A digital security multi-view auxiliary monitoring device for railway crossings

Abstract

The invention discloses a digital security multi-view auxiliary monitoring device for railway crossings, which includes a display module, a network transmission module, a data processing module, a monitoring module, a speed measurement module, a distance sensing module, a distance adjustment module, a train and a Windows with a viewing angle greater than 180°. When the train passes through the display array, real-time images of both sides of the railway crossing can be formed on both sides of the window to help the driver judge the road conditions ahead and shorten the time for crossing the railway crossing. The windows not only ensure a good view, but also display real-time images. It can adjust the spacing of the display screen and has a wide range of applications. The results obtained by the image analysis algorithm are mainly used. At the same time, with the real-time image displayed on the window, the driver can make auxiliary judgments to further improve the safety and security of trains passing through railway crossings. The accuracy of road condition judgment.

Description

technical field [0001] The invention relates to a railway safety device, in particular to a digital safety multi-view auxiliary monitoring device for a railway crossing. Background technique [0002] The railway crossing refers to the intersection of the road and the railway plane, which is divided into guarded crossings and unguarded crossings. Crossings where railways and roads intersect horizontally shall be provided with crossing signals, warning signs or safety protection facilities. [0003] When accidents such as equipment fires and people breaking into the rails occur or are about to occur during the operation of railway crossings, there is no effective mechanism to actively obtain warning information, and drivers often can only passively accept and wait for the news to come, resulting in untimely deceleration of the train. cause human and economic losses. [0004] In order to ensure safety, the train cannot travel at full speed when approaching the railway crossin...

AI Technical Summary

Problems solved by technology

[0003] When accidents such as equipment fires and people breaking into the rails occur or are about to occur during the operation of railway crossings, there is no effective mechanism to actively obtain warning information, and drivers often can only passively accept and wait for the news to come, resulting in untimely deceleration of the train. cause human and economic loss

[0004] To ensure safety, the train cannot travel at full speed when approaching the railroad crossing, thus increasing the time to cross the railroad crossing

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