Telescopic full-automatic card dispatcher and telescopic control method thereof

Abstract

The invention discloses a telescopic full-automatic card dispatcher and a method for controlling a telescopic device thereof, which solve the technical problem of traffic jam caused by getting off to pick and place a card because a collision occurs or a using method is not clear or because of special reasons. The invention adopts the technical scheme that a card dispatching extension mechanism capable of walking and a driving mechanism, an in-place detection mechanism and a remote sensing mechanism matched with the card dispatching extension mechanism are increased in the full-automatic card dispatcher; the card dispatching extension mechanism is in sliding fit with a guide rail on a frame by means of the driving mechanism, and is positioned and self-locked by means of the in-place detection mechanism; and a pinch wheel group is arranged in the card dispatching extension mechanism, and implements a transfer process of an IC card between a card dispatching mechanism and a card dispatching port by means of a matched independent motor. The telescopic full-automatic card dispatcher has the advantages that the card dispatcher is prevented from colliding with a driver during parking; the automatic card dispatcher automatically puts out an IC card input / output device, so the card dispatcher facilitates the use of the driver and realizes human-based management; and the parking time is saved, and the traffic jam condition is not easy to happen.

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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