Gas distributor

Abstract

The invention discloses a gas distributor used for a glazing machine for the ceramic body glazing procedure in the electric ceramic product production process. The gas distributor is composed of a support, a rotary joint body, sealing rings and a gas pipe joint. Two sets of annular gas channels are designed in the support, the inner diameter of the first set is 80 mm, the outer diameter of the first set is 119 mm, the width of the first set is 10 mm, and the first set is used for generating a negative pressure vacuum space; the inner diameter of the second set is 96 mm, the outer diameter of the second set is 119 mm, the width of the second set is 10 mm, and the second set is used for introducing air into the vacuum space so that the pressure can be restored to the positive pressure. Two sets of pores are designed in the rotary joint body, each set of pores communicate with the corresponding annular gas channel in the support and comprises eight pores, the diameter of the pores is 8 mm, and the pores are evenly distributed in the circumferential direction. The three sealing rings partition the two sets of gas channels as well as partition the gas channels from the outside. The support of the gas distributor is made from common carbon structural steel, the rotary joint body is made from gray pig iron, the gas pipe joint is made from high-quality carbon structural steel, and the sealing rings are made from rubber.

Description

technical field [0001] The patent of the present invention relates to a gas distributor, which is used in the electric porcelain insulator industry, and it is specifically used in the gas distributor used by the glazing machine in the ceramic body glazing process in the production process of electric porcelain products. Background technique [0002] At present, in the manufacturing process of domestic electric porcelain insulators, the glazing process is manually placed on the glazing machine, and the glazing machine is mechanically supported or vacuumed to absorb the product, and then glazes it. After the glazing is completed, the product is directly taken off manually or the vacuum switch is turned off. The product is removed after the valve. Although this glazing process can meet the technological requirements of the glazing process, it needs manual operation, and the glazing efficiency is low. Contents of the invention [0003] The technical problem to be solved by the...

AI Technical Summary

Problems solved by technology

[0002] At present, in the manufacturing process of domestic electric porcelain insulators, the glazing process is manually placed on the glazing machine. After the glazing machine is mechanically supported or vacuum absorbs the product, it is glazed. After the glazing is completed, the product is directly taken off manually or the vacuum switch is turned off. The product is removed after the valve. Although this glazing process can meet the technological requirements of the glazing process, it needs manual operation, and the glazing efficiency is low.

Images