Paper money turning channel structure

Abstract

The invention discloses a paper money turning channel structure which comprises an upper channel assembly located on the upper portion and a lower channel assembly located on the lower portion, the upper channel assembly comprises a plurality of upper transmission wheels and an upper belt, and the lower channel assembly comprises a plurality of lower transmission wheels and a lower belt. A transmission channel is formed between the upper belt and the lower belt, and paper money is transmitted between the upper belt and the lower belt. Driving wheels, namely upper driving wheels and lower driving wheels, are arranged in the upper transmission wheels and the lower transmission wheels respectively, and the lower transmission wheels are distributed to form a triangular structure; the upper transmission wheels further comprise horizontal channel upper transmission wheels and steering wheels, and the steering wheels are connected with the upper driving wheels through the upper belt. By adopting the configuration of double belts and double power, the power of horizontal transmission and turning transmission of paper money is more uniform, and meanwhile, by adopting the design of a floating wheel structure and a belt pressure structure, holding transmission is carried out by adopting belt pressure at a position with insufficient space, so that the effectiveness of transmission power is ensured.

Description

technical field [0001] The invention belongs to the field of financial self-service equipment, in particular to a banknote turning channel structure. Background technique [0002] The movement is the core module of the self-service teller machine, which undertakes the whole process of banknote circulation in the self-service teller machine. In view of actual needs, the movement also undertakes the functions of identification, verification, temporary storage, etc., and due to the limited space of the equipment, banknotes will turn multiple times during the circulation of the movement, and the turning angle is relatively large, generally 60~180° about. [0003] In the normal horizontal channel, in order to ensure sufficient static friction during banknote transmission, the design method of floating wheel and single-side belt is involved, as shown in the attached figure 1 The horizontal channel part of the horizontal channel, that is, the floating wheel is on the top, the one...

AI Technical Summary

Problems solved by technology

[0004] However, the floating wheel has requirements for space. When turning the channel, there will often be insufficient space to place the floating wheel. How to design the channel in this case to ensure the efficient transmission of banknotes is a problem that those skilled in the art need to solve technical challenge

Images