Automatic sizing, cutting off and blanking device for high-strength metal wire straightener

Abstract

The invention discloses an automatic sizing, cutting and blanking device for a high-strength metal wire straightener. The device comprises a high-pressure cut-off machine, a blanking frame, a movable contact head and a fixed contact head, and further comprises a sizing pressing handle and a sizing guide frame, wherein the opening and closing of the sizing guide frame are in linkage with the high-pressure cut-off machine, the sizing guide frame opens when the high-pressure cut-off machine presses down, the sizing guide frame closes automatically when the high-pressure cut-off machine is lifted, a sensing joint is arranged in the sizing guide frame, an electromagnet is arranged under the movable contact head and connected with the sensing joint through wires, and an automatic control unit is connected between the wires. The device has the advantages of being simple in structure, low in cost, high in efficiency, automatic in sizing, cutting off and blanking, high in sizing accuracy and low in labor intensity of workers.

Description

technical field [0001] The invention relates to the field of metal wire processing equipment, in particular to an automatic length-cutting device for a high-strength metal wire straightening machine. Background technique [0002] During the straightening process of high-strength metal wires, ordinary automatic cutting machines cannot cut them, and can only be cut by high-tonnage presses. The traditional method is that the high-pressure cutting machine is equipped with a line conduction device, and the conduction device includes movable contacts. Head, fixed contact head, movable contact head is set on the pedal, the operator estimates the approximate length of each piece of material during operation, and needs to step on the pedal manually, the movable contact head and the fixed contact head are in contact with each other, the line is conductive, and the pressure is high The cutting machine works to cut off the material. Use one person and one machine to step on the pedal t...

AI Technical Summary

Problems solved by technology

Using one person and one machine to step on the pedal to cut high-strength metal wires has the following disadvantages: 1. Each piece of material cannot be fixed to length; 2. When the guide groove is full, people need to take it to the material rack, and the labor intensity of the workers is high. ; 3. When each piece reaches the approximate length, a person needs to step on the pedal. The worker cannot leave the machine tool, and the work efficiency of the worker is low.

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