Mobile pasting type sheet automatic conveying mechanism

Abstract

The invention discloses a mobile pasting type sheet automatic conveying mechanism which comprises a frame body. The upper portion of the frame body is provided with two sliding rails arranged in parallel, the sliding rails are slidably provided with a sheet transferring device capable of pasting and moving to-be-transferred objects and a driving device for driving the sheet transferring device tomove in a matched manner, the positions, at the ends of the sliding rails, of the frame body are provided with a re-pasting device for restoring the adhesiveness of the sheet transferring device; andthe bottom of the frame body is fixedly provided with a discharging rack for stacking to-be-transferred sheets. By means of the mobile pasting type sheet automatic conveying mechanism, the accuracy ofmovement precision of materials can be effectively improved; and the mobile pasting type sheet automatic conveying mechanism can be applied to fabrics and the sheets made of different materials, andthe use efficiency of production equipment is improved.

Description

technical field [0001] The invention relates to the field of sheet material conveying production equipment, more specifically to a mobile pasting automatic sheet material conveying mechanism. Background technique [0002] At present, in the production industries such as shoes, clothing and luggage, there are many flat sheet materials that need to be printed and printed, such as printing on shoe uppers or printing on luggage. Before printing, all substrate materials have been processed After cutting, in the process of printing and feeding, the general industry uses robotic hand laying or vacuum adsorption laying. Robotic laying is to use the manipulator to lay the stacked substrates that need to be printed on the printing table, and then Printing; vacuum adsorption is to use vacuum adsorption to absorb the substrate, then transfer it to the printing table, and then print; although these methods realize automatic material spreading, there are some shortcomings and shortcomings...

AI Technical Summary

Problems solved by technology

[0002] At present, in the production industries such as shoes, clothing and luggage, there are many flat sheet materials that need to be printed and printed, such as printing on shoe uppers or printing on luggage. Before printing, all substrate materials have been processed After cutting, in the process of printing and feeding, the general industry uses robotic hand laying or vacuum adsorption laying. Robotic laying is to use the manipulator to lay the stacked substrates that need to be printed on the printing table, and then Printing; vacuum adsorption is to use vacuum adsorption to absorb the substrate, then transfer it to the printing table, and then print; although these methods realize automatic material spreading, there are some shortcomings and shortcomings: 1. Manipulator When laying the material, the position of the substrate laying is easy to shift. In the actual production process, the material spreading effect is not good. When processing the substrate with high printing accuracy requirements, it has a considerable impact on the printing quality; At the same time, when the manipulator is grabbing the soft sheet material, it is difficult to grab and realize; 2. When using vacuum adsorption to spread the material, it has certain requirements for the substrate, and the substrate must have A certain adsorption area, and there should not be too many through holes on the surface. If the substrate is too heavy or too thick, it cannot be adsorbed; 3. Vacuum adsorption energy consumption

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