CN203352702U - A mining monitoring illumination system - Google Patents

Abstract

The utility model provides a mining monitoring illumination system comprising a radar sensor, a gas sensor group, a controller, a camera, an illumination/warning device, an area power off device, and a remote monitoring device. The remote monitoring device is capable of monitoring environment in a mine in real time. When the parameters of the gas in the mine exceed a safe range, the controller controls the illumination/warning device to glitter in order to give an alarm while area power off is executed. When the parameters of the gas in the mine are in the safe range, the radar sensor transmits a signal to the controller if detecting that a mobile object passes and the controller controls the camera and the illumination/warning device to operate in a cooperation manner. The mining monitoring illumination system has an advantage of achieving high-efficient and energy-saving operation of the monitoring illumination system by using manners that the gas sensor group and the radar sensor monitor the comprehensive environment in the mine in real time and that the illumination/warning device and the camera operate in a cooperation manner according to the instruction of the controller.

Description

Monitoring, illumination system under ore deposit

Technical field

The utility model relates to the safety defense monitoring system field, particularly monitoring, illumination system under a kind of ore deposit.

Background technology

At present, because the demand of mineral resources increases severely day by day, the intensity of mining also increases thereupon, but, along with mineral resources, progressively to deep layer, high strength, extensive future development, the mine operation environment becomes increasingly complex, and under mine, various disasters, accident are day by day frequent.Due in mine operation for the imperfection of the monitor and control facility of giving first aid to after disaster alarm and calamity, can not be in time the working condition of down-hole be adjusted workman's personal safety thereby can not get abundant assurance.

The safety problem of working under mine becomes social spectators' emphasis this year, to the environment of down-hole carry out quick and precisely, Real-Time Monitoring and early warning be the effective means addressed this problem.Gas explosion accident is disaster main under ore deposit, and under ore deposit, the real-time monitoring of gaseous environment and early warning are particularly important in the mine safety-protection system; Simultaneously, because down-hole lacks light, the video acquisition of camera be unable to do without again the cooperation of light, this just requires down-hole to have the place of camera that lighting device must be housed, existing downhole imaging head and lighting device arrange respectively, both take up room, and are not easy to again fitting operation.In addition, the continuous operation of camera and lighting device need to consume a large amount of energy, there is no at present perfect solution.

The utility model content

The utility model provides monitoring, illumination system under a kind of ore deposit, and this system synthesis has been utilized gas sensor group and radar sensor, and environment under ore deposit has been carried out to real-time monitoring.Radar sensing strong interference immunity, fast reserve, lossless detection, detection accuracy advantages of higher, link the monitoring of radar sensing with coalmine illumination, can realize the high accuracy Real-Time Monitoring of Minepit environment.Simultaneously, based on gas sensor group and radar sensing, environmental change is monitored in real time, shooting, illumination/warning, regional breaker device are controlled in the environmental change obtained according to sensing, and environmental parameter is transferred to long-distance monitorng device, have realized energy-efficient simultaneously.

The utility model is taked following technical scheme:

Monitoring, illumination system under a kind of ore deposit, comprise the gas sensor group, radar sensor, controller, camera, illumination/alarming device, and long-distance monitorng device; Wherein:

Described gas sensor group is detected gas parameter under ore deposit, simultaneously according to detecting data transfer signals to controller, and will detect data and be sent to long-distance monitorng device and monitor in real time;

Described radar sensor is detected environment under ore deposit, when mobile object being detected through out-of-date, sends a signal to controller;

Described controller is controlled camera, illumination/alarming device according to gas sensor group and radar sensor signalling, when gas parameter surpasses safe range, controls illumination/alarming device and sends the blinking light warning; When gas parameter in safe range, and while detecting mobile object, control illumination/alarming device mobile object is thrown light on, camera is monitored in real time to mobile object, and gathering transmission of video to long-distance monitorng device, the illumination/alarming device while is as the background light source of camera;

Described long-distance monitorng device can show the gas parameter detected by the gas sensor group, and the video image that arrives of camera collection.

