Steel wire production line feeding machining device

Abstract

The invention discloses a steel wire production line feeding machining device. The steel wire production line feeding machining device comprises a finished product lifting device comprises finished product lifting device lifting sleeves, a bevel gear set, a driving motor, finished product lifting device lifting rods, a radius conversion device lower mounting plate, radius conversion device inner supporting rods, a radius conversion device hinging welding table, a winding barrel, a steel wire, a steel wire feeding hole, a steel wire up-down feeding rod, a steel wire feeding device crank, a steel wire feeding device connecting rod and a lifting hydraulic cylinder. According to the steel wire production line feeding machining device, the motor transmits power to a up-down feeding device and the winding barrel through a transmission device composed of three bevel gears to achieve rotary winding of the winding barrel, radius conversion of the winding barrel is achieved through lifting of ahydraulic rod, and after winding is completed, a wound steel wire coil can be conveniently taken down through radius conversion of the winding barrel, a finished product is lifted and sent out of thewinding barrel through a finished product lifting device, the other bevel gear drives the up-down feeding device to achieve up-down moving feeding of the steel wire on one side of the winding barrel,and then the steel wire is evenly wound on the winding barrel.

Description

technical field [0001] The invention relates to the technical field of processing machinery, in particular to a feeding and processing device for a steel wire production line. Background technique [0002] Winding and coiling steel wire is an indispensable process of modern raw material processing. The steel wire feeding mechanism on the market is generally designed to manually clamp one end of the main steel wire at one end, and the motor directly drives the coiling mechanism to complete coiling and then Manually take the finished product. Such a design can realize the coiling of steel wire, but the existence of a separate coiling mechanism determines that it cannot achieve high-efficiency coiling work, nor can it guarantee the quality of processing. During the coiling process, the wear caused by the clamping steel wire and the inability to maintain a sufficient distance after the processing is completed to safely remove the finished product, and it is impossible to realiz...

AI Technical Summary

Problems solved by technology

Such a design can realize the coiling of steel wire, but the existence of a separate coiling mechanism determines that it cannot achieve high-efficiency coiling work, nor can it guarantee the quality of processing. During the coiling process, due to the wear and tear of the clamping steel wire and the inability to maintain a sufficient distance after the processing is completed to safely remove the finished product, it is also impossible to realize automatic adjustment to suit the coiling of steel wire coils of different diameters

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