Method and system for generating logic diagram of automobile circuit system

Abstract

The invention relates to the technical field of automobile circuit computer aided design, and discloses an automobile circuit system logic diagram generation method and system.The method comprises the steps that interface information of all electric appliance parts of a whole automobile is defined, and all basic information in the interface information is associated in an ID mode; according to the interface information, automatically generating an electric appliance part equipment object in a circuit system logic diagram and a corresponding connector object and hole site object; automatically generating logic connection objects and grounding objects in a circuit system logic diagram according to the interface information, and realizing logic connection among the objects to complete the circuit system logic diagram; wherein each piece of basic information in the interface information comprises electric appliance part equipment information, connector information, hole site information and logic connection relation information. The technical problems of circuit system logic diagram missing, design coupling and the like in a manual mode or an identification mode in the prior art can be solved.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of computer-aided design of automobile circuit, and in particular to a method and system for generating a logic diagram of an automobile circuit system. BACKGROUND

[0002] In the design and development process of a wiring harness system of a vehicle, mainly involved are interface information of electrical parts of the vehicle, a logic diagram of a circuit system, a circuit wiring diagram, three-dimensional data of a wiring harness, a topology diagram of a wiring harness, and a wiring harness diagram.

[0003] There are a large amount of basic information such as electrical part device information, connector information, hole information, and configuration definition in the interface information of the electrical parts of the vehicle, and there are complex logical connection relationships and function definitions between the related holes. However, in the prior art, the logical connection relationships between the electrical parts are often determined by manual methods or by identification methods such as names and function descriptions, which undoubtedly consumes a large amount of manpower, is low in efficiency, and is difficult to guarantee the correctness of the design.

[0004] The logic diagram of the circuit system is a blueprint for the design and development of an automobile wiring harness, and is an important link and bridge between the electrical interface information of the electrical parts of the vehicle and the design of the wiring harness diagram of the vehicle. The logic diagram of the circuit system mainly describes logical information such as all electrical part devices, connector information, hole information, configuration information, grounding, and logical connection relationships between each other, and does not involve physical information such as the topology structure, position and size of the wiring harness, the specific specifications and wire color information of the wires, the mating connector, and the wiring harness segmentation.

[0005] In addition, in the traditional design method, the logic diagram of the circuit system may be omitted to directly design the wiring harness diagram. This method seemingly saves the development cycle of the wiring harness, but often causes missing process data, inconsistent data transmission, design errors, and greatly increases the cost and difficulty of the maintenance of the wiring harness diagram in the later stage. There is also a design method in the automobile industry in which the logic diagram of the circuit system and the circuit wiring diagram are coupled together. This method causes the coupling of the circuit logic design and the wiring harness product design, requires higher for the wiring harness engineers, is not conducive to the decomposition of the design link, and is not conducive to the standardization, process, and modularization of the design of the logic diagram of the circuit system.

[0006] Therefore, there is an urgent need for a method for generating a logic diagram of an automobile circuit system to solve the technical problems of the manual method or the identification method, the missing logic diagram of the circuit system, and the coupled design in the prior art. SUMMARY

[0007] The present application aims to provide a method and system for generating a logic diagram of an automobile circuit system, which can solve the technical problems of the manual method or the identification method, the missing logic diagram of the circuit system, and the coupled design in the prior art.

[0008] To achieve the above object, the present application provides the following technical solutions. In a first aspect, the embodiment of the present application provides a method for generating a logic diagram of an automobile circuit system, comprising: defining interface information of all electrical parts of the whole vehicle, and associating each basic information in the interface information by means of ID; automatically generating electrical part device objects, corresponding connector objects and hole position objects in the logic diagram of the circuit system according to the interface information; automatically generating logic connection objects and grounding objects in the logic diagram of the circuit system according to the interface information, and realizing the logic connection between each object to complete the logic diagram of the circuit system; In the embodiment of the present application, each basic information in the interface information comprises electrical part device information, connector information, hole position information and logic connection relationship information.

