Self-centering type torque adjusting wire winding device

Abstract

The invention relates to a self-centering type torque adjusting wire winding device. The self-centering type torque adjusting wire winding device comprises a supporting base, a main body support, a wire coil friction connecting part, a wire coil, a wire coil connecting part, a limiting nut, a supporting support and a sliding rail. The sliding rail is fixed to the supporting base. The main body support is mounted on the sliding rail through a sliding groove in the bottom of the main body support. A vertical plate is arranged on one side of the upper end of the main body support, and the supporting support is arranged on the other side of the upper end of the fixing support. A shaft is arranged in the position, corresponding to a shaft on the upper portion of the vertical plate, of the upper portion of the supporting support. The wire coil friction connecting part is mounted on the shaft on the upper portion of the vertical plate of the main body support. The wire coil connecting part is mounted on the shaft on the upper portion of the supporting support. The wire coil is connected with the big-plate end of the wire coil friction connecting part and the big-plate end of the wire coil connecting part. An adjustable cohesion device is mounted on the wire coil friction connecting part or the wire coil connecting part. The self-centering type torque adjusting wire winding device can be centered automatically and is adjustable in torque, the necessary conditions are provided for wire replacing operation, operation is simplified, labor input is reduced, and the efficiency is improved.

Description

technical field

[0001] The invention relates to a torque regulating wire winding device, in particular to an automatic centering torque regulating wire winding device. Background technique

[0002] In the mechanical equipment with metal wire winding around the drum as the main winding method, such as diamond wire cutting equipment, the metal wire is the main cutting tool. During the cutting process, the transmission system of the equipment continuously reciprocates, and the wire Fatigue fracture occurs due to variable stress or wear, requiring replacement with new filaments. For continuous cutting, for general non-metallic materials, the average service life of a piece of metal wire is 10-15 hours, and for difficult-to-process materials, the average service life of a piece of metal wire is 6-10 hours. In the process of replacing new wires, in order to ensure that the metal wires can be wound neatly, evenly and at equal intervals on the wire storage drum of the equipment, it...

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