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    • 1. 发明公开
    • DRILL SAMPLE PARTICLE DISTRIBUTOR
    • BOHRLOCHPROBEN-PARTIKELVERTEILER
    • EP2945753A1
    • 2015-11-25
    • EP13871588.3
    • 2013-12-20
    • Metzke Pty Ltd
    • LEAHY, Matthew K.BORG, Tomas
    • B05B3/14B05B5/04B05B5/16B05B7/14B07B13/10B07B13/16B05B3/02
    • E21B25/005B05B3/02B05B3/14E21B49/005E21B49/02G01N1/08G01N1/2211
    • A particle distributor assembly 10 for distributing the particles of a drill sample is described. The distributor assembly comprises a stationary inlet tube 14 through which particles enter the distributor assembly 10, and a rotatable distributor head 16. The rotatable distributor head 16 has an upwardly directed inlet 18 offset from a central axis of rotation of the distributor head 16 and a transversely directed outlet 22 wherein, in use, when the distributor head 16 is rotated at high speed particles entering the distributor head inlet are accelerated outwardly in a radial direction through the distributor head outlet. The particle distributor assembly 10 also has a distributor nozzle 24 having an inlet 26 and an outlet 28, the nozzle inlet 26 being aligned with the stationary inlet tube and the nozzle outlet 28 being aligned with the distributor head inlet. The distributor nozzle 24 is supported between the inlet tube 14 and the distributor head 16 in such a manner that it is constrained from rotating while the nozzle outlet 28 is able to oscillate in a circular motion with the distributor head inlet 18. In use, the oscillating motion of the nozzle outlet 28 helps to promote particle flow and produce a more representative distribution of particles exiting from the distributor head outlet 22.
    • 描述了用于分配钻孔样品的颗粒的颗粒分配器组件10。 分配器组件包括固定入口管14,颗粒通过该入口管14进入分配器组件10和可旋转的分配器头16.可旋转的分配头16具有偏离分配器头部16的中心旋转轴线的向上引导的入口18, 横向定向的出口22,其中在使用中,当分配器头16高速旋转时,进入分配器头部入口的颗粒沿着径向方向通过分配器头部出口向外加速。 颗粒分配器组件10还具有分配器喷嘴24,其具有入口26和出口28,喷嘴入口26与固定入口管对准,喷嘴出口28与分配器头入口对准。 分配器喷嘴24以这样的方式支撑在入口管14和分配器头部16之间,使得当喷嘴出口28能够与分配器头入口18以圆周运动的方式摆动时,其被限制旋转。在使用中, 喷嘴出口28的摆动运动有助于促进颗粒流动并产生从分配器头部出口22排出的更具代表性的颗粒分布。
    • 3. 发明公开
    • METHOD AND APPARATUS FOR ENCAPSULATING PARTICULATES
    • VERFAHREN UNDGERÄTZUM EINKAPSELN VON PARTIKELN
    • EP0852507A4
    • 1999-02-10
    • EP96929847
    • 1996-08-30
    • ENCAPSULATION TECHNOLOGY LLC
    • BERG ROBERT ORIGBY WILLIAM FALBERS JOHN P
    • A61M11/00B01D47/00B01J13/00B01J13/02B05B3/14B05B17/06B05C17/06B08B7/00G21F9/00G21F9/28B01D47/06B01J13/04B05D1/02
    • G21F9/001B01D47/066B01J13/0095B01J13/02B05B17/0615B08B7/0014G21F9/28Y10S261/48
    • An improved method and device for decontamination of a contaminated process area is provided whereby a fine aerosol of an encapsulant for use in encapsulating the contaminants within the contaminated environment is generated. The aerosol is generated by a plurality of ultrasonic transducers (46) located below the surface of a reservoir (24) containing a capture liquid. The output of the transducers is focused to a point near the surface of the liquid to cause a surface disturbance which results in the formation of an aerosol of encapsulant from the capture liquid. A pressurization fan (76) is used to force ambient air through the pressurization chamber (22) to tansport the aerosol to the process area to be treated. The aerosol forms a thin coating of encapsulant over the hazardous material thereby allowing the hazardous material to be safely removed from the process area or permanently attached to the walls of the process area. If a chemically hazardous material is found in the process area, a capture liquid can be selected to neutralize the hazardous material. The process is especially effective at recovering radioactive dust from a contaminated process area.
    • 提供了用于污染处理区域的净化的改进方法和装置,由此产生用于将污染物包封在污染环境内的密封剂的细小气溶胶。 气溶胶由位于包含捕获液的储存器表面下方的多个超声换能器产生。 换能器的输出被聚焦到靠近液体表面的点,引起表面扰动,这导致从捕获液体形成密封剂气溶胶。 加压风扇用于迫使环境空气通过加压室将气溶胶输送到待处理的处理区域。 气雾剂在危险材料上形成薄的密封剂涂层,从而允许危险材料被安全地从处理区域移除或永久地粘附在工艺区域的壁上。 如果在工艺区域发现有化学危险的物质,可以选择捕集液中和危险物质。 该过程在从受污染的处理区域回收放射性粉尘方面特别有效。
    • 4. 发明公开
    • Crop-spraying apparatus
    • Feldspritze。
    • EP0114036A1
    • 1984-07-25
    • EP83830266.9
    • 1983-12-13
    • Casotti, Ettore
    • Casotti, Ettore
    • A01M7/00B05B3/14
    • A01M7/006B05B3/14
    • The crop-spraying apparatus set forth herein not only delivers a jet or jets swung through an arc of 180° or more, but also incorporates means for delivering a secondary, or auxiliary jet covering a more central and acute arc, and swinging through a plane beneath the main jets at considerably greater frequency. Hose lines (6, 7, 8) supplying liquid to the jet-nozzles (12, 13,14) are kept parallel, basically speaking, and are suspended in the vertical from a manifold (2) this set at a fixed distance from the main body (25) of the apparatus, and being the route through which liquid for spraying is pumped to the nozzles (12, 13,14).
    • 本文所阐述的作物喷洒装置不仅能够将射流或射流通过180°或更大的弧度摆动,而且还包括用于传送覆盖更中心和急剧的弧并且穿过平面摆动的辅助或辅助射流的装置 主要喷气式飞机在相当大的频率之下。 向喷射喷嘴(12,13,14)供应液体的软管线(6,7,8)基本上保持平行,并从与歧管(2)的固定距离的歧管(2)悬挂在垂直方向 主体(25),并且是用于喷射的液体被泵送到喷嘴(12,13,14)的路径。