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    • 4. 发明授权
    • AEROSOL INTENDED FOR DISPENSING A MULTI-COMPONENT MATERIAL
    • 喷涂机配多组分材料
    • EP0877653B1
    • 2002-10-16
    • EP97901272.1
    • 1997-01-31
    • AIRSPRAY INTERNATIONAL B.V.
    • VAN DER HEIJDEN, Edgar, Ivo, Maria
    • B05B11/00B05B7/00B65D83/14
    • B05B11/3087B05B7/0025B05B11/0048B05B11/3001B05B11/3078B05B11/3084
    • Aerosol intended for dispensing several components for the production of a multi-component material, in particular a paste-like cosmetic material, at least comprising a dispensing assembly, a main container (1) and one or more separate auxiliary containers (2) for components to be dispensed, in which the one or more auxiliary containers (2) are accommodated in the main container (1) and designed in such a way that they can be removed from the main container (1) together with the dispensing assembly, the dispensing assembly comprising piston pumps (5, 23; 90, 91; 110) for pumping the components to be dispensed out of the containers (1, 2) to one or more dispensing openings (33, 34; 54; 96, 98; 121), a common control part (4) being present for operating the piston pumps (5, 23; 90, 91; 110), in which the piston pumps (5, 23; 90, 91; 110) comprise a piston chamber (7, 25; 92, 66; 170) with an inlet and an outlet and a piston (8, 26, 93, 107, 117) which is movable in the piston chamber (5, 23; 90, 91; 110), while a non-return valve is present in the inlet and the outlet of the piston chambers (7, 25; 92, 66; 170) of the piston pumps (5, 23; 90, 91; 110), in which the non-return valve in the inlet of at least one of the piston chambers (7, 25; 92, 66; 170) of the piston pumps (5, 23; 90, 91; 110) which are connected to the auxiliary containers (2) is in the form of a non-return ball check valve, and in which at least one of the auxiliary containers (2) is in the form of a container with variable volume.
    • 6. 发明公开
    • AEROSOL INTENDED FOR DISPENSING A MULTI-COMPONENT MATERIAL
    • 喷涂机配多组分材料
    • EP0877653A1
    • 1998-11-18
    • EP97901272.0
    • 1997-01-31
    • AIRSPRAY INTERNATIONAL B.V.
    • VAN DER HEIJDEN, Edgar, Ivo, Maria
    • B65D83B05B7B05B11
    • B05B11/3087B05B7/0025B05B11/0048B05B11/3001B05B11/3078B05B11/3084
    • Aerosol intended for dispensing several components for the production of a multi-component material, in particular a paste-like cosmetic material, at least comprising a dispensing assembly, a main container (1) and one or more separate auxiliary containers (2) for components to be dispensed, in which the one or more auxiliary containers (2) are accommodated in the main container (1) and designed in such a way that they can be removed from the main container (1) together with the dispensing assembly, the dispensing assembly comprising piston pumps (5, 23; 90, 91; 110) for pumping the components to be dispensed out of the containers (1, 2) to one or more dispensing openings (33, 34; 54; 96, 98; 121), a common control part (4) being present for operating the piston pumps (5, 23; 90, 91; 110), in which the piston pumps (5, 23; 90, 91; 110) comprise a piston chamber (7, 25; 92, 66; 170) with an inlet and an outlet and a piston (8, 26, 93, 107, 117) which is movable in the piston chamber (5, 23; 90, 91; 110), while a non-return valve is present in the inlet and the outlet of the piston chambers (7, 25; 92, 66; 170) of the piston pumps (5, 23; 90, 91; 110), in which the non-return valve in the inlet of at least one of the piston chambers (7, 25; 92, 66; 170) of the piston pumps (5, 23; 90, 91; 110) which are connected to the auxiliary containers (2) is in the form of a non-return ball check valve, and in which at least one of the auxiliary containers (2) is in the form of a container with variable volume.