[0009] In a second aspect, the embodiment of the present application provides a system for generating a logic diagram of an automobile circuit system, comprising: a definition association unit configured to define interface information of all electrical parts of the whole vehicle, and associate each basic information in the interface information by means of ID; an object generation unit configured to automatically generate electrical part device objects, corresponding connector objects and hole position objects in the logic diagram of the circuit system according to the interface information; an object connection unit configured to automatically generate logic connection objects and grounding objects in the logic diagram of the circuit system according to the interface information, and realize the logic connection between each object to complete the logic diagram of the circuit system; In the embodiment of the present application, each basic information in the interface information comprises electrical part device information, connector information, hole position information and logic connection relationship information.

[0010] The present application has the following technical effects and advantages: 1. In the process of defining interface information of all electrical parts of the whole vehicle, the project information, electrical part device information, connector information, hole position information and logic connection relationship information are associated by means of ID association, which solves the problem of low efficiency and difficulty in ensuring correctness of the manual mode, name or function description identification mode; the simple combination logic of "and", "or" and "not" of the configuration feature code is used to realize the rich and diverse configuration definition of the electrical part device information, connector information and hole position information. 2. The present invention can automatically generate device objects and their connector objects and hole objects, as well as logical connection objects and grounding objects corresponding to all project IDs in the circuit system logic diagram based on the interface information of the vehicle's electrical parts, and then realize the logical connection and requirements between each object through the logical connection object, which greatly improves the design efficiency and correctness of the circuit system logic diagram; the circuit system logic diagram in the present invention only describes logical information and does not involve physical information. It can decouple the circuit logic design and wiring harness products in the wiring harness system design and development process to realize the decomposition of design links, which is conducive to the standardization, process and modularization of circuit logic design.

[0011] Other features and advantages of the present invention will be described in the following description, and in part will become apparent from the description, or will be understood by practicing the present invention. The purpose and other advantages of the present invention can be realized and obtained by the structures pointed out in the description, claims and drawings. BRIEF DESCRIPTION OF THE DRAWINGS

[0012] In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the following briefly introduces the drawings required for use in the description of the embodiments. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without creative work.

[0013] Figure 1 This is a flow chart of a method for generating a logic diagram of an automobile circuit system according to an embodiment of the present invention; Figure 2 This is a schematic diagram of the structure of a system for generating a logic diagram of an automobile circuit system according to an embodiment of the present invention; Figure 3 Schematic diagram of an electrical component device object, its connector object, and hole position object in an embodiment of the present invention; Figure 4 Schematic diagram of the generation result of the circuit system logic diagram in an embodiment of the present invention. DETAILED DESCRIPTION

[0014] The following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the accompanying drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative efforts are within the scope of protection of the present invention.

[0015] To address the deficiencies of the prior art, the present invention discloses a method for generating a logic diagram of an automobile circuit system. Figure 1 As shown, the following steps are included: Step S1: defining interface information of all electrical parts of the whole vehicle, and associating each basic information in the interface information by ID mode; Step S2: automatically generating electrical part device objects and their corresponding connector objects and hole position objects in the circuit system logic diagram according to the interface information; Step S3: automatically generating logic connection objects and grounding objects in the circuit system logic diagram according to the interface information, and realizing the logic connection between each object to complete the circuit system logic diagram; Among them, each basic information in the interface information includes: electrical part device information, connector information, hole position information and logic connection relationship information.

[0016] In some specific embodiments, step S1: defining interface information of all electrical parts of the whole vehicle, and associating each basic information in the interface information by ID mode; includes the following contents: (1) Define project-related information.

[0017] Among them, the project-related information includes: configuration feature code and project information.

[0018] The configuration feature code includes: feature code index, feature code name, feature code description, etc.; wherein the feature code index is a non-repeating sequential number.

[0019] The project information includes project ID, project name and project description; wherein the project ID is the unique identifier of the project information in the database (other IDs are the same).

