customization fully considers the knowledge backgrounds and diagnostic habits of different users, enables the diagnostic software to better adapt to each user, greatly enhances the user's sense of control and satisfaction with the diagnosis process, and realizes a truly personalized diagnostic experience. Brief Description of the Drawings

[0035] Figure 1 It is a schematic flowchart of the present invention. Detailed Embodiments

[0036] To facilitate those skilled in the art to understand the technical solution of the present invention, the technical solution of the present invention will be further described below in conjunction with the drawings in the specification.

[0037] Example 1:

[0038] As Figure 1 shown, a method for customizing the display of vehicle diagnostic content includes the following steps:

[0039] S1. Functional process execution: Obtain relevant information of the vehicle, including vehicle version information, data stream, and fault code reading; S2. Edit mode start determination: Determine whether to enter the edit mode. If not, execute S1; if so, execute S3; S3. Edit option selection: Connected to S1, after entering the edit mode, select the option to be edited in S1 and obtain the mapping ID of the selected item; S4. New content editing and ID generation: Connected to S3, edit and add new content, where the new content includes various types such as text, pictures, videos, and links, and generate a new option ID; S5. Mapping relationship table construction: Connected to S4, generate a mapping relationship table between the old and new IDs to record the correspondence between the new content and the original content ID; S6. Display content switching: Connected to S5, and query the mapping relationship table. If there is a mapping between the old and new IDs, replace the original displayed content with the new content mapped by the new ID for display; if not, display the content mapped by the old ID.

[0040] In an embodiment of the present invention, in S2, the old ID mapping is a mapping relationship preset by the system or established in previous diagnostic operations for accurately displaying diagnostic content. When not entering the edit mode, the system strictly outputs the display content according to this mapping relationship without any changes.

[0041] In an embodiment of the present invention, the vehicle version information in S1 covers the production year of the vehicle and detailed data of the specific configuration version. The data stream includes real-time operation data of key systems such as the vehicle engine system, braking system, and electronic control system. The fault code reading operation must accurately obtain the fault codes generated by the vehicle fault self-diagnosis system. In S3, the selection process provides a clear and convenient operation interface to facilitate the user to accurately identify and select the options to be edited. At the same time, the obtained mapping ID is unique in the whole system to ensure the accuracy and pertinence of subsequent editing operations. The text content in S4 supports various character formats and encoding methods. The pictures are compatible with common image formats such as JPEG and PNG. The videos can process the mainstream MP4 video format. The links can be accessed and jumped accurately without error.

[0042] In an embodiment of the present invention, the data structure of the new and old ID mapping relationship table generated in S5 has efficient query and storage performance, so that corresponding content can be quickly and accurately called during subsequent display processes. In S6, whether it is new content or old content, it is displayed completely and accurately according to a predetermined format and layout, providing a good visual experience and information acquisition means. In S4, when the storage capacity of the device is limited or the processing power is low, only text editing operations can be performed. At this time, the system should clearly prompt the user on the operation interface about the current editing mode restrictions, and only provide relevant text editing tools such as text input boxes, and prohibit the user from attempting to add non-text content such as pictures, videos, or links to ensure that the system can still stably run basic editing functions under limited device performance.

[0043] Embodiment 2:

[0044] A vehicle diagnostic content display customization system, comprising:

[0045] An editing mode startup module, used to start the editing mode determination step, receive user operation instructions, determine whether to enter the editing mode, and control the subsequent process flow according to the determination result. If it is determined not to enter the editing mode, a signal is sent to the function execution module to start the subsequent operation process. If it is determined to enter the editing mode, a signal is sent to the editing option selection module to start the editing option selection step;

[0046] A function execution module, connected to the editing mode startup module and communicatively connected to the vehicle's on-board diagnostic system, obtains relevant information of the vehicle, including accurately obtaining vehicle version information, real-time data stream, and fault code reading operations from the vehicle OBD system, preliminarily processes and stores the obtained data, and provides basic data support for subsequent editing operations;

[0047] An editing option selection module, connected to the editing mode startup module. After the editing mode is started, it provides a visual operation interface for the user, displays the editable options in the current process step, receives the user selection instruction, accurately obtains the mapping ID of the selected editing option, and transmits it to the new content editing and ID generation module;

[0048] A new content editing and ID generation module, connected to the editing option selection module, and by receiving the mapping ID transmitted by the editing option selection module, provides the user with various types of content editing functions, including a text editing box, a picture upload interface, a video embedding function, and a link addition input box, supports the user to edit and add new content. After the user completes the editing, a new option ID is generated for the new content according to a preset unique ID generation algorithm, and the new content and the new ID are transmitted to the mapping relationship table construction module;

[0049] The mapping relationship table construction module receives the new content and new ID passed by the new content editing and ID generation module, constructs the mapping relationship table between the old and new IDs, and stores the mapping relationship using an efficient data storage structure to ensure data integrity and quick queryability, so as to quickly obtain the correct display content according to the mapping relationship during the display content switching step;

[0050] The display control module queries the mapping relationship table generated by the mapping relationship table construction module, and controls the output of the final display content according to the existence of the mapping relationship between the old and new IDs. If there is a mapping between the old and new IDs, it obtains the new content from the new content editing and ID generation module and displays it according to the predetermined format layout. If not, it obtains the content mapped by the old ID from the system default storage location for display, ensuring the stability and accuracy of the display process and providing a good visual experience for users.

