Using method for adjustable wire winding and unwinding frame

Abstract

The invention discloses a using method for an adjustable wire winding and unwinding frame and belongs to the field of mechanical equipment. The adjustable wire winding and unwinding frame comprises afixed part and a rotating part. The fixed part comprises a first base, a fixed ring and a first connecting rod. The rotating part comprises a second base, a motor, second connecting rods, protective rings, sleeve rods, a rotating frame, a fixed seat, a guide seat and guide rods. In use, the lengths of the portions, protruding out of the second connecting rods, of the sleeve rods are well adjustedfirstly according to the need; then the guide rods are screwed down, a wire material is put into the adjustable wire winding and unwinding frame, and then the guide rods are screwed into the guide seat and tightened; and after one end of the wire material is well connected with a downstream machine, the motor is started, and it is guaranteed that the rotating speed of the motor is equal to the pulling-in speed of the downstream machine. Wire-off and twining in unwinding can be avoided, active wire unwinding and winding are achieved, the bearing capacity of one-time wire unwinding can be adjusted, and by arranging rollers, the load capacity is improved, so that the adjustable wire winding and unwinding frame is made to be suitable for wire coils of different sizes and materials.

Description

[0001] The patent application of the present invention is a divisional application with the application number: 2014106321824, the filing date of the original application is: 2014-11-12, and the name of the invention is: an adjustable take-up and release rack. technical field [0002] The invention belongs to the field of mechanical equipment, and more specifically relates to a method for using an adjustable take-up and pay-off wire rack. Background technique [0003] In various engineering technologies, flexible yarns, threads, tapes, ropes, and cables with lengths are commonly used. In order to reduce volume and facilitate transportation and storage, production units usually wind these yarns, threads, tapes, ropes, and cables into For large packages of different specifications, when the user uses these packaged products, they will be unwound from the package at the construction site. If effective control cannot be carried out during the unwinding process, flexible yarns and...

AI Technical Summary

Problems solved by technology

Existing yarns, threads, ribbons, ropes, and cables are usually made into packages with mandrels or pancake-shaped packages without mandrels. In the process, if the pulling direction is too high, the yarn, thread, tape, rope, and cable wound on the pay-off frame will be off-line, resulting in poor unwinding and mutual entanglement. At this time, the machine must be stopped and the Scattered yarns, threads, belts, ropes, and cables are rewound, seriously affecting the smooth progress of production or engineering

And in the prior art, the pay-off stand completely relies on the external force to pull the wire to realize the release during the pay-off process, so it will have a certain stretching damage effect on the yarn, thread, belt, rope, and cable, and serious damage to the wire will occur. The phenomenon that the material is pulled off, and the existing pay-off rack is constant for the one-time pay-off amount carried by it. If the wire reel is large, it is necessary to replace a larger pay-off rack, which is troublesome. If the wire reel is larger Small, then there will be a waste of wire reels and workshop space

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