[0020] (2) Define each basic information in the interface information of all electrical parts of the whole vehicle to complete the definition of the interface information. When defining the interface information, a unique device ID is assigned to each electrical part device and associated with the corresponding project ID, a unique connector ID is assigned to each connector and associated with the corresponding device ID, a unique hole ID is assigned to each hole and associated with the corresponding connector ID, and a unique relationship ID is assigned to each logic connection relationship and associated with the corresponding hole ID and project ID. In the process of defining the interface information, the configuration code is used to configure and define each basic information by using the simple combination logic of "and", "or" and "not".

[0021] Among them, each basic information in the interface information includes: electrical part device information, connector information, hole position information and logic connection relationship information. The electrical part device information includes: device ID, project ID, device name, load characteristic, static current, device configuration definition and device note. The connector information includes: connector ID, device ID, connector name, device end connector model, device end connector hole quantity, device end connector waterproof, wire harness end connector ID, configuration definition of the connector, and connector remarks; wherein, when defining the wire harness end connector ID, the wire harness end connector ID is selected and determined from a wire harness end connector database (or list) according to the device end connector hole quantity, device end connector waterproof and other information; The hole information includes: hole ID, connector ID, hole name, hole description, rated current, minimum current, maximum current, function definition, configuration definition of the hole, and hole remarks. The logical connection relationship information includes: relationship ID, hole ID, item ID, wire specification requirement, twisted pair, and configuration definition of the relationship.

[0022] In some specific embodiments, step S2: automatically generating the electrical component device object and its corresponding connector object and hole object in the circuit system logic diagram according to the interface information; specifically includes the following contents: Based on a certain project ID, the association relationship between the project ID and the device ID, the association relationship between the device ID and the connector ID, and the association relationship between the connector ID and the hole ID, the electrical component device information corresponding to a certain project, and the connector information and the hole information corresponding to the electrical component device information are obtained; The electrical component device information corresponding to a certain project, and the connector information and the hole information corresponding to the electrical component device information are imported into the circuit system logic diagram, the electrical component device object corresponding to a certain project and its corresponding connector object and hole object are automatically generated, and these objects are manually or automatically placed in the specified area of the circuit system logic diagram according to user requirements.

[0023] In some specific embodiments, step S3: automatically generating the logical connection object and the grounding object in the circuit system logic diagram according to the interface information, and realizing the logical connection between the objects to complete the circuit system logic diagram; including the following contents: According to the hole information and the logical connection relationship information corresponding to a certain project, the logical connection object and the grounding object are generated in the circuit system logic diagram, and the logical connection relationship between the hole objects and between the hole objects and the grounding object is realized through the logical connection object, to complete the circuit system logic diagram.

[0024] Exemplarily, since an electrical component device object and its corresponding hole position object corresponding to a certain project are generated in step S2, based on the hole position information contained in the hole position object, if the function in the hole position information is defined as GND, a logical connection object and a grounding object corresponding to the hole position object are automatically generated in the circuit system logic diagram, and a logical connection between the hole position object and the grounding object in the circuit system logic diagram is realized through the logical connection object; Then, based on a certain project ID and the association between the project ID and the relationship ID, logical connection relationship information corresponding to a certain project is obtained; according to the hole position object, the logical connection relationship information corresponding to a certain project, and the association between the relationship ID and the hole position ID, a logical connection object corresponding to the certain project is automatically generated in the circuit system logic diagram, and the logical connection between the hole position objects in the circuit system logic diagram is realized through the logical connection object; Finally, in the circuit system logic diagram, the wire specification requirements of the logical connection objects are designed and confirmed based on the hole position information corresponding to a certain project to complete the circuit system logic diagram; specifically, the wire specification requirements of the logical connection objects are designed and confirmed based on the hole position information contained in each hole position object (such as rated current, minimum current, maximum current, etc.).

[0025] Among them, it should be noted that the content contained in each object is the same as the corresponding basic information. For example, the electrical part equipment object contains all the content of the electrical part equipment information; the final valid value of the configuration definition of each basic information is the logical "and" combination of the configuration definitions of multiple objects (equipment objects, connector objects, hole objects and logical connection objects).

