Barreling machine lead device capable of being adjusted in sliding mode

Abstract

The invention discloses a barrel machine lead device capable of being adjusted in a sliding mode, and belongs to the technical field of lead devices, the barrel machine lead device comprises a workbench, a sliding adjusting mechanism, a lead mechanism and a deviation rectifying control mechanism, the lead mechanism is connected with the workbench through the sliding adjusting mechanism, and the deviation rectifying control mechanism is connected to the lead mechanism. The deviation rectifying control mechanism is electrically connected with the sliding adjusting mechanism; the lead mechanism drives the belt to operate, the deviation correction control mechanism recognizes the position of a wire on the belt, and the sliding adjusting mechanism adjusts the overall position of the lead mechanism, so that the position of the belt is moved, the wire is moved to the middle position of the belt again, and real-time deviation correction compensation is conducted on swing of the wire. The belt is guaranteed to have the highest transmission efficiency all the time, meanwhile, the situation that the edge of the belt is abraded is avoided, and the service life of the belt is greatly prolonged.

Description

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AI Technical Summary

Benefits of technology

The technical effect of this patented technology involves controlling when or how much movement occurs between two parts called an endless conveyor system (ESS) due to changes made during use over time. By identifying where wires are located along its length with certain sensors attached at specific points within it, the ESS can automatically correct any deviations caused by these movements without stopping working properly until they become too severe. This ensures high transmitting efficacy while also preventing damage from wearing away the edges of the rubber bands used in such systems.

Problems solved by technology

This patented technical problem addressed by this patents relates to improving the performance or lifespan of an electric fence line's lead devices for efficient winding up operations with minimal resistance from moving parts such as rubbing against metal surfaces caused by contact between them.

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