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    • 72. 发明申请
    • DEVICE FOR THE DELIVERY OF GAS-LIQUID MIXTURES
    • 气体混合物输送装置
    • WO2007083206A1
    • 2007-07-26
    • PCT/IB2007/000066
    • 2007-01-04
    • TAPLAST SPASANTAGIULIANA, Stefano
    • SANTAGIULIANA, Stefano
    • B05B11/00B05B7/00
    • B05B11/3074B05B1/3436B05B7/0037B05B7/10B05B11/3023B05B11/3087
    • The application concerns a device (1) for the delivery of gas- liquid mixtures in association with a container for a liquid, comprising: first means (2) suitable for being moved from a first resting position to a second position for sucking up said liquid and carrying it to a mixing chamber (3) ; second means (5) suitable for compressing a gas and carrying it into a mixing chamber (3) when the first means (2) are moved from the first position to the second position. Said device also comprises a collection means (6) suitable for collecting at least a part of the portion of liquid in the air-liquid mixture that is not delivered after operating said device and that remains inside said mixing chamber (3) and/or downstream therefrom.
    • 该应用涉及用于与用于液体的容器相关联地输送气液混合物的装置(1),包括:适于从第一静止位置移动到第二位置的第一装置(2),用于吸取所述液体 并将其携带到混合室(3)中; 当第一装置(2)从第一位置移动到第二位置时,适于压缩气体并将其携带到混合室(3)中的第二装置(5)。 所述装置还包括收集装置(6),该收集装置(6)适于收集在操作所述装置之后未被输送并保留在所述混合室(3)和/或下游的空气 - 液体混合物中的部分液体的至少一部分 由此。
    • 73. 发明申请
    • DISPENSER WITH IMPROVED SUPPLY-CLOSING MEANS
    • 具有改进的电源闭合方式的分配器
    • WO2006112704A1
    • 2006-10-26
    • PCT/NL2006/000208
    • 2006-04-20
    • KELTEC B.V.BROUWER, Markus, Franciskus
    • BROUWER, Markus, Franciskus
    • B05B11/00
    • B05B11/3087B05B11/3074
    • The invention relates to a dispenser, particularly suitable for a liquid container, comprising: an air pump with an air cylinder (23) and an air piston (3) axially displaceable in the air cylinder, an air space (19) defined between the air cylinder and the air piston, supply-closing means (39) for closing the air supply to the air pump, discharge-closing means for closing the air discharge from the air pump, a cover (1) connected to the air piston, an air inlet opening (12) in the cover, wherein the air inlet opening debouches directly into the air space, and an annular element (39) which extends axially on the inside of the cover and which comprises an edge part, which edge part is in contact with at least the part of the inner wall of the cover located around the air inlet opening (12) .
    • 本发明涉及一种特别适用于液体容器的分配器,包括:具有气缸(23)的空气泵和在气缸中可轴向移位的空气活塞(3),限定在空气中的空气空间(19) 气缸和空气活塞,用于关闭到空气泵的空气供给的供给关闭装置(39),用于关闭来自空气泵的空气排出的排出关闭装置,连接到空气活塞的盖(1),空气 所述盖中的入口开口(12),其中所述空气入口开口直接进入所述空气空间;以及环形元件(39),其在所述盖的内部上轴向延伸并且包括边缘部分,所述边缘部分接触 至少所述盖的内壁的一部分位于所述进气口(12)周围。
    • 74. 发明申请
    • DISPENSING UNIT
    • 分配单位
    • WO2006112701A1
    • 2006-10-26
    • PCT/NL2006/000204
    • 2006-04-19
    • KELTEC B.V.BROUWER, Markus, Franciskus
    • BROUWER, Markus, Franciskus
    • B05B11/00B05B7/00
    • B05B11/3087B05B7/0037
    • The invention relates to a dispensing unit, particularly suitable for a liquid container, comprising an air pump with an air cylinder and an air piston (31), wherein an air chamber (32) is defined between the air cylinder and the air piston, a liquid pump with a liquid cylinder and a liquid piston (24), wherein a liquid chamber (30) is defined between the liquid cylinder and the liquid piston, an axially displaceable activating element (36) for activating the pumps, supply-closing means (50) for closing air supply to the air pump, and discharge-closing means (51) for closing air discharge from the air pump, wherein the air piston and the liquid piston are movable in axial direction relative to the activating element in order to form the supply and discharge-closing means for air.
