Waste collecting device for wire shearer

Abstract

The invention relates to a waste collecting device for a wire shearer. The wire shearer comprises a longitudinal revolving shaft, and is characterized by comprising a transversely-extending bedplate of which the bottom surface is provided with an opening, a waste collecting groove, and a waste guide groove which is positioned between the bedplate and the waste collecting groove and is provided with a longitudinal through groove; the through groove is communicated with the opening and the waste collecting groove; the bedplate is sleeved outside the revolving shaft through a circular installation hole; and the lower end of the opening is correspondingly communicated with the upper end of the through groove partially or totally along a cross section direction. The waste collecting device for the wire shearer disclosed by the invention comprises the bedplate and the guide groove which are matched with each other, and wire shearing waste enters the through groove of the guide groove through the opening on the bedplate and is recovered to a place under the guidance of the through groove, so that the concentration ratio and recovery rate of waste are increased, mechanical components of the wire shear are protected, and inconvenience in cleaning these components one by one is avoided; and waste is recovered during wire shearing, so that continuous normal work of the wire shearer is ensured.

Description

technical field [0001] The invention relates to an auxiliary device of a wire trimmer, in particular to a waste collection device of a wire trimmer used for cutting the lead wire of a generator stator. Background technique [0002] The winding on the stator of the generator usually leads to 3-6 wire ends as lead wires. For example, there are 3 lead wires in the single-head stator, and 3 lead wires on both sides of the axis of the double-head stator, 6 in total. In the traditional process, the above-mentioned lead wires are usually cut and arranged manually to obtain neat leads. This method is not only inefficient, but also difficult to ensure that the lead wires have a consistent length, and it is easy to miss cutting. Using a thread trimmer to cut the lead wire can increase the thread trimming efficiency and improve the thread trimming quality, but the cut debris and waste are easy to splash around and affect the environment. It will adversely affect the normal operation ...

AI Technical Summary

Problems solved by technology

In the traditional process, the above-mentioned leads are usually cut and arranged manually to obtain neat leads. This method is not only inefficient, but also difficult to ensure that the length of the leads is consistent, and it is easy to miss cutting.

Using a thread trimmer to cut the lead wire can increase the thread trimming efficiency and improve the thread trimming quality, but the cut debris and waste are easy to splash around and affect the environment. It will adversely affect the normal operation of the machine and damage the accessories of the thread trimmer

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