On-line lubricant sedimentation system

Abstract

The invention discloses an on-line lubricant sedimentation system. The bottom of a circulation tank (1) is communicated with an input port of a buffering tank (6) via a tank bottom liquid discharging pipe (2); an output port of the buffering tank (6) is communicated with the input port of a slag scraping device (7) after sequentially upwards passing through a sedimentation region (8); the output port of the slag scraping device (7) is communicated with the input port of an overflow collecting tank (9) after sequentially downwards passing through an overflow baffle (10); the outlet end of a sewage pump (13) is divided into a branch III (14) and a branch IV (15); the branch III (14) is communicated with a sewage treatment tank (16); the branch IV (15) is communicated with the top of the circulation tank (1) through a centrifugal machine sequentially; the outlet in the side surface of the circulation tank (1) is communicated with a liquid charging end of a lubricant pipeline of a workshop machine tool (20) after sequentially passing through a liquid feeding pump (18) and a heat exchanger (19); a liquid discharging end of the lubricant pipeline is communicated with a liquid returning opening of the circulation tank (1) via a liquid returning pump (21).

Description

technical field [0001] The invention relates to an online lubricant sedimentation system. Background technique [0002] Water tank drawing is a key process in steel cord production. The lubricant plays a pivotal role in the drawing process of the water tank. During the production process, a lot of residues will be generated in the lubricant system, which will reduce the lubricating performance of the lubricant and directly affect the physical properties of the monofilament. Now through online sedimentation and filtration of lubricants, the purpose of reducing the residue content in lubricants is achieved. The deficiencies of the prior art are: 1. The pipeline design defect of the existing lubricant discharge tank has only discharge outlets and sewage pipelines. 2. The partition in the discharge pool is unreasonable, and the lubricant cannot be effectively settled during the circulation process, and a large amount of residue is brought back into the machine tool box of the ...

AI Technical Summary

Problems solved by technology

The deficiencies of the prior art are: 1. The pipeline design defect of the existing lubricant discharge tank has only discharge outlets and sewage pipelines

2. The partition in the discharge pool is unreasonable, and the lubricant cannot be effectively settled during the circulation process, and a large amount of residue is brought back into the machine tool box of the workshop

3. The lubricant in the original discharge pool is cleaned up by manual operation, which has a lot of waste of labor

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