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    • 8. 发明授权
    • Liquid droplet measurement apparatus and liquid droplet measurement method
    • 液滴测量装置和液滴测量方法
    • US08212999B2
    • 2012-07-03
    • US12238206
    • 2008-09-25
    • Kenichi KodamaKanji NagashimaTadashi Kyoso
    • Kenichi KodamaKanji NagashimaTadashi Kyoso
    • G01P3/36
    • G01B11/00G01P3/36G01P3/68
    • A liquid droplet measurement apparatus has: a first laser light source emitting a laser light; a first optical device which makes, in terms of a beam cross-section of the laser light, a beam width in a direction perpendicular to a direction of ejection of a liquid droplet, greater than a beam width in the direction of ejection of the liquid droplet, and makes light intensity of the laser light fall within a prescribed range within a range where variation in a position of the liquid droplet occurs in the direction perpendicular to the direction of ejection of the liquid droplet, at a position where the laser light from the first laser light source is irradiated onto the liquid droplet ejected; a first light receiving device which receives the laser light that has been irradiated onto the liquid droplet by the first optical device and generates a determination signal; and a first liquid droplet characteristics calculation device which calculates at least one of a volume of the liquid droplet and a velocity of the liquid droplet, from the determination signal generated by the first light receiving device.
    • 液滴测量装置具有:发射激光的第一激光光源; 第一光学装置,根据激光的光束横截面,使得在与液滴的喷射方向垂直的方向上的光束宽度大于液体喷射方向上的光束宽度 并使激光的光强度落在规定范围内,在与液滴喷射方向垂直的方向上发生液滴位置的变化的范围内, 将第一激光光源照射到喷射的液滴上; 第一光接收装置,其接收由第一光学装置照射到液滴上的激光,并产生判定信号; 以及第一液滴特性计算装置,根据由第一光接收装置产生的确定信号计算液滴的体积和液滴的速度中的至少一个。
    • 9. 发明申请
    • LIQUID DROPLET MEASUREMENT APPARATUS AND LIQUID DROPLET MEASUREMENT METHOD
    • 液体滴定仪测量仪和液滴测量方法
    • US20090086190A1
    • 2009-04-02
    • US12238206
    • 2008-09-25
    • Kenichi KODAMAKanji NagashimaTadashi Kyoso
    • Kenichi KODAMAKanji NagashimaTadashi Kyoso
    • G01B11/00G01P3/36
    • G01B11/00G01P3/36G01P3/68
    • A liquid droplet measurement apparatus has: a first laser light source emitting a laser light; a first optical device which makes, in terms of a beam cross-section of the laser light, a beam width in a direction perpendicular to a direction of ejection of a liquid droplet, greater than a beam width in the direction of ejection of the liquid droplet, and makes light intensity of the laser light fall within a prescribed range within a range where variation in a position of the liquid droplet occurs in the direction perpendicular to the direction of ejection of the liquid droplet, at a position where the laser light from the first laser light source is irradiated onto the liquid droplet ejected; a first light receiving device which receives the laser light that has been irradiated onto the liquid droplet by the first optical device and generates a determination signal; and a first liquid droplet characteristics calculation device which calculates at least one of a volume of the liquid droplet and a velocity of the liquid droplet, from the determination signal generated by the first light receiving device.
    • 液滴测量装置具有:发射激光的第一激光光源; 第一光学装置,根据激光的光束横截面,使得在与液滴的喷射方向垂直的方向上的光束宽度大于液体喷射方向上的光束宽度 并使激光的光强度落在规定范围内,在与液滴喷射方向垂直的方向上发生液滴位置的变化的范围内, 将第一激光光源照射到喷射的液滴上; 第一光接收装置,其接收由第一光学装置照射到液滴上的激光,并产生判定信号; 以及第一液滴特性计算装置,根据由第一光接收装置产生的确定信号计算液滴的体积和液滴的速度中的至少一个。