The accompanying drawing explanation

Fig. 1 is system connection layout of the present utility model.

Embodiment

Below in conjunction with accompanying drawing, the utility model embodiment is further described:

Under a kind of ore deposit, the monitoring, illumination system, comprise radar sensor, gas sensor group, controller, camera, illumination/alarming device, regional breaker device and long-distance monitorng device.

The gas sensor group comprises methane transducer, carbon monoxide transducer, carbon dioxide sensor, oxygen sensor, multiple gases parameter under ore deposit is detected, simultaneously according to detecting data transfer signals to controller, and will detect data and be sent to long-distance monitorng device and monitor in real time;

Radar sensor comprises emitter, receiving system and analytical equipment, for environment under ore deposit is detected.Wherein, emitter sends the microwave of certain wave band, in mobile object enters investigative range, the received device of microwave signal after the mobile object reflection receives, analytical equipment carries out analyzing and processing by the information received, and extracts the azimuth information of mobile object, and reaches controller.

The signal that controller is sent out according to gas sensor group and radar sensor carries out the control of different mode to camera, illumination/alarming device and regional breaker device: when gas parameter surpasses safe range, control illumination/alarming device and send blinking light and audible alarm, the control area breaker device is cut off the power supply to relevant device simultaneously, thereby has prevented that electric spark from causing gas explosion; When gas parameter in safe range, and while detecting mobile object, control illumination/alarming device mobile object is thrown light on, camera is monitored in real time to mobile object, and gathering transmission of video to long-distance monitorng device, the illumination/alarming device while is as the background light source of camera.

Long-distance monitorng device can show the gas parameter detected by the gas sensor group, and the video image that arrives of camera collection, and can directly by controller, send instruction control camera and illumination/alarming device carries out Mine Monitoring.

Under this ore deposit under monitoring, illumination system autogamy ore deposit essential safety source powered.

The utility model is particularly useful for providing monitoring and illumination functions to the particular surroundings under mine.

Claims (5)

1. monitoring, illumination system under an ore deposit, comprise the gas sensor group, radar sensor, controller, camera, illumination/alarming device, and long-distance monitorng device; It is characterized in that:

Described gas sensor group is for being detected gas parameter under ore deposit, simultaneously according to detecting data transfer signals to controller, and will detect data and be sent to long-distance monitorng device and monitor in real time;

Described radar sensor, for environment under ore deposit is detected, when mobile object being detected through out-of-date, sends a signal to controller;

Described controller is controlled camera, illumination/alarming device according to gas sensor group and radar sensor signalling, when gas parameter surpasses safe range, controls illumination/alarming device and sends blinking light and audible alarm; When gas parameter in safe range, and while detecting mobile object, control illumination/alarming device mobile object is thrown light on, camera is monitored in real time to mobile object, and gathering transmission of video to long-distance monitorng device, the illumination/alarming device while is as the background light source of camera;

Described long-distance monitorng device shows the gas parameter detected by the gas sensor group, and the video image that arrives of camera collection.

2. monitoring, illumination system under ore deposit according to claim 1 is characterized in that: described long-distance monitorng device can directly send by controller that camera is controlled in instruction and illumination/alarming device carries out Mine Monitoring.

3. monitoring, illumination system under ore deposit according to claim 2, it is characterized in that: also comprise regional breaker device, when the gas sensor group detects gas parameter and exceeds safe range, described gas sensor group sends a signal to controller, by controller control area breaker device, relevant device is cut off the power supply.

4. monitoring, illumination system under ore deposit according to claim 3, it is characterized in that: described gas sensor group comprises methane transducer, carbon monoxide transducer, carbon dioxide sensor, oxygen sensor.

5. monitoring, illumination system under ore deposit according to claim 3 is characterized in that: under described ore deposit under monitoring, illumination system autogamy ore deposit the essential safety source module powered.

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