[0026] Advantages of the present invention: In the process of defining the interface information of all electrical parts of the entire vehicle, project information, electrical part equipment information, connector information, hole position information and logical connection relationship information are associated through ID association, which solves the problems of low efficiency and difficulty in ensuring the correctness of identification methods such as manual methods, names or function descriptions; through the simple combination logic of "and", "or" and "not" of the configuration feature code, rich and diverse configuration definitions of electrical part equipment information, connector information and hole position information are realized.

[0027] According to the interface information of the whole vehicle electrical parts, the application can automatically generate the device object corresponding to all item IDs, the connector object and the hole position object, the logical connection object and the grounding object in the circuit system logical diagram, and realize the logical connection and requirements between the objects through the logical connection object, thereby greatly improving the design efficiency and correctness of the circuit system logical diagram. The circuit system logical diagram in the application only describes logical information and does not involve physical information, so that the circuit logic design and the wiring harness product in the wiring harness system design and development process can be decoupled to realize the decomposition of the design link, which is beneficial to the standardization, process and modularization of the circuit logic design.

[0028] Based on the same inventive concept, the application discloses a kind of automobile circuit system logical diagram generation system, as shown in Figure 2 The system includes definition association unit, object generation unit and object connection unit; The definition association unit is used to define the interface information of all electrical parts of the whole vehicle, and associate each basic information in the interface information by ID method; The object generation unit is used to automatically generate the electrical part device object and its corresponding connector object and hole position object in the circuit system logical diagram according to the interface information; The object connection unit is used to automatically generate the logical connection object and the grounding object in the circuit system logical diagram according to the interface information, and realize the logical connection between the objects, complete the circuit system logical diagram; Wherein, each basic information in the interface information includes: electrical part device information, connector information, hole information and logical connection relationship information.

[0029] In some specific embodiments, the definition association unit includes a first definition subunit and a second definition subunit, The first definition subunit is used to define project related information;Wherein, the project related information includes configuration feature code and project information, and the project information includes project ID, project name and project description; The second definition subunit is used to define each basic information in the interface information, and when defining the interface information, a unique device ID is allocated to each electrical part device and associated with the corresponding project ID, a unique connector ID is allocated to each connector and associated with the corresponding device ID, a unique hole ID is allocated to each hole and associated with the corresponding connector ID, and a unique relationship ID is allocated to each logical connection relationship and associated with the corresponding hole ID and project ID.

[0030] In some specific embodiments, the object generation unit includes an information acquisition subunit and a first generation subunit, The acquisition sub-unit is configured to acquire, based on a certain project ID, an association relationship between the project ID and a device ID, an association relationship between the device ID and a connector ID, and an association relationship between the connector ID and a hole ID, electrical appliance part device information corresponding to a certain project, and connector information and hole information corresponding to the electrical appliance part device information. The first generation sub-unit is configured to import the electrical appliance part device information corresponding to a certain project and the connector information and hole information corresponding to the electrical appliance part device information into a circuit system logic diagram according to requirements, automatically generate an electrical appliance part device object corresponding to a certain project and connector objects and hole objects corresponding to the electrical appliance part device object, and manually or automatically place the objects in a designated area of the circuit system logic diagram one by one or in batches according to user requirements. Each object has the same content as the corresponding basic information.

[0031] In some specific embodiments, the object connection unit includes a first connection sub-unit, a second connection sub-unit, and a determination sub-unit. The first connection sub-unit is configured to generate, according to hole information corresponding to a hole object in a circuit system logic diagram, a logical connection object and a grounding object corresponding to the hole object in the circuit system logic diagram, and realize logical connection between the hole object and the grounding object in the circuit system logic diagram through the logical connection object. The second connection sub-unit is configured to acquire, based on a certain project ID and an association relationship between the project ID and a relationship ID, logical connection relationship information corresponding to a certain project; and automatically generate, according to hole information corresponding to the hole object and the logical connection relationship information corresponding to a certain project and an association relationship between the relationship ID and the hole ID, a logical connection object corresponding to a certain project in the circuit system logic diagram, and realize logical connection between hole objects in the circuit system logic diagram through the logical connection object. The determination sub-unit is configured to design and confirm, in the circuit system logic diagram, a wire specification requirement of the logical connection object according to hole information corresponding to a certain project, and complete the circuit system logic diagram.

