3results about How to "Avoid chaos" patented technology

The utility model relates to a tin dipping mechanism technical field discloses a linear butt joint tin dipping mechanism, include: feed conveying module, convey batch workpiece to be dipped in tin to starting snatch position, double module linkage type workpiece handling module, snatch feed end workpiece to be dipped in tin to dip turpentine station and tin dipping station, turpentine pool are used for dipping turpentine operation, dip turpentine module, let workpiece pin even touch turpentine, with appropriate turpentine into next working procedure, tin furnace makes workpiece and tin liquid fully heat exchange, forms welding layer, scrap tin module, close tin furnace and clear tin scrap. The utility model discloses through the scrap tin module that sets up, when using, can carry out scrap tin operation to tin furnace tin surface, and the tin scrap that is scraped down is made into box by gravity, thereby forms effective tin scrap dredging to tin furnace, avoids tin liquid flow disorder, tin dipping area tin scrap gathers, leads to the sharp rise of welding bad rate, and the finished product is returned to work or scraped, and the problem that the period is prolonged, electronic manufacturing field delivery is hindered.

This utility model belongs to the technical field of cable winding and unwinding equipment, and particularly relates to an anti-tangling cable winding and unwinding device for electromechanical equipment. Addressing the problem that existing cable winding and unwinding devices cannot adjust the cable laying speed in real time according to continuous changes in the cable roll diameter during the winding process, leading to a mismatch between the laying speed and the winding speed, the following solution is proposed: It includes a winding rotor, a clamping rotor, a cable management plate, an adjustment drive box, a stepless speed regulation component, and a hydraulic synchronous adjustment mechanism. The clamping rotor is closely attached to the outside of the wound cable and moves gradually as the cable roll radius increases. A hydraulic synchronous adjustment mechanism is provided between the stepless speed regulation component and the winding rotor. This utility model senses changes in the cable roll diameter through the clamping rotor and continuously adjusts the laying speed via the hydraulic synchronous adjustment mechanism, ensuring that the conductor ring movement speed always precisely matches the winding speed under the current roll diameter. This achieves neat arrangement of the cable throughout the entire winding process and effectively prevents tangling and knotting.

The utility model discloses a novel gas turbine tile disassembling tool moving trolley which comprises a moving trolley base. A walking mechanism is arranged below the mobile vehicle base, and a mounting frame system is arranged above the mobile vehicle base; the installation frame system comprises a side frame, an oil pipe storage support and a remote control handle wire storage support. The oil pipe storage support and the remote control handle wire storage support are arranged on one side of the side frame. The whole moving trolley base is of a plane plate structure, and a control cabinet, an oil tank, a motor and a hydraulic servo valve are installed on the upper end face of the moving trolley base. The device adopts an open type mounting frame system, parts are reasonably arranged, the limited space is utilized to the maximum extent, and the transportation efficiency is improved. The oil pipe storage support and the remote control handle wire storage support enable cable management to be more convenient, field chaos is avoided, and taking time is shortened. The overall design is compact, the field disorder condition is reduced, and the cleanliness of the maintenance environment is improved. Convenience is provided for subsequent tool taking, the operation time is shortened, and the overall working efficiency is improved.