Method for storing card of card machine, card intake machine using said method and matching card deliver machine

Abstract

The invention discloses a card storage method for a card machine, a card inlet machine using the method and a card outlet machine which is used together with the card inlet machine. The card storage method comprises the following steps: two adjacent cards are arranged in a mutually staggered mode, namely only a part of the two adjacent cards is overlapped; upper parts and lower parts of two interphase cards are aligned, and the two interphase cards are uniformly arranged; all cards are stacked in turn by arrangement means of adjacent cards and interphase cards. The card inlet machine of the invention comprises a shell, a card clamp which is arranged inside the shell and used for bidirectional card inlet, a card retraction device which is used for bidirectional card retraction, and a card transmission device which is sued for bidirectional card transmission, wherein, a machine frame is arranged inside the shell; the card transmission device and the card retraction device are arranged on the machine frame and on the upper part of the card clamp. The card outlet machine of the invention which is used together with the card inlet machine comprises a shell, a card clamp which is arranged inside the shell and used for bidirectional card outlet, a card issuing device which is used for bidirectional card issuing, and a card transmission device which is used for bidirectional card transmission, wherein, a machine frame is arranged inside the shell; the card transmission device and the card issuing device are arranged on the machine frame and on the upper part of the card clamp.

Description

technical field [0001] The invention relates to a card storing method of a card machine, a card feeding machine using the method and a matching card discharging machine. Background technique [0002] The transportation network formed by the expressway is becoming more and more important in the modern transportation system. When the motor vehicle passes the toll station, the toll station needs to take out or recycle the issued IC card and other cards from the card transceiver. At present, there are mainly two types of card receiving and receiving machines for sending and receiving cards: one is the hook type card machine, the principle is to use the hook of the hook to hook the card to drive the card; the other is the friction card receiving and receiving machine, the principle is The friction between the rolling rubber wheel and the card is used to drive the card. [0003] At present, the problem that often occurs in the card holder of the card machine is that since the car...

AI Technical Summary

Problems solved by technology

[0005] (1) Since the contact surfaces of two adjacent cards in the upper and lower order are completely bonded, if affected by friction, pressure, impurities and oil on the surface of the cards, when the upper card moves, it is easy to drive the lower card to shift and cause a Issue multiple cards, making the number of cards issued each time unstable

[0006](2) The thickness of the IC card on the market is uneven (0.5-1.2MM), due to the shortcomings in (1), if the width of the bayonet is greater than 1.2MM , it is easy to issue two thin cards at one time, making it difficult to control the width of the card output port and the card receiving port of the card machine

[0007] (3) When the hook card method is used to send and receive cards, it is necessary to accurately control the feed displacement of the hook, which increases the difficulty in the control and manufacturing process and increases the cost

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