2results about How to "Reduce repetitive positioning errors" patented technology

This invention discloses an automatic assembly equipment for automotive panoramic sunroof glass, including a frame, an outer frame positioning assembly, a first glass detection assembly, a second glass loading assembly, a vacuum pickup suction cup, a glass detection component, an automatic screw-driving assembly, and a control system. The first and second glass loading assemblies are equipped with the vacuum pickup suction cup and the glass detection component, which detect the glass curvature during glass pickup or transfer. The glass detection component includes a measuring point limiting rod and a curvature detection component. The measuring point limiting rod cooperates with the vacuum pickup suction cup to position a reference measuring point, and the curvature detection component detects the height difference of the detection point. The automatic screw-driving assembly includes a hole position deviation detection component, a lateral movement mechanism, and a flexible locking mechanism. This assembly equipment has a high degree of integration, reduces repetitive positioning errors caused by workstation transfers, improves the assembly efficiency of panoramic sunroof glass, can detect and identify glass abnormalities early, and has high assembly efficiency and good assembly quality.

This utility model discloses a building decoration and finishing equipment, including a processing table, two parallel support frames, two sets of synchronous adjustment components, two pressing mechanisms, and a processing device. The two parallel support frames are mounted on the processing table, and the two sets of synchronous adjustment components are movably connected to the two parallel support frames. The processing device is mounted on the synchronous adjustment components via two pressing mechanisms. Each pressing mechanism includes a first driving device, a pressing plate, and two symmetrically arranged pressing wheels. This allows for dynamic pressing of the finishing material, synchronized movement and adjustment with the processing position, maintaining pressure during movement, preventing processing deviation, improving processing accuracy, reducing errors from repeated positioning, lowering labor intensity, increasing work efficiency, and shortening the construction cycle.