Idle parking place appointing system and appointing method

Abstract

The invention provides an idle parking place appointing system and an appointing method wherein the appointing system comprises a cloud platform, an APP mobile terminal, a sentry box terminal and a gate controller. The APP mobile terminal, the sentry box, and the gate controller are connected to the cloud platform through a network so that they are mutually connected through the cloud platform. The APP mobile terminal, through the cloud platform, controls the gate controller to realize the opening of the gate. The appointing method comprises the following steps: publishing information for let by a property owner; appointing a parking place and paying parking fees by a car owner; through the APP mobile terminal to control the opening of the gate, entering the parking lot by the car owner and timed instantly; successfully finding a parking place by the car owner; through the APP mobile terminal to control the gate controller to open the gate, leaving the parking lot by the car owner with the completion of the parking process; and paying fees by the car owner while the property owner earns from the parking place letting. With limited investment yet good effectiveness, the installation and maintenance costs are low. Further, both the system and the method are easy and high efficient to expand and reproduce.

Description

technical field [0001] The invention relates to an idle parking space reservation system and a reservation method. Background technique [0002] With the rapid development of social economy, automobiles have become the necessities of the family, and my country has become the largest automobile consumer. It's hard to get out and stop. Traveling is difficult, and parking is even more difficult. Because the information on parking spaces is asymmetric, many car owners have encountered the situation that there is no parking space at all when they arrive at the parking lot, and it takes 30 minutes to find a parking space. The number of automobiles increases rapidly, but the number of parking spaces does not increase correspondingly, which is not enough in terms of the absolute number of parking spaces. However, in terms of the utilization rate of parking spaces, the utilization rate of the overall parking spaces in the city does not exceed 50%, and there is a great potential to ...

AI Technical Summary

Problems solved by technology

[0004] (1) Timing problem, that is, calculating the length of parking;

[0005] (2) The problem of entrance and exit control, the owner of the reserved parking space enters and exits the parking lot within the validity period of the reservation;

[0011] This comparative document provides a kind of thinking that utilizes Internet to solve existing parking space sharing problem, but still has several defectives: (1) adopt the license plate recognition method to enter and exit the parking lot in this comparative document, so this kind of scheme is for the vehicle that does not have license plate It is not applicable to new cars or vehicles whose license plate cannot be recognized. At the same time, license plate recognition equipment needs to be invested in the system. It is not applicable to sentry boxes without license plate recognition equipment or needs to increase the initial equipment capital investment, which is costly; (2) In addition, the above In the comparison document, after entering the parking lot, the method of guiding the parking space to find the parking space is to use the parking space guidance platform to guide the renter to find the rented parking space according to the prompts of the LED or full-color screen hanging at the key intersection / fork intersection. Due to the limited display information on the display screen, it is difficult to find a specific parking space. It also requires investment in hardware equipment such as LED or full-color screens, which increases investment and is not efficient.

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