5results about How to "Realize synchronous linkage" patented technology

This invention relates to the field of chlor-alkali electrolysis equipment, and more particularly to an assembly of independent unit bipolar ion-exchange membrane electrolyzers, comprising an assembly frame and multiple fixed frames. The assembly frame supports the fixed frames, and independent unit electrolyzers are mounted on the inner sides of each fixed frame via fixing bolts. Each independent unit electrolyzer includes a frame, with a composite plate fixedly connected to the center of the frame. The composite plate separates the cathode chamber and the anode chamber on both sides of the frame. Anode ribs are fixedly connected to the interior of each anode chamber, and an anode mesh is installed at the end of each anode rib away from the composite plate. This invention creates forced disturbance to the solution inside the anode chamber during continuous replenishment of refined brine, significantly improving solution mixing and flow efficiency, allowing the brine to fully contact the electrodes, and enhancing the completeness of the electrolysis reaction. Compared to traditional passive flow methods, the solution circulation effect is significantly improved.

The application relates to the technical field of detecting and replacing labels, and particularly relates to a high-speed detecting and replacing label equipment label rejecting automatic compensation mechanism and a compensation method. The application provides a passive tension compensation scheme based on a lever transmission principle, a lever structure with a specific proportion is connected between a label rejecting sliding piece and a tension compensation guide roller, the lever moment balance characteristic is utilized, and synchronous linkage of label rejecting action and tension compensation is realized; specifically, when the sliding piece moves downward to reject a label, the movable guide roller is automatically driven to move upward by an equal distance through a lever transmission structure composed of a first swing rod and a second swing rod, so that the paper path length is actively changed, and the tension change caused by label rejection is compensated.

This invention provides a rapid insertion and removal device for cable connectors in a continuous casting ladle slag detection system, relating to the field of steel continuous casting automation technology. Through the separate design of the cable socket assembly and cable plug assembly, as well as the coordinated design of the socket protective cover, drive mechanism, and linkage components, the entire process of the protective cover opening and closing action and the connector insertion and removal action is synchronized. This perfectly adapts to the automated operation requirements of continuous casting on-site robot systems, enabling precise docking, automatic locking, and rapid separation of cable connectors under high-temperature and harsh working conditions, completely replacing traditional manual insertion and removal operations. Furthermore, with the assistance of positioning components, high-precision guiding positioning is achieved, effectively compensating for positioning deviations during robot operation and ensuring precise docking of the cable plug and cable socket. This device possesses strong practicality and industry promotion value.

The application discloses a winding foot insulation sleeve mounting mechanism for inductance processing, and relates to the technical field of inductance processing.The winding foot insulation sleeve mounting mechanism for inductance processing comprises an overhead cabinet, a servo motor and a sliding rod, a driving assembly for unwinding the insulation sleeve is arranged in the interior of the overhead cabinet, and the driving assembly comprises a driving motor, a driving shaft, a supporting plate and a driving gear.The winding foot insulation sleeve mounting mechanism for inductance processing is characterized in that the driving assembly, the transmission gear and the insulation sleeve sleeve are meshed and driven, the cooperative conveying structure of the guide roller and the flat roller is matched, the synchronous linkage of the unwinding and conveying actions of the insulation sleeve is realized, the driving motor in the driving assembly drives the driving gear to rotate through the driving shaft, the driving gear is meshed with the transmission gear to drive the insulation sleeve sleeve to rotate and unwind, the unwound insulation sleeve is guided in the direction by the guide roller and then is conveyed flat by the flat roller driven by the servo motor II, and the problems of wrinkles, deviation or pulling and breaking in the conveying process of the insulation sleeve are effectively avoided.