    • 本发明涉及一种特别适用于液体容器的分配单元,包括具有气缸的空气泵和空气活塞(31),其中空气室(32)限定在气缸和空气活塞之间, 具有液体圆筒和液体活塞(24)的液体泵,其中液体室(30)限定在液体圆筒和液体活塞之间,用于启动泵的轴向移动的启动元件(36),供给关闭装置 50),用于关闭对空气泵的空气供给;以及用于关闭从空气泵排出空气的排出关闭装置(51),其中空气活塞和液体活塞相对于活化元件在轴向方向上可移动以形成 用于空气的供应和排放关闭装置。
    • 78. 发明申请
    • PUMP-ACTION NOZZLE ARRANGEMENTS
    • 泵动作喷嘴装置
    • WO2004054722A1
    • 2004-07-01
    • PCT/GB2003/005302
    • 2003-12-05
    • INCRO LIMITEDLAIDLER, KeithRODD, Thimothy
    • LAIDLER, KeithRODD, Thimothy
    • B05B11/00
    • B05B11/3087B05B11/3004B05B11/3029B05B11/3067
    • The present invention to a pump-action nozzle arrangement (100) adapted to be fitted to an opening of a container and enable a liquid or air/gas to be dispensed from the interior of said container during use. The nozzle arrange­ments (100) have a body which defines: (i) an internal chamber (102) ; (ii) an inlet (110) through which fluid can be drawn into said chamber (102); (iii) an outlet orifice (112) ; and (iv) an internal passageway (106) that connects said chamber to said outlet orifice. The nozzle arrangement (100) also further comprises a one-way inlet valve (108a) adapted to only permit fluid to be drawn into said internal chamber (107) through the inlet when the pressure within the chamber falls below the external pressure, an actuator and a one-way precompression valve (105) disposed in the internal passageway (106) that is configured to only permit fluid to flow along said internal passageway (106) when the pressure within the chamber equals or exceeds a predetermined minimum threshold pressure. The body of nozzle arrangement (100) is configured such that the internal volume of the chamber (107) is reduced when said actuator is operated, thereby causing fluid stored in the chamber (107) to be ejected along said internal passageway (106) to the outlet office, and increased when said actuator is released, thereby causing fluid to be drawn into the chamber (107) through the inlet (110). The precompression valve (105) comprises a valve member integrally formed with a portion of the body that defines said internal passageway (106), said valve member being configured to assume a resiliently biased configuration in which said internal passageway (106) is closed when the pressure within the chamber (107) is below the predetermined minimum threshold pressure and to be displaced from said resiliently biased configuration to define an opening through which fluid can flow along the internal passageway (106) when the pressure within the chamber (107) equals or exceeds the predetermined minimum threshold pressure.
    • 本发明涉及一种泵作用喷嘴装置(100),其适于装配到容器的开口并且使得在使用期间能够从所述容器的内部分配液体或空气/气体。 喷嘴装置(100)具有限定:(i)内部室(102)的主体; (ii)入口(110),流体可以通过该入口吸入所述室(102)中; (iii)出口孔口(112); 和(iv)将所述室连接到所述出口孔的内部通道(106)。 喷嘴装置(100)还包括单向入口阀(108a),其适于仅当室内压力低于外部压力时允许流体通过入口被吸入所述内部室(107),致动器 以及设置在所述内部通道(106)中的单向预压缩阀(105),其构造成仅当腔体内的压力等于或超过预定的最小阈值压力时才允许流体沿着所述内部通道(106)流动。 喷嘴装置(100)的主体被构造成使得当所述致动器被操作时室(107)的内部容积减小,从而使存储在室(107)中的流体沿着所述内部通道(106)喷射到 出口处,并且当所述致动器被释放时增加,从而使流体通过入口(110)被吸入室(107)。 预压缩阀(105)包括与本体的限定所述内部通道(106)的一部分一体形成的阀构件,所述阀构件构造成呈现弹性偏置构型,其中当所述内部通道(106)闭合时,所述内部通道(106)关闭 腔室(107)内的压力低于预定的最小阈值压力,并且当所述腔室(107)内的压力等于或等于或等于或等于或等于或等于或等于或等于 超过预定的最小阈值压力。
    • 79. 发明申请
    • FOAMING LIQUID DISPENSER
    • 泡沫液体分配器
    • WO2004044534A1
    • 2004-05-27
    • PCT/US2003/028011
    • 2003-09-05
    • CONTINENTAL AFA DISPENSING COMPANY
    • FOSTER, Donald, D.NELSON, Philip, L.
