Wireless lock control system based on intelligent terminal and method

Abstract

The invention provides a wireless lock control system of an electronic lock based on an intelligent terminal and a method, the wireless lock control system is used in a U type glass door lock / bicycle lock, the wireless lock control system comprises a main control CPU, a wireless module, a fingerprint module, a touch key module, a distribution network button, a LED display circuit, a buzzer module, an alarm circuit, an EEPROM memory, a power supply circuit module and a motor driver circuit module which are connected with the main control CPU, the power supply circuit module includes a rechargeable device; wireless transmission is encrypted by an AES encryption mode, the touch key module can add a 6 to 12 bit password, and a 32 bit virtual password is set; the fingerprint module adopts a semiconductor fingerprint sensor, and can add 100 pieces of user passwords, and a door can be opened by direct pressing of a user fingerprint; the electronic door lock is connected with the wireless main control CPU to realize the real-time monitoring and remote control of a door lock device so as to achieve full intelligent user experience.

Description

technical field [0001] The invention relates to the field of locks, in particular to an intelligent lock used on a glass door or a bicycle. Background technique [0002] With the development of large-scale integrated circuit technology, especially the advent of single-chip microcomputers, intelligent locks with microprocessors have emerged, which has brought impetus to the innovation of the traditional mechanical door lock industry. Non-mechanical keys include passwords, fingerprint identification, magnetic cards, radio frequency cards or TM (Touch Memory, contact memory) cards, etc. Different non-mechanical keys have different characteristics. For example, magnetic cards or radio frequency cards are non-contact. High security, plastic material, easy to configure and carry, and low price; TM card is contact type, high security, stainless steel material, extremely convenient to configure and carry, and low price. These technologies reduce the dependence on physical unlocking...

AI Technical Summary

Problems solved by technology

[0003] However, the above-mentioned technologies are generally applied to ordinary wooden doors, iron doors, steel doors, etc., and have a single function, only the unlocking function, and due to the large size of the circuit board, it takes up a lot of lock body space and the application is limited. , for example, it cannot be applied to glass doors, bicycle locks, etc.

At present, the locks commonly used on glass doors or bicycles are generally standard U-shaped mechanical locks. This type of lock has no electronic function. Even if a small part has electronic functions, it only has a simple unlock / lock function, without alarm, remote control, and camera. and other functions

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