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    • 1. 发明申请
    • A FLUID INSTRUMENT
    • 流体仪器
    • WO2005023558A3
    • 2005-10-13
    • PCT/GB2004003723
    • 2004-08-31
    • ABBAS ASHRAF MAHFOUZ
    • ABBAS ASHRAF MAHFOUZ
    • B43K5/04B43K5/14B43K5/18B43K8/03B43K8/04
    • B43K8/04B43K5/04B43K5/14B43K5/1863B43K8/03
    • A marking instrument for applying a fluid, said instrument comprising a main body having a replaceable cartridge receiving location and a cannula for puncturing a cartridge received at said location; a cartridge having a re-sealable diaphragm, said diaphragm allowing repeated puncture and sealing by said cannula, said cartridge further having a deformable wall portion; wherein said cartridge is biassed away from a puncturing position, movement into the puncturing position causing deformation of the deformable wall portion to thereby reduce the internal volume of the cartridge. In this regard, the reduction in the internal volume of the cartridge results in the pressure therein being increased, which will urge fluid contained in the cartridge to flow through the punctured resealable diaphragm.
    • 一种用于施加流体的标记器械,所述器械包括具有可替换的药筒接收位置的主体和用于刺穿容纳在所述位置处的药筒的套管; 具有可重复密封膜片的筒,所述膜片允许通过所述插管反复刺穿和密封,所述筒还具有可变形壁部分; 其中所述药筒偏离穿刺位置,移动到所述穿刺位置,导致所述可变形壁部分变形,从而减小所述药筒的内部体积。 在这方面,筒的内部容积的减小导致其中的压力增加,这将促使容纳在筒中的流体流过穿孔的可重新密封隔膜。
    • 2. 发明申请
    • A FLUID INSTRUMENT
    • 流体仪器
    • WO2005023558A2
    • 2005-03-17
    • PCT/GB2004/003723
    • 2004-08-31
    • ABBAS, Ashraf, Mahfouz
    • ABBAS, Ashraf, Mahfouz
    • B43K
    • B43K8/04B43K5/04B43K5/14B43K5/1863B43K8/03
    • A marking instrument for applying a fluid, said instrument comprising a main body having a replaceable cartridge receiving location and a cannula for puncturing a cartridge received at said location; a cartridge having a re-sealable diaphragm, said diaphragm allowing repeated puncture and sealing by said cannula, said cartridge further having a deformable wall portion; wherein said cartridge is biassed away from a puncturing position, movement into the puncturing position causing deformation of the deformable wall portion to thereby reduce the internal volume of the cartridge. In this regard, the reduction in the internal volume of the cartridge results in the pressure therein being increased, which will urge fluid contained in the cartridge to flow through the punctured resealable diaphragm.
    • 一种用于施加流体的标记仪器,所述仪器包括具有可替换的盒接收位置的主体和用于刺穿在所述位置处接收的盒的套管; 具有可再密封隔膜的盒,所述隔膜允许所述插管反复穿刺和密封,所述盒还具有可变形壁部分; 其中所述筒体从穿刺位置偏压,进入穿刺位置,引起可变形壁部分的变形,从而减小药筒的内部容积。 在这方面,筒的内部体积的减小导致其中的压力增加,这将促使容纳在盒中的流体流过穿孔的可再密封隔膜。
    • 4. 发明申请
    • APPLICATOR
    • WO1995015265A1
    • 1995-06-08
    • PCT/JP1994001998
    • 1994-11-29
    • PENTEL KABUSHIKI KAISHAKATO, NaokiKAWASAKI, Masayuki
    • PENTEL KABUSHIKI KAISHA
    • B43K08/02
    • B43K5/1863A45D34/042B43K8/02
    • An applicator which has between a coating liquid storage chamber having a deformable and restorable wall portion and an applicator member positioned at a front end portion of an applicator body so that the coating liquid held by a capillary force is supplied to an object material a valve comprising a valve seat and a disc engaged with each other in a mutually sealed state so that an outflow of the coating liquid form the coating liquid storage chamber is prevented at a normal time, and which is adapted to increase the volume of the coating liquid storage chamber by a pressing force applied to the deformable wall portion and also to release the sealed state of the valve seat and disc and send out the coating liquid from the coating liquid storage chamber.
    • 一种在具有可变形和可恢复的壁部分的涂布液体储存室和位于涂抹器主体的前端部分的涂抹器构件之间具有涂敷液的涂抹器,使得通过毛细管力保持的涂布液被供给到目标材料,阀包括 在相互密封的状态下彼此接合的阀座和盘,从而防止了涂布液从正常时流出,从而能够增加涂液储存室的体积 通过施加在可变形壁部上的压力,并且还释放阀座和盘的密封状态,并从涂液储存室发出涂布液。
    • 5. 发明申请
    • PLOTTER
    • 绘图仪
    • WO1993002869A1
    • 1993-02-18
    • PCT/BE1992000030
    • 1992-07-24
    • MASCART, Louis-Philippe
    • B43L13/02
    • B43L13/022B43K1/06B43K5/1863
    • A plotter (1) for depositing an amount of liquid on a medium (3), said amount being determined by a unit of length. Said plotter includes a tubular pen (5) mounted on a pen holder (6) which is provided with a first device (4) for moving the pen relative to the medium. The first device is arranged to effect writing in a first direction (43) by the pen on the medium, and the end of the pen that engages the medium comprises a notch (2) forming an interstice between said end and the medium which gets progressively larger in the direction opposite the writing direction.
    • 一种用于在介质(3)上沉积液体量的绘图仪(1),所述量由长度单位确定。 所述绘图仪包括安装在笔架(6)上的管状笔(5),该笔筒(6)设置有用于相对于介质移动笔的第一装置(4)。 第一装置被布置成通过笔在介质上以第一方向(43)进行写入,并且与介质接合的笔的端部包括形成在所述端部和介质之间的空隙的凹口(2),其逐渐变得 在与书写方向相反的方向上较大。
    • 6. 发明申请
    • FLUID DISCHARGE DEVICE
    • 流体排放装置
    • WO1990011137A1
    • 1990-10-04
    • PCT/JP1990000386
    • 1990-03-23
    • PENTEL KABUSHIKI KAISHAKUROKAWA, Takumi
    • PENTEL KABUSHIKI KAISHA
    • B05C17/00
    • B43K5/145B43K5/1863
    • This invention relates to a fluid discharge device which includes a valve seat, a valve body urged rearwardly relative to the valve seat and a push member disposed at the back of the valve body in such a manner as to move forwardly against the urging force to the valve body and to open a valve when a forward push force is applied, and wherein the push member is disposed inside a shaft body so that the push force is applied indirectly to the push member through a fluid tank which is fitted removably to the push member. An outward projection portion is disposed on the outer wall of the push member and a recess is formed on the inner wall of the shaft member so that when the projection portion of the push member is positioned to this recess, the fluid discharge device limits the rotation of the push member. The present invention provides also a liquid discharge device wherein if the fluid is a liquid, the push member described above is biased rearwardly so as to form a gap between it and the valve body when the push force is not applied thereto, and an anchor portion to be anchored with the push member is disposed on the shaft member so as to limit the rearward displacement distance of the push member.