[0051] The embodiments disclosed in the present invention are preferred embodiments, but not limited thereto. Those of ordinary skill in the art can easily understand the spirit of the present invention based on the above embodiments and make different extensions and changes. However, as long as they do not depart from the spirit of the present invention, they are within the protection scope of the present invention.

Claims

1. A method for customizing the display of vehicle diagnostic content, characterized in that: The following steps are involved: S1, functional process execution; Obtain vehicle-related information, including vehicle version information, data stream, and fault code reading; S2, editing mode start determination; Determine whether to enter the edit mode. If not, execute S1; If the edit mode is entered, S3 is executed; S3, edit option selection; Connect to S1, enter edit mode, select the option to be edited in S1, and obtain the mapping ID of the selected option; S4, new content editing and ID generation; Connect to S3, edit and add new content, including text, pictures, videos, links and other types, and generate new option IDs; S5, mapping relationship table construction; Connected to S4, generating a new and old ID mapping table for recording the corresponding relationship between the new content and the original content ID; S6, display content switching; Connect to S5 and query the mapping relationship table. If the new and old ID mappings exist, the new content of the new ID mapping is used to replace the original display content for display; if not, the content of the old ID mapping is used for display.

2. A method for customizing vehicle diagnostic content display according to claim 1, characterized in that: In S2, the old ID mapping is a mapping relationship that is preset by the system or established during the diagnosis operation and is used to accurately display the diagnosis content.

3. The method for customizing the display of vehicle diagnostic content according to claim 2, characterized in that: The vehicle version information in S1 includes detailed data on the vehicle's production year and specific configuration version, and the data stream includes real-time operating data of key systems such as the vehicle's engine system, braking system, and electronic control system.

4. The method for customizing the display of vehicle diagnostic content according to claim 3, characterized in that: In the S3, the selection process provides a clear and convenient operation interface, and the obtained mapping ID is unique in the entire system.

5. The method for customizing the display of vehicle diagnostic content according to claim 4, characterized in that: The text content in the S4 supports a variety of character formats and encoding methods, the pictures are compatible with common JPEG and PNG image formats, and the videos can process the mainstream MP4 video format.

6. The method for customizing the display of vehicle diagnostic content according to claim 5, characterized in that: The data structure of the new and old ID mapping relationship table generated in S5 has efficient query and storage performance.

7. The method for customizing the display of vehicle diagnostic content according to claim 6, characterized in that: In S6, whether it is new content or old content, it is displayed completely and accurately according to the predetermined format and layout.

8. The method for customizing the display of vehicle diagnostic content according to claim 7, characterized in that: In S4, when the storage capacity of the device is limited or the processing power is low, only text editing operations can be performed, and only related text editing tools such as text input boxes are provided, and attempts to add non-text content such as pictures, videos or links are prohibited.

9. A system for a method for customizing vehicle diagnostic content display as claimed in claim 8, characterized in that: include: The editing mode starting module is used to start the editing mode determination step, receive the user operation instruction, determine whether to enter the editing mode, and if it is determined that the editing mode is not entered, transmit a signal to the function execution module to start the subsequent operation process; if it is determined that the editing mode is entered, transmit a signal to the editing option selection module to start the editing option selection step; The function execution module is connected to the edit mode start module and communicates with the vehicle's on-board diagnostic system to obtain relevant information of the vehicle; The editing option selection module is connected to the editing mode startup module. After the editing mode is started, it provides a visual operation interface, displays the editable options in the current process step, accurately obtains the mapping ID of the selected editing option, and passes it to the new content editing and ID generation module; The new content editing and ID generation module is connected to the editing option selection module and provides various types of content editing functions, including text editing box, picture upload interface, video embedding function and link adding input box, by receiving the mapping ID transmitted by the editing option selection module. After the editing is completed, a new option ID is generated and the new content and new ID are transmitted to the mapping relationship table construction module; The mapping relationship table construction module receives the new content and new ID transmitted by the new content editing and ID generation module, constructs the new and old ID mapping relationship table, and uses an efficient data storage structure to store the mapping relationship to ensure the integrity and rapid queryability of the data; The display control module queries the mapping relationship table generated by the mapping relationship table construction module, and controls the output of the final display content based on whether there is a new and old ID mapping relationship. If there is a new and old ID mapping, the new content is obtained from the new content editing and ID generation module and displayed according to the predetermined format layout. If not, the content of the old ID mapping is obtained from the system default storage location for display.

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