FP Interferometric Optic Fiber Humidity Sensor Based on Acrylate AB Adhesive Film

Wang, Qiying; Zhang, Fangfang; Zhang, Mengfan; Zhang, Kunpu; Zhang, Yaqian; Wang, Guanjun; Hu, Zhuhua; Deng, Qian Fa

doi:10.3390/photonics10080873

Cited by 2 publications

(1 citation statement)

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“…At the same time, the obtained results of real tests will allow for setting guidelines for the development of photonic sensors dedicated to the work performed in underground mining excavations. Sensors, apart from their small size and low weight, should be characterized by high-sensitivity and -resolution measurements as well as resistance to harsh environments [52][53][54][55]. This will allow for the precise monitoring the parameters of the powered support and monitoring the operation of the rock mass within the mining wall.…”

Section: Introductionmentioning

confidence: 99%

Research and Simulation on the Development of a Hydraulic Prop Support System of Powered Roof Support to Increase Work Safety

Borska,

Szurgacz

2024

MPs

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The underground mining environment is currently based on technology that uses mainly analogue sensors in machine and equipment control systems. The primary machine performing the most important functions in a mining system is the powered roof support. In order for it to work properly, it is important that it achieves the required power. To ensure this, it is necessary to continuously and precisely monitor the pressure in the under-piston space of the prop. Due to the extreme environmental conditions, pressure sensors should have high sensitivity, large transmission capacity, small size and light weight. To achieve these requirements, the authors of the article propose to implement a monitoring system based on photonics technology. To achieve this goal, several studies were carried out. The range of these studies included simulations, bench tests and tests under real conditions. The obtained test results showed the possibility of developing the control system for the powered roof support, the additional function to supercharge power. Based on the analysis of the obtained test results, assumptions were developed for the development of a power charging system with monitoring sensors. Based on the guidelines obtained from the research results, thedevelopment of the above prototype based on photonics technology is proposed.

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Section: Introductionmentioning

confidence: 99%