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    • 11. 发明授权
    • Lancet
    • 柳叶刀
    • US07572269B2
    • 2009-08-11
    • US11487476
    • 2006-07-17
    • Jeremy MarshallGlenn Davison
    • Jeremy MarshallGlenn Davison
    • A61B17/34A61B5/151
    • A61B5/15194A61B5/150022A61B5/150114A61B5/150152A61B5/150183A61B5/150412A61B5/15113A61B5/15117
    • A skin pricker has a barrel (1,11) in which a hammer (2,29) released by a trigger mechanism (32,34) can be shot forwards by a compressed spring (3,38) to impact on a lancet (24) and momentarily project its tip. The rear end of the spring acts against a barrier (4,39) adjustable axially of the barrel, so that the spring can be more or less compressed before release, causing the hammer to act with greater or lesser force on the lancet. The barrier (4,39) may have projections (6,8,42) that engage in skew slots (7,9,43) in the barrel, so that rotation of the barrier axially adjusts it. A sleeve (44) over the rear part of the barrel instrumental in priming the device may co-operate with the projections and be rotatable to set the desired spring force.
    • 皮肤刺针具有桶(1,11),其中由触发机构(32,34)释放的锤(2,29)可以被压缩弹簧(3,38)向前射击以刺激柳叶刀(24) )并暂时投射其提示。 弹簧的后端作用在可滚动的轴向可调节的屏障(4,39)上,使得弹簧在释放之前可以或多或少地被压缩,从而使锤子以更大或更小的力作用在刺血针上。 阻挡件(4,39)可以具有接合在筒体中的斜槽(7,9,43)中的突起(6,8,42),使得阻挡件的旋转轴向地调节它。 在装备该装置的镜筒的后部上方的套筒(44)可以与突起配合并且可旋转以设定所需的弹簧力。
    • 12. 发明授权
    • Automatic pen-type injector
    • 自动笔式注射器
    • US07563252B2
    • 2009-07-21
    • US10563318
    • 2004-07-05
    • Jeremy MarshallSteven Mark Guy Rolfe
    • Jeremy MarshallSteven Mark Guy Rolfe
    • A61M5/00
    • A61M5/2033A61M5/326A61M2005/206
    • A syringe (1) is moved bodily forward by a plunger (7) (after release of a spring 8) by acting through an O-ring pressing onto an enlarged head (16) of a syringe container (3), in order to expose the needle (5) of the syringe before the plunger acts on a plug (4) within the syringe to cause the liquid to be ejected through the needle. There is, therefore, a two-step movement of the plunger, firstly together with the syringe through the medium of the O-ring, and secondly within the syringe container to force the plug forward, when a ledge (12) on the syringe container (3) is arrested by a stop (14), whereupon the frictional force between the plunger and the O-ring is relieved so that the plunger slides forward through the O-ring.
    • 注射器(1)由柱塞(7)(通过弹簧8释放)后通过O形环作用而朝向注射器容器(3)的扩大的头部(16)上进行身体向前移动,以便露出 柱塞之前的注射器针(5)作用在注射器内的塞子(4)上,以使液体通过针头喷射。 因此,存在柱塞的两步运动,首先与注射器一起通过O形环的介质,其次在注射器容器内以迫使塞子向前,当注射器容器上的凸缘(12) (3)被止动件(14)阻止,因此柱塞和O型圈之间的摩擦力被释放,使得柱塞向前滑过O型圈。
    • 14. 发明申请
    • Multi-spring support for needle syringes
    • 针刺注射器多弹簧支撑
    • US20050165361A1
    • 2005-07-28
    • US10506472
    • 2003-03-05
    • Jeremy MarshallDavid Crossman
    • Jeremy MarshallDavid Crossman
    • A61M5/20A61M5/32
    • A61M5/2033A61M2005/206
    • When a trigger of an injection device is released, a main spring (4) expands, driving a member (7) forwards. This compresses a weak spring (11), but a spring (5) is stiff enough to remain expanded. A syringe (2) is thus thrust forwards via a collar (9), so that a needle (3) projects from a barrel (1). The spring (4) continues to expand after the syringe has reached its forward position, with the spring (11) fully compressed, so that the stem (8) of the member (7) acts on a piston (14) within the syringe (2), to expel the dose while the spring (5) is caused to be compressed. The spring (5) ensures that the syringe is retained in its forward position during this phase.
