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    • 91. 发明申请
    • A LIQUID STIRRING APPARATUS
    • 液体搅拌装置
    • WO2014036973A1
    • 2014-03-13
    • PCT/CN2013/083212
    • 2013-09-10
    • TOP ELECTRIC APPLIANCES INDUSTRIAL LTD
    • LI, WeizhongZHONG, Yewu
    • B01F7/18B01F5/16
    • B01F7/1695A23C9/1524A47J43/0465B01F3/04439B01F3/04453B01F3/04808B01F13/0827B01F13/089B01F2015/00603B01F2215/0006
    • Provided is a liquid stirring apparatus of the type using a non-contact drive mechanism (4) where the stirrer is driven through a magnetic drive effect without a mechanical connection member intruding through a wall of a container (2) for receiving a liquid to be stirred. The stirrer is received in use within the container (2). The non-connect driving mechanism (4) is arranged externally of the container (2). A holder is provided for positioning the stirrer within the container (2) where the holder is not integrally formed with the container (2), but is a separate component therefrom. The holder is not affixed to the container (2), but locates within the container (2) such that it positions the stirrer adjacent a wall of the container (2) near to the external location of the non-contact drive mechanism (4). The holder is manually removable from the container (2) and the stirrer is manually removable from the holder for cleaning.
    • 本发明提供一种使用非接触驱动机构(4)的液体搅拌装置,其中搅拌器通过磁力驱动效应驱动,而机械连接构件通过容器(2)的壁侵入,用于接收液体 搅动。 搅拌器在使用中容纳在容器(2)内。 非连接驱动机构(4)设置在容器(2)的外部。 提供了用于将搅拌器定位在容器(2)内的保持器,其中保持器不与容器(2)整体形成,而是与其分离的部件。 保持器不固定到容器(2)上,而是位于容器(2)内,使得其将搅拌器靠近容器(2)的壁定位在非接触驱动机构(4)的外部位置附近, 。 保持器可手动从容器(2)移除,并且搅拌器可手动从保持器移除以进行清洁。
    • 94. 发明申请
    • CYLINDRICAL MEMBRANE APPARATUS FOR FORMING FOAM
    • 用于形成泡沫的圆柱形膜装置
    • WO2008009623A1
    • 2008-01-24
    • PCT/EP2007/057191
    • 2007-07-12
    • NESTEC S.A.WINDHAB, Erich JosefMÜLLER-FISCHER, Nadina PatriziaTAPFER, Karl Uwe
    • WINDHAB, Erich JosefMÜLLER-FISCHER, Nadina PatriziaTAPFER, Karl Uwe
    • B01F3/04B01F5/04B01F7/00
    • B01F3/04269B01F3/04453B01F5/0451B01F5/0476B01F7/008B01F7/00816B01F7/12B01F2003/04404B01F2215/0021
    • An apparatus and process for making a foam having a controlled size distribution of gas bubbles in a liquid matrix. The invention utilizes a porous material having a controlled pore size and pore distance to produce a substantially uniform size distribution of gas bubbles; a gas pumping device for directing a flow of gas to and through the porous material to form the gas bubbles; a fluid pumping device for directing a flow of liquid matrix past the porous material and a rotating element moving in the vicinity of the membrane surface causing an additional flow to detach, collect accumulate and entrain the gas bubbles in the liquid matrix to form a foam having gas bubbles of generally uniform size and a substantially uniform gas bubble size distribution. Advantageously, the pore size and pore distance of the porous material, the gas flow from the gas pumping device, the flow field generated by the rotating element and the liquid flow from the fluid pumping device cooperate to provide gas bubbles having a mean diameter X 50,0 that is less than 2-2.5 times, preferably les than 1.25-1.5 times the mean pore diameter of the membrane and to provide the foam with a gas bubble diameter distribution ratio X 90,0 / X 10,0 th at is less than 5, preferably less than 3.
    • 一种用于制造泡沫的装置和方法,其具有在液体基质中气泡的可控尺寸分布。 本发明利用具有受控孔径和孔距离的多孔材料来产生基本均匀的气泡尺寸分布; 用于将气体流引导到多孔材料并通过多孔材料以形成气泡的气体抽吸装置; 用于引导液体基质流过多孔材料的流体泵送装置和在膜表面附近移动的旋转元件,引起额外的流动分离,收集积聚并将气泡夹带在液体基质中以形成具有 气泡尺寸大致均匀,气泡尺寸分布基本均匀。 有利地,多孔材料的孔径和孔隙距离,来自气体抽吸装置的气体流量,由旋转元件产生的流场和来自流体泵送装置的液体流动相配合,以提供具有平均直径X < 小于等于膜的平均孔径的2-2.5倍,优选小于平均孔径的1.25-1.5倍,并且为气泡直径分布比X 90提供泡沫, 0 10 小于5,优选小于3。
    • 99. 发明专利
    • Gear pump and foam dispenser
    • 齿轮泵和泡沫分配器
    • JP2009019621A
    • 2009-01-29
    • JP2008122407
    • 2008-05-08
    • Kanfer Joseph Sジョセフ・エス・カンファーJoseph S. Kanfer
    • ZLATIC DOUGROSENKRANZ MARK E
    • B67D7/70F04C2/18B67D7/30B67D7/58B67D7/66B67D7/74B67D7/78F04C15/06
    • B01F5/14A47K5/16B01F3/04453
    • PROBLEM TO BE SOLVED: To provide a pump and a foam dispenser suitable for distributing a plurality of components.
