Wire rod pre-processing automaton

Abstract

The invention discloses a wire rod pre-processing automaton. The wire rod pre-processing automaton comprises a bedplate, a wire rod pre-processing front section and a wire rod pre-processing rear section; a transfer mechanism is arranged between two circulation conveying mechanisms; two ends of a wire rod passes through the wire rod pre-processing front section and the wire rod pre-processing rearsection sequentially under the clamping and transfer actions of the two circulation conveying mechanisms and the transfer mechanism, so that the two ends of the wire rod can be subjected to a pre-processing process, and therefore, the machining precision of the two ends of the wire rod can be ensured, and the machining efficiency of the two ends of the wire rod can be improved; the wire rod pre-processing front section includes a wire feeding and cutting mechanism, a sheath stripping mechanism, a braiding and sorting mechanism, a braided layer filler backing mechanism and a braided layer cutting mechanism which are distributed sequentially; the wire rod pre-processing rear section includes a braided layer turning mechanism, a copper foil mounting mechanism, a copper foil wrapping mechanism, an aluminum foil layer cutting mechanism, an aluminum foil layer removing mechanism, a nylon wire cutting mechanism and a nylon wire baking mechanism which are distributed sequentially.

Description

technical field [0001] The invention relates to the field of automatic machines for pre-processing wires, in particular to an automatic machine for pre-processing wires. Background technique [0002] With the rapid development of the wire rod market, the demand for wire rods has been greatly increased. At the same time, the structure of the wire rods has been gradually optimized to improve its data transmission capabilities, such as USB data cables. At present, USB data cables rely on two ends to connect the input and output ends. The ability to receive and output data determines the data transmission capability of the USB data line. [0003] At present, when producing data lines, it is necessary to pre-process the ends of the cables at both ends to facilitate subsequent processing. At present, the pre-processing of data lines tends to be completed by automated lines to achieve efficient output and meet the needs of the wire market; however, data lines The pre-treatment pro...

AI Technical Summary

Problems solved by technology

[0003] At present, when producing data lines, it is necessary to pre-process the ends of the cables at both ends to facilitate subsequent processing. At present, the pre-processing of data lines tends to be completed by automated lines to achieve efficient output and meet the needs of the wire market; however, data lines The pre-treatment process of the data cable involves multiple different layers of cable processing. In order to ensure that the core wire is not damaged, the current pre-treatment process of the data cable is mostly manual work, which leads to low production efficiency and reduces its working accuracy, which cannot be guaranteed, and It will cause some trouble for the processing of subsequent data lines

[0004] The Chinese patent "Automated data line pre-processing equipment CN107293928A" discloses that the automatic data line pre-processing equipment adopts automatic line processing for the pre-processing process of the data line, in which the data line is sequentially cut along the transmission belt, cable clamped, peeled, and brushed. layer, braided layering, braided layer integration, braided layer shearing, laser ring cutting device and aluminum foil stripping device to realize the data cable pretreatment process, in which the data cable is not flattened in the cutting and cable clamping process The length of the bent data line is different, which increases the production cost and cannot guarantee the subsequent positioning and processing accuracy; the data line is not fixed twice during the peeling process and the shearing braid layer, resulting in insufficient rotary cutting of the data line , it is difficult to peel off and even damage the inner layer structure of the data line; brush the braided layer to clean the braided layer at both ends of the data line through belt friction, and at the same time, friction will cause damage to the inner layer structure of the data line, because the current data line needs to add copper foil In order to increase the conductivity of the data line and improve the data transmission capacity, the pre-processing equipment of the dynamic data line cannot meet the current technological requirements of the data line, and cannot guarantee the processing accuracy

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