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    • 2. 发明申请
    • AEROSOL DISPENSING VALVE
    • 气溶胶分配阀
    • WO2003042068A1
    • 2003-05-22
    • PCT/US2002/035994
    • 2002-11-08
    • S. C. JOHNSON & SON, INC.
    • KNICKERBOCKER, Michael, G.HOUSER, David, J.
    • B65D83/16
    • B65D83/265
    • A valve assembly (20) can automatically dispense aerosol content from an aerosol container (22) at predetermined intervals without the use of electric power. A diaphragm (58) at least partially defines an accumulation chamber (80) that receives aerosol content from the can (22) during an accumulation phase. Once the internal pressure of the accumulation chamber (80) reaches a predetermined threshold, the diaphragm (58) moves axially, carrying with it a leg (62) so as to unseal an outlet, and thereby initiate a spray burst. A pawl (66) extends from the diaphragm (58), and engages a retention surface (68) to resist movement of the diaphragm (58) and prolong the accumulation phase. The diaphragm (58) assumes its original position when the pressure within the accumulation chamber (80) falls below a threshold pressure.
    • 阀组件(20)可以在不使用电力的情况下以预定间隔自动从气溶胶容器(22)分配气溶胶含量。 至少部分地限定在积聚阶段期间从罐(22)接收气溶胶含量的积聚室(80)的隔膜(58)。 一旦积聚室(80)的内部压力达到预定的阈值,隔膜(58)将轴向移动,并带有支脚(62),从而开启出口,从而开始喷雾。 棘爪(66)从隔膜(58)延伸,并与保持表面(68)接合,以抵抗隔膜(58)的移动并延长聚积阶段。 当积聚室(80)内的压力低于阈值压力时,隔膜(58)呈现其原始位置。
    • 3. 发明申请
    • AUTOMATIC DOSING AND SPRAYING VALVE ASSEMBLY
    • 自动排料和喷雾阀组件
    • WO2014016542A2
    • 2014-01-30
    • PCT/GB2013/000318
    • 2013-07-23
    • LEAFGREEN LTD
    • LAIDLER, Keith
    • G01F11/04
    • B65D83/54B65D83/207B65D83/26B65D83/265
    • A non-electrically powered automatic dosing and spraying apparatus is described which comprises a valve assembly and a container of pressurised fluid with an outlet valve, wherein the valve assembly is connected to the container to open the outlet valve to permit the fluid to flow into the valve assembly and wherein the valve assembly comprises a housing containing at least two chambers wherein one of those chambers is a main chamber open at one end to the contents of the container and closed at one end by a movable plunger, and another of those chambers is a dose chamber closed at one end by the movable plunger and closed at the other end by a prodder seal formed between a movable prodder and a fluid outlet opening; wherein the movable plunger is biased against movement toward the dose chamber by a main spring means and a prodder spring means, the main spring means being mounted in or adjacent to the dose chamber and the prodder spring means being connected to both the movable plunger and movable prodder, a leak path is provided for the fluid between the main chamber and the dose chamber.
    • 描述了一种非电动自动计量和喷涂装置,其包括阀组件和具有出口阀的加压流体容器,其中阀组件连接到容器以打开出口阀,以允许流体流入 阀组件,并且其中阀组件包括容纳至少两个室的壳体,其中这些腔室中的一个是主体室,其一端在容器的容纳物的一端开口,并且在一端由可移动的柱塞封闭,并且这些腔室中的另一个 剂量室在一端由可移动柱塞封闭,并在另一端封闭形成在可动产品与流体出口之间的工件密封; 其中可移动柱塞通过主弹簧装置和制动弹簧装置被偏压以抵抗剂量室的运动,所述主弹簧装置安装在剂量室中或邻近剂量室,并且制动弹簧装置连接到可动活塞和可动 为主体和剂量室之间的流体提供泄漏路径。
    • 5. 发明申请
    • DOSING AEROSOL VALVE
    • 使用空气阀
    • WO2017060664A1
    • 2017-04-13
    • PCT/GB2016/000180
    • 2016-10-05
    • LEAFGREEN LIMITED
    • LAIDLER, Keith
    • B65D83/32B65D83/56B65D83/26B65D83/70B65D83/54
    • B65D83/32B65D83/265B65D83/54B65D83/565B65D83/70
    • A modified valve arrangement for a pressurized dispenser (105) comprising a container with a dispensing valve 106 and a diptube (104), a flow control component (111) inside the diptube (104), a pressurized dispensing fluid, wherein the diptube (104) has a retaining feature (103) that retains the flow control component (111) in the diptube and the flow control component (111) can move along the diptube (104) and in normal operation the flow control component (111) is clear of the valve (107) but whether the container is upright, angled or inverted, the flow control component can move to a position where it makes contact with the valve (107) and forms a slow leak path between it and the downstream end of the valve (107) and wherein the valve arrangement controls the volume of fluid leaving the pressurized dispenser (105).
