Ceramic quantitative spraying device on basis of using intelligent manufacturing as frame

Abstract

The invention relates to the technical field of craft gifts, and discloses a ceramic quantitative spraying device on the basis of using intelligent manufacturing as a frame. The device comprises a shell. Through cooperative use of a piston, a limiting plate, a first gear and a second gear, when ceramic spraying glazing is carried out, spraying is automatically carried out, dense fine mist is formed during each time of spraying for quantitative and uniform spraying, it is guaranteed that spraying is more uniform during ceramic glazing, and the working quality of glazing is improved; through cooperative use of a second rotating shaft, a first push plate, a second push plate and a baffle, after spraying is completed, paint cannot leak along a conveying pipe, the airtightness of the whole device is guaranteed, less raw materials are wasted, more energy is saved, and the device is more friendly to the environment; through cooperative use of a rotary plate, a sleeve rod and a first rotary shaft, the two steps of paint spraying and baffle movement can be linked during ceramic glazing, the linkage performance of the whole device is improved accordingly, and operation is easier to carry out.

Description

technical field [0001] The invention relates to the technical field of craft gifts, in particular to a ceramic quantitative spraying device based on intelligent manufacturing. Background technique [0002] Craft gifts not only have a certain artistic value but also have a certain economic value, mainly including craft gifts of different materials such as ceramics, crystals, and charcoal carvings. [0003] In order to ensure the mechanical strength of ceramics, in the production process of ceramics, it is usually necessary to coat a layer of glaze on the surface of the embryo body. At present, glazing mainly includes immersion method, ladle method, drawing method, spray method and transfer method. , where the spray method is mainly to use a spray gun to spray the glaze slurry on the embryo body. However, the current traditional spray gun settings are relatively simple. On the one hand, it is impossible to guarantee quantitative spraying during the spraying process. Too much ...

AI Technical Summary

Problems solved by technology

[0003] In order to ensure the mechanical strength of ceramics, in the production process of ceramics, it is usually necessary to coat a layer of glaze on the surface of the embryo body. At present, glazing mainly includes immersion method, ladle method, drawing method, spray method and transfer method. , where the spray method is mainly to use a spray gun to spray the glaze slurry on the embryo body. However, the current traditional spray gun settings are relatively simple. On the one hand, it is impossible to guarantee quantitative spraying during the spraying process. Too much or too little, when the glaze slurry is sprayed too much, it will flow along the ceramic surface and drip on the ground, resulting in waste of glaze slurry. Operate and reduce work efficiency when spraying

[0004] In order to solve the above problems, the inventor proposed a ceramic quantitative spraying device based on intelligent manufacturing as the framework, which has the advantages of quantitative spraying, solves the problem that the traditional spraying device is relatively simple to set up, and ensures that the operation of the device is more convenient. Intelligent, to avoid the problem of quantitative spraying during ceramic glazing, so as to ensure more dense ceramic spraying and improve the efficiency of ceramic glazing

Images