[0032] As to the system in the above embodiments, the specific manner in which each unit module performs an operation has been described in detail in the embodiments related to the method, and will not be described in detail here.

[0033] Embodiment One 1. Define project-related information; specifically including: The project-related information includes configuration feature codes and project information.

[0034] The configuration feature code includes a feature code index, a feature code name, a feature code description, etc. As shown in Table 1, the embodiment defines five configuration feature codes.

[0035] Table 1 Configuration feature code table

[0036] The project information includes a project ID, a project name, and a project description, etc. The project ID is a unique identifier of the project information in the database (the same applies to other IDs). As shown in Table 2, the embodiment defines one project Project01.

[0037] Table 2 Project information table

[0038] 2. Define each basic information in the interface information of all electric parts of the whole vehicle; specifically including: Each basic information in the interface information includes electric part device information, connector information, hole position information, and logical connection relationship information.

[0039] The electric part device information includes a device ID, a project ID, a device name, a load characteristic, a static current, a configuration definition of the device, and a device note. As shown in Table 3, the embodiment defines three electric part devices DEVICE1, DEVICE2, and DEVICE3, wherein the configuration definition of DEVICE1 is “M200 or M201”.

[0040] Table 3 Electric part device information table

[0041] The connector information includes a connector ID, a device ID, a connector name, a device end connector model, a device end connector hole quantity, whether the device end connector is waterproof, a wire harness end connector ID, a configuration definition of the connector, and a connector note. When defining the wire harness end connector ID, the device end connector hole quantity, whether the device end connector is waterproof, etc. are used to filter and determine the wire harness end connector ID from a wire harness end connector database (or list). As shown in Table 4, the embodiment defines four connectors DEVICE1, DEVICE12, DEVICE2, and DEVICE3, wherein the configuration definition of DEVICE2 is M202.

[0042] Table 4 Connector information table

[0043] The hole site information includes hole site ID, connector ID, hole site name, hole site description, rated current, minimum current, maximum current, function definition, configuration definition of the hole site, and hole site note; as shown in Table 5, 18 hole sites are defined in the embodiment, the configuration definition of the ID_PIN3 hole site is EH01, and the configuration definition of the ID_PIN14 and ID_PIN15 hole sites is "BQ03 and M200".

[0044] Table 5 Hole site information table

[0045] The logical connection relationship information includes relationship ID, hole site ID, item ID, wire specification requirement, twisted pair, and configuration definition of the relationship; as shown in Table 6, 4 logical connection relationships are defined in the embodiment, the ID_PIN1, ID_PIN9, and ID_PIN14 logical connection, the ID_PIN2, ID_PIN10, and ID_PIN15 logical connection, the ID_PIN3, ID_PIN11, and ID_PIN16 logical connection, and the ID_PIN4 and ID_PIN17 logical connection.

[0046] Table 6 Logical connection relationship information table

[0047] The configuration definition of each of the above basic information is realized by simple combination logic of the configuration characteristic codes "& and", " / or", and "- not".

[0048] The embodiment adopts a database mode to manage the above item related information and interface information of all electrical parts of the vehicle; other modes such as tables can also be adopted.

[0049] 3. Automatically generating the electrical part device object and the corresponding connector object and hole site object in the circuit system logic diagram according to the interface information; specifically including: In the circuit system logic diagram, the above database is connected, Table 3, Table 4, and Table 5 are queried according to the item ID (ID_PROJ1), all electrical part device information corresponding to the item ID_PROJ1 and the connector information and hole site information thereof are obtained, and the information is imported into the circuit system logic diagram, the electrical part device objects DEVICE1, DEVICE2, and DEVICE3 corresponding to the item ID_PROJ1 are automatically generated, and the connector objects DEVICE1, DEVICE12, DEVICE2, and DEVICE3 and the hole site objects corresponding to the electrical part device objects are as shown in Table 7. Figure 3 Then, the objects are manually or automatically placed in the specified area of the circuit system logic diagram according to user requirements.

