4results about How to "Low artificial dependence" patented technology

The invention provides a corrosion monitoring system, which comprises a corrosion object monitoring assembly and a data analysis assembly, and is characterized in that the corrosion object monitoring assembly is used for monitoring the corrosion state of a corrosion object to obtain the corrosion state parameters of the corrosion object, the corrosion state parameters at least comprise structure state parameters and cathode protection state parameters of the corrosion object; and the data analysis assembly is used for performing corrosion state analysis on the corrosion object according to the structure state parameter and the cathode protection state parameter included in the corrosion state parameters so as to obtain the target corrosion state of the corrosion object. The manual dependence degree of corrosion state monitoring is reduced, the collection efficiency of the corrosion state parameters of the corrosion object is improved, the accuracy and precision of the corrosion state parameters are improved, the timeliness of corrosion abnormity identification and abnormity processing of the corrosion object is improved, and then the safety and stability of operation of the corrosion object are improved.

This invention discloses an intelligent assembly method based on point clouds with hundreds of millions of data points. By constructing an efficient loading mechanism suitable for point cloud data with hundreds of millions of data points, a data management structure decoupling display and computation, and a hierarchical filtering and recursive pruning computation model based on BVH, this invention enables the virtual assembly process to achieve real-time response while ensuring geometric accuracy. Simultaneously, by combining multi-process cylindrical axial fitting and GPU parallel sealing ring intersection analysis technology, it achieves efficient computation for coaxiality assessment and compaction uniformity detection. This allows for accurate prediction of interference positions, optimization of assembly posture, and generation of reasonable assembly paths before assembly, significantly reducing the number of repeated trial and error attempts on-site, reducing reliance on manual labor, greatly improving assembly efficiency and accuracy, and enhancing the controllability and reliability of complex structure assembly processes.

The invention discloses a conveying device for machining doors and windows, and relates to the technical field of door and window conveying, the conveying device comprises a rack, a transferring assembly for transferring workpieces is arranged on one side of the rack, a conveying belt is arranged on the inner side of the rack, correcting plates for correcting the workpieces are arranged on the two sides of the conveying belt, and a partition plate is arranged on one side of each correcting plate. According to the conveying device for machining the doors and the windows, smooth flowing of workpieces on the conveying belt is guaranteed through the flow guiding effect of the pulleys, direct contact and potential conflict between the workpieces and a conveying system are avoided, and therefore abrasion caused by friction is reduced, in addition, the protection effect is further enhanced through the buffering pads on the outer sides of the pulleys, and the service life is prolonged. The service life of the workpiece and the conveying system is effectively prolonged; through cooperative work of the bevel gear set, the transmission shaft, the half gear and the correction plate, automatic correction of the position of a workpiece on the conveying belt is achieved, the correction plate can quickly respond and push the workpiece to return to the correct position, and conveying interruption or damage caused by deviation of the workpiece is effectively prevented.

The invention relates to a cloth joining machine capable of automatically feeding and a cloth joining method.The cloth joining machine comprises a clamping mechanism, a material bearing mechanism, a turnover mechanism, a winding mechanism, a pushing mechanism, a positioning mechanism, a smoothing mechanism, a sewing mechanism and a cloth placing machine, the positioning mechanism is placed between the material bearing mechanism and the cloth placing machine, and the material bearing mechanism and the positioning mechanism are both located in the clamping mechanism; the overturning mechanism is connected to the top of the material bearing mechanism, the winding mechanism is connected to the interior of the clamping mechanism, the pushing mechanism is connected to the bottom of the material bearing mechanism, and the smoothing mechanism and the sewing mechanism are both connected to the interior of the positioning mechanism. According to the cloth joining machine capable of achieving automatic feeding and the cloth joining method, cloth feeding, clamping, butt joint, smoothing, sewing and stacking can be automatically completed, the manual dependence degree is reduced, time and labor are saved, the work continuity is improved, and the cloth joining efficiency is improved.