Intelligent stall lock and control method thereof

Abstract

The invention discloses a control method of an intelligent stall lock, which comprises the following steps of: when a vehicle stops in a stall: a, inducing whether a vehicle approaches to a stall lock through a sensor; b, when the sensor induces that the vehicle approaches, sending an inducing signal to a control unit, and sending a reading signal command to an RFID (Radio Frequency Identification) reader-writer through the control unit; c, reading information of an RFID card on the vehicle through the RFID reader-writer, transmitting the read information of the RFID card to the control unit; d, judging whether the read information of the RFID card accords with authorization information corresponding to the stall lock through the control unit; e, when the control unit judges that the read information of the RFID card accords with the authorization information corresponding to the stall lock, sending a starting command to the stall lock by the control unit to ensure that the vehicle stops in the stall; and when the vehicle leaves, f, when inducing that the vehicle on the stall lock leaves by the sensor, sending an induction signal to the control unit; and g, sending a closing command to the stall lock by the control unit for preventing other vehicles from stopping in.

Description

technical field [0001] The present invention relates to a parking lock, in particular to an intelligent parking lock and a control method thereof. Background technique [0002] The remote control parking lock is a complete automatic mechanical equipment, which must have: control system, drive system, power supply. Therefore, the volume problem and the service life problem of the power supply cannot be avoided. In particular, the power supply is the bottleneck in the development of remote control parking locks. Because the driving current is relatively large, the general remote control parking locks are powered by lead-acid maintenance-free batteries, and everyone knows that batteries have self-discharge problems. It must be recharged within a month, otherwise it will be scrapped soon. [0003] There are following defects in the parking space lock of prior art: [0004] 1) The traditional remote control parking lock cannot automatically judge whether the authorized vehicle...

AI Technical Summary

Problems solved by technology

[0005] 2) The wireless part of the traditional remote control parking lock needs to be turned on all the time and in the receiving state, which consumes a lot of power and must be connected with a power cord

[0006] 3) When the vehicle leaves the parking space, the traditional remote control parking lock needs manual control to control the parking lock to rise

If the user forgets, the parking space will be occupied by others

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