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    • 1. 发明授权
    • Liquid mixing and purging apparatus
    • 液体混合和清洗装置
    • US4549676A
    • 1985-10-29
    • US532590
    • 1983-09-16
    • Horst Gerich
    • Horst Gerich
    • B05C17/005B29B7/74B67D1/02B67D5/60
    • B29B7/7438B05C17/00553
    • An apparatus for mixing, dispensing and purging therefrom liquid compositions comprising two or more liquid components. Independent pressurized sources of the component liquids are coupled to a manifold assembly through appropriate check valves, the output of the manifold assembly being coupled to a serial assembly of mixing chambers and a flow gun. The check valves used to inhibit the flow of the component liquids each comprise a cylindrical member having a resiliently urged mating valve which halts the flow of the respective liquid upon a reduction in liquid pressure. A pressure relief valve is disposed intermediate the source of a catalyst component and the respective check valves to substantially reduce the pressure of the catalyst at the check valve so that the amount of base liquid required to purge the apparatus of the curing composition is substantially reduced.
    • 一种用于混合,分配和吹扫由两种或多种液体组分组成的液体组合物的装置。 组件液体的独立加压源通过适当的止回阀联接到歧管组件,歧管组件的输出端连接到混合室的串联组件和流动喷枪。 用于抑制组分液体流动的止回阀各自包括具有弹性推动的配合阀的圆柱形构件,其在液压降低时停止各液体的流动。 压力释放阀设置在催化剂组分的源和相应的止回阀之间,以大大降低止回阀处的催化剂的压力,从而显着降低清洗固化组合物的装置所需的基础液体的量。
    • 2. 发明授权
    • Liquid metering, mixing, dispensing, testing and purging method and
apparatus
    • 液体计量,混合,分配,测试和清洗方法和装置
    • US4750941A
    • 1988-06-14
    • US818676
    • 1986-01-14
    • Horst Gerich
    • Horst Gerich
    • B01F15/04
    • B01F15/047
    • An apparatus for metering, mixing, dispensing, testing and purging liquid compositions composed of predetermined ratios of reactive liquid components. Pressurized sources of the component liquids are coupled to valve mechanisms and liquid metering devices. The materials are metered in predetermined ratio to each other and fed to a mixer to be intimately combined and dispensed at a demand station for the intended use. A valve mechanism is provided immediately following the pressurized source of one of the liquids and upon operation of the valve this liquid is diverted around the valve and metering device and is fed directly into the first area in which the two liquids are co-mingled, thereby purging the entire area in which the co-mingled liquids exist. Upon operation of the purging valve, the entire operation of the valves and metering devices are stopped thereby significantly reducing the wear and tear on this portion of this apparatus. Also tubes are provided following the metering devices whereby samples from each liquid metering device may be simultaneously withdrawn and weighed to determine whether the metering devices are operating accurately in providing a predetermined ratio of the components in the final mixture.
    • 用于计量,混合,分配,测试和吹扫由预定比例的反应性液体组分组成的液体组合物的装置。 组分液体的加压源连接到阀机构和液体计量装置。 将材料以预定的比例彼此计量,并送入混合器以紧密组合并在需求站处分配用于预期用途。 一个阀机构紧靠着一种液体的加压源设置,并且在阀的操作时,该液体被转向阀和计量装置周围,并被直接供给到两个液体共混的第一区域中,从而 清除混合液体存在的整个区域。 在清洗阀操作时,阀和计量装置的整个操作被停止,从而显着地减少了该装置的该部分的磨损。 此外,在计量装置之后设置有管,由此来自每个液体计量装置的样品可以同时抽出和称重,以确定计量装置是否准确地操作,以提供最终混合物中组分的预定比例。
    • 3. 发明授权
    • Apparatus and method for delivering and metering fluids
    • 用于输送和计量流体的装置和方法
    • US4304529A
    • 1981-12-08
    • US079094
    • 1979-09-26
    • Horst Gerich
    • Horst Gerich
    • F04B13/02F04B17/00
    • F04B13/02
    • A metering system for delivering and metering two combinable and cooperatable liquids, in predetermined ratios in order to enable ultimate combining of such liquids or the fluids. The apparatus comprises a first discrete valve mechanism which is capable of receiving a first fluid from a source and a cooperating first discrete metering mechanism; a pumping mechanism for receiving the fluid from and directing fluid to this first valve mechanism. The apparatus also comprises a second discrete valve mechanism capable of receiving a second fluid from a source and an associated second discrete metering mechanism; a pumping mechanism for receiving fluid from and directing fluid to this valve mechanism. An actuating device operatively connects the first and second valve mechanisms and the first and second metering mechanisms in order to enable the first metering mechanism to pump the first fluid to and from the first valve mechanism and the second fluid to and from the second valve mechanism. The valve mechanisms are capable of metering the first and second fluids in proper predetermined amounts. The fluids may be combined at a mixing member as for example, a mixing gun.
