首页> 外国专利> CARRIED OUT ON THE BASIS OF LATTICE FIBER-OPTIC SYSTEM OF MONITORING AND TEMPERATURE MEASUREMENT AND CORRESPONDING WAY FOR DEVELOPED ACTION SLAUGHTERING SPACE IN COAL MINING

CARRIED OUT ON THE BASIS OF LATTICE FIBER-OPTIC SYSTEM OF MONITORING AND TEMPERATURE MEASUREMENT AND CORRESPONDING WAY FOR DEVELOPED ACTION SLAUGHTERING SPACE IN COAL MINING

机译:开展了基于采煤的格状光纤监测系统和温度测量系统,并建立了有效的煤SL渣作用空间。

摘要

FIELD: measurement equipment.;SUBSTANCE: proposed, made on the basis of the lattice, fiber optic monitoring system and temperature measurement for the current face gob in coal mining in the coal mine. In goaf (12) disposed between 3 to 5 station (10) of the current control. Each station (10) comprises a control current of 10 to 12 performed on a grating fiber optic (11) temperature sensor. In each station (10) of the current control performed based on optical fiber grating sensor (11) temperature sequentially interconnected by segments (100) type fiber "pigtail". Outlet end segments (100) type fiber "pigtail" to grating formed on the optical fiber sensors (11) connected to the temperature optical fibers (80 and 81) provide communication. Optical fibers (80 and 81) provide communication connected with fiber optic cable (6) used for transmission in the manufacture of mining works by connecting box (7) for the optical fibers. Fiber-optic cable (6) to be used for transmissions in the production of mining operations, coupled with the opening end of a grating fiber optic static demodulator (1). A lead provided on the end of the fiber-grating optical static demodulator (1) is connected to the monitoring computer (2). Also, the method for monitoring and measuring the temperature is disclosed on the basis of gratings and optical fibers for gob existing slaughter in coal mining in the coal mine.;EFFECT: provision of high-precision temperature measurement, increase the efficiency of monitoring the temperature in the goaf the current slaughter in coal mining.;2 cl, 1 dwg
机译:领域:测量设备;实质:基于网格,光纤监控系统和温度测量技术,针对煤矿中当前采空区的工作提出了建议。在采空区(12)中,该采空区(12)设置在当前控制的3到5站(10)之间。每个站(10)包括在光栅光纤(11)温度传感器上执行的10至12的控制电流。在基于光纤光栅传感器(11)执行的电流控制的每个站(10)中,温度通过段(100)型光纤“尾纤”顺序互连。出口端段(100)形成光纤“尾纤”,以形成在与温度光纤(80和81)连接的光纤传感器(11)上形成的光栅。光纤(80和81)通过连接光纤的盒(7)来提供与用于采矿作业的传输的光缆(6)连接的通信。在采矿作业的生产中将用于传输的光缆(6),与光栅光纤静态解调器(1)的开口端相连。光纤光栅光学静态解调器(1)末端提供的导线连接到监控计算机(2)。另外,公开了一种基于用于煤矿采空区现有屠宰的格栅和光纤的温度监测方法。效果:提供高精度的温度测量,提高了温度监测的效率在采空区中当前煤矿开采的屠宰量; 2 cl,1 dwg

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