All-weather high-speed railway vehicle-mounted roadblock detection system and method
A technology of high-speed railway and detection method, which is applied in the direction of railway car body parts, railway signals, railway signal and safety, etc. It can solve the problems that cannot meet the requirements of high-speed railway, can only be installed on the outside of the car body, and the window glass has poor penetration, etc. problem, achieve high target detail resolution and all-weather working ability, easy installation and small size
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Embodiment 1
[0044] This embodiment provides an all-weather high-speed railway vehicle-mounted roadblock detection system, the composition principle is as follows figure 1 As shown, the detection system mainly includes: lens, short-wave infrared imaging device, attitude adjustment device, auxiliary lighting device, vehicle main control system, display device, alarm device, train operation monitoring and recording device interface (LKJ interface) and storage device.
[0045]The lens is connected with the short-wave infrared imaging device for front track imaging; the auxiliary lighting device is in the same direction as the lens and is used for lighting the lens field of view; the attitude adjustment device drives the lens and auxiliary lighting device to intelligently adjust its posture in real time to ensure that the front track view is within In the field of view of the lens and auxiliary lighting; the short-wave infrared imaging device is connected with the vehicle-mounted main control ...
Embodiment 2
[0059] An all-weather high-speed railway vehicle-mounted roadblock detection method, the implementation steps are as follows:
[0060] 1) The on-board main control system configures the working parameters of the short-wave infrared imaging device according to the instructions, and detects the external light intensity to switch the auxiliary lighting device;
[0061] 2), and control the image sampling frequency according to the vehicle speed, and start to collect the front track image in real time;
[0062] 3) Store the dynamic image sequence frames obtained by the short-wave infrared imaging device in the data buffer area, waiting for processing;
[0063] 4), DSP preprocesses the image sequence frames in the data buffer area, including the following steps:
[0064] 4-1) For infrared images, electronic image stabilization algorithm is used to eliminate image shake;
[0065] 4-2) Use the median filter method or wavelet noise reduction algorithm to filter and reduce noise on th...
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