Method and system for triggering auto-lift lever in unmanned parking lot

Abstract

The invention discloses a drive-through automatic lift lever trigger method for an unmanned parking lot, comprising the following steps: in the case of satisfying any one of the trigger conditions, enabling a trigger medium provided to a user; The trigger command generated and sent by the trigger medium, or the trigger command sent by the corresponding device after the trigger medium is triggered; the actions of collecting the waiting vehicle information and releasing the waiting vehicle are triggered according to the trigger command; the trigger conditions include the following two: One, it is detected that there is a waiting vehicle at the entrance of the parking lot and there is a vacancy in the parking lot after that; the second one, it is determined that the existence of the first waiting vehicle is not correctly detected but the parking lot is detected to be vacant. The method can enable users to self-operate to trigger the barrier release through the parking lot triggering system when the parking lot cannot normally identify the vehicles in the waiting state when there are vacancies in the parking lot due to the previous full space.

Description

technical field [0001] The invention relates to the technical field of parking lot management and control, in particular to a trigger method for a drive-through automatic pole-lifting in an unmanned parking lot, and a trigger system for a drive-through automatic pole-lifting in an unmanned parking lot. Background technique [0002] As the number of motor vehicles increases year by year, for urban units such as shopping centers, residential quarters, business districts, and office buildings, it is becoming increasingly important to solve the problem of vehicle parking. Usually, in order to facilitate the centralized management of vehicles, a parking lot will be built to park vehicles, and in order to improve the efficiency of vehicle entry and exit, the current parking lot is gradually tending to automatic management, that is, unmanned parking lot. The unmanned parking lot can realize unattended on-site parking lot. The whole process of vehicle entry and exit can provide user...

AI Technical Summary

Problems solved by technology

However, when the parking lot is full, subsequent vehicles that need to enter the parking lot will be stranded at the entrance of the parking lot and wait in line to enter the venue. The pole does not lift the pole because the field is full, and the vehicle is controlled outside the field. Then, when there is an empty space in the field, because the vehicle in the first row has already triggered the license plate information collection behavior, it will not trigger this behavior again. Control The system also cannot know that there are vehicles waiting in line at the entrance, and cannot trigger the parking lever to be lifted again. At the same time, the vehicle in the first row cannot move its position because there are other vehicles waiting to park behind it, so the license plate cannot be collected again. Information, that is to say, in this case, the vehicle at the top of the queue cannot normally enter the parking lot

[0005] 2. If the equipment that detects whether a vehicle arrives at the entrance of the parking lot fails, it will not be able to trigger the task of collecting license plate information, and it will not be able to trigger the parking pole to be lifted and released. Therefore, the above-mentioned first-ranked vehicle will also fail to work normally. When entering the parking lot

[0006] In the above two cases, the on-site management personnel of the parking lot are required to manually intervene and manually control the lifting of the parking lever, but the real unmanned parking lot has no on-site management personnel, so the above two situations occur when the parking lot , will cause congestion at the entrance of the parking lot, reduce parking efficiency, and affect people's travel

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