Tubular fabric printing and passing mechanism

Abstract

The invention provides a tubular fabric printing and passing mechanism which is simple in structure, low in production cost, high in integration level, and capable of improving the production efficiency. The tubular fabric printing and passing mechanism comprises a machine frame, fabric passing rollers arranged at the front of the machine frame and used for transitting the tubular fabric from a fabric roll to a printing area, and fabric passing rollers arranged at the rear of the machine frame and used for conveying the printed tubular fabric to the next procedure, wherein the printing area isprovided with a printing machine for double-face printing of the tubular fabric, the portions, located at the front of the printing area and at the rear of the printing area, of the upper end face ofthe machine frame are provided with expansion devices used for expanding the tubular fabric, the portion, located at the printing area, of the upper end face of the machine frame is provided with a printing positioning plate, and the output end of the expansion device located at the front end of the printing area is connected with the input end of the printing positioning plate.

Description

technical field [0001] The invention relates to the field of steel wire processing, in particular to a printing spreading mechanism for cylindrical weaving. Background technique [0002] The circular woven fabric is double-layered. When using the existing double-sided printing machine for full-scale printing, it needs to be laid out and flattened manually before printing. Because of its certain elasticity, it may also be printed between the machines. Wrinkles appear under the influence of friction, transmission and other operations between them, which affects the printing quality, and the calico is printed one by one. After each piece is printed, it is put away by manual operation and then put on another piece of cloth for printing. The whole process is manual. The degree of participation is extremely high, so the existing printing and dissemination mechanism for cylindrical weaving has problems such as low degree of automation, low integration, and low production efficiency...

AI Technical Summary

Problems solved by technology

[0002] The circular woven fabric is double-layered. When using the existing double-sided printing machine for full-scale printing, it needs to be laid out and flattened manually before printing. Because of its certain elasticity, it may also be printed between the machines. Wrinkles appear under the influence of friction, transmission and other operations between them, which affects the printing quality, and the calico is printed one by one. After each piece is printed, it is put away by manual operation and then put on another piece of cloth for printing. The whole process is manual. The degree of participation is extremely high, so the existing printing transmission mechanism for circular weaving has problems such as low degree of automation, low integration, and low production efficiency, and is not suitable for mass production of circular weaving printing

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