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    • 1. 发明申请
    • METHOD FOR CONTROLLING AND REMOVING DUST AND OTHER PARTICLES FROM A MATERIAL
    • 用于控制和去除材料中的灰尘和其他颗粒的方法
    • WO1998024356A1
    • 1998-06-11
    • PCT/GB1997003317
    • 1997-12-03
    • UNIVERSITY OF SOUTHAMPTONRECKITT AND COLMAN PRODUCTS LIMITEDMcKECHNIE, Malcolm, TomGAYNOR, Paul, TerenceHUGHES, John, FarrellSWINGLER, Jonathan
    • UNIVERSITY OF SOUTHAMPTONRECKITT AND COLMAN PRODUCTS LIMITED
    • A47L13/40
    • B08B6/00A47L13/40B03C7/003
    • A method for controlling and removing dust and other fine particles in a material comprising i) electrostatically charging carrier particles in powder form to give the carrier particles a minimum charge to mass ratio of +/- 1x10 C/kg, ii) delivering the electrostatically charged carrier particles to the material, whereby the dust and other fine particles in the material agglomerate with the charged carrier particles and iii) removing the resultant agglomerates from the material (for example by vacuuming or brushing). An apparatus for delivering electrostatically charged particles to a material, the apparatus comprising a) a container, in which particles to be electrostatically charged are stored and b) means for delivering the particles from the container to the carpet of fabric material, the delivery means comprising i) a tube or pipe for delivering the carrier particles to the carpet or fine fabric material; and ii) means for expelling particles at high velocity from the container to the material; the tube or pipe being made of such a material that, when carrier particles are passed down the delivery tube at high velocity, a minimum charge to mass ratio of +/- 1x10 C/kg is imparted to the particles by the frictional contact of the particles on the inside of the tube or pipe.
    • 一种用于控制和除去材料中的灰尘和其它细颗粒的方法,其包括:i)静电充电粉末形式的载体颗粒,以使载体颗粒的最小电荷质量比为+/- 1×10 -4 C / kg,ii) 将静电荷的载体颗粒递送到材料中,由此材料中的灰尘和其它细颗粒与带电荷的载体颗粒聚集,以及iii)从所述材料(例如通过抽真空或刷涂)除去所得附聚物。 一种用于将静电带电粒子输送到材料的装置,该装置包括:a)容纳静电荷颗粒的容器,b)用于将颗粒从容器输送到织物材料地毯的装置,该输送装置包括 i)用于将载体颗粒递送到地毯或细织物材料的管或管; 和ii)用于以高速从所述容器排出到所述材料的装置; 管或管由这样的材料制成,当载体颗粒以高速度向下传送输送管时,最小的质量比为+/- 1×10 -4 C / kg,通过 颗粒在管或管的内侧上的摩擦接触。
    • 6. 发明申请
    • A METHOD FOR THE IDENTIFICATION OF INSULATING MATERIALS
    • 绝缘材料鉴定方法
    • WO1996008735A1
    • 1996-03-21
    • PCT/GB1995002158
    • 1995-09-13
    • UNIVERSITY OF SOUTHAMPTONHUGHES, John, Farrell
    • UNIVERSITY OF SOUTHAMPTON
    • G01V15/00
    • G01V15/00
    • A method for the identification of an insulating material, which method comprises incorporating a predetermined level of electrical charge and/or a predetermined pattern of electrical charge, into the bulk volume of the insulating material at or above the glass transition temperature thereof and allowing the material to solidify, the predetermined level of electrical charge and/or predetermined pattern of electrical charge thereby providing an invisible coding for the subsequent identification of the material. Insulating materials having a predetermined level of charge and/or a predetermined pattern of charge incorporated into the bulk volume of the material are provided with an invisible coding for the identification of the material.
    • 一种用于识别绝缘材料的方法,该方法包括将预定水平的电荷和/或预定的电荷模式结合到绝缘材料的体积体积或其玻璃化转变温度以上,并允许材料 固化,电荷的预定水平和/或电荷的预定图案,从而为随后的材料识别提供不可见的编码。 具有预定电荷水平和/或掺入材料体积的预定电荷模式的绝缘材料具有用于识别材料的不可见编码。