Detection device for safe use on machine tool

Abstract

The invention discloses a detection device for safe use on a machine tool, which includes an automatic suspension oil collecting pan, a pipeline, a primary filter chamber, a secondary filter chamber, a suction plate, an ultrafine filter chamber, a decompression chamber, a liquid regeneration box, Electronic liquid discharge control box, carrying frame, liquid level detection tube, separation turntable, qualified detection tube, sterilization tube, waste liquid collection tank, upper cover plate, first side plate, rear cover plate, second side plate, lift Casters, electric box, flow detection tube and control panel. The beneficial effect of the present invention is: by setting a primary filter chamber, a secondary filter chamber and an ultra-fine filter chamber inside the device, high efficiency and high purification rate can be realized. By installing a qualified detection tube inside the liquid regeneration box, the loss of product scrapping caused by excessive cutting fluid particles and the labor cost of replacing the cutting fluid can be reduced. By connecting the sterilization pipe on the side of the waste liquid recovery tank, it is possible to eliminate the skin allergies and other diseases of the staff caused by the deterioration of the cutting fluid.

Description

technical field [0001] The invention relates to a detection device for using safety on a machine tool. Background technique [0002] There are two main types of existing cutting fluid purification devices as follows: one is to install on the liquid storage tank of the machine tool, and the other is to use the physical characteristics of different specific gravity of the oil, and use the motor to drive the stainless steel belt in the cutting fluid tank to make the steel belt flow from the bottom to the bottom. When it runs upwards, the waste oil attached to the steel belt is scraped off by the scraper, so as to achieve the function of oil-water separation. The service life of the liquid equipped with this device is 60 to 90 days. The disadvantages of this device are: single function, low purification rate, low work efficiency, and inability to filter particulate matter; the steel strip is a welded body and is easy to break. The other is to put the oil collector with manually...

AI Technical Summary

Problems solved by technology

The service life of the liquid equipped with this device is 60 to 90 days. The disadvantages of this device are: single function, low purification rate, low work efficiency, and inability to filter particulate matter; the steel strip is welded and easy to break

The service life of the liquid equipped with this device is about 90 days. The disadvantages of this device are: simple function, low purification rate, and low work efficiency; the steel strip is welded and easy to break

The manual adjustment of the oil collector is cumbersome and highly dependent on personnel; the cost of consumption is increased, the life of the filter element is short and needs to be replaced, and an external compressed air source is required

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