Electronic fence fixed-point parking system for shared bicycle

Abstract

The invention provides an electronic fence fixed-point parking system for a shared bicycle. The electronic fence fixed-point parking system for a shared bicycle can accurately judge whether a shared bicycle enters an electronic fence, and can only lock after the shared bicycle enters the electronic fence, thereby effectively solving the problem of parking of the shared bicycle, applicability to parking places is good, and user experience is improved.

Description

technical field [0001] The invention relates to an electronic fence fixed-point parking system for shared bicycles. Background technique [0002] With the rapid development of the sharing economy and Internet +, more and more sharing models have emerged, among which shared bicycles are one of the fastest-growing models. However, while sharing bicycles solves the problem of the last mile of travel, it also brings about the problem of irregular parking and random parking of shared bicycles. [0003] In the prior art, electronic fences and fixed-point parking solutions are adopted in order to solve the problems of irregular parking and random parking of shared bicycles. Among them, the electronic fence is used in many scenarios, such as: road prohibition, traffic restriction reminder, edge detection of robot working path, etc. In these application scenarios, technologies such as RFID (Radio Frequency Identification; radio frequency identification) identification, laser sensor...

AI Technical Summary

Problems solved by technology

[0005] 1. Most of the shared bicycles are parked on the side of the road and share the space with pedestrians. It is inconvenient to set up physical fences. Therefore, technologies such as high-voltage pulses, LED warnings, and RFID identification are not suitable

[0006] 2. The laser scanning method requires the laser transmitter to scan out the boundary at an appropriate position, and the sensor needs to be installed on the bicycle, because the laser only exists at the boundary, and it cannot be guaranteed that the bicycle's sensor can detect the laser when the bicycle enters and exits the fence. You can increase the sensor The way to improve the probability of laser detection, but it has higher requirements for the cost and structure of the single vehicle

[0007] 3. The infrared method also needs support for judging whether the bicycle is in the fence. It can be used for scenes with railings, but it is not suitable for wide and unsupported environments. At the same time, it will also encounter the recognition described in the above 2. rate problem

[0008] 4. The camera has higher requirements for installation, and the cost and maintenance cost are extremely high, so it is not suitable for large-scale promotion and use

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