A multi-station circular circulation operation structure

Abstract

The invention discloses a multi-station annular circulation operation structure. The multi-station annular circulation operation structure comprises an annular conveying line and a plurality of unpowered suction rods. The multiple unpowered suction rods are arranged on the annular conveying line. The unpowered suction rods comprise upper installation sleeves, piston barrels, piston rods, lower suction rod bodies and suction nozzles. The suction nozzles are installed at the lower ends of the lower suction rod bodies, and the upper ends of the lower suction rod bodies are fixedly installed at outlets of the corresponding piston barrels in a communicating mode. Pistons of the piston rods are located on the corresponding piston barrels. The installation sleeves are installed at the upper endsof the piston barrels. Push rods of the piston rods penetrate through rod holes of the installation sleeves, and the push rods of the piston rods and inner holes of the piston barrels are in an airtight sliding fit. According to the multi-station annular circulation operation structure provided according to the contents in the invention, the functions of multiple devices can be effectively connected together, and due to the fact that no air source pipe is used, the problems caused by the air source pipe can be avoided.

Description

technical field [0001] The invention relates to the technical field of ceramic production, in particular to a multi-station circular circulation operation structure. Background technique [0002] The glazing of ceramic cups includes many processes, such as including inner glazing on the cup, outer glazing on the cup, and glazing on the mouth of the cup. Each process can be completed by a device that realizes different functions. The inner glaze device is completed; however, the existing ceramic cup production equipment is difficult to effectively connect the devices that realize different functions, which will reduce the glaze efficiency of the ceramic cup. [0003] On the other hand, in the current technology, when negative pressure adsorption is used to transport ceramic cup products, the air source tube is used, so the stroke will be limited by the air source tube; in addition, there are differences between different devices , some conveying devices need to install multi...

AI Technical Summary

Problems solved by technology

[0002] The glazing of ceramic cups includes many processes, such as including inner glazing on the cup, outer glazing on the cup, and glazing on the mouth of the cup. Each process can be completed by a device that realizes different functions. The inner glaze device is completed; however, the existing ceramic cup production equipment is difficult to effectively connect the devices that realize different functions together, which will reduce the glaze efficiency of the ceramic cup

[0003] On the other hand, in the current technology, when negative pressure adsorption is used to transport ceramic cup products, the air source tube is used, so the stroke will be limited by the air source tube; in addition, there are differences between different devices , some conveying devices need to install multiple negative pressure adsorption devices, the air source pipes of multiple negative pressure adsorption devices will be entangled during operation, so the negative pressure adsorption device is used in the handling of ceramic cup products, the use of technology, the pipeline is the biggest problem

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