Superconducting cable vertical winding device based on strip-shaped material

Abstract

The invention discloses a superconducting cable vertical winding device based on a strip-shaped material. The device comprises a conductor input and output device and a plurality of winding devices, the input and output device is arranged in the vertical direction or the vertical direction to correspond to the winding devices, and each winding device comprises a rotating frame which corresponds to a corresponding vertical conductor and is arranged in a transverse or horizontal manner, and a plurality of feeding winders which are arranged on the rotating frame. The superconducting cable vertical winding device group based on the strip-shaped material is simple and reasonable in structure, solves the problems that all existing winding devices and the winding modes of the existing winding devices must have gravity non-linear and asymmetric deformation and displacement in the winding process, so that superconducting strips and the conductors are wound unevenly and are not matched, and local gaps occur, and is stable in operation; the operation is simple, the superconducting strip wrapping quality is good, and the efficiency is high.

Description

technical field [0001] The invention relates to a superconducting conductor processing and manufacturing device. In particular, it relates to a vertical winding device for superconducting cables based on ribbon materials. Background technique [0002] In recent years, with the cutting-edge development of my country's basic science, the strategic layout of national energy, and the continuous advancement of high-end medical equipment manufacturing, there is an urgent need for the development of superconducting high-field technology. Such as next-generation high-energy particle accelerators, superconducting controllable nuclear fusion devices, and high-field magnetic resonance imaging systems, etc., these large scientific projects that have a profound impact on international people's livelihood must rely on high-performance high-field superconducting magnet technology. [0003] High-temperature superconducting materials have unique advantages such as high critical temperature,...

AI Technical Summary

Problems solved by technology

The structure of the superconducting cable vertical winding device group based on ribbon material is simple and reasonable, which solves the gravity nonlinear and asymmetric deformation and displacement that must exist in the winding process of all existing winding devices and their winding methods , leading to problems such as unevenness, inconsistency, and local gaps in the winding and wrapping of superconducting tape and conductor, stable operation, simple operation, good quality of superconducting tape wrapping, and high efficiency

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