    • G01F11/06
    • G01F11/028B05B7/0031B05B11/306B05B11/3087
    • A manually operated liquid foaming dispenser is attached to the top of a container of liquid and is manually vertically reciprocated to dispense the liquid from the container as a foam. The dispenser includes a liquid pump chamber and an air pump chamber that respectively pump liquid and air under pressure to a discharge passage of the pump where the liquid and air are mixed, generating the foam dispensed from the dispenser. The air pump chamber has a tube valve controlling the discharge of air from the air pump to the discharge passage, and the air pump chamber is charged with air by opening the air pump chamber to the exterior environment of the dispenser.
    • 手动液体发泡分配器附着在液体容器的顶部,并且手动地垂直往复运动,以便以泡沫形式从容器中分配液体。 分配器包括液体泵室和空气泵室,其分别将液体和空气在压力下泵送到泵的排出通道,在该排出通道中混合有液体和空气,产生从分配器分配的泡沫。 空气泵室具有管阀,其控制从空气泵排出到排出通道的空气,并且通过将空气泵室打开到分配器的外部环境来为空气泵室充满空气。
    • 80. 发明申请
    • FOAM DISPENSER
    • 泡沫分配器
    • WO01030508A1
    • 2001-05-03
    • PCT/EP2000/010072
    • 2000-10-13
    • A47K5/12A47K5/14B05B7/00B05B11/00
    • B05B11/3087A47K5/1205A47K5/14B05B7/0031B05B11/06B05B11/3097
    • The invention relates to a foam producing device (1) with an air pump chamber (2), a liquid pump chamber (3), a mixing chamber (11) with foam producing element (14) that can be linked with both chambers (2, 3) via valves (16; 23, 24) so that the liquid can freely flow. An actuator head (5) with a foam guiding channel (12) and with a foam delivery channel (30) that branches off at a right angle is connected to said foam producing element. An air pump piston (4) that extends through the air pump chamber (2) and a hollow liquid pump piston (15) that extends through the liquid pump chamber (3) can be displaced against the force of a first spring (19) located in the liquid pump chamber (3) by pressing down the actuator head (5). The aim of the invention is to improve such a device for use in single-arm or single-lever wall dispenser devices. To this end, the foam delivery channel (30) terminates at the outlet side in a section (31) that is outwards inclined vis-à-vis the foam delivery channel (30) by 55 DEG to 75 DEG , preferably 65 DEG . The liquid pump piston (15) is impinged upon by a second spring (18) that acts in the same direction as the first spring (19).
    • (16; 23,24)具有空气泵室(2),液体泵室(3),一个与所述两个腔室(2,3)通过阀的泡沫产生装置(1)中流动连接可以使混合有泡沫发生装置室(11)(14)和在其上 连接的致动头(5)与泡沫引导通道(12)和垂直地通过按下致动头(5)到空气泵室abzweigendem泡沫出口通道(30),在液体泵室布置成抵靠的力(3)第一弹簧(19)(2) 再循环空气泵活塞(4)和引导到液体泵室(3)的中空液体泵活塞(15)可以被移动到在单臂或单杆壁分配器装置中使用得到进一步发展。 这实现了在一个55 DEG倾斜至75°,优选为65°,相对于所述泡沫体出口通道(30)的出口侧远部(31)中的泡沫出口通道(30)结束,并且,关于液体泵活塞(15)的第二,为 第一弹簧(19)弹簧作用在相同的方向(18)接合。