    • 7. 发明公开
    • Pump mechanism
    • Pumpenmechanismus
    • EP0761559A2
    • 1997-03-12
    • EP96113661.1
    • 1996-08-26
    • KAO CORPORATION
    • Inagawa, Yoshinori
    • B65D47/34F04B9/14B05B11/00
    • B05B11/3001B05B11/3078B05B11/3097
    • In a pump mechanism attached to a container to fill a liquid and eject the liquid from the container, the pump mechanism includes: a cylinder having a liquid introduction port; a piston which is displaceable in the cylinder; an ejection guide path for the liquid, the path being communicated with the space in the cylinder, the liquid stored in the cylinder being ejected via the ejection guide path by a pushing force which causes the piston to be displaced from the original position to a displaced position; and a recovery device for restoring the piston from the displaced position to the original position by a gas pressure and storing the liquid in the cylinder when the pushing force is released. The pushing force causes the space in the piston to enter a substantially vacuum state, and the gas pressure is generated by a pressure difference between the internal pressure of the space and atmospheric pressure acting via the liquid on the piston. With the pump mechanism, when it is to be subjected to a disposal process or a recycle process, it is not required to conduct selection according to the material and which can be therefore subjected to such a process at a low cost.
    • 在连接到容器以填充液体并从容器中排出液体的泵机构中,泵机构包括:具有液体引入口的气缸; 可在气缸中移动的活塞; 用于液体的排出引导路径,该路径与气缸中的空间连通,存储在气缸中的液体通过推动力被推出,该推动力使活塞从原始位置移位到位移 位置; 以及恢复装置,用于通过气体压力将活塞从位移位置恢复到原始位置,并且当推动力被释放时将液体存储在气缸中。 推力使得活塞中的空间进入基本上真空状态,并且气体压力由空间的内部压力和通过活塞上的液体作用的大气压力之间的压力差产生。 利用泵机构,当进行处置处理或再循环处理时,不需要根据材料进行选择,因此可以以低成本进行这种处理。
    • 8. 发明公开
    • ONE TURN ACTUATED DURATION SPRAY PUMP MECHANISM
    • 一个转动动作的持续时间喷雾泵机构
    • EP3275554A1
    • 2018-01-31
    • EP17186326.9
    • 2012-04-11
    • Alternative Packaging Solutions, LLC
    • BLAKE, William Sydney
    • B05B9/08G01F11/02B05B11/00
    • B05B9/0883B05B11/3073B05B11/3076B05B11/3078G01F11/028
    • A mechanically operated, one-turn actuation, duration spray pump mechanism for dispensing product from a container (C), wherein a cylinder (30) is fixed to a cylinder retainer closure (21) adapted to be attached to a container (C). In use, the cylinder (30) extends into the container (C), and a splined shaft (70) extends coaxially into the cylinder (30) from a rotatable actuating collar (50) connected to the cylinder retainer closure (21). At least one piston (80, 81) is mounted for axial movement on the shaft (70) in sealed sliding relationship with the shaft (70) and the cylinder (30). Interengaged structure between the piston (80, 81) and cylinder (30) causes the piston (80, 81) to move axially within the cylinder (30) to draw product into the cylinder (30) and to store energy in an energy storage device when the actuating collar (50) and shaft (70) are rotated. The stored energy moves the piston (80, 81) to exert pressure on the product in the cylinder (30) and dispense it when a discharge valve is opened.
