5results about How to "Improve checking efficiency" patented technology

The invention relates to a technical method for automatically checking converted product names, which belongs to the technical field of automatic processing of data in the manufacturing industry and comprises the following operation steps of: 1, receiving an original product name and a target product name input by a user; 2, automatically calculating and identifying a difference item between the original product name and the target product name based on a natural language processing technology and a feature word extraction rule; and a third step of obtaining related batch data and quality standard data from the BIP system according to the identified difference item code. And 4, automatically checking and analyzing the acquired data by utilizing an automatic checking engine. And 5, generating a checking report containing batch information which does not meet the requirement, and displaying a checking result through a visual interface. The system has the characteristics of automation, intellectualization, integration and precision. The problems that manual operation efficiency is low, errors are prone to occurring, checking items are omitted, and batch information is misread in the traditional transferred product name checking process are solved.

This invention discloses a method, apparatus, equipment, and medium for verifying the side baseline of an engine hood. The verification method includes: selecting a pedestrian protection simulation model and a head shape point file, the head shape point file including multiple head shape point information; selecting a verification shell unit for the verification area; verifying the side baseline of the engine hood and displaying the verification results; in the product development cycle, pedestrian protection performance development is carried out in advance, with more rounds of optimization to find the optimal solution; quickly identifying risk points in pedestrian protection head shape tests, and optimizing the points through shape optimization to improve the pedestrian protection score rate; achieving accurate verification of the side baseline of the engine hood with 100% accuracy; and achieving rapid verification of the side baseline of the engine hood, greatly improving verification efficiency.

The application discloses a vehicle assembly space checking method and related equipment, and relates to the technical field of vehicle assembly. The method comprises the following steps: obtaining bill of materials data and to-be-detected assembly data of a target vehicle model; based on a preset multi-modal process knowledge base, corresponding target tool models are matched for to-be-detected parts in the bill of materials data, wherein the preset multi-modal process knowledge base is a semantic association database constructed based on a part geometric feature vector, a tool envelope parameter vector and a process constraint rule vector; based on the to-be-detected assembly data and the target tool models, batch space path planning and interference checking are performed on each to-be-detected part, and checking results for the to-be-detected parts are generated. According to the application, semantic matching of parts and tools is realized based on structured assembly data and a multi-modal vectorized process knowledge base, batch path planning and space interference checking are performed on multiple to-be-detected parts, and the automation degree, matching accuracy and processing efficiency of assembly space checking can be improved.

This invention provides an automatic verification device and method for power distribution line network topology. The automatic verification device is controlled by a monitoring backend and includes a control module, a traveling frame, a position adjustment mechanism, a verification mechanism, and a communication module. The traveling frame, position adjustment mechanism, verification mechanism, and communication module are all connected to the control module. The automatic verification method specifically involves: acquiring power distribution line network topology information and determining a verification route; identifying all locations to be verified; moving along the verification route; upon reaching one of the locations to be verified, determining the corresponding network topology information; and using this information to determine the corresponding verification information. Verifications are then performed on line loss, lines, transformer locations, and automatic distribution switches. After verifying the reached locations, the device continues moving along the verification route until all locations to be verified have been verified. This invention effectively improves the verification efficiency of power distribution line network topology and avoids verification errors.

This invention discloses an intelligent verification system and method for inspection reports. The system includes: a verification task management module, used to send task data for initiating tasks via API calls and save tasks to the local system; a prompt word management module, divided into prompt word common part management and inspection item management, used for supplementing verification and expanding associations of anchor keywords, and for point-to-point precise verification of specific inspection items, respectively; an inspection result management module, which obtains tasks from the local system and reconstructs the information value of inspection reports according to usage scenarios; and a verification task interface module, used to adjust the text content for verification into code structure and display it on the front-end page. This invention can build a full-dimensional verification system framework covering general scenarios and subdivided fields, solving common problems in existing technologies such as multi-source data alignment and dynamic rule adaptation.