[0050] It should be noted that each object and the corresponding basic information contain the same content.

[0051] 4. Automatically generating the logic connection object and the ground object in the circuit system logic diagram according to the interface information, and realizing the logic connection between each object, completing the circuit system logic diagram; specifically comprising: Based on the pin information and the pin object corresponding to the project ID_PROJ1 obtained in step 3, if the function definition in the pin information is GND, the logic connection object and the ground object corresponding to the project ID_PROJ1 are automatically generated in the circuit system logic diagram, and the logic connection between the pin object (obtained in step 3) and the ground object in the circuit system logic diagram is realized through the logic connection object. In this embodiment, when the function definitions of the pin objects with pin IDs ID_PIN7 and ID_PIN8, ID_PIN13, ID_PIN18 are GND, they are respectively logically connected with the ground object GND through the logic connection objects NET5, NET6, NET7. As shown in the figure, Figure 4 Pin IDs ID_PIN7 and ID_PIN8, ID_PIN13, ID_PIN18 correspond to pin names DEVICE12-2, DEVICE12-3, DEVICE2-5, DEVICE3-5.

[0052] According to the project ID_PROJ1 query table 6, the logical connection relationship information between the relevant hole position objects corresponding to the project ID_PROJ1 in the above logical connection relationship information is obtained, the logical connection objects corresponding to the hole position objects are automatically generated in the circuit system logic diagram, and the logical connection between the hole position objects in the circuit system logic diagram is realized through the logical connection objects. In this embodiment, the logical connection relationship between the hole position objects and the attribute information of the logical connection relationship are realized through a table; if the "relationship ID" is the same, it represents that the corresponding hole position objects are logically connected together. For example, the hole position objects with the hole position IDs ID_PIN1, ID_PIN9 and ID_PIN14 are connected together through the logical connection object NET1 (the hole position IDs ID_PIN1, ID_PIN9 and ID_PIN14 correspond to the hole position names DEVICE1-1, DEVICE2-1 and DEVICE3-1); the hole position objects with the hole position IDs ID_PIN2, ID_PIN10 and ID_PIN15 are connected together through the logical connection object NET2 (the hole position IDs ID_PIN2, ID_PIN10 and ID_PIN15 correspond to the hole position names DEVICE1-2, DEVICE2-2 and DEVICE3-2); the hole position objects with the hole position IDs ID_PIN3, ID_PIN11 and ID_PIN16 are connected together through the logical connection object NET3 (the hole position IDs ID_PIN3, ID_PIN11 and ID_PIN16 correspond to the hole position names DEVICE1-3, DEVICE2-3 and DEVICE3-3); and the hole position objects with the hole position IDs ID_PIN4 and ID_PIN17 are connected together through the logical connection object NET4 (the hole position IDs ID_PIN4 and ID_PIN17 correspond to the hole position names DEVICE1-4 and DEVICE3-4).

[0053] In the table, the logical connection objects NET1 and NET2 are twisted pairs; and the final effective value of the configuration definition is the logical "AND" combination of the configuration definitions of the device objects, the connector objects, the hole position objects and the logical connection objects. For example, in this embodiment, the logical connection configuration definition of the hole position object ID_PIN3 is "(M200 or M201) AND EH01", and the logical connection configuration definition of the hole position object ID_PIN4 is "(M200 or M201) AND (BQ03 AND M200)".

[0054] 5. Finally, in the circuit system logic diagram, the wire specification requirements of the logical connection objects are designed and confirmed according to the hole position information corresponding to a certain project, and the completed circuit system logic diagram is as shown in FIG. 8. Figure 4 Specifically, the completed circuit system logic diagram includes: According to the hole information (such as rated current, minimum current, maximum current, etc.) contained in each hole site object, the wire specification requirement of the logical connection object is designed and determined.

