A multipoint-to-multipoint smart bluetooth network control method for parking locks

Abstract

The invention relates to a parking space lock intelligent control method and a control device thereof, and in particular relates to a multi point to multi point intelligent Bluetooth networking control method and the control device thereof. According to the invention, matching with various parking space locks at the present can be realized; and through networking of a Bluetooth network and a remote control device such as vehicle-mounted Bluetooth, mobile Bluetooth or the like, a multi point to multi point control mode is realized. The intelligent Bluetooth control device comprises a CPU control chip module, an ultrasonic sensor module, a Bluetooth wireless module and a parking space lock drive module. The intelligent Bluetooth control device provided by the invention is arranged in the parking space lock. The method and the device, which are provided by the invention, has the advantages that the Bluetooth function of intelligent equipment is used; through an intelligent mobile phone, a PAD, a notebook computer and the like, networking of a vehicle and the lock is realized; by using the existing equipment of a vehicle owner, a remote control function is realized; and a multi point to multi point control function is realized.

Description

technical field [0001] The invention relates to an intelligent control method for a parking lock, in particular to a multipoint-to-multipoint intelligent bluetooth networking control method. The present invention can be matched with various existing parking berth locks, and the parking berth lock installed with the control device of the present invention is networked with remote control devices such as vehicle-mounted Bluetooth or mobile Bluetooth through a Bluetooth network, and adopts a multipoint-to-multipoint control mode. Realize the collection, transmission and remote control of information and / or commands to achieve the purpose of automatic parking lock. At the same time, it is compatible and supports semi-automatic mode, that is, it can also be manually intervened and controlled by the parking lock. Background technique [0002] Existing parking locks basically have two structures. The first is a manual mechanical structure. When a car enters or exits a parking spac...

AI Technical Summary

Problems solved by technology

Manual parking locks generally do not have anti-collision functions. If you accidentally hit the parking lock, the car is easily bruised, and the parking lock is also easily damaged.

The second is the remote control parking lock. Although the remote control parking lock is an automatic mechanical device, it is not an intelligent device.

[0004] 1. The mechanical parking lock needs to be manually opened and closed, which is inconvenient to use

[0005] 2. The existing remote control parking lock can only achieve point-to-point control, and requires a dedicated remote control. For the use of multiple people in one car; or in the case of multiple cars in one household, multiple remote control devices must be configured

[0006] 3. The parking space must be designated by the user (that is, the person who controls the key or the remote control device will use the parking space), and other personnel cannot use it, that is, it does not support multiple people using a parking lock at the same time, and cannot temporarily designate users

[0007] 4. Need special remote control equipment

[0008] 5. The parking lock has no intelligent control function

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