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    • 81. 发明申请
    • RETAINING DEVICE
    • 保留装置
    • WO2002072437A1
    • 2002-09-19
    • PCT/ZA2002/000030
    • 2002-03-12
    • HASSENKAMP, Mark, AnthonyDANDO, Mark, Robert
    • HASSENKAMP, Mark, AnthonyDANDO, Mark, Robert
    • B65D5/00
    • B65D5/005B65D5/0055B65D5/427
    • This invention relates to a retaining device [10] suitable for retaining two or more containers [15] in substantially non displaceable orientation relative to each other, for example during transportation of the same. The retaining device [10] is characterised therein that it comprises a substantially planar body plate [12]; and engaging means extending from the body plate [12] and dimensioned for engaging a container [15]. The engaging means comprises a number of protrusions [14], either in the form of barbs, pegs, spikes or the like [14a], or corner formations [14b], or retainer walls [24b], that extend from both faces [12a, 12b] of the body plate [12] such that the retaining device [10] is adapted simultaneously to engage neighbouring containers [15] that are located adjacent each other in a same plane, as well as containers [15] that are stacked one atop the other.
    • 本发明涉及一种保持装置[10],其适用于将两个或多个容器[15]相对于彼此保持在基本不可置换的取向,例如在其运送过程中。 保持装置[10]的特征在于其包括基本上平面的主体板[12]; 以及从主体板[12]延伸并且被设计成用于接合容器[15]的接合装置。 接合装置包括多个突起[14],其以倒钩,钉,钉或类似物[14a]或角部构造[14b]或保持壁[24b]的形式,从两个面[12a]延伸 ,12b],使得保持装置[10]同时适配地接合在同一平面内彼此相邻定位的相邻容器[15]以及堆叠在一起的容器[15] 在另一个顶上
    • 85. 发明申请
    • SPIRAL SEPARATOR AND CONTROL SYSTEM
    • 螺旋分离器和控制系统
    • WO2004041437A1
    • 2004-05-21
    • PCT/ZA2003/000169
    • 2003-11-10
    • MULTOTEC PROCESS EQUIPMENT (PTY) LIMITEDSTEINMULLER, Arno
    • STEINMULLER, Arno
    • B03B5/62
    • B03B13/00B03B5/626
    • The invention relates to a spiral separator and control system arrangement (20). The arrangement comprises at least one spiral separator (6), for beneficiating a slurry stream; measuring means (5) for measuring at least one slurry characteristic; and adjustment means (7) for adjusting in a controlled fashion the slurry stream upstream of the spiral separator, the control of the adjustment means being governed by a control system in accordance with the measured characteristic. The invention relates further to a control system for beneficiating a slurry stream by means of a spiral separator and a method of controlling a spiral separator for the beneficiation of a slurry stream.
    • 本发明涉及螺旋分离器和控制系统装置(20)。 该装置包括至少一个螺旋分离器(6),用于选择浆料流; 用于测量至少一种浆料特性的测量装置(5); 以及用于以受控的方式调节螺旋分离器上游的浆料流的调节装置(7),调节装置的控制由根据测量特性的控制系统控制。 本发明还涉及一种用于通过螺旋分离器选择浆料流的控制系统和控制用于选择浆料流的螺旋分离器的方法。
    • 86. 发明申请
    • GAS CLEANING PROCESS AND EQUIPMENT THEREFOR
    • 气体清洁工艺及其设备
    • WO2004039492A2
    • 2004-05-13
    • PCT/ZA2003/000160
    • 2003-10-29
    • ISCOR LIMITEDPAXTON, Richard, GeorgeFELLOWS-SMITH, MichaelMINSZENTY, Friedrich, MichaelMINSZENTY, Christian, Alexander
    • PAXTON, Richard, GeorgeFELLOWS-SMITH, MichaelMINSZENTY, Friedrich, MichaelMINSZENTY, Christian, Alexander
    • B01J19/24
    • B01D47/00B01D51/02C22B1/16C22B7/02Y02P10/216
    • The invention relates to equipment for use in the removal of relatively fine particulates from a first substance, using a second substance. The equipment includes a static, co-current contacting mixer section, having a plurality of stages defining a flow path, with a flow profile, for the first and the second substance, at least some of the stages being shaped to define a substantially curved flow path having an effective centre of curvature located to one side of the flow path, and wherein each adjacent stage has a centre of curvature on an opposite side of the flow path to provide a point of inflexion between adjacent stages and whereby, as the substances flow through the reactor between the adjacent stages, particles present in the first substance migrate through the second substance, first in one direction and then in a substantially opposite direction to promote interphasic interaction between the first and the second substance, the flow path characterised in being provided with an edge formation between at least two adjacent stages towards the point of inflexion so as to enhance the launch of the second substance on the outside of the curved flow path of one stage at relatively high velocity from the edge formation to the inside of the curved flow path of the adjacent stage, thus increasing the contact between the first and the second substances. The equipment also includes a cyclonic section and a spinner section. The invention also relates to a method for the removal of relatively fine particulates from a gas stream, using a scrubbing fluid, as well as a plastic composite material for the manufacture of the equipment.
    • 本发明涉及使用第二物质从第一物质中除去相对微细的颗粒的设备。 该设备包括静态的并流接触混合器部分,其具有限定用于第一和第二物质的流动分布的流动路径的多个阶段,至少一些阶段成形为限定基本上弯曲的流动 路径具有位于流路一侧的有效曲率中心,并且其中每个相邻台阶在流路的相对侧具有曲率中心,以提供相邻台阶之间的拐点,并且因此当物质流动时 通过相邻阶段之间的反应器,存在于第一物质中的颗粒首先在一个方向上移动穿过第二物质,然后沿基本上相反的方向迁移,以促进第一和第二物质之间的相互作用,其特征在于提供流动路径 在至少两个相邻阶段之间朝向拐点处的边缘形成,以便增强第二物质的发射 从相邻台阶的弯曲流路的边缘形成到内侧的相对高的速度的一个阶段的弯曲流动路径的外侧,从而增加第一和第二物质之间的接触。 设备还包括旋风部分和旋转器部分。 本发明还涉及使用洗涤流体从气流中除去相对细小的颗粒的方法,以及用于制造设备的塑料复合材料。
    • 89. 发明申请
    • MOULD INSERT
    • 模具插入
    • WO2004010548A1
    • 2004-01-29
    • PCT/ZA2003/000095
    • 2003-07-17
    • EXOWELD (PTY) LIMITEDNARDINI, Pier, Domenico
    • NARDINI, Pier, Domenico
    • H01R43/02
    • B23K23/00H01R43/02
    • According to the invention a mould seal for use in a mould used for creating permanent electrical connections between electrical conductors, and between electrical conductors and metallic surfaces by means of moulding a molten metallic compound around the electrical conductors, or around the electrical conductors and onto the metallic surfaces, is provided comprising a preformed body member having an outer surface adapted to complement at least one surface of the mould, the body member forming a seal between the conductor and the mould to prevent leakage of molten metallic compound from the mould.
    • 根据本发明,一种模具密封件,用于模具中,用于通过在电导体周围或电导体周围模制熔融金属化合物或在电导体周围形成电导体之间以及电导体和金属表面之间的永久电连接, 金属表面,其包括具有适于补充模具的至少一个表面的外表面的预成型本体构件,主体构件在导体和模具之间形成密封,以防止熔融的金属化合物从模具泄漏。