    • 一种计量系统,用于以预定比例输送和计量两种可组合和可配合的液体,以便能够最终组合这种液体或流体。 该装置包括第一离散阀机构,其能够从源和协作的第一离散计量机构接收第一流体; 用于从第一阀机构接收流体并将流体引导到该第一阀机构的泵送机构。 该装置还包括能够从源和相关联的第二离散计量机构接收第二流体的第二离散阀机构; 用于接收流体并将流体引导到该阀机构的泵送机构。 致动装置可操作地连接第一和第二阀机构以及第一和第二计量机构,以便使第一计量机构能够将第一流体从第一阀机构和第二流体泵送到第二阀机构并从第二阀机构泵送第二流体。 阀机构能够以适当的预定量计量第一和第二流体。 流体可以在例如混合枪的混合构件处组合。
    • 4. 发明授权
    • Interfacial surface generator
    • 界面发生器
    • US4971450A
    • 1990-11-20
    • US818086
    • 1986-01-13
    • Horst Gerich
    • Horst Gerich
    • B01F5/06
    • B01F5/0644B01F5/064
    • An interfacial surface generating means having an inlet end, an outlet end and a plurality of separate passageways connecting the two ends. The ends of the passageways at the inlet end lie along a first line and the ends of the passageways at the outlet end lie along a second line. The second line extends substantially normal to the first line. Each of the ends being dish-shaped and having connecting means to fasten a plurality of surface generators together in a liquid-tight manner. The adjacent dish-shaped ends forming a mixing chamber between adjacent surface generators.
    • 界面表面生成装置具有入口端,出口端和连接两端的多个单独的通路。 入口端的通道的端部沿着第一线并且出口端的通道的端部沿着第二条线。 第二行基本上垂直于第一行延伸。 每个端部是碟形的并且具有用于以液密方式将多个表面发生器紧固在一起的连接装置。 相邻的碟形端部在相邻的表面发生器之间形成混合室。
    • 6. 发明授权
    • Metering and dispensing apparatus
    • 计量和分配设备
    • US5127547A
    • 1992-07-07
    • US646390
    • 1991-02-19
    • Horst Gerich
    • Horst Gerich
    • B01F15/04F04B7/00F04B9/105F04B9/113G01F11/02G05D11/13
    • F04B7/0011B01F15/0454F04B9/105F04B9/113G01F11/021G05D11/132
    • A metering and dispensing machine that operates in accordance with the position of a cross-bar. The cross-bar is powered by a pneumatic cylinder and reciprocates two piston pumps that draw liquid from storage vessels during a back stroke. The liquid is expelled during a forward stroke through a valve and an outlet opening. The amount of liquid dispensed is determined by the pump chamber volume and pump piston draw distance. Each pump is removably secured directly to a valve block. To vary the ratio of liquids expelled from the pumps, at least one of the pumps is replaced with a larger or smaller pump. Each valve head includes a plug valve which is rotated from a fill position to a dispense position by an independent valve drive mechanism. The mechanism is actuated by sensor switches which are activated by predetermined positions of the cross-bar.
    • 一种计量和分配机器,根据横杆的位置进行操作。 横杆由气动气缸供电,往复运动,在后冲程中从储存容器中抽出液体的两个活塞泵。 液体在向前冲程期间通过阀和出口开口排出。 分配的液体量由泵室体积和泵活塞吸取距离决定。 每个泵可拆卸地直接固定在阀块上。 为了改变从泵排出的液体的比例,至少一个泵被更大或更小的泵代替。 每个阀头包括一个旋塞阀,其通过独立的阀驱动机构从填充位置旋转到分配位置。 该机构由传感器开关驱动,传感器开关由交叉杆的预定位置激活。
    • 7. 发明授权
    • Feed system
    • 饲料系统
    • US4750646A
    • 1988-06-14
    • US074333
    • 1987-07-16
    • Horst Gerich
    • Horst Gerich
    • B67D7/02B67D7/06B67D5/06B67D5/54
    • B67D7/0238B67D7/06Y10T137/314
    • A liquid delivery system, particularly for liquids sensitive to water or in which no bubbles should be included, which permits dispensing the liquid directly from the container in which it was shipped and stored. The delivery system attaches directly to the container and has a breather tube communicating with air head space above the liquid. The breather tube can be opened and closed manually. The breather tube allows air or gas to enter the head space as liquid is dispensed from the container. In operation, the liquid delivery system is attached to the liquid container and the container and system are placed on an inversion device. The container is inverted in use.
    • 液体输送系统,特别是对水敏感或不含气泡的液体,其允许直接从其运输和储存的容器中分出液体。 输送系统直接附着在容器上,并具有与液体上方的空气头空间连通的通气管。 呼吸管可以手动打开和关闭。 当液体从容器中分配出来时,通气管允许空气或气体进入顶部空间。 在操作中,液体输送系统附接到液体容器,容器和系统被放置在反转装置上。 容器在使用中倒置。