Pipeline system for grinding coolant central filtering and chip removing system

Abstract

The invention discloses a pipeline system for a grinding coolant central filtering and chip removing system. The pipeline system comprises a sewage main pipe and a clean liquid supply pipe, wherein the sewage main pipe is connected with the inlet of a sewage box, the clean liquid supply pipe is connected with the outlet of a clean liquid box, the outlet of the sewage box is connected with the inlet of a filter pressing device through a filter pipe, the inlet of the clean liquid box is connected with the outlet of the filter pressing device through a clean liquid pipe, the filter pipe is connected with a filter pump and a butterfly valve, a gas pipe is connected between the butterfly valve and the inlet of the filter pressing device, and the clean liquid pipe is directly communicated with the clean liquid box. Through the arrangement, the pipeline system for the grinding coolant central filtering and chip removing system has the advantages that the sewage is purified and then outputted, the circulation and repeated use are realized, the period of use of the coolant is prolonged, a beautifying effect is played to the fieldwork environment, and energy and cost are saved.

Description

technical field [0001] The invention relates to the field of cooling liquid filtration systems, in particular to a pipeline system for a centralized filtering chip removal system for grinding cooling liquid. Background technique [0002] At present, the grinding and superfinishing of bearing parts in most bearing manufacturers generally use a stand-alone independent water tank to provide emulsion and superfine liquid as the cooling liquid for the workpiece during processing. Although there is a magnetic separator to separate the grinding iron powder, the cooling liquid The cleanliness is far from meeting the requirements of the bearing production process, which seriously affects the roughness of the bearing surface. [0003] The coolant is repeatedly used in the independent water tank for a long time, and it cannot be fully recycled, so that the coolant is easy to deteriorate, the service life is short, and the production cost is increased. The coolant needs to be better and...

AI Technical Summary

Problems solved by technology

[0002] At present, the grinding and superfinishing of bearing parts in most bearing manufacturers generally use a stand-alone independent water tank to provide emulsion and superfine liquid as the cooling liquid for the workpiece during processing. Although there is a magnetic separator to separate the grinding iron powder, the cooling liquid The cleanliness is far from meeting the requirements of the bearing production process, which seriously affects the roughness of the bearing surface

[0003] The coolant is repeatedly used in the independent water tank for a long time, and it cannot be fully recycled, so that the coolant is easy to deteriorate, the service life is short, and the production cost is increased. The coolant needs to be better and further processed on a regular basis, which is not only detrimental to resources The saving also affects the environment of the workshop to a certain extent

In addition, the replacement and treatment of the coolant also requires manual operations, which requires a large labor cost, which is not conducive to saving costs. It is urgent to invent a pipeline system that can allow the coolant to be recycled and ensure the accuracy of the coolant.

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