Movable-type intelligent parking lot stall space lock based on wireless communication technology and method

Abstract

The invention discloses a movable-type intelligent parking lot stall space lock based on a wireless communication technology and a method. The movable-type intelligent parking lot stall space lock based on the wireless communication technology comprises a space lock mechanical mechanism and a space lock control mechanism; the space lock control mechanism comprises a wireless control system and a space lock mechanical control system; the space lock mechanical mechanism is provided with an information display system; the space lock mechanical mechanism is connected with the wireless control system and the space lock mechanical control system by virtue of a signal; the information display system is connected with the wireless control system by virtue of a signal. An application method comprises the following steps: when parking is required, an unlocking instruction is transmitted to the wireless control system by virtue of a WI-FI module; the wireless control system controls the space lock mechanical mechanism to be unlocked by virtue of a Zigbee module; after the parking is completed, the space lock mechanical control system transmits a closing instruction to the wireless control system by virtue of the Zigbee module; and the wireless control system controls the space lock mechanical mechanism to be closed by virtue of the Zigbee module. By virtue of the movable-type intelligent parking lot stall space lock based on the wireless communication technology, the cost recycling problem caused by the modification of the stall can be greatly decreased, a more convenient channel is provided for users to know the business zone information.

Description

Technical field [0001] The invention relates to an intelligent parking device, in particular to a mobile intelligent parking space lock and method based on wireless communication technology. Background technique [0002] With the rapid increase in car ownership year by year, the demand for parking spaces is also increasing. However, the current level of intelligence of domestic parking lots is relatively low, and most of them are still in the relatively primitive manual charging and management stage. The owner of the car or the operator of the parking lot has caused great trouble. [0003] However, even such parking lot managers in many commercial districts are reluctant to upgrade the parking lot. The main reason is that there is no significant increase in revenue before and after the renovation of the parking lot, resulting in a long recovery period for the renovation cost. In addition, there is currently no line It is an effective solution to the cost recovery plan after the pa...

AI Technical Summary

Problems solved by technology

[0002] With the rapid increase of car ownership year by year, the demand for parking spaces is also increasing. However, the current level of intelligence in domestic parking lots is relatively low, and most of them are still in the relatively primitive stage of manual charging and management. The car owners or the operators of the parking lot have caused great trouble

[0003] But even so, many parking lot management personnel in commercial districts are unwilling to upgrade the parking lot. The main reason is that the income of the parking lot has not increased significantly before and after the renovation, resulting in a long recovery period for the renovation cost. An effective solution to the cost recovery of the parking lot after renovation

[0004] At present, the space lock of the parking lot in the market is mainly completed by the ground lock, that is, a mechanical device is installed on the ground, and then it is controlled to open and close through radio frequency signals, so as to achieve the purpose of preventing vehicles from entering, but It has major defects, such as (1) the ground lock installed on the ground is easily trampled by cars or people who often walk around; (2) billboards cannot be installed with the ground lock, so the cost cannot be recovered; (3) The radio frequency method cannot provide rich interactivity due to less data transmitted

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