      SOLUTION: The gear pump for mixing first and second components includes an inlet port (48), a premix chamber (40), and a second component valve (80). The premix chamber (40) has a first end communicating with the inlet port (48), and a second end communicating with a source of the first component, thus providing a fluid path to lead the first component through the inlet port (48) upon operation of the gear pump. The second component valve (80) regulates fluid communication between a source of the second component and the premix chamber (40). Upon operation of the gear pump, the first component is drawn from its source into the premix chamber (40), the second component is drawn from its source, through the second component valve (80), and into the premix chamber (40), and a mixture of the first and second components is fed from the premix chamber (40) through the inlet port (48).
      COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:提供适于分配多个部件的泵和泡沫分配器。 解决方案:用于混合第一和第二部件的齿轮泵包括入口(48),预混合室(40)和第二组分阀(80)。 预混室(40)具有与入口(48)连通的第一端,以及与第一部件的源连通的第二端,从而提供流体路径,以便通过入口端口(48)引导第一部件通过入口端口 齿轮泵的运行。 第二组分阀(80)调节第二组分的源和预混合室(40)之间的流体连通。 在齿轮泵运行时,第一部件从其源被抽入预混合室(40),第二部件从其源头通过第二部件阀80被吸入并进入预混合室40, 并且第一和第二组分的混合物从预混合室(40)通过入口(48)进料。 版权所有(C)2009,JPO&INPIT
    • 100. 发明授权
    • 로터-로터 방식 분산유화장치 임펠러 구조 시스템
    • 转子 - 转子式分散乳​​化装置叶轮结构体系
    • KR101780329B1
    • 2017-09-20
    • KR1020150063373
    • 2015-05-06
    • 주식회사 케이엔에스컴퍼니
    • 이범섭
    • B01F3/00B01F3/12B01F3/08B01F7/00
    • B01F7/00875B01F3/04453B01F3/0807B01F3/0853B01F3/1221B01F7/00341B01F7/00633B01F7/00866B01F7/22B01F13/1016B01F2215/0059
    • 본발명은제 1 로터와제 2 로터로이루어지는임펠러를다단계로구비하고제 1 로터와제 2 로터는각각의구동모터에의하여상호역방향회전상태로구동되며혼합될각 대상물질이다단의임펠러부사이를원패스방식으로한번에순차통과하므로분산유화의처리를위한전체작업시간을크게단축시키고혼합되는각 재료(대상물질)의미세한전단(절단)에의하여입도의균일성을향상시키는로터-로터방식분산유화장치임펠러구조시스템에관한것으로원반형상을하며하측방향으로돌출형성된하나이상다수의제 1 로터톱이하나이상다수의동심원주를따라균일한간격으로배열형성되고중앙에개방된제 1 축고정홀을통하여삽입된제 1 구동축의외주면에고정설치되는제 1 로터및 원반형상을하며상측방향으로돌출형성된하나이상다수의제 2 로터톱이하나이상다수의동심원주를따라균일한간격으로배열형성되고외측가장자리부분이제 2 로터고정브라켓에고정되고회전중심축이일치된상태로제 2 구동축에고정설치되는제 2 로터를포함하고, 제 1 로터는제 2 로터와마주보는상태로결합하되제 1 로터톱과제 2 로터톱이간격을형성하는상태로결합하고, 제 1 로터톱과제 2 로터톱은동심원주상에배열되되서로다른원주상에배열되고, 제 1 로터와제 2 로터가마주보는상태로결합하면제 1 로터톱과제 2 로터톱은서로다른동심원주에의하여인접한상태로교차반복배치되는구성으로이루어지는특징에의하여분산유화공정이원패스처리공정으로이루어지므로강력한전단력에의하여전체적인작업시간이단축되며, 혼합되는대상물질의입도균일성이향상되는효과를제공한다.
    • 本发明的特征在于,第一转子和第二转子的叶轮分多级设置,并且第一转子和第二转子通过各自的驱动马达沿彼此相反的方向驱动, 因为在时间顺序地通旁路方法转子的源,以提高粒度的均匀性和速度,增加总的工作,并且每个混合材料(靶材料)的装置,用于将分散乳液转子系统分散乳液的处理多个剪切(切割) 各自具有向下突出的圆盘形状的多个第一转子锯沿着一个或多个同心圆以相等的间隔布置并且设置有第一轴固定孔 固定地安装在插入的第一驱动轴的外圆周表面上的第一转子和至少一个第二转子锯,所述第二转子锯以盘形向上突出并且沿着一个或多个同心圆 形成设置在固定到所述外缘部的相同的空间现在第二转子固定支架和固定于旋转中心轴线重合罗塞塔第二驱动轴上的第二转子,所述第一转子是在面对所述第二转子的状态下 结合,但第一转子顶部任务2转子顶部联接到形成间隙的状态,并且所述第一转子顶部任务2转子顶端被布置在周向上在doeseo布置在同心圆周上,所述第一转子和所述第二转子 当耦合到所述状态窑公报变为构成的第一转子顶部任务2转子顶部的是对分散的乳液方法的组成在相邻的状态的横重复不同同心圆状态由特征单程过程中由强剪切力由......组成布置为通过 整体工作时间缩短,待混合材料的颗粒均匀性得到改善。