Simulation model for flat cable reversing control system of spool take-up

Abstract

The invention discloses a simulation model of the wire arrangement and reversing control system of the I-shaped wire take-up machine. The simulation model mainly includes two modules: a winding model of the I-shaped wire take-up machine and a wire arrangement and reversing control model; The winding model of the I-wheel take-up machine is established by analyzing the structure of the I-wheel take-up machine, and the winding process of the I-wheel is simulated and displayed by the limit approximation method; The winding flatness is then used as a reference to control the position of the reversing point of the cable arrangement; the reversing control model of the cable arrangement includes a control algorithm module, and various high-quality control algorithms can be used. The positive effect of the present invention is to provide a systematic theoretical support for the detailed analysis of the influence of the relevant parameters of the I-shaped wire take-up machine's wire arranging and reversing control system on the precision of the wire take-up, and provide a basis for the machine structure and the wire arranging and reversing control algorithm. Design and optimization provides a simulation experiment platform.

Description

technical field [0001] The invention relates to a simulation model of a wire arranging and reversing control system, in particular to a simulation model of a wire arranging and reversing control system of an I-shaped wheel take-up machine. Background technique [0002] The I-wheel take-up machine is widely used in the cable industry and is an important part of the continuous extrusion and wire drawing industry. The mechanical structure of the take-up and discharge system and the design of the control system directly affect the flatness and density of the take-up. Sex, which in turn affects the quality of the wire, the capacity of the single disc of the I-shaped wheel and the efficiency of the wire take-up. However, the I-shaped wheel take-up machine itself is an intermediate process applied to winding wires for storage and transportation, unlike the winding machine, which is the final and precise winding of the motor windings, so the existing literature is concerned with the...

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Problems solved by technology

[0004] However, the above work is all research on a certain point in the wire take-up system of the I-wheel take-up machine. It lacks systematic support, and most of them are experimental verifications, lacking theoretical basis. work research is quite limited

At the same time, the optimization experiment cost of machine structure and control algorithm is relatively high

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