Transport unit for producing the sanitary equipment

Abstract

The invention relates to a production technique of a cleaning tool and a transmission device for the production of the cleaning tool. The production technique comprises the processes in sequence: slip casting process, drying process, crack detection process, glazing process and sintering process, which is characterized in that: a body of the cleaning tool is first put on a trolley during the drying process, then the trolley is put into a conveyor belt of two layers or more than two layers of continuous slip casting process and crack detection process through a hoisting device in sequence; after the conveyor belt conveys the trolley and the body on the trolley to the crack detection process, the trolley and the body on the trolley are taken down from the conveyor belt through the hoisting device to crack detect the body on the trolley during the crack detection process. The conveying time of the trolley and the body of the cleaning tool on the trolley on the conveyor belt is the dryingtime needed by the body of the cleaning tool. Compared with the prior art, the invention has the advantages of saving storage area for putting and turning around the body of the cleaning tool, savinglabor, preventing the body of the cleaning tool from being damaged due to collision during the turnaround process.

Description

Technical field: [0001] The invention relates to a production device of sanitary ware. Background technique: [0002] The production of existing sanitary ware generally consists of a grouting molding process, a drying process, a crack detection process, a glazing process, and a firing process. The body needs to be dried slowly under natural conditions, so that the water content of the whole body of the sanitary ware is uniform from the inside to the outside, and prevent the body of the sanitary ware from cracking due to excessive drying speed during the drying process. In this way, the drying time of the body of the sanitary ware is very short. Long, the existing process is to use a large warehouse to store and turn over the sanitary ware blanks produced in batches. During the turnover, the sanitary ware blanks are placed on the trolley and moved in sequence by manpower. In this way, not only a large area of ​​turnover is required The warehouse consumes a lot of human body...

AI Technical Summary

Problems solved by technology

[0002]The production of existing sanitary ware generally consists of a grouting molding process, a drying process, a crack detection process, a glazing process, and a firing process. In the drying process, Restricted by the characteristics of the sanitary ware body, the green body from the grouting molding process needs to be dried slowly under natural conditions in order to make the entire sanitary ware body have a uniform water content from the inside to the outside and prevent the The body of the sanitary ware is cracked, so the drying time of the body of the sanitary ware is very long. The existing technology is to store the body of the sanitary ware in a large warehouse and turn over the mass-produced body of the sanitary ware. Manpower moves in sequence. In this way, not only a large-scale turnover warehouse is required, which consumes a lot of human body, but also, collisions are likely to occur during the turnover process and damage the sanitary ware body, and the drying time of the sanitary ware body is not easy to control.

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