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 Russian patent published in 2017 - IPC G01K11/32 E21B47/07 E21F17/18 

Abstract RU 2620324 C1

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

Similar patents RU2620324C1

Title Year Author Number
ONGOING MONITORING COMPREHENSIVE SYSTEM FOR SAFETY IN UNDERGROUND COAL MINES WITH THE USE OF FIBER-OPTICAL SENSORS MADE ON THE BASIS OF THE LATTICE 2014
  • Fan Sintsyu
  • Lyan Minfu
  • Lyu Syaonin
RU2623392C1
SYSTEM OF DYNAMIC CONTROLLING ROOF-BASED SEPARATION BASED ON FIBER GRATING AND METHOD OF PRELIMINARY ALERT 2014
  • Fang, Xinqiu
  • Liang, Minfu
  • Liu, Xiaoning
  • Wu, Gang
  • Fan, Hailiang
RU2630334C2
THERMOMETRY SYSTEM USING A FIBRE OPTIC CABLE AND A METHOD FOR THEIR MANUFACTURE 2022
  • Efimov Andrei Mikhailovich
RU2796802C1
METHOD FOR MONITORING OF MINED-OUT SPACE 2019
  • Nikishichev Dmitrij Borisovich
RU2723106C1
METHOD OF PREVENTION OF PLACES OF COAL SPONTANEOUS COMBUSTION FROM HAPPENING IN MINED-OUT SPACE 2008
  • Skritskij Vladimir Arkad'Evich
RU2372486C1
ESTIMATION METHOD OF ENDOGENOUS FIRE HAZARD OF SHETHS 2008
  • Kaminskij Anatolij Janovich
  • Potapov Prokopij Vasil'Evich
  • Slavoljubov Viktor Vladimirovich
  • Makarov Nikolaj Vladimirovich
  • Kaminskaja Ljudmila Stanislavovna
RU2365759C1
METHOD OF INCREASING DEGREE OF OIL AND GAS RECOVERY AND INTENSIFICATION OF OIL-WELL OPERATION IN OIL FIELDS 1998
  • Linetskij A.P.
  • Chertkov A.A.
  • Volynkin V.M.
RU2156860C2
METHOD OF STATE CONTROL OF A LONG OBJECT AND DEVICE FOR ITS IMPLEMENTATION 2017
  • Zemerov Valerij Nikolaevich
RU2670570C1
SYSTEM OF "SMART" CABLE FOR BRIDGE USING BUILT-IN SENSORS WITH FIBRE DIFFRACTION GRATINGS 2009
  • Lju Likhua
  • Chzhao Ksia
  • Tszjan Deshen'
  • Ksju Khuachzhan
  • Chzhou Chzhubin'
  • Chzhou Min'Bao
  • Chzhan Enlon
  • Lju Shenchun'
  • Li Shen
RU2522679C2
METHOD FOR LESSENING SPONTANEOUS FIRE HAZARD IN WORKED-OUT SPACES 0
  • Popkov Evgenij Mikhajlovich
  • Popkov Mikhail Petrovich
SU1756582A1

RU 2 620 324 C1

Authors

Fan Sintsyu

Lyan Minfu

Lyu Syaonin

Dates

2017-05-24Published

2014-01-27Filed