Ironing and flattening device and method for sheet-shaped flexible material

Abstract

The invention discloses an ironing and flattening device for a sheet-shaped flexible material, and the device comprises an outer frame, a big conveyor belt mechanism and a small conveyor belt mechanism, wherein the big conveyor belt mechanism and the small conveyor belt mechanism are installed inside the outer frame. The large conveyor belt mechanism comprises a big conveyor belt driving roller, abig conveyor belt driven roller, a big tension roller and a big conveyor belt, wherein the big conveyor belt driving roller, the big conveyor belt driven roller, the big tension roller and the big conveyor belt are fixed between the left and right baffle plates. The small conveyor belt mechanism includes a small conveyor belt driving roller, a small conveyor driven roller, a small tension rollerand a small conveyor belt, wherein the small conveyor belt driving roller, the small conveyor driven roller, the small tension roller and the small conveyor belt are fixed between the left and right baffle plates. The small conveyor mechanism abuts against the big conveyor belt from one side, so that the large conveyor belt mechanism is shaped like V, and the big conveyor belt and the small conveyor belt form a common opposite plane with an inlet wedge angle therebetween, and an upper heating plate is disposed behind the small conveyor belt at the inlet wedge angle. A lower heating plate is disposed behind the small conveyor belt between the small conveyor belt driven roller and the small tension roller, thereby realizing the synchronous ironing operation. The device can realize the rapidand efficient drying, ironing and flattening operations of the sheet-like flexible material.

Description

technical field [0001] The invention belongs to the field of flexible material finishing, and in particular relates to an ironing and flattening device and method for sheet-like flexible materials. Background technique [0002] Bus companies often hoard a large amount of curled and wrinkled banknotes that need to be sorted, and most companies choose manual sorting of banknotes, and in the whole sorting process, the banknotes must be flattened and sorted before they can be processed Sorting and counting are cumbersome, low-efficiency and high labor costs. Although the existing banknote flattening device can handle some slightly curled and wrinkled banknotes, it can only be manually unfolded for the wrinkled banknotes, but it cannot be done. Iron-type flattening, and the existing flattening device can only process one banknote at a time, and the processing efficiency is low. Therefore, it is not suitable for bus companies that have a large amount of banknotes to be sorted. C...

AI Technical Summary

Problems solved by technology

[0002] Bus companies often hoard a large amount of curled and wrinkled banknotes that need to be sorted, and most companies choose manual sorting of banknotes, and in the whole sorting process, the banknotes must be flattened and sorted before they can be processed Sorting and counting are cumbersome, low-efficiency and high labor costs. Although the existing banknote flattening device can handle some slightly curled and wrinkled banknotes, it can only be manually unfolded for the wrinkled banknotes, but it cannot be done. Iron-type flattening, and the existing flattening device can only process one banknote at a time, and the processing efficiency is low. Therefore, it is not suitable for bus companies with a large number of banknotes to be sorted

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