A self-charging rail-changing type parking position detecting mechanism

Abstract

The invention discloses a self-charging rail-changing type parking position detecting mechanism, including guides, working slider, a switch device and a charging area. Annular guides are laid betweenmultiple lanes, the working slider drives the roller to move in the groove of the guide rail through its driving device, so that the working slider is movable on the guide rail, thus realizing the function that a single detecting mechanism recognizes the parking spaces in a plurality of lanes, the effective working coverage area of the mobile parking space recognition device is increased, greatlyreducing the number of devices required in the traditional way, the cost of laying and installing the parking space detection mechanism is considerably saved, The self-charging cycle work of the slider is realized, a large amount of work of laying the power supply line is avoided, and the parking position detection mechanism can be guaranteed to continuously and stably run. The invention has simple structure, strong practicability, easy use and popularization.

Description

technical field [0001] The invention relates to the field of automobile auxiliary devices, in particular to a self-charging track-changing parking space detection mechanism. Background technique [0002] The video parking space detector is a camera device used in the parking guidance and reverse car search system to detect whether there is a vehicle in the parking space. This device can judge whether there is a vehicle parked in the parking space. Numbers are matched, and then the recognition results are sent to the server for system administrators and users to query. At present, the detector is mainly installed in a fixed position. Taking a double parking space detector as an example, when building a parking guidance system, a double parking space detector needs to be installed every two parking spaces. Suppose there are 40 parking spaces in a row of lanes in a shopping mall Each parking space needs to be equipped with 20 such detectors, and the cost of a single detector i...

AI Technical Summary

Problems solved by technology

At present, the detector is mainly installed in a fixed position. Taking a double parking space detector as an example, when building a parking guidance system, a double parking space detector needs to be installed every two parking spaces. Suppose there are 40 parking spaces in a row of lanes in a shopping mall Each parking space needs to be equipped with 20 such detectors, and the cost of a single detector is nearly 1,000 RMB. Therefore, the investment cost for a row of lanes is very high, which limits the application of video parking space detection to a certain extent. Only high-end shopping malls are willing to invest in laying

[0003] According to the proposal of the existing patrol parking space detection mechanism in the above situation, adding a parking space detection device for back and forth patrol between the two parking spaces can effectively reduce the cost, but in the actual use process, on the one hand, the parking space detection device for reciprocating patrol can only To detect the parking spaces on both sides of the installation, a large number of parking space detection equipment still needs to be laid for the entire parking lot, and the coverage of the parking space detection device needs to be further improved. On the other hand, during the installation process of the parking space detection device, additional Laying power transmission lines for parking space detection requires a large amount of engineering, or uses mobile power sources, but there is also a lack of automatic cycle charging devices, which hinders the use and popularization of parking space detection institutions

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