A directional conveying mechanism for tableware processing

Abstract

The invention provides a tableware machining directional conveying mechanism. The tableware machining directional conveying mechanism comprises an adsorption assembly, a directional conveying assembly and a positioning assembly; the positioning assembly comprises positioning block groups; the positioning block groups form into stagnation space; the adsorption assembly is arranged right above the stagnation space; the adsorption assembly comprises an adsorption air cylinder and a vacuum generator; the adsorption air cylinder provides power for a vacuum sucking disc inside the vacuum generator to move towards a position at which the stagnation space is arranged; the directional conveying assembly comprises a finger air cylinder and a sliding component; the finger air cylinder and the sliding component are in sliding connection; the sliding component provides power for the finger air cylinder to slide; the sliding track of the finger air cylinder is matched with the motion trail of the vacuum sucking disc. According to the tableware machining directional conveying mechanism, the integral conveying process is smooth and compact due to matching design of the sucking assembly, the directional conveying assembly and the positioning assembly.

Description

technical field [0001] The invention belongs to the field of tableware processing, and in particular relates to a directional conveying mechanism for tableware processing. Background technique [0002] In any production plant, the conveying mechanism often affects the entire processing process, and then designing a conveying mechanism that meets the processing requirements of the entire production line has become the focus of the processing field. However, in the field of tableware processing, especially before the rolling process in the field of tableware processing, material needs to be loaded, and this material loading process basically adopts manual operation or utilizes complicated manipulator mechanism to carry out the feeding work. The former operation method is inefficient and affects the accuracy of feeding. Although the latter mechanical method can improve the progress of the entire feeding process, due to the need for positioning and conveying, its mechanism is co...

AI Technical Summary

Problems solved by technology

However, in the field of tableware processing, especially in the field of tableware processing, material needs to be loaded before the rolling process, and this material loading process basically adopts manual operation or uses complex manipulator mechanism to carry out the feeding work

The former operation method is inefficient and affects the accuracy of feeding. Although the latter mechanical method can improve the progress of the entire feeding process, due to the need for positioning and conveying, its mechanism is complicated, so it will increase the cost of production equipment and increase The cost of later maintenance

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