The automatic binding and banknote pressing mechanism is evenly arranged on the two sides of the sorting machine

Abstract

The invention relates to an automatic bundling and bank note pressing mechanism equally arranged on two side plates of a counter. The automatic bundling and bank note pressing mechanism comprises a bank not pressing assembly and a driving mechanism, wherein the bank note pressing assembly consists of counter rack side plates, a bank note pressing sliding plate, a guiding plate, a reset shifting fork, a bank note pressing half shaft and a roller arranged on the half shaft; and the driving mechanism consists of a motor, a pinion arranged on an output shaft, a rotating shaft, a gear wheel meshed with the pinion, a cam, a grating disk and an optical coupler. The automatic bundling and bank note pressing mechanism disclosed by the invention has the advantages that the action of the bank note pressing sliding plate is controlled by a wedged angle of the cam and the reset shifting fork on one side of the counter; driving power is arranged on the other side of the counter, so that the balance arrangement is realized; an elastic element adopted in the traditional mechanism is omitted; the mechanism is stable in action and is noise-free; an electrical programmed control logic element is not needed to participate in control; the manufacturing cost is reduced; the fault rate is reduced; and the automatic bundling and bank note pressing mechanism also has the advantages of reasonable stress of parts, compact and simple structure of the complete machine, correct action, accuracy, reliability, simpleness and convenience in maintenance and the like.

Description

Technical field: [0001] The invention relates to a machine for packaging articles or materials, and more specifically relates to an automatic tie bar banknote pressing mechanism for a sorting machine. Background technique: [0002] With the further opening up of the financial industry, there is still a considerable demand for banknote inspection, counting, and binding. However, the existing sorting machines have a loose and uncompact overall structure, occupy too much space, and are inconvenient to be placed on the workbench. Meet the requirements of complete automation and convenience of financial office. For example, when the sorting machine outputs stacks of banknotes, it needs to be compressed before they can be bundled. The pressing plate of the banknote pressing mechanism needs to reciprocate in the flow process of compressing, stopping, relaxing, and recompressing according to the requirements of the operation process. The disadvantages of the platen mechanism: First...

AI Technical Summary

Problems solved by technology

[0002] With the further opening up of the financial industry, there is still a considerable demand for banknote inspection, counting, and binding. However, the existing sorting machines have a loose and uncompact overall structure, occupy too much space, and are inconvenient to be placed on the workbench. Meet the requirements of complete automation and convenience of financial office

For example, when the sorting machine outputs stacks of banknotes, it needs to be compressed before they can be bundled. The pressing plate of the banknote pressing mechanism needs to reciprocate in the flow process of compressing, stopping, relaxing, and recompressing according to the requirements of the operation process. The disadvantages of the platen mechanism: First, the mechanism is arranged on one side of the frame, which is bulky and affects the use of internal space; second, the mechanism uses elastic elements, which work unevenly and make loud noises; third, the elastic elements repeatedly pull Stretching, fatigue damage and failure, frequent maintenance in the later period

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