4 results about "Process guidance" patented technology

This invention discloses a method for monitoring the welding process quality of a volute housing seat ring, comprising deploying a digital dial indicator and configuring a wireless data acquisition module to establish a deformation data acquisition and transmission link; acquiring deformation data in parallel through multiple channels of the link and performing preprocessing; constructing a deformation monitoring model based on the preprocessed data, calculating the risk rate of a single measuring point, and then calculating the joint risk rate of multiple measuring points; and synchronizing the data to multiple terminals and performing interactive adaptation. This invention replaces manual reading with a high-precision digital dial indicator and wireless automatic acquisition, achieving objective and accurate acquisition and real-time early warning of deformation data; by constructing a deformation monitoring model and a quantitative model of the joint risk rate of multiple measuring points, it accurately characterizes the deformation correlation of multiple measuring points, realizing quantitative prediction of the overall structural deformation risk and proactive process guidance; and through multi-terminal data synchronization, it achieves traceability of the entire welding cycle data of the volute housing seat ring and multi-scenario adapted closed-loop monitoring, while being compatible with existing processes, thus improving the level of quality control.

The application provides an AI vision-based process guiding method and system for visually impaired students running, and relates to the technical field of image processing, which comprises the following steps: acquiring running environment visual data, obstacle position images and visually impaired student position images; constructing a running track space model according to the running environment visual data; extracting real-time positions of the visually impaired student and the obstacles in the running track coordinate system; determining the running environment passability of the visually impaired student; when the determination result is passable, planning a running path, otherwise, executing a safety avoidance strategy; planning a running path for the visually impaired student according to the real-time position of the visually impaired student and the real-time position of the obstacles, and obtaining an optimal running path; calculating the deviation state between the visually impaired student and the optimal running path in real time; adjusting the yaw of the running direction of the visually impaired student according to the deviation state to obtain a running following instruction; and guiding the visually impaired student to run according to the running following instruction.

This application provides an intelligent question-answering and process guidance method and apparatus for ecological and environmental affairs. Through entity recognition and semantic representation, it achieves accurate query parsing. A guidance mechanism is constructed, combining business graphs and scenario recommendations to establish reliable service guidance strategies. Early warning optimization is introduced, ensuring continuous service improvement through risk prediction and feedback learning. This method effectively addresses the shortcomings of traditional technologies in intent understanding, process guidance, and risk early warning, providing technical support for ecological and environmental affairs services.

The application discloses a mold auxiliary quality inspection system and belongs to the technical field of molds. The system comprises: a model identification module, which is used for determining a mold model; a detection knowledge base, which is used for storing detection process chains of various models, and each detection node is bound with a detection position, a tool, teaching data and a standard range; a process driving module, which is used for activating nodes in sequence; a guiding presentation module, which is used for presenting a position, a tool mark, playing teaching data, acquiring actual measurement data and comparing and displaying; and a data recording module, which is used for storing data and generating a report. The system further comprises a size chain association prompting module, a manual tool posture verification submodule and a reference positioning verification module. The application solves the problems of existing manual detection, such as experience dependence, easy missed detection, uncontrollable tool posture and difficult discovery of positioning deviation, realizes process guidance, real-time correction and automatic data recording, and improves detection standardization and accuracy.