Card receiving and sending device

Abstract

The invention discloses a card receiving and sending device comprising a card hopper and two groups of card blocking mechanisms positioned below the card hopper. The two groups of card blocking mechanisms are symmetrically arranged on two wide edges of the card hopper; each card blocking mechanism comprises a card tongue arranged along one wide edge of the card hopper, an inward and outward blockand a linkage mechanism used for driving the card tongue and the inward and outward block to move into or out of an inner cavity of the card hopper; one side face, positioned close to the inner cavityof the card hopper, of the inward and outward block is provided with a card sending support part; the linkage mechanism is arranged above the inward and outward block and the card tongue and comprises an elevating block and an elevating block driving mechanism used for driving the elevating block to move vertically; a push-pull rod used for driving the inward and outward block to move into or outof the inner cavity of the card hopper is arranged between the elevating block and the inward and outward block; a card tongue pressing rod used for forcing the card tongue to rotate in a direction away from the inner cavity of the card hopper is arranged between the elevating block and the card tongue. Via the card receiving and sending device, carding sending tasks and card receiving tasks canbe finished; the card receiving and sending device is simple in ingenious in structure and good in work effects.

Description

technical field [0001] The invention relates to a smart card production equipment, in particular to a smart card sending and receiving device. Background technique [0002] In the production process of smart cards, in order to avoid the failure of the next production station from affecting the previous production station (the previous station and the next station may be in the same assembly line or in different assembly lines), usually The corresponding card receiving device and card issuing device are installed at the transition of the two production stations. In this way, when the next production station breaks down, the card receiving device will collect the cards sent from the previous station and temporarily store them in the card box of the card receiving device; The card is taken out and transferred to the card issuing device corresponding to the next station, and then the card issuing device sends out the card, so that the card returns to the original working state ...

AI Technical Summary

Problems solved by technology

[0003] However, the above-mentioned device has the following disadvantages in production: the card issuing device and the card receiving device are set independently, and the transfer of the card needs to be carried out manually during the working process, so it is time-consuming and laborious

Since the patent document only discloses the structure and working principle of the card suction power mechanism located below the card bucket, the card stop mechanism inside the card bucket (the card stop mechanism is a mechanism that supports cards inside the card bucket) is not disclosed. ) structure and its working principle are disclosed. Through this document, the public cannot know how the card cooperates with the card blocking mechanism to complete the task of sending and receiving cards in the process of receiving and issuing cards. Since this undisclosed part is the core of sending and receiving cards, It directly affects the success of sending and receiving cards. If the setting is not clever enough, the card will be broken during the pulling process.

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