Telescopic automatic card receiving and receiving machine and its telescopic control method

Abstract

A telescopic fully automatic card receiving and receiving machine and a control method of its telescopic device solve the technical problem of traffic jams caused by collisions, unclear usage methods or having to get out of the car to pick up and release cards due to special reasons. The technical solution adopted is: In the automatic card receiving and dispatching machine, a walkable card-issuing continuation mechanism, a driving mechanism matching the card-issuing continuation mechanism, an in-position detection mechanism and a remote sensing detection mechanism are added. The above-mentioned card-issuing continuation mechanism forms a sliding fit with the guide rail set on the frame by means of the drive mechanism. , self-locking by means of the in-place detection mechanism, the card-issuing continuation mechanism is provided with a pick-up wheel group, and the pick-up wheel group realizes the transmission process of the IC card between the card receiving and receiving mechanism and the receiving and receiving bay by means of a supporting independent motor. The invention has the advantages of preventing the driver from colliding with the card transceiver when parking; the automatic card transceiver extends out the IC card input and output device, which is convenient for the driver to use and realizes humanized management; it saves parking time and is not prone to traffic jams .

Description

technical field [0001] The present invention relates to mechanical automatic telescopic technology and control method, which is applied in automatic card receiving and dispatching machines, in particular to a fully automatic card receiving and dispatching machine and the control of the telescopic device with retractable card outlet, which is convenient for the driver to take or put the card. method. Background technique [0002] Fully automatic card transceivers are widely used, especially at the entrance of highways and parking lots. The import and export of the transceiver IC card of the fully automatic card receiving and dispatching machine used at present is fixed, and its weak point has: When the IC card is taken out or put into the automatic card transceiver, the car needs to be parked as close as possible to the automatic card transceiver. At this time, the car may collide with the automatic card transceiver. Under the circumstances, every 100 automatic card receivi...

AI Technical Summary

Problems solved by technology

The import and export of the transceiver IC card of the fully automatic card receiving and dispatching machine used at present is fixed, and its weak point has: When the IC card is taken out or put into the automatic card transceiver, the car needs to be parked as close as possible to the automatic card transceiver. At this time, the car may collide with the automatic card transceiver. Under the circumstances, every 100 automatic card receiving and receiving machines are hit more than 40 times in one year; (2), because the current automatic card receiving and receiving machines have a total of 4 receiving and receiving cards for large and small car receiving and receiving bays and spare receiving and receiving bays In this way, drivers who use the automatic card receiving and receiving machine for the first time will feel inconvenient, and do not know which opening to take out or put in their IC cards; (3), some female drivers have short arms, because they cannot reach the card. If you have to get out of the car to get the card, the above points may cause traffic jams, causing great trouble to the management of expressways or parking lots

In view of the occurrence of the above situation, the existing technology does not solve it very well, and the structural problems of IC card import or export need to be improved to solve the inconvenience caused by the existing technology

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