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    • 2. 发明申请
    • HAND TOOL WITH COMPOUND LEVERAGE MECHANISM
    • 具有复合杠杆机构的手工具
    • WO2012058249A3
    • 2014-04-10
    • PCT/US2011057770
    • 2011-10-26
    • POOLE ROBERT NPOOLE DANIEL
    • POOLE ROBERT NPOOLE DANIEL
    • B25B7/12
    • B25B7/12B26B13/26B26B17/02
    • A compound leverage hand tool includes a first section having a first handle end and an opposing first jaw portion with a first jaw end, a second section having a second handle end and a link end, and a second jaw portion having a second jaw end and a lever end, the second jaw portion pivotally coupled to the first jaw portion at a first pivot point intermediate the second jaw end and the lever end. The link end is pivotally coupled to the lever end at a second pivot point, and the link end is pivotally coupled to the first section proximate the first jaw portion at a sliding pivot point intermediate the first pivot point and the second pivot point.
    • 复合杠杆手动工具包括具有第一手柄端部的第一部分和具有第一钳口端部的相对的第一钳口部分,具有第二手柄端部和连杆端部的第二部分以及具有第二钳口端部的第二钳口部分, 杠杆端部,第二钳口部分在第二钳口端部和杠杆端部的第一枢转点处枢转地联接到第一钳口部分。 连杆端在第二枢转点处枢转地联接到杠杆端,并且连杆端在第一枢转点和第二枢转点之间的滑动枢转点处枢转地联接到靠近第一钳口部分的第一部分。
    • 3. 发明申请
    • IONIC BINDING OF MICROBIAL BIOMASS
    • 微生物生物量的离子结合
    • WO1994013782A1
    • 1994-06-23
    • PCT/GB1993002568
    • 1993-12-16
    • BIOTECHNA LIMITEDHUGHES, Martin, NevillePOOLE, Robert, KeithBENNETT, Sarah, Melanie
    • BIOTECHNA LIMITED
    • C12N01/00
    • C12N1/005A23K10/16A23L29/065A23L33/16B01J20/24C02F1/286C02F3/327C02F3/34Y02W10/18
    • Microbial biomass cells wherein at least one metal cationic species is attached to the surface of said cells in an amount sufficient to render the said cells effective to bind anions thereto, and wherein at least one anionic species is also bound to the surface of said cells. The invention also provides a method of making microbial biomass cells as claimed in any preceding claims which comprises: providing biomass cells within a culture medium, removing said cells from said medium and washing them, suspending the cells in a buffer medium, adding a quantity of the required cationic species in aqueous solution optionally to saturation of the binding sites therefor on the cell wall, adding a quantity of the required anionic species in aqueous solution optionally to saturation of the binding sites therefor on the cell wall, removing the treated biomass and washing, and drying the cells to form a solid product. A digestible, mineral-containing composition is also provided which contains biomass cells. For environmental clean-up applications there is also provided a method of reducing the concentration of at least one anionic species in an aqueous composition containing said species, which comprises bringing said aqueous composition into intimate contact with microbial biomass cells, to which at least one metal cationic species has been bound in a quantity sufficient to render said biomass cells receptive to bind said at least one anionic species, and optionally causing the said biomass cells to become regenerated with the same or different metal cationic species after anionic species have become bound to said biomass.
    • 微生物生物质细胞,其中至少一种金属阳离子物质以足以使所述细胞有效结合阴离子的量连接到所述细胞的表面,并且其中至少一种阴离子物质也结合到所述细胞的表面。 本发明还提供了一种制备如前述权利要求中任一项所述的微生物生物细胞的方法,其包括:在培养基内提供生物质细胞,从所述培养基中除去所述细胞并洗涤,将细胞悬浮在缓冲介质中,加入一定量的 水溶液中所需的阳离子物质任选地在细胞壁上饱和其结合位点,在水溶液中加入一定量的所需阴离子物质,任选地饱和其在细胞壁上的结合位点,除去处理的生物质和洗涤 ,并干燥细胞以形成固体产物。 还提供含有生物质细胞的可消化的含矿物质组合物。 对于环境清理应用,还提供了降低含有所述物质的水性组合物中至少一种阴离子物质的浓度的方法,其包括使所述水性组合物与微生物生物质细胞紧密接触,至少一种金属 阳离子物质已经被结合到足以使所述生物质细胞接受结合所述至少一种阴离子物质的量,并且任选地使所述生物质细胞在阴离子物质已经结合到所述生物质细胞之后用相同或不同的金属阳离子物质再生 生物质。
    • 10. 发明申请
    • HAND TOOL WITH COMPOUND LEVERAGE MECHANISM
    • 具有复合杠杆机构的手工具
    • WO2012058249A2
    • 2012-05-03
    • PCT/US2011/057770
    • 2011-10-26
    • POOLE, Robert, N.POOLE, Daniel
    • POOLE, Robert, N.POOLE, Daniel
    • B25B7/12
    • B25B7/12B26B13/26B26B17/02
    • A compound leverage hand tool includes a first section having a first handle end and an opposing first jaw portion with a first jaw end, a second section having a second handle end and a link end, and a second jaw portion having a second jaw end and a lever end, the second jaw portion pivotally coupled to the first jaw portion at a first pivot point intermediate the second jaw end and the lever end. The link end is pivotally coupled to the lever end at a second pivot point, and the link end is pivotally coupled to the first section proximate the first jaw portion at a sliding pivot point intermediate the first pivot point and the second pivot point.
    • 复合杠杆手动工具包括具有第一手柄端部的第一部分和具有第一钳口端部的相对的第一钳口部分,具有第二手柄端部和连杆端部的第二部分以及具有第二钳口端部的第二钳口部分, 杠杆端部,所述第二钳口部分在第二钳口端部和杆端部的第一枢转点处枢转地联接到所述第一钳口部分。 连杆端在第二枢转点处枢转地联接到杆端,并且连杆端在第一枢转点和第二枢转点之间的滑动枢转点处枢转地联接到靠近第一钳口部分的第一部分。