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    • 5. 发明专利
    • DEODORIZING APPARATUS
    • JPH11319057A
    • 1999-11-24
    • JP14233998
    • 1998-05-08
    • YASKAWA ELECTRIC CORP
    • KAWAHARA ATSUSHISUMIMOTO TADASHIKANETANI TOSHINORI
    • A61L9/015
    • PROBLEM TO BE SOLVED: To provide a highly efficient deodorizing apparatus in which strong turbulence can be obtd. in the neighborhood of an agitation fan and which exhibits mixing and diffusion effects. SOLUTION: This deodorizing apparatus is provided with an ozone generating part 4 and a reactor 5 provided successively between an inlet 2 and an outlet 3 of a deodorizing case 1 from the inlet side, a distributing fan 6 for distributing a gas to be deodorized provided between the reactor and the outlet, an agitating fan 7 with a shaft rotated by means of the distributing fan between the ozone generating part 4 and the reactor 5. In addition, the shaft of this agitating fan is made of an elastic shaft 8 consisting of an elastic body. In addition, blades for agitation may be attached on this elastic shaft 8. Mixing effect of the bad-smelling ingredient and ozone is increased by a means like this to diffuse gas flow without making it in the reverse direction and to bringing it into the whole contact with the reactor.
    • 6. 发明专利
    • ACCELERATION SENSOR
    • JPH1164366A
    • 1999-03-05
    • JP22254697
    • 1997-08-19
    • YASKAWA ELECTRIC CORP
    • HAMAMATSU HIROSHISUMIMOTO TADASHIYAMASHITA SHINJI
    • G01P15/02G01P15/08
    • PROBLEM TO BE SOLVED: To provide a sensor capable of detecting a wide range of acceleration with high sensitivity even in a low-frequency region. SOLUTION: A sensor is composed of movable parts with permanent magnets 141 to 144 supported on a fixed part 110, magnetometric sensors 151, 152, (153, and 154) provided at locations facing the permanent magnets 141 to 144, and an acceleration computing unit to compute acceleration impressed on the permanent magnets 141 to 144 from the changes in the outputs of the magnetometric sensors 151, 152, (153, and 154) which change in response to the changes in leakage magnetic fields which occur due to the displacement of the above- mentioned movable parts. In this case. the above-mentioned movable parts are composed of a plurality of weights 121 to 124 with fixed mass and a plurality of the permanent magnets 141 to 144 and are supported on the fixed part 110 via a plurality of springs 131 to 134 with different spring constants, and the changes in leakage magnetic fields which occur due to the displacement of each of the weights 121 to 124 are detected by the magnetometric sensors 151, 152, (153, and 154) arranged at locations facing the permanent magnets 141 to 144, and are summed in computation to detect acceleration impressed on the above-mentioned movable parts.