[0055] For example, as shown in Figure 4 The hole site objects with hole site names of DEVICE1-1, DEVICE2-1 and DEVICE3-1 are connected together through the logical connection object NET1, and the wire specification requirement of the logical connection object NET1 is (>=0.35); Finally, it should be noted that: the above only for the preferred embodiments of the present application, and not for limiting the present application, although the foregoing embodiments of the present application are described in detail, for those skilled in the art, it still can be modified, or part of the technical features of the equivalent replacement, within the spirit and principles of the present application, any modification, equivalent replacement, improvement, etc., should be included within the scope of the present application.

Claims

1. A method for generating a logic diagram of an automobile circuit system, characterized in that: include: Define the interface information of all electrical parts of the vehicle and associate each basic information in the interface information through ID; Automatically generate electrical component equipment objects and their corresponding connector objects and hole position objects in the circuit system logic diagram according to the interface information; Automatically generate logical connection objects and grounding objects in a circuit system logic diagram according to the interface information, and realize logical connections between the various objects to complete the circuit system logic diagram; The basic information in the interface information includes: electrical component equipment information, connector information, hole position information and logical connection relationship information.

2. The method for generating a logic diagram of an automobile circuit system according to claim 1, characterized in that: Define the interface information of all electrical parts of the vehicle and associate the basic information in the interface information through ID, including: Defining project-related information; wherein the project-related information includes a configuration feature code and project information, and the project information includes a project ID, a project name, and a project description; Define each basic information in the interface information to complete the definition of the interface information; Among them, when defining the interface information, a unique device ID is assigned to each electrical component device and associated with the corresponding project ID, a unique connector ID is assigned to each connector and associated with the corresponding device ID, a unique hole position ID is assigned to each hole position and associated with the corresponding connector ID, and a unique relationship ID is assigned to each logical connection relationship and associated with the corresponding hole position ID and project ID.

3. A method for generating a logic diagram of an automobile circuit system according to claim 1 or 2, characterized in that: The electrical component equipment information includes: equipment ID, project ID, equipment name, load characteristics, quiescent current, equipment configuration definition and equipment notes; The connector information includes: connector ID, device ID, connector name, device-side connector model, number of device-side connector holes, whether the device-side connector is waterproof, harness-side connector ID, connector configuration definition, and connector remarks; The hole position information includes: hole position ID, connector ID, hole position name, hole position description, rated current, minimum current, maximum current, function definition, hole position configuration definition and hole position remarks; The logical connection relationship information includes: relationship ID, hole position ID, project ID, wire specification requirements, twisted pair and relationship configuration definition.

4. The method for generating a logic diagram of an automobile circuit system according to claim 3, characterized in that: In the process of defining the interface information, each basic information is configured and defined through the combination logic of the configuration code.

5. The method for generating a logic diagram of an automobile circuit system according to claim 2, characterized in that: Automatically generating electrical component equipment objects and corresponding connector objects and hole position objects in a circuit system logic diagram according to the interface information includes: Based on a project ID, an association between the project ID and the device ID, an association between the device ID and the connector ID, and an association between the connector ID and the hole position ID, obtain electrical component equipment information corresponding to a project, as well as connector information and hole position information corresponding to the electrical component equipment information; Importing electrical component equipment information corresponding to a project, as well as connector information and hole position information corresponding to the electrical component equipment information, into a circuit system logic diagram as required, generating electrical component equipment objects corresponding to the project and their corresponding connector objects and hole position objects, and placing them in a designated area of ​​the circuit system logic diagram as required; Among them, each object contains the same content as the corresponding basic information.

