Flaky material stacking and conveying device

Abstract

The invention provides a flaky material stacking and conveying device which comprises a plurality of feeding openings, and a lifting module is arranged below each feeding opening. The flaky material stacking and conveying device further comprises a conveying module arranged below the lifting modules. The lifting modules are used for conveying flaky materials placed from the corresponding feeding openings to the conveying module, and the conveying module is used for continuously conveying the flay materials conveyed by all the lifting modules to a target position in a stacking and batched mode. According to the flaky material stacking and conveying device, through cooperation of the conveying module and the lifting modules, the conveying module can stack and convey the flaky materials placed from the feeding openings, and the feeding efficiency of a sorting device is improved.

Description

technical field [0001] The invention relates to a sheet material stacking conveying device, in particular to a sheet material stacking conveying device with a plurality of discharge openings. Background technique [0002] As an electronic device that can provide users with convenient and accurate financial services, self-service financial equipment has won unanimous praise from the financial industry and users as soon as it came out. With the continuous development of financial electronic technology and the needs of people's lives in recent years, there have been self-service financial equipment with different service functions such as automatic teller machines, automatic deposit machines, automatic change machines, money counters, and sorting machines. . These self-service financial devices can provide users with various financial services to meet the different financial service needs in people's daily life. [0003] The banknote sorting machine is a special financial mac...

AI Technical Summary

Problems solved by technology

Large and medium-sized sorting equipment is the main means of banknote processing. The existing large and medium-sized sorting equipment mainly has the following deficiencies: 1) Due to the great difference in the texture of banknotes, the input speed of banknotes for large and medium-sized sorting equipment is currently limited. ; And, because the input end adopts a single banknote input method, the speed of banknote input cannot match the processing capacity of the back-end

2) The single banknote input method may cause banknote jams or mechanical and electrical failures due to the texture of the banknotes, resulting in the shutdown of the input part, which in turn causes the entire sorter to stop and wait, and the reliability is low

3) Due to the low efficiency of single banknote input, the detection and processing capacity of the sorting machine cannot be fully utilized, and the production efficiency of the whole machine is low

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