Automatic printer for vamp

Abstract

The invention discloses an automatic printer for a vamp. The automatic printer comprises a combined rack body on which a working platform is arranged, wherein an annular conveyor belt and a driving device of the conveyor belt are arranged on the combined rack body, and an adhesion layer with changeable adhesion strength is coated on the surface of the annular conveyor belt; a material feeding mechanism is arranged below the combined rack body and is used for upwards propping against a printed object to press and adhere the printed object on the adhesion layer; and a printing mechanism is arranged above the combined rack body and is used for printing the printed object. According to the automatic printer for the vamp, which is disclosed by the invention, firstly the printed object is temporally adhered on the annular conveyor belt to be arranged and flattened and then is printed, secondly the printed object is automatically shoveled out of the annular conveyor belt by a material collection shovel, and finally product collection processing is carried out; and therefore, through the new conveying and printing operation manner, the printing precision and the printing quality of a printing mechanism are improved.

Description

technical field [0001] The invention relates to a printing machine, more specifically an automatic printing machine for shoe uppers. Background technique [0002] At present, in the shoe industry, clothing and luggage industry, there are many flat materials that need to be printed, such as shoe upper printing or printing on luggage. Before printing, all substrate materials have been cut. In the feeding process, the general industry uses manipulator or vacuum adsorption to lay the material. The manipulator is to use the manipulator to lay the stacked substrates that need to be printed on the printing table, and then print; vacuum adsorption Spreading is to use vacuum adsorption to absorb the substrate, then transfer it to the printing table, and then print; although these methods can realize automatic spreading, there are some shortcomings and shortcomings: 1. When the manipulator is laying the material, The position where the substrate is laid is easy to shift. In the actua...

AI Technical Summary

Problems solved by technology

[0002] At present, in the shoe industry, clothing and luggage industry, there are many flat materials that need to be printed, such as shoe upper printing or printing on luggage. Before printing, all substrate materials have been cut. In the feeding process, the general industry uses manipulator or vacuum adsorption to lay the material. The manipulator is to use the manipulator to lay the stacked substrates that need to be printed on the printing table, and then print; vacuum adsorption Spreading is to use vacuum adsorption to absorb the substrate, then transfer it to the printing table, and then print; although these methods can realize automatic spreading, there are some shortcomings and shortcomings: 1. When the manipulator is laying the material, The position where the substrate is laid 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; 2. Use vacuum adsorption When laying the material, it has certain requirements for the substrate. The substrate must have a certain adsorption area, and the surface should not have too many through holes. If the substrate is too heavy or too thick, it cannot be adsorbed; 3. Vacuum adsorption consumption can

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