6. The method for generating a logic diagram of an automobile circuit system according to claim 5, characterized in that: Automatically generating logical connection objects and grounding objects in a circuit system logic diagram according to the interface information, and realizing logical connections between the objects to complete the circuit system logic diagram, including: Based on the hole position information corresponding to the hole position object in the circuit system logic diagram, if the function in the hole position information is defined as GND, a logical connection object and a grounding object corresponding to the hole position object are automatically generated in the circuit system logic diagram, and a logical connection between the hole position object and the grounding object in the circuit system logic diagram is realized through the logical connection object; Based on a project ID and the relationship between the project ID and the relationship ID, obtain the logical connection relationship information corresponding to a project; Automatically generate a logical connection object corresponding to a project in the circuit system logic diagram based on the hole position object, the logical connection relationship information corresponding to a project, and the association relationship between the relationship ID and the hole position ID, and realize the logical connection between the hole position objects in the circuit system logic diagram through the logical connection object; In the circuit system logic diagram, the wire specification requirements of the logical connection object are designed and confirmed according to the hole position information corresponding to a certain project to complete the circuit system logic diagram.

7. A system for generating a logic diagram of an automobile circuit system, characterized in that: The system comprises: Define an association unit, which is used to define the interface information of all electrical parts of the vehicle and associate each basic information in the interface information through ID; An object generation unit, configured to automatically generate an electrical component device object and its corresponding connector object and hole position object in a circuit system logic diagram according to the interface information; An object connection unit, configured to automatically generate logical connection objects and grounding objects in a circuit system logic diagram according to the interface information, and to implement logical connections between the objects to complete the circuit system logic diagram; The basic information in the interface information includes: electrical component equipment information, connector information, hole position information and logical connection relationship information.

8. The system for generating a logic diagram of an automobile circuit system according to claim 7, characterized in that: The definition association unit includes a first definition subunit and a second definition subunit, The first definition subunit is used to define project-related information; wherein the project-related information includes a configuration feature code and project information, and the project information includes a project ID, a project name, and a project description; The second definition subunit is used to define the various basic information in the interface information, and when defining the interface information, assign a unique device ID to each electrical component device and associate it with the corresponding project ID, assign a unique connector ID to each connector and associate it with the corresponding device ID, assign a unique hole position ID to each hole position and associate it with the corresponding connector ID, and assign a unique relationship ID to each logical connection relationship and associate it with the corresponding hole position ID and project ID.

9. The automobile circuit system logic diagram generation system according to claim 7, characterized in that: The object generation unit includes an information acquisition subunit and a first generation subunit, The acquisition subunit is used to obtain the electrical component equipment information corresponding to a certain project, and the connector information and hole position information corresponding to the electrical component equipment information based on a certain project ID, the association relationship between the project ID and the equipment ID, the association relationship between the equipment ID and the connector ID, and the association relationship between the connector ID and the hole position ID; The first generating subunit is used to import the electrical component equipment information corresponding to a certain project, as well as the connector information and hole position information corresponding to the electrical component equipment information, into the circuit system logic diagram as required, generate the electrical component equipment object corresponding to the certain project and its corresponding connector object and hole position object, and place them in a designated area of ​​the circuit system logic diagram as required; Among them, each object contains the same content as the corresponding basic information.

10. The automobile circuit system logic diagram generation system according to claim 9, characterized in that: The object connection unit includes a first connection subunit, a second connection subunit and a determination subunit, The first connection subunit is used to automatically generate a logical connection object and a grounding object corresponding to the hole position object in the circuit system logic diagram according to the hole position information corresponding to the hole position object in the circuit system logic diagram, and realize the logical connection between the hole position object and the grounding object in the circuit system logic diagram through the logical connection object; The second connection subunit is configured to obtain logical connection relationship information corresponding to a project based on a project ID and an association relationship between the project ID and the relationship ID; Automatically generate a logical connection object corresponding to a certain project in the circuit system logic diagram based on the logical connection relationship information corresponding to the hole position object and a certain project, and the association relationship between the relationship ID and the hole position ID, and realize the logical connection between the hole position objects in the circuit system logic diagram through the logical connection object; The determining subunit is used to design and confirm the wire specification requirements of the logical connection object according to the hole position information corresponding to a certain project in the circuit system logic diagram, so as to complete the circuit system logic diagram.

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