Jingyang Science & Technology: Explosion-proof thermal imaging aids mine online monitoring applications

In the global context of mine accidents every year, the consequences of the accident are often very serious, not only causing personal injury, but also cause the loss of state property. Coal mine safety type thermal imager is the most used a device designed to be small, portable and flexible, it can help position the rescue team in the ruins of the disaster area or around locate victims. It can detect and display the heat of the victim's body, thus helping the rescue team to quickly determine the location of the victims buried under the rubble or behind the dust.

It can withstand the harsh conditions of the rescue site. It can also be used to detect the distribution of hidden fire zones in coal mines and the location of fire sources. It can also be used to detect the accidents of various switches, connectors and transformers in downhole central and mining substations. Hidden dangers, changes in temperature of pumps, fans, explosion-proof motors and power equipment (power cables), heat generation of conveyors and conveyor belts. However, such equipment requires manual operation, regular production safety inspection patrols, and can not be real-time monitoring 24 hours a day. The on-line monitoring of explosion-proof thermal imaging cameras can greatly compensate for the lack of portable equipment.

Jing Yang Technology Wen Jianye introduced the use of explosion-proof thermal imaging camera:

1. Check the distribution of the hidden fire zone and the location of the fire source in the underground coal mine;


2. Monitor the operating status of various electrical and power equipments:


Such as coal mining unit, hydraulic support, water pump, fan, explosion-proof motor and power equipment (power cable); investigation substation, transformer joints, switches and other hidden dangers;

3. Check the nature caused by preventing the accumulation of coal, and check the temperature changes of the connectors, line bars, switches, and transformers of substations.


In addition, on-line monitoring of mine explosion-proof thermal imaging cameras also has the following advantages:

1. Fast and efficient rapid and large-scale scanning of underground areas in coal mines, turning hidden dangers that cannot be detected by the human eye into identifiable heat map signals, and displaying them on the screen; checking equipment failures during equipment operation and helping security personnel Determine the location of the fault and formulate protective measures in time to prevent underground accidents caused by equipment failures. Through storage devices and back-office analysis software, it is also possible to record hidden hazards that could not be quantified in the past to facilitate quantitative analysis and archiving.

2, security explosion


From accessories to the machine are strictly in accordance with the national coal mine explosion-proof and safety requirements, design and production, adapted to contain gas or coal dust explosion hazard of coal mine environment.

3, mine disaster rescue the use of thermal imaging smoke penetration performance characteristics, even in the dense smoke can provide a clear vision, can assist rescue workers in the smoke, darkness and other environmental rescue work, quickly found survivors. At the same time, it can effectively improve the safety of rescue workers in their rescue operations.

4, real-time online


Equipment installation and fixed position, monitoring a certain distance range, through the safe wiring construction, the real-time video signal and real-time temperature changes of the mine will be transmitted to the monitoring center through the signal line, set a certain alarm threshold through the software, so that remote monitoring, automatic alarm, reduce Labor inspection pressure to reduce accidents.

System topology

In order to better serve the mine monitoring, Shenzhen Jingyang Technology has developed a complete supporting software function based on this:

1. User-defined key area monitoring function Users can set different angles, different scenes, different key monitoring areas according to actual needs, and can set different temperature alarm thresholds for different monitoring areas.


3, "three-point positioning PIP +" function (1) the PIP function can be implemented simultaneously in the heat map display high-definition images visible in FIG heat, or visible light image. It is convenient for the user to observe the visible image and the thermal image at the same time in the same screen, and control the high-definition camera or thermal imaging zoom zoom. As well as controlling the enlargement and reduction of the picture in the picture, the position moves.


(2) Three-point positioning function, which can be achieved after setting, and the target temperature is displayed in real time and marked on the thermal imaging screen and the high-definition screen in real time. It is convenient for the customer to find the target on the high-definition screen at the first time when the over-temperature alarm is received. The management personnel distinguishes the details through remote observation and confirms the fault condition. Reduce artificial pressure and increase work efficiency.

Thermal imaging detects high temperature targets and locates on high definition images

4. Report generation The system has a report generation function, which can provide information about the temperature change of the detection target within a certain period of time, and provide an electronic file for post-event statistical analysis of the temperature change of the slagging field.

Temperature curve


Temperature report

The combination of the two functions increases the level of automated management and relieves the pressure of manual work.

About Jing Yang Jing Yang Technology will <br> <br> years of research visible light camera video processing technology and thermal imaging technology integration, through continuous technical accumulation and deep insight in the field of thermal imaging has gradually mastered some of the core technology, in particular In terms of image processing and temperature measurement, it has reached the leading domestic level.

It is understood that Jingyang Science and Technology Co., Ltd. has taken the lead in launching thermal warning network thermal imaging in China in 2014, which combines thermal imaging temperature measurement and network monitoring, extending the concept of large security, and solving traditional visible light monitoring to target “people”. For the purpose, then we can realize the monitoring of people and objects, and continuously monitor the temperature changes of objects through intuitive visual means, so that the quantitative change to the advance warning of qualitative change can be prevented. The important monitoring means in the networking age.


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