Form video monitoring system of sliding electricity-taking device

Abstract

The invention discloses a form video monitoring system of a sliding electricity-taking device. The system comprises a CMOS sensor, a full-high definition camera, a video processing chip, a relay, a visible light source, a wireless communication module, an acousto-optic alarm module, an electromagnetic valve, and a pantograph rising airbag. The full-high definition camera is provided with the CMOS sensor that is sensitive to near-infrared rays. When an infrared light filter is removed from the optical part of the full-high definition camera, the full-high definition camera is connected with the video processing chip. Meanwhile, the wireless communication module is connected with the video processing chip. The light of the visible light source is irradiated onto a pantograph, and the visible light source is connected with the relay. The relay is connected with the video processing chip. The acousto-optic alarm module and the electromagnetic valve are both connected with the video processing chip. The pantograph rising airbag is connected with the electromagnetic valve. According to the technical scheme of the invention, the full-spectrum video monitoring technology and the multi-spectral video measuring technology are organically combined. Therefore, the real-time monitoring and measurement function of the device in the normal operation state is realized.

Description

technical field [0001] The invention belongs to the technical field of pantograph video monitoring, and in particular relates to a form video monitoring system of a sliding power-taking device. Background technique [0002] With the current technical conditions, full-spectrum video signals are mostly used in the monitoring field. The advantage of this video signal is its high spatial resolution; the disadvantage is that it is easily affected by ambient light; therefore, most of the current monitoring relies on human eyes for identification. [0003] Most of the current video measurement is used in the field of remote sensing measurement. Multi-spectral video acquisition technology is used to collect images of specific objects that are sensitive to specific spectra, and then measure with the help of video analysis technology in the later stage (offline). [0004] The monitoring and measurement of the sliding power-taking device involved in this device, under the current condi...

AI Technical Summary

Problems solved by technology

The disadvantage of this method is that the effective working time of the equipment is reduced and the efficiency is reduced; at the same time, professional and technical personnel are required to conduct regular inspections, which wastes manpower and material resources; in addition, it is difficult to avoid accidents during normal work that lead to emergencies.

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