A glove automatic printing device

Abstract

The invention discloses a glove automatic printing device. The glove automatic printing device comprises a machine frame, a printing plate, an ink cartridge, a controller, a printing head assembly anda printing head assembly straight line movement mechanism, wherein the printing head assembly and the printing head assembly straight line movement mechanism are fixed to the machine frame and connected with the controller. During printing, the printing head assembly straight line mechanism drives the printing head assembly to move along a forward direction straight line to a pattern on a printing head dip dyeing pattern printing plate, the printing head assembly straight line movement mechanism drives the printing head assembly to be reversely reset, at the same time, a rotating movement mechanism drives the printing head assembly straight line movement mechanism to rotate the position opposite to a glove and moves synchronously with the glove, the printing head assembly straight line movement mechanism drives a printing head to extend out to print the pattern on the glove, then, the printing head assembly straight line movement mechanism drives the printing head to retract, and meanwhile, the rotating movement mechanism drives the printing head straight line movement mechanism to rotate and return to an original position opposite to the pattern printing plate to complete printing of the glove. According to the glove automatic printing device, automatic printing is realized, the degree of production line automation is improved, the manpower cost of printing is reduced, the appearance of defective products caused by manual operation is reduced, and the product quality is improved.

Description

technical field [0001] The invention relates to the field of glove equipment, in particular to an automatic glove printing device. Background technique [0002] Labor protection gloves are commonly used labor protection products in people's daily production and life. Labor protection gloves are usually made by dipping thread gloves in glove processing equipment, and after the gloves are processed and formed, corresponding patterns need to be printed on the gloves. [0003] The use of manual printing not only reduces production efficiency, increases labor intensity, and increases labor costs, but also causes defective products and reduces product quality. However, after the current PU glove production line is opened, the main motor and the chain driven by it are in continuous motion, and the speed of the main motor is controlled by a frequency converter. When the hand mold moves from top to bottom, because the hand mold is fixed on the chain through the guide rod, different ...

AI Technical Summary

Problems solved by technology

[0003] The use of manual printing not only reduces production efficiency, increases labor intensity, and increases labor costs, but also causes defective products and reduces product quality.

However, after the current PU glove production line is opened, the main motor and the chain driven by it are in continuous motion, and the speed of the main motor is controlled by a frequency converter. When the hand mold moves from top to bottom, because the hand mold is fixed on the chain through the guide rod, different hand molds have different sags, and there will be errors during printing, and automatic printing cannot be performed.

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