360-degree panoramic camera

Abstract

The invention discloses a 360-degree panoramic camera and particularly relates to the 360-degree panoramic camera applied to an underground coal mine. The 360-degree panoramic camera comprises a signal transmitting portion and a signal receiving portion. The signal transmitting portion comprises a front camera located at the front position, a rear camera located at the rear position, a left camera located at the left position, a right camera located at the right position, a first video signal isolation processing module, a second video signal isolation processing module, a third video signal isolation processing module, a fourth video signal isolation processing module, a panoramic host main control board, a wireless communication signal processing module and an external antenna. The signal receiving portion comprises a wireless switch for receiving wireless signals transmitted by the external antenna and a display screen connected with the wireless switch. The 360-degree panoramic camera can provide real-time 360-degree panoramic monitoring videos for an operator in the equipment operation process so that the operator can timely and effectively deal with various sudden events; the 360-degree panoramic camera provides a fundamental guarantee for preventing accidents such as off-tracking and derailing of a locomotive.

Description

technical field [0001] The invention relates to a 360-degree panoramic camera, in particular to a 360-degree panoramic camera used in underground coal mines. Background technique [0002] At present, the domestic coal mine underground monitoring system mainly relies on a single camera for monitoring. The traditional monitoring camera is only fixed at the coal mine underground roadway, and a camera is set at a long distance. This single camera cannot meet the needs of auxiliary transportation. The monitoring requirements of the equipment, especially the operation of locomotives such as endless rope winches and rail mine cars cannot be monitored in real time during driving. At the same time, traditional cameras can only provide single, one-sided photographic images, and cannot provide comprehensive, The three-dimensional photographic image information is not conducive to the operator's timely and effective handling of sudden accidents in the driving process. Contents of the ...

AI Technical Summary

Problems solved by technology

[0002] At present, the domestic coal mine underground monitoring system mainly relies on a single camera for monitoring. The traditional monitoring camera is only fixed at the coal mine underground roadway, and a camera is set at a long distance. This single camera cannot meet the needs of auxiliary transportation. The monitoring requirements of the equipment, especially the operation of locomotives such as endless rope winches and rail mine cars cannot be monitored in real time during driving. At the same time, traditional cameras can only provide single, one-sided photographic images, and cannot provide comprehensive, The three-dimensional photographic image information is not conducive to the operator's timely and effective handling of sudden accidents during driving

Images