    • 一种用于加压分配器(105)的改进的阀装置,包括具有分配阀106和汲取管(104)的容器,汲取管(104)内的流量控制部件(111),加压分配流体,其中汲取管 )具有将流量控制部件(111)保持在汲取管中的保持特征(103),并且流量控制部件(111)可沿着汲取管(104)移动,并且在正常操作中,流量控制部件(111) 阀(107),但是容器是直立的,倾斜的还是倒置的,流量控制部件可以移动到其与阀(107)接触的位置,并且在阀和下游端之间形成缓慢的泄漏路径 (107),并且其中所述阀装置控制离开所述加压分配器(105)的流体的体积。
    • 7. 发明申请
    • TOTAL RELEASE DISPENSING VALVE
    • 全部释放分配阀
    • WO2003037749A1
    • 2003-05-08
    • PCT/US2002/034757
    • 2002-10-30
    • S. C. JOHNSON & SON, INC.
    • JAWORSKI, ThomasWESTPHAL, Nathan, R.SHANKLIN, Donald, J.HOUSER, David, J.
    • B65D83/16
    • B65D83/265
    • A valve assembly can automatically and essentially totally release aerosol content from an aerosol container (12) in a single burst without the use of electric power or constant manual activation. A diaphragm (40) at least partially defines an accumulation chamber (36) that receives aerosol chemical from the can (12) during an accumulation phase. Once the internal pressure of the accumulation chamber (36) reaches a predetermined threshold, the diaphragm (40) moves, carrying with it a seal so as to unseal an outlet channel (51), and thereby initiate a spray of the main active chemical. The diaphragm (40) is held in the open position while there is elevated pressure of active in the can and/or due to a latch that activates as the diaphragm (40) moves to the dispensing position.
    • 阀组件可以在不使用电力或恒定手动激活的情况下,以单次爆发的方式自动且基本上完全从气溶胶容器(12)中释放气溶胶含量。 隔膜(40)至少部分地限定在积聚阶段期间从罐(12)接收气溶胶化学物质的积聚室(36)。 一旦积聚室(36)的内部压力达到预定的阈值,隔膜(40)移动,携带密封件,以便开启出口通道(51),从而引发主活性化学品的喷雾。 隔膜(40)保持在打开位置,同时在壳体中有升高的压力和/或由于当隔膜(40)移动到分配位置时启动的闩锁件而被锁定。
    • 8. 发明申请
    • SPRAY DISPENSER
    • 喷雾分配​​器
    • WO01055009A1
    • 2001-08-02
    • PCT/IL2001/000068
    • 2001-01-24
    • B65D83/76B05B9/04B65D83/14B65D83/16B65D83/26
    • B65D83/48B65D83/265B65D83/32B65D2213/00
    • This invention is an apparatus (10) for spraying contents of a spray container (16), including a dispenser body (12) sealingly attachable to the container containing a fluid (18), a fluid outlet (20) formed in the dispenser body and a deformable element (56) generally freely (51) supported around a perimeter thereof in the dispenser body, the deformable element having a first orientation (Fig.1A) when in a reference temperature range and reversibly deforming to a second orientation (Fig.1B) when out of the reference temperature range, wherein in the first orientation the deformable element is operative to block passage of the fluid from the container and in the second orientation of the deformable element is operative to allow a passage of the fluid from the container. A method of dispensing a fluid from a container is also disclosed.
