Down-hole winch position video tracking system and tracking method

Abstract

The invention discloses a down-hole winch position video tracking system and tracking method. The down-hole winch position video tracking system includes a front end camera, a sensor monitoring device, a central control device and an industrial Ethernet system; the front end camera is responsible for collecting on-site real-time images and audio or video signals, and transmitting the video to thecentral control device in an optical network transmission manner; the sensor monitoring device is used for collecting a running mileage of the winch and transmitting to the central control device; thecentral control device processes, stores and displays the received images and audio or video signals, and calculates the winch position information according to the running mileage of the winch collected by the sensor detecting device and the diameter of the winch drum; and the industrial Ethernet system is used for information transmission. The invention can realize real-time switching of the monitoring images, real-time monitoring of the winch position, and real-time recording of the winch video.

Description

technical field [0001] The invention relates to mining video equipment and a monitoring method, in particular to an underground winch position video tracking system and tracking method. Background technique [0002] At present, the driver of the transport winch in the inclined lane of the coal mine only monitors the status of the vehicle through the position signal of the winch system, and cannot visually monitor the operation status of the winch in real time. To some extent, there is a problem of blind driving. [0003] (1) Accidents such as vehicle derailment, overturning, and collision often occur in winch transport vehicles, which affect transportation safety. [0004] (2) There are staff at the side of the market and the location of the parking lot, and the winch driver cannot see the activities of the people on site. [0005] (3) Turnouts, car stoppers, car stoppers, anti-car devices, etc. are manually or automatically controlled, and the driver cannot see the real si...

AI Technical Summary

Problems solved by technology

[0002] At present, the driver of the transport winch in the inclined lane of the coal mine only monitors the status of the vehicle through the position signal of the winch system, and cannot visually monitor the operation status of the winch in real time. To some extent, there is a problem of blind opening

[0003] (1) Accidents such as vehicle derailment, rollover, and collision often occur in winch transport vehicles, which affect transportation safety

[0004] (2) There are staff at the side of the market and the location of the parking lot, and the winch driver cannot see the activities of the people on site

[0005] (3) Turnouts, car stoppers, car stoppers, anti-car devices, etc. are manually or automatically controlled, and the driver cannot see the real situation after checking

[0007] 1. The explosion-proof computer displays many monitoring screens, resulting in small monitoring point images;

[0008] 2. The winch driver cannot accurately see the real-time image according to the position of the winch

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