Optical process center circulating cooling system

Abstract

The invention relates to a circulating cooling system for an optical processing center. The system consists of a water tank, an inlet pump, an inlet pipe, a return pipe and a filtrating and settling device, wherein the water inlet of the inlet pump is communicated with the water tank and the water outlet of the inlet pump is communicated with the optical processing center by the inlet pipe; the coolant of the inlet pump from the water tank is released to the processing center through the inlet pipe, and the glass powder particles produced in the processing course flows into the filtrating and settling device accompanying by the coolant; the outlet of the filtrating and settling device is communicated with the water tank, and the coolant flows into the water tank after the complete filtration and settlement in the filtrating and settling device. The invention enables the full filtration of glass powder particles in the course of optical processing, thus ensuring the processing quality of optical elements.

Description

technical field [0001] The invention relates to a circulating cooling system, in particular to a circulating cooling system of an optical processing center. Background technique [0002] The circulating cooling in the optical processing process is significantly different from the mechanical processing. The glass powder particles produced in the processing process are small, difficult to filter, and light in weight, not easy to precipitate. If they cannot be separated well, the optical processing center and optical components will be damaged. The processing quality will have a great influence. [0003] The existing circulating cooling system of the optical processing center includes a water tank, a water inlet pump, a water inlet pipe, a water return pipe, and a water return channel. The coolant pumped by the water inlet pump from the water tank flows into the optical processing center through the water inlet pipe to cool the optical processing machinery and optical componen...

AI Technical Summary

Problems solved by technology

This optical machining center circulation cooling system has the following disadvantages: since the coolant is directly pumped out by the water inlet pump after it flows back into the water tank, and then flows into the optical machining center through the water inlet pipe again, the coolant cannot be fully cooled; No filtering measures are taken during the circulation process, so the glass powder particles in the cooling liquid will have a great impact on the processing quality of the optical processing center and optical components; the circulating cooling system cannot control the flow and velocity of the cooling liquid according to the needs of the optical processing center

Images