Water circulating cooling glass container mold and processing method thereof

Abstract

The invention provides a water circulating cooling glass container mold. Cooling water pipes made of stainless steel are respectively arranged inside two half molds of the glass container mold according to the same structural form; the cooling water pipes as a whole are arranged coaxially with the mold, and are located at the outward positions of the middle of the mold in the radial direction; thecooling water pipe is of a continuously and regularly bending elbow pipe structure, and is wholly and vertically extended to be close to the top and bottom ends of a mold body on the whole; two pipeends are respectively exposed of the two sides of the periphery of one end of the mold body to form a water inlet and a water outlet; and the cooling water pipes are connected to an external water supply pipeline at the water inlet and the water outlet through mold nozzles. Meanwhile, the invention provides a processing method based on the water circulating cooling glass container mold. The watercirculating cooling glass container mold provides a brand-new idea for mold water cooling, and has the advantages of energy saving, high cooling efficiency, small processing volume, no noise and the like.

Description

technical field [0001] The invention relates to the field of daily-use glass bottle mold manufacturing, in particular to a water circulation cooling glass bottle mold and a processing method thereof. Background technique [0002] figure 1 Shown is a pair of conventional glass bottle production molds, which are currently cooled by air when they are put into production. Air cooling is divided into side cooling and vertical cooling, and no matter which cooling method is adopted, its cooling efficiency is far lower than that of water cooling, and the energy consumption of air cooling is also very large (six sets of single drop mold cooling fans in the industry The configuration is 75KW, and the configuration of eight sets of single-drop cooling fans is 90KW), so the energy consumption is quite high; in addition, the noise is also very loud (mainly wind noise), which is very harmful to the occupational health of employees ( Operators are equipped with earplugs), so the working ...

AI Technical Summary

Problems solved by technology

Air cooling is divided into side cooling and vertical cooling, and no matter which cooling method is adopted, its cooling efficiency is far lower than that of water cooling, and the energy consumption of air cooling is also very large (six sets of single drop mold cooling fans in the industry The configuration is 75KW, and the configuration of eight sets of single-drop cooling fans is 90KW), so the energy consumption is quite high; in addition, the noise is also very loud (mainly wind noise), which is very harmful to the occupational health of employees ( Operators are equipped with earplugs), so the working environment is relatively harsh

In the past, some glass factories tried to cool the mold with circulating water, but because the circulating water channel in the mold was realized by drilling and plugging, half molds only had more than ten plugs. , in addition, glass products belong to thermal process, the mold temperature reaches above 350 degrees during production, thermal expansion and contraction make the sealing of the plug not guaranteed, and circulating water often leaks out; and this kind of mold is processed during processing The workload of drilling and plugging is also quite large, so the method of cooling the mold with circulating water has not been promoted and popularized.

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