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    • 41. 发明专利
    • MONITORING METHOD
    • JP2002162467A
    • 2002-06-07
    • JP2000360570
    • 2000-11-28
    • MITSUBISHI HEAVY IND LTD
    • OGATA TAKESHIKOMORI YUKINORIBABA TOMOYOSHI
    • G01C3/06G01S13/87G01S17/87G01V11/00
    • PROBLEM TO BE SOLVED: To solve the problems concerning a monitoring device in a ship or the like for which a radio wave radar or an infrared camera is used, that the radio wave radar is suitable for monitoring a long-distance large object but can not recognize a small object or a wooden or plastic object, and that the infrared camera can not recognize the distance to an object, because the camera is used in a passive system, and cannot observe an object except for that smaller than the visual range in the case of rain or fog, and can hardly detect an object existing on the sea surface for long time at night because of reduced temperature difference, since the detection is executed by the temperature difference, thereby making discovery of the obstacle. SOLUTION: In this method, the monitor device is constituted by combining the radio wave radar and a laser radar together, and a wide area is scanned by the radio wave radar, and when an object is detected in the near distance, switching to the laser radar is executed for detection and monitoring, to thereby enable to monitor from the long distance to the short distance or at nighttime, and to monitor even a wooden or plastic ship.
    • 44. 发明专利
    • MONITORING DEVICE FOR REMAINING QUANTITY OF STOCK COAL
    • JPH10132511A
    • 1998-05-22
    • JP28643696
    • 1996-10-29
    • MITSUBISHI HEAVY IND LTD
    • YAMAURA TSUYOTOSHIYOSHIDA HIROHISASHIGEMIZU TETSUOBABA TOMOYOSHI
    • G01B11/00
    • PROBLEM TO BE SOLVED: To accurately measure the quantity of remaining coal in a coal preservatory at a mass-base. SOLUTION: An light wave sending-receiving apparatus 1 is arranged in a coal preservatory, and the height of a storing layer of a coal 3 is measured through the transmission of a light pulse 2 and the reception of a reflected light pulse, and in addition, an electromagnetic wave sending-receiving apparatus 5 which sends and receives an electromagnetic wave 6 being longer in wavelength than the light is arranged in the coal preservatory, and sends the electromagnetic wave 6 and receives the reflected electromagnetic wave to measure a density inside the stored coal 3 on the above sending and receiving. The height of the whole range of the storing layer of the coal 3 is measured through a volume computer 4 by longitudinally and laterally scanning the light wave sending-receiving apparatus 1, and the volume of the stored coal 3 is computed on a scanning direction and the above height. The density of the whole range of the storing layer of the coal 3 is measured through a density distribution computer 7 by longitudinally and laterally scanning the electromagnetic wave sending-receiving apparatus 5, and the quantity of storing layer at a mass base is obtained through a mass computer 8 by multiplying the volume by the density of coal at each position.