    • 本发明是一种用于喷射喷雾容器(16)的内容物的设备(10),包括分配器主体(12),该分配器主体(12)可密封地附接到容纳流体的容器(18),形成在分配器主体中的流体出口(20) 大体上可自由地(51)围绕分配器主体的周边支撑的可变形元件(56),当在参考温度范围内可变形元件具有第一取向(图1A),并且可逆地变形到第二取向(图1B ),其中在所述参考温度范围内,其中在所述第一取向中,所述可变形元件可操作以阻止所述流体从所述容器的通过并且在所述可变形元件的第二取向中操作以允许所述流体从所述容器通过。 还公开了一种从容器分配流体的方法。
    • 9. 发明申请
    • INTERMITTENT AEROSOL SPRAYING DEVICE
    • INTERMITTENT AEROSOL喷雾装置
    • WO1981000680A1
    • 1981-03-19
    • PCT/JP1980000210
    • 1980-09-17
    • TOYO AEROSOL IND CO LTDYAZAWA IHACHINOHE Y
    • TOYO AEROSOL IND CO LTD
    • B05B09/04
    • B65D83/265
    • A spraying device detachably attached to an aerosol container for automatically intermittently spraying aerosol solution. When the pressure in a pressure chamber (115) communicating with a gas phase interior (111) of the aerosol container (102) through a passage (110) and a controller (116) reaches the predetermined pressure by accumulated gas phase in the container (102), a pressing member (129) is oppositely bent to press a driven member (133) through a pressure-receiving projection (134), so that the gas phase from the pressure chamber (115) and the liquid phase from the container (102) are sprayed through a nozzle (137). A rotor (128) controls the air flow rate of the controller (116) to control the spraying interval, and a valve body (150) controls the gas exhaust time from the pressure chamber (115) to control the spray time period of the spraying device.
    • 喷雾装置可拆卸地附接到气溶胶容器,用于自动间歇地喷洒气溶胶溶液。 当通过通道(110)和控制器(116)与气溶胶容器(102)的气相内部(111)连通的压力室(115)中的压力通过容器中的累积气相达到预定压力时 102),按压构件(129)相对地弯曲以通过受压突起(134)按压被驱动构件(133),使得来自压力室(115)的气相和来自容器的液相( 102)通过喷嘴(137)喷射。 转子(128)控制控制器(116)的空气流量以控制喷射间隔,阀体(150)控制来自压力室(115)的排气时间,以控制喷射时间 设备。
    • 10. 发明申请
    • AUTOMATIC DOSING AND SPRAYING VALVE ASSEMBLY
    • 自动加药和喷雾阀组件
    • WO2014016542A3
    • 2014-06-26
    • PCT/GB2013000318
    • 2013-07-23
    • LEAFGREEN LTD
    • LAIDLER KEITH
    • B05B11/02B05B1/08B05B9/04B65D83/20B65D83/26B65D83/54G01F11/04
    • B65D83/54B65D83/207B65D83/26B65D83/265
    • A non-electrically powered automatic dosing and spraying apparatus is described which comprises a valve assembly and a container of pressurised fluid with an outlet valve, wherein the valve assembly is connected to the container to open the outlet valve to permit the fluid to flow into the valve assembly and wherein the valve assembly comprises a housing containing at least two chambers wherein one of those chambers is a main chamber open at one end to the contents of the container and closed at one end by a movable plunger, and another of those chambers is a dose chamber closed at one end by the movable plunger and closed at the other end by a prodder seal formed between a movable prodder and a fluid outlet opening; wherein the movable plunger is biased against movement toward the dose chamber by a main spring means and a prodder spring means, the main spring means being mounted in or adjacent to the dose chamber and the prodder spring means being connected to both the movable plunger and movable prodder, a leak path is provided for the fluid between the main chamber and the dose chamber.
    • 描述了一种非电动自动定量供给和喷射装置,其包括阀组件和具有出口阀的加压流体容器,其中阀组件连接到容器以打开出口阀以允许流体流入 阀组件,并且其中所述阀组件包括包含至少两个腔室的壳体,其中所述腔室中的一个是主腔室,所述主腔室在一端处通向所述容器的内容物并且在一端被可移动柱塞封闭,并且这些腔室中的另一个 一个剂量室,其一端由可移动柱塞封闭,另一端通过形成于可移动刺探器和流体出口开口之间的刺探密封件而关闭; 其中所述可移动柱塞被主弹簧装置和刺探弹簧装置偏压而不向所述剂量腔室移动,所述主弹簧装置安装在所述剂量腔室中或邻近所述剂量腔室,并且所述刺探弹簧装置连接到所述可移动柱塞和可移动柱塞 为主腔室和剂量腔室之间的流体提供泄漏路径。