Rechargeable intelligent flywheel lock for sharing bicycle

Abstract

The invention relates to a rechargeable intelligent flywheel lock for a sharing bicycle. The rechargeable intelligent flywheel lock comprises a flywheel lock body which is mounted on a core shaft of the bicycle, the core shaft is sleeved with a hub, spokes are fixed to the hub and used for supporting a wheel hub and rotate along the wheel hub relative to the core shaft in riding, and a flywheel is mounted on one side of the hub; the rechargeable intelligent flywheel lock further comprises a control device, a motor, a battery and a power supply device, the power supply device generates an electric current in the riding process of the bicycle and transfers the electric current to the battery through the control device, the motor obtains power from the battery to control unlocking and locking of the flywheel lock body, and thus rotating and stopping of the flywheel are achieved; and the structure is covert in design, reliable, high in safety, easy to mount, good in antitheft effect and capable of automatically conducting unlocking and locking.

Description

technical field [0001] The invention relates to a rechargeable intelligent flywheel lock for shared bicycles, belonging to the field of bicycle locks. Background technique [0002] In today's society, environmental governance is the most important issue, among which air governance is the top priority. Environmental travel is one of the important ways to solve environmental problems. In daily life, the most environmentally friendly way to travel short distances is bicycles. Bicycles, especially mountain bikes, road bikes, and bicycles made of special materials are becoming more and more popular among young people. At the same time, bicycles are gradually being used by people of all ages as a physical exercise tool. [0003] The widespread use of bicycles has also promoted the development of the bicycle industry. With the improvement of people's quality of life, the requirements for the convenience and performance of bicycles have also increased. Correspondingly, the cost of...

AI Technical Summary

Problems solved by technology

[0004] However, the bicycle locks currently on the market all have a common shortcoming-the safety and reliability are not strong

Existing bicycle locks are nothing more than the following: the first is a traditional steel cable (chain) pure mechanical lock; the second is a one-piece cable mechanical lock installed on the seat shaft; It is the easiest to be stolen, because its structure is simple, and its strength is always difficult to meet the requirements of anti-theft due to the influence of size and cost. It can be easily unlocked with only a wire and a pair of scissors, which greatly reduces its safety and reliability.

[0005] Although there are some smart car locks on the market that meet the corresponding needs, there are more serious problems in safety and power durability.

Most of the bicycle locks on the market lock the spokes. Such a structural design will expose the lock to the outside. Although it is convenient for maintenance and installation, it is easy to be damaged, resulting in low security; Non-rechargeable battery power supply, when the power is used up, the battery must be replaced to make it continue to work, battery replacement and timely maintenance will waste a lot of money and manpower, resulting in waste of resources and low utilization of bicycles, there is another It uses solar charging to continuously provide energy for the battery. Although it solves the problem of limited battery power, the solar panel is fragile and the power supply is unreliable.

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