    • 一种用于从容器(C)分配产品的机械操作的单转动致动持续喷雾泵机构,其中气缸(30)固定到适于连接到容器(C)的气缸保持器闭合件(21)。 在使用中,气缸30延伸到容器C中,并且花键轴70从连接到气缸保持器闭合件21的可旋转致动套环50同轴地延伸到气缸30中。 至少一个活塞(80,81)被安装成在轴(70)上以与轴(70)和缸体(30)密封滑动关系轴向移动。 活塞(80,81)和缸体(30)之间的相互结合的结构使得活塞(80,81)在缸体(30)内轴向运动以将产品吸入缸体(30)中并且将能量存储在能量存储装置 当致动环(50)和轴(70)旋转时。 储存的能量使活塞(80,81)移动以对缸(30)中的产品施加压力并且当排放阀打开时分配该活塞。
    • 9. 发明公开
    • ONE TURN ACTUATED DURATION SPRAY DISPENSER
    • 一次打开动作时间喷涂分配器
    • EP3222363A1
    • 2017-09-27
    • EP17160969.6
    • 2012-04-11
    • Alternative Packaging Solutions, LLC
    • BLAKE, William Sydney
    • B05B9/08G01F11/02B05B11/00
    • G01F11/025B05B9/0883B05B11/3069B05B11/3073B05B11/3076B05B11/3078
    • A power assembly (10) for dispensing product from a container (C) includes a pump mechanism (20) and an energy storage mechanism (40). The pump mechanism (20) includes a rotatable actuating collar (21) connected through an escapement mechanism (22) with a drive screw (23) with an externally threaded shaft (24) engaged with internal threads (25) in a piston (26). Rotation of the collar (21) reciprocates the piston (26) to store energy in the energy storage mechanism (40) and to draw product into a pump chamber (33) from which the product is dispensed. An actuator (50) is connected with a stem valve (34) to open it when the actuator (50) is depressed, enabling the energy storage mechanism (40) to push the piston (26) back to its at-rest position to force product from the pump chamber (33) and ready it for another dispensing cycle. Disengagement of the escapement mechanism (22) when the actuator (50) is depressed prevents rotation of the actuating collar (21). Different energy storage mechanisms can be interchangeably attached to the pump mechanism.
    • 用于从容器(C)分配产品的动力组件(10)包括泵机构(20)和能量存储机构(40)。 泵机构(20)包括通过擒纵机构(22)与驱动螺杆(23)连接的可旋转致动轴环(21),其外螺纹轴(24)与活塞(26)中的内螺纹(25) 。 套环(21)的旋转使活塞(26)往复运动以将能量储存在能量储存机构(40)中并且将产品抽吸到分配产品的泵室(33)中。 当致动器(50)被压下时,致动器(50)与杆阀(34)连接以将其打开,使得能量存储机构(40)将活塞(26)推回到其静止位置以迫使 来自泵室(33)的产品并准备好用于另一个分配循环。 当致动器(50)被按下时,擒纵机构(22)的脱离防止致动套环(21)的旋转。 不同的储能机构可以互换地连接在泵机构上。
    • 10. 发明公开
    • ONE TURN ACTUATED DURATION SPRAY PUMP MECHANISM
    • 一个转动动作的持续时间喷雾泵机构
    • EP2836801A1
    • 2015-02-18
    • EP12874162.6
    • 2012-04-11
    • Blake, William S.
    • Blake, William S.
    • G01F11/00
    • B05B9/0883B05B11/3073B05B11/3076B05B11/3078G01F11/028
    • A mechanically operated, one-turn actuation, duration spray pump mechanism for dispensing product from a container, wherein a cylinder is fixed to a cylinder retainer closure adapted to be attached to a container. In use, the cylinder extends into the container, and a splined shaft extends coaxially into the cylinder from a rotatable actuating collar connected to the cylinder retainer closure. At least one piston is mounted for axial movement on the shaft in sealed sliding relationship with the shaft and the cylinder. Interengaged structure between the piston and cylinder causes the piston to move axially within the cylinder to draw product into the cylinder and to store energy in an energy storage device when the actuating collar and shaft are rotated. The stored energy moves the piston to exert pressure on the product in the cylinder and dispense it when a discharge valve is opened
    • 用于从容器中分配产品的机械操作的单转动致动持续喷射泵机构,其中气缸被固定到适于附接到容器的气缸保持器闭合件。 在使用中,气缸延伸到容器中,并且花键轴从连接到气缸保持器闭合件的可旋转致动轴环同轴地延伸到气缸中。 至少有一个活塞安装在轴上并与轴和气缸密封滑动关系轴向移动。 活塞和缸体之间的相互结合的结构使活塞在缸体内轴向移动以将产品吸入缸体中,并且当致动套环和轴旋转时将能量存储在能量存储装置中。 储存的能量使活塞移动,从而对气缸中的产品施加压力,并在排气阀打开时分配