a cleaning tool

Abstract

The invention discloses a cleaning tool. The cleaning tool comprises a support and a plurality of limit components, wherein the support is supported on a conveyor belt of a cleaning machine, and the plurality of limit components are arranged on the support; and parts to be cleaned are vertically placed on the support through the limit components in order to ensure that the cleaning surfaces of the parts to be cleaned form preset angles with the vertical direction, and gaps are reserved between every two adjacent parts to be cleaned after all the parts to be cleaned are positioned. Compared with the prior art in which the parts to be cleaned are overlapped on the conveyor belt, the cleaning tool has the advantages that the parts to be cleaned are basically vertically placed on the support, and the vertical placement of the parts to be cleaned can reduce the spatial occupying rate of the conveyor belt; as the gaps are reserved between every two adjacent parts to be cleaned, the adjacent parts are not in contact with each other, all the cleaning surfaces of the parts can be in contact with cleaning liquid in this way, the parts can be scoured in a stereoscopic manner, and no dead corners are left after cleaning; and in the same way, as the gaps are reserved between every two adjacent parts, the surfaces of all the parts are in full contact with drying wind, the surfaces can be rapidly dried, and the cleaning efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of positioning parts for spray cleaning, in particular to a cleaning tool. Background technique [0002] The surface of the parts after fine blanking contains a certain amount of fine blanking oil. In order to avoid the influence of fine blanking oil on the subsequent process and the operation of parts, it is generally necessary to increase the cleaning process to clean the fine blanked parts. [0003] The cleaning process includes three steps: spray cleaning, spray rinsing, and air shear drying. At present, the channel type cleaning machine is generally used to clean the fine blanking parts. In the prior art, the following three methods are generally used to clean the parts. [0004] The first method is to stack the parts directly on the conveyor belt of the channel-type cleaning machine, and the parts are transported to each process of the channel-type cleaning machine along with the conveyor belt to compl...

AI Technical Summary

Problems solved by technology

In this cleaning method, due to the scattered stacking of parts and the direct overlapping of parts, the surface of each part cannot be fully cleaned, and for parts with convex and concave shapes, there are dead spots for cleaning, and the overlapping of parts often results in incomplete drying, which requires repeated drying

That is to say, this cleaning method not only has poor cleaning quality, but also the parts are not easy to dry, the sunken parts of the parts are easy to hide dirt, and the accumulated water is not easy to dry, and it is easy to rust if it is stored for a long time

[0005] The second method is to lay the parts one by one on the conveyor belt. A single layer of parts wastes a lot of space. Only one side can be cleaned each time, and the cleaning efficiency is relatively low.

Although the third method can solve the problem of parts moving relative to the conveyor belt in the first two methods, the parts are still close together in this cleaning method, which is prone to nesting, and also has insufficient cleaning and incomplete drying.

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