    • 当释放注射装置的触发器时,主弹簧(4)膨胀,向前驱动构件(7)。 这压缩了弱弹簧(11),但是弹簧(5)足够坚硬以保持膨胀。 因此,注射器(2)经由轴环(9)向前推动,使得针(3)从枪管(1)突出。 在弹簧(11)完全压缩之后,注射器已经到达其前进位置之后弹簧(4)继续膨胀,使得构件(7)的杆(8)作用在注射器内的活塞(14) 2),以使弹簧(5)被压缩时排出剂量。 弹簧(5)确保注射器在此阶段保持在其向前位置。
    • 15. 发明授权
    • Medical syringes
    • 医用注射器
    • US06425880B1
    • 2002-07-30
    • US09743608
    • 2001-03-14
    • Jeremy Marshall
    • Jeremy Marshall
    • A61M3700
    • A61M5/284A61M5/285A61M5/3129A61M5/34A61M5/347
    • A syringe (1) contains a liquid medical substance which has to be mixed with another substance before use. This is done by interconnecting the syringe (1) and a capsule containing the other substance by a transfer device (2) which screws into a socket (4) in the piston-seal (3) of the syringe (1) and penetrates through into the liquid. The device (2) extends slidably but non-rotatably through a screw cap (8) which fits to the rear end of a housing (13) for the syringe (1). As the cap (8) screws on, so does the transfer device (2) screw into the piston-seal (3). The relationship between the screw threads is such that, on removing the screw cap (8), the transfer device (2) disengages from the piston-seal (3) first, so that the latter cannot be inadvertently removed from the syringe.
    • 注射器(1)含有在使用前必须与其他物质混合的液体药物。 这是通过将注射器(1)和包含另一物质的胶囊通过螺钉进入注射器(1)的活塞密封件(3)中的插座(4)的转移装置(2)相互连接而完成的,并且穿透入 液体。 装置(2)可滑动地但不可旋转地延伸穿过与注射器(1)的壳体(13)的后端相配合的螺帽(8)。 当盖(8)拧紧时,传送装置(2)也拧入活塞密封(3)。 螺纹之间的关系使得在移除螺帽(8)时,转移装置(2)首先从活塞密封件(3)脱离,使得后者不能被无意地从注射器移除。
    • 19. 发明授权
    • Multi-spring support for needle syringes
    • 针刺注射器多弹簧支撑
    • US08343109B2
    • 2013-01-01
    • US10506472
    • 2003-03-05
    • Jeremy MarshallDavid Danvers Crossman
    • Jeremy MarshallDavid Danvers Crossman
    • A61M5/32
    • A61M5/2033A61M2005/206
    • When a trigger of an injection device is released, a main spring (4) expands, driving a member (7) forwards. This compresses a weak spring (11), but a spring (5) is stiff enough to remain expanded. A syringe (2) is thus thrust forwards via a collar (9), so that a needle (3) projects from a barrel (1). The spring (4) continues to expand after the syringe has reached its forward position, with the spring (11) fully compressed, so that the stem (8) of the member (7) acts on a piston (14) within the syringe (2), to expel the dose while the spring (5) is caused to be compressed. The spring (5) ensures that the syringe is retained in its forward position during this phase.
    • 当释放注射装置的触发器时,主弹簧(4)膨胀,向前驱动构件(7)。 这压缩了弱弹簧(11),但是弹簧(5)足够坚硬以保持膨胀。 因此,注射器(2)经由轴环(9)向前推动,使得针(3)从枪管(1)突出。 在弹簧(11)完全压缩之后,注射器已经到达其前进位置之后弹簧(4)继续膨胀,使得构件(7)的杆(8)作用在注射器内的活塞(14) 2),以使弹簧(5)被压缩时排出剂量。 弹簧(5)确保注射器在此阶段保持在其向前位置。