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    • 1. 发明授权
    • Liquid mixing apparatus and method of liquid mixing
    • 液体混合装置和液体混合方法
    • US07841762B2
    • 2010-11-30
    • US10519396
    • 2003-07-07
    • Takashi OogawaraGoichi HirotaKatsuji Nishiyama
    • Takashi OogawaraGoichi HirotaKatsuji Nishiyama
    • B01F11/00
    • F02M25/0228B01F3/0819B01F11/0258F02M25/0225F02M27/08Y02T10/121
    • An apparatus includes a vessel 10 for storing a liquid mixture 11 containing a liquid fuel 2 and an incompatible liquid 4 such as water or for allowing the liquid mixture 11 to flow therethrough, a vibrator 13 having at least one portion making contact with the liquid mixture in the vessel, a vibration generator 20 for vibrating the vibrator at high frequency, and a reflector 14 spaced from the vibrator 13 at a small distance. The incompatible liquid 4 is dispersed in and mixed with the fuel 2 by vibrating the vibrator at high frequency, whereby an emulsion fuel 12 having an ultra fine particle size and high mixture density is produced. According to the above configuration, cavitation can be extremely efficiently generated. The following technique is disclosed: a technique for producing various types of liquid mixture having an ultra fine particle size using the cavitation efficiently. In particular, the following mixture can be produced in a short time with high efficiency: a liquid mixture, such as an emulsion fuel, a liquid industrial material, a food product, a cosmetic product, or a drug product, having an ultra fine particle size, high mixture density, and high quality. If the liquid mixture is stored over a long period of time, liquid components thereof are hardly separated from each other.
    • 装置包括:容器10,用于储存包含液体燃料2和不相容液体4如水的液体混合物11或用于使液体混合物11流过其中;具有至少一部分与液体混合物接触的振动器13 在该容器内设有振动发生器20,该振动发生器20以高频率振动振动器,反射器14以较小的距离与振动器13隔开。 不相容的液体4通过以高频率振动振动器而分散在燃料2中并与其混合,从而产生具有超细粒度和高混合密度的乳化燃料12。 根据上述结构,能够非常有效地产生气蚀。 公开了以下技术:使用空化有效地生产具有超细粒度的各种类型的液体混合物的技术。 特别地,可以在短时间内高效率地制备以下混合物:具有超细颗粒的液体混合物,例如乳液燃料,液体工业材料,食品,化妆品或药物产品 尺寸,高混合密度,高品质。 如果液体混合物长时间储存​​,其液体组分几乎不会彼此分离。
    • 2. 发明申请
    • Liquid mixing apparatus and method of liquid mixing
    • 液体混合装置和液体混合方法
    • US20050270896A1
    • 2005-12-08
    • US10519396
    • 2003-07-07
    • Takashi OogawaraGoichi HirotaKatsuji Nishiyama
    • Takashi OogawaraGoichi HirotaKatsuji Nishiyama
    • B01F3/08B01F11/02F02M27/08
    • F02M25/0228B01F3/0819B01F11/0258F02M25/0225F02M27/08Y02T10/121
    • An apparatus includes a vessel 10 for storing a liquid mixture 11 containing a liquid fuel 2 and an incompatible liquid 4 such as water or for allowing the liquid mixture 11 to flow therethrough, a vibrator 13 having at least one portion making contact with the liquid mixture in the vessel, a vibration generator 20 for vibrating the vibrator at high frequency, and a reflector 14 spaced from the vibrator 13 at a small distance. The incompatible liquid 4 is dispersed in and mixed with the fuel 2 by vibrating the vibrator at high frequency, whereby an emulsion fuel 12 having an ultra fine particle size and high mixture density is produced. According to the above configuration, cavitation can be extremely efficiently generated. The following technique is disclosed: a technique for producing various types of liquid mixture having an ultra fine particle size using the cavitation efficiently. In particular, the following mixture can be produced in a short time with high efficiency: a liquid mixture, such as an emulsion fuel, a liquid industrial material, a food product, a cosmetic product, or a drug product, having an ultra fine particle size, high mixture density, and high quality. If the liquid mixture is stored over a long period of time, liquid components thereof are hardly separated from each other.
    • 装置包括:容器10,用于储存包含液体燃料2和不相容液体4如水的液体混合物11或用于使液体混合物11流过其中;具有至少一部分与液体混合物接触的振动器13 在该容器内设有振动发生器20,该振动发生器20以高频率振动振动器,反射器14以较小的距离与振动器13隔开。 不相容的液体4通过以高频率振动振动器而分散在燃料2中并与其混合,从而产生具有超细粒度和高混合密度的乳化燃料12。 根据上述结构,能够非常有效地产生气蚀。 公开了以下技术:使用空化有效地生产具有超细粒度的各种类型的液体混合物的技术。 特别地,可以在短时间内高效率地制备以下混合物:具有超细颗粒的液体混合物,例如乳液燃料,液体工业材料,食品,化妆品或药物产品 尺寸,高混合密度,高品质。 如果液体混合物长时间储存​​,其液体组分几乎不会彼此分离。
    • 3. 发明授权
    • Geographical displacement sensing unit and monitoring apparatus using the same
    • 地理位移感测单元及其使用的监测装置
    • US06530284B1
    • 2003-03-11
    • US09605350
    • 2000-06-28
    • Eitarou TamboTakaaki IkedaTakashi Oogawara
    • Eitarou TamboTakaaki IkedaTakashi Oogawara
    • G01V116
    • G08B21/10G01F23/243
    • A plurality of sensing units are buried at suitable intervals in an area of ground or a snow accumulation section to be observed. Each of the sensing units includes a gyro-sensor for, when external force acts on it as a result of the displacement of the ground or the snow accumulation section, sensing impulsive acceleration from the magnitude and direction of the displacement and the inclination of the sensing unit itself, and a transmission section for transmitting the sense data by radio. A base station acquires the sense data transferred from the sensing units, processes the sense data for each measuring point in real time, determines the movement of the ground and/or the snow accumulation section, and judges a state of the ground and/or the snow accumulation section on the basis of the movement.
    • 多个感测单元以适当的间隔埋在地面或积雪区域中以被观察。 每个感测单元包括陀螺传感器,当由于地面或积雪部分的移动而产生外力时,感测来自位移的大小和方向的冲击加速度以及感测的倾角 单元本身,以及用于通过无线电发送感测数据的发送部。 基站获取从感测单元传送的感测数据,实时处理每个测量点的感测数据,确定地面和/或积雪部分的运动,并判断地面状态和/或 积雪段基于运动。