Resistance winding and welding integrated equipment

Abstract

The invention relates to resistance winding and welding integrated equipment, which contains a working table. The working table is provided with a fixed seat and an automatic soldering device which are respectively connected with a numerical control motor. The bottom of the fixed seat is cooperatively provided with a first track. One side of the numerical control motor facing the fixed seat is provided with a resistance support bar which is parallel to the first track. A fixed bar forms a sleeve joint inside the fixed seat. The fixed bar is parallel to the first track and is arranged at the same horizontal line with the resistance support bar. A range sensor is arranged on the fixed bar and is connected with the numerical control motor. One side of the fixed seat facing the numerical control motor is provided with a second track which is disposed over the side of the fixed bar. A sliding bar, which is provided with transmission pulleys and is connected with the numerical control motor, forms a sleeve joint on the second track. With the resistance winding and welding integrated on the working table, the equipment operates under the control of the numerical control motor, thus producing high automation degree, raising winding resistance production efficiency and leading to high accuracy of resistance values. Many resistance threads of different diameters can be used for winding. The equipment provided by the invention is characterized by high yield and beautiful appearance and can go into operation on a large scale.

Description

technical field [0001] The present invention pertains to winding wires or piercing wires and brazing or desoldering on self-closing magnetic cores or bobbins such as rings; welding; cladding or plating by brazing or welding methods; local heating cutting, such as flame cutting; The invention relates to the intersecting technical field of beam processing, and particularly relates to an integrated resistance winding and welding equipment which combines resistance winding equipment and welding equipment, can simultaneously wind resistance wires of various diameters, and has a high degree of automation. Background technique [0002] Wire-wound resistors are currently widely used electronic components. They are made of nickel-chromium wires, manganese-copper wires, and constantan wires wound on porcelain tubes. They are divided into two types: fixed and adjustable. High, low noise when working, stable and reliable, can withstand high temperature, and can still work normally at an...

AI Technical Summary

Problems solved by technology

[0004] The technical problem solved by the present invention is that, since the processing part of the resistance in the prior art is purely manual operation, that is, the operator is responsible for a whole set of work flow from winding the resistance wire one by one to welding and forming, and the other part is half Automated operation, that is, the operator still needs to supervise the winding site all the time, and weld the wound resistors, which leads to low production efficiency of the wound resistors, and the error range of the resistance value is large after the winding and welding work is completed. It is more difficult to complete the resistors that require a variety of resistance wire windings with different diameters. After the work is completed, the appearance of the wire-wound resistors is not beautiful, the yield is low, and it is not suitable for large-scale production. Therefore, a resistor is provided. Winding and welding integrated equipment

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