Small multilayer pay-off device

Abstract

The invention relates to a small multilayer pay-off device, and belongs to the field of production application. The small multilayer pay-off device is composed of a structural framework and wire supporting discs. The small multilayer pay-off device is characterized in that a central rotating shaft and universal wheels are arranged on the structural framework, moreover, wire leading ports are formed in the structural framework, the wire supporting discs are supported through the universal wheels, the central rotating shaft penetrates through the wire supporting discs so that the wire supportingdiscs can rotate around the central rotating shaft, when wire coils are replaced, the wire supporting discs are supported upwards supports so as to be away from the central rotating shaft, and the wire supporting discs are taken out from one side of the structural framework, and the wire supporting discs are installed in the structural framework again after new wire coils are loaded into the wiresupporting discs. According to the small multilayer pay-off device, the structure is firm, the use is convenient, and the taking and use efficiency of electric wires, packaging pipes and other soft materials which are packaged by turns is greatly improved.

Description

technical field [0001] The invention relates to a small-sized multi-layer pay-off device, in particular to a device capable of conveniently and efficiently taking soft materials such as coiled wires and wrapping tubes, belonging to the field of production and application. Background technique [0002] In life and production, a large number of small-diameter wires and pipes such as wires, wrapping tubes, serial number tubes, heat-shrinkable tubes, and catheters are used. They are often packaged into turns in the production and sales process, which causes certain inconvenience when taking them and greatly affects work. efficiency. However, the pay-offs currently on the market have many deficiencies in use: [0003] 1) The overall structure is not reliable. When stacking multi-layer pay-offs, it is only connected and supported by a steel pipe, which is prone to open welding and breaking; [0004] 2) Heavy, bulky, and low space utilization; [0005] 3) The multi-layer pay-off...

AI Technical Summary

Problems solved by technology

[0003] 1) The overall structure is not reliable. When superimposing multi-layer pay-offs, it is only connected and supported by a steel pipe, which is prone to open welding and breaking;

[0004] 2) Heavy, bulky, and low space utilization;

[0005] 3) The multi-layer pay-off is simply superimposed by a single layer, and some components lose their function during the superposition process, wasting materials;

[0006] 4) When a layer of material of the multi-layer pay-off is used up and needs to be replaced, the layers above this layer must be removed, and then installed in sequence after replacement, which is inconvenient to use

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