Sorting device for new and old one-way tickets

Abstract

The invention relates to an automatic sorting system, in particular to a new and old one-way ticket sorting device. Comprising a centralized card feeding mechanism, a pretreatment mechanism, a turnover mechanism, a pre-sorting mechanism and a sorting mechanism which are sequentially arranged, a card feeding groove used for storing tickets to be detected is formed in the top of the centralized card feeding mechanism, and the centralized card feeding mechanism is used for feeding the tickets in the card feeding groove; an image recognition mechanism is arranged at the top of the turnover mechanism, the turnover mechanism is used for turnover of the ticket card, and the image recognition mechanism is used for recognizing abrasion conditions and pattern information of the front and back sides of the ticket card; the pretreatment mechanism and the pre-sorting mechanism are transition conveying sections; a good card groove is formed in the top of the sorting mechanism, the sorting mechanism sorts good cards and bad cards according to the image information recognized by the image recognition mechanism, and the sorted good cards are pushed into the good card groove. The sorting machine has the advantages of being intelligent, easy to operate, uniform in standard, high in sorting speed, purely electric, low in noise, suitable for various working environments and the like.

Description

technical field [0001] The invention relates to an automatic sorting system, in particular to a sorting device for new and old one-way tickets. Background technique [0002] Subway one-way tickets are used repeatedly, and the frequency of use is high. After a certain period of time, different degrees of wear and tear will occur. At this time, the tickets with serious wear and tear must be sorted out and no longer used, and new tickets must be put in for replenishment. In this repeated cycle, the staff needs to regularly Sort the tickets. At present, the subway industry mostly uses manual sorting. Taking a line as an example, the staff need to select about 400,000 one-way tickets that are seriously worn out from about 2.5 million one-way tickets each year and do not meet the usage standards. Manual operation is time-consuming and laborious. Work efficiency is low. At present, there is no automatic sorting equipment for new and old one-way tickets on the market, so it is ver...

AI Technical Summary

Problems solved by technology

At present, the subway industry mostly uses manual sorting. Taking a line as an example, the staff need to select about 400,000 one-way tickets that are seriously worn out from about 2.5 million one-way tickets each year and do not meet the usage standards. Manual operation is time-consuming and laborious. low work efficiency

At present, there is no automatic sorting equipment for new and old one-way tickets on the market, so it is very important to make an automatic sorting system device

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