An IoT car lock with electronic fence function and its control method

Abstract

The invention relates to an Internet-of-things bicycle lock with an electronic fence function and a control method of the Internet-of-things bicycle lock. The Internet-of-things bicycle lock comprisesa bicycle lock shell provided with a lock ring and a spring, wherein the lock ring and the spring are connected. A handle is arranged on the lock ring. A control module, a motor control mechanism anda battery are further mounted in the bicycle lock shell. The control module is electrically connected with the motor control mechanism. The motor control mechanism is provided with an ejector rod capable of stretching and contracting under motor control. The bottom end of the ejector rod points to the lock ring. A clamp groove is formed in the lock ring. The arrangement position of the clamp groove is matched with that of the ejector rod. The control module is provided with a locating unit. The control method comprises the steps that the parking position of a bicycle is detected by the locating unit, and the control module controls whether the ejector rod is clamped in the clamp groove or not through the motor control mechanism. If the bicycle is not parked in a specified area, the ejector rod is located at a locking forbidding position, and a user cannot lock the bicycle. According to the Internet-of-things bicycle lock and the control method, the electronic fence function of the shared bicycle is achieved, the user can complete locking only when the user parks the shared bicycle in the specified area, and therefore ordered and standard parking of shared bicycles is ensured..

Description

technical field [0001] The invention relates to an intelligent bicycle lock, in particular to an IoT vehicle lock with an electronic fence function and a control method thereof. Background technique [0002] At present, shared bicycles are developing rapidly, which brings convenience to people. At the same time, some behaviors of parking shared bicycles indiscriminately also have a bad impact on the city environment. At present, the smart locks used for bicycles are still unlocked by traditional cam motor modules combined with metal mechanical structures. The key parts of this kind of locks are prone to rust, which affects the smooth completion of unlocking and locking of bicycles, and often needs to be replaced. The operation and maintenance cost of bicycle delivery enterprises. More importantly, due to its structural characteristics, the current smart bicycle lock cannot realize the electronic fence function and cannot limit the parking position of shared bicycles. If the...

AI Technical Summary

Problems solved by technology

[0002] At present, shared bicycles are developing rapidly, which brings convenience to people. At the same time, some behaviors of parking shared bicycles indiscriminately also have a bad impact on the city environment.

At present, the smart locks used for bicycles are still unlocked by traditional cam motor modules combined with metal mechanical structures. The key parts of this kind of locks are prone to rust, which affects the smooth completion of unlocking and locking of bicycles, and often needs to be replaced. The operation and maintenance cost of bicycle delivery enterprises

More importantly, due to its structural characteristics, the current smart bicycle lock cannot realize the electronic fence function and cannot limit the parking position of shared bicycles. If the random parking of shared bicycles cannot be guided and regulated in operation, it will be serious. Affect the launch and promotion of shared bicycles

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