A card holder with double card storage chambers and a card issuing machine and a card collecting machine including the card holder

Abstract

The invention discloses a card clip with double card storage cavities, a card issuing machine with the card clip and a card collecting machine with the card clip. The card clip comprises a card clip cover, a card clip body and a card clip seat. The card clip body is internally provided with a cavity for storing cards and a card supporting mechanism which drives the cards in the cavity to move up and down such that the cards go in and out easily from the card clip cover. The card clip cover is provided with card in and out ports for the in and out of the cards and card grooves for pulling the cards. The card in and out port is arranged at the side of the card clip cover. The card groove is arranged at the top cover of the card clip cover. The cavity is two card cavities which are arranged side by side and are formed by separating the cavity with a vertically arranged partition board in the middle. There are two card in and out ports and two card grooves, each card in and out port, each card groove and each card cavity are in correspondence. The card clip has the advantages of small size and strong card storage ability. The invention also discloses the card issuing machine with the card clip and the card collecting machine with the card clip.

Description

technical field [0001] The invention relates to a card machine and its components, in particular to a card holder with double card storage chambers and a card issuing machine and a card collecting machine including the card holder. Background technique [0002] A large number of unattended card machines are used in the management of vehicle traffic in expressways and residential areas. When vehicles pass by, the unattended card machine will automatically send the non-contact IC card to the card outlet of the device, and the driver will take the card by himself. Existing card collectors and card issuers can only be used for thin cards with a thickness of 0.8-1.1mm, and with the needs of the whole province and even the whole country, IC cards need to contain more information, which needs to be included in the card. Implanting the chip causes the IC card to be made into a thick card with a thickness of about 5mm. None of the existing card receiving and receiving machines and t...

AI Technical Summary

Problems solved by technology

Existing card collectors and card issuers can only be used for thin cards with a thickness of 0.8-1.1mm, and with the needs of the province-wide or even national-wide network information, IC cards need to contain more information, which must be included in the card Implant the chip, resulting in the IC card being made into a thick card with a thickness of about 5mm

The existing card receiving and dispatching machines and the important parts of the card holders in the card machine cannot meet the requirements of thick cards, and both need to be improved to adapt to the structure of thick cards

[0003] Existing card holders all include a card holder cover, a card holder body and a card holder seat. The card holder body has a chamber for storing cards and a card supporting mechanism that drives the cards in the chamber to move up and down so as to facilitate the entry and exit of cards from the card holder cover. The card holder cover is provided with an inlet and outlet bayonet for the card to enter and exit and a card slot for dialing the card. The chambers are all single-storage card chambers. For thick cards, the storage capacity is limited, and the card holder needs to be replaced frequently, which is time-consuming and labor-intensive.

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