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    • 3. 发明授权
    • Fishing gaff with multi-position fish hook
    • 钓鱼与多位钓鱼钩
    • US06857217B1
    • 2005-02-22
    • US10751358
    • 2004-01-05
    • Richard HerbstRobert BradyDale Walker
    • Richard HerbstRobert BradyDale Walker
    • A01K97/14
    • A01K97/14
    • A hand held fishing gaff for manually engaging and lifting fish from water having a multi-position fish hook. The handle preferably has a straight main portion and a gripping portion which is arcuately shaped and extends away from a longitudinal axis of the straight portion. A fish hook is connected to the handle and is lockably positionable in a plurality of different rotationally aligned positions about the longitudinal axis. A fish hook detent interconnected between the handle and fish hook shank is selectively self-locking into one of a plurality of positional orientations of the fish hook. The device is preferably buoyant in water and the handle preferably has a uniform oval cross section to enhance gripability.
    • 手持钓鱼竿,用于手动从具有多位置钓鱼钩的水中提取鱼。 手柄优选地具有直的主要部分和夹持部分,其弓形地形成并且远离直线部分的纵向轴线延伸。 鱼钩连接到手柄并且可锁定地定位在围绕纵向轴线的多个不同的旋转对准位置。 在手柄和鱼钩柄之间相互连接的钓鱼钩定位器选择性地自锁到鱼钩的多个位置取向中的一个。 该装置优选在水中浮力,并且手柄优选地具有均匀的椭圆形横截面以增强可抓握性。
    • 4. 发明申请
    • Non-metallic hand pliers with wire cutter
    • 非金属手钳带线切割机
    • US20050097998A1
    • 2005-05-12
    • US10702939
    • 2003-11-06
    • Richard HerbstDale WalkerRobert Brady
    • Richard HerbstDale WalkerRobert Brady
    • B25B7/00B25B7/02
    • B25B7/00B25B7/02
    • A pair of preferably substantially buoyant-in-water hand pliers comprising a pair of non-metallic lever members each having a handle portion and a jaw portion and formed of material preferably having a density greater than water. The lever members are pivotally connected together at common central portions between the jaw and handle portions. Each handle portion preferably has one or more outwardly opening cavities formed into a side surface of the handle portions. An elongated tubular sheath preferably formed of material buoyant in water covers and sealingly encloses the cavities whereby the effective density of the pliers to less than that of water. An effective, durable, non-corrosive wire cutting arrangement is also provided, the components uniquely configured and supported in the non-metallic jaw portions.
    • 一对优选地基本上浮水的手动钳包括一对非金属杆构件,每个手柄部分具有把手部分和钳口部分,并由优选具有大于水密度的材料形成。 杠杆构件在颚和手柄部分之间的共同中心部分枢转地连接在一起。 每个手柄部分优选地具有形成在手柄部分的侧表面中的一个或多个向外开口的空腔。 优选地,由水中漂浮的材料形成的细长管状护套覆盖并密封地封闭空腔,由此钳子的有效密度小于水的密度。 还提供了一种有效,耐用,无腐蚀性的线切割装置,该组件在非金属夹爪部分中独特地构造和支撑。
    • 5. 发明授权
    • Non-metallic hand pliers with wire cutter
    • 非金属手钳带线切割机
    • US06966244B2
    • 2005-11-22
    • US10702939
    • 2003-11-06
    • Richard HerbstDale T. WalkerRobert Brady
    • Richard HerbstDale T. WalkerRobert Brady
    • B25B7/00B25B7/02B25B7/22
    • B25B7/00B25B7/02
    • A pair of preferably substantially buoyant-in-water hand pliers comprising a pair of non-metallic lever members each having a handle portion and a jaw portion and formed of material preferably having a density greater than water. The lever members are pivotally connected together at common central portions between the jaw and handle portions. Each handle portion preferably has one or more outwardly opening cavities formed into a side surface of the handle portions. An elongated tubular sheath preferably formed of material buoyant in water covers and sealingly encloses the cavities whereby the effective density of the pliers is less than that of water. An effective, durable, non-corrosive wire cutting arrangement is also provided, the components uniquely configured and supported in the non-metallic jaw portions.
    • 一对优选地基本上浮水的手动钳包括一对非金属杆构件,每个手柄部分具有把手部分和钳口部分,并由优选具有大于水密度的材料形成。 杠杆构件在颚和手柄部分之间的共同中心部分枢转地连接在一起。 每个手柄部分优选地具有形成在手柄部分的侧表面中的一个或多个向外开口的空腔。 优选由水中浮起的材料形成的细长管状护套并密封地封闭空腔,由此钳子的有效密度小于水的密度。 还提供了一种有效,耐用,无腐蚀性的线切割装置,该组件在非金属夹爪部分中独特地构造和支撑。
    • 8. 发明授权
    • Apparatus for taking blood samples
    • 用于取血样的仪器
    • US5545173A
    • 1996-08-13
    • US252111
    • 1994-06-01
    • Richard Herbst
    • Richard Herbst
    • A61B5/151A61B5/15A61B17/32A61B5/14
    • A61B17/32093A61B5/150022A61B5/150183A61B5/150442A61B5/150549A61B5/150618A61B5/15105A61B5/15142
    • The disclosed apparatus comprises an elongate lancet portion and an elongate sleeve portion for receiving and axially guiding the lancet portion. The lancet portion has a knob section on one end thereof and protruding lancet cutting edge section on the other end thereof. The lancet portion is held in the sleeve portion via a preset breaking point. In a first operational position the protruding lancet cutting edge section is entirely enclosed within the sleeve portion. Upon exertion of a predetermined amount of axial force between the lancet portion and the sleeve portion the preset breaking point is broken and a transition occurs in the relative position between the lancet portion and the sleeve portion to make the lancet cutting edge section protrude from the sleeve portion, thus cutting into a patient's skin and causing blood to exit therefrom.
    • 所公开的装置包括细长的柳叶刀部分和用于容纳和轴向引导刺血针部分的细长的套筒部分。 柳叶刀部的一端具有旋钮部,另一端具有突出的柳叶刀切削刃部。 柳叶刀部经由预先设定的断点被保持在套筒部。 在第一操作位置,突出的柳叶刀切割边缘部分被完全封闭在套筒部分内。 在柳叶刀部和套筒部之间施加规定量的轴向力的情况下,预先设定的断裂点在柳叶刀部与套筒部之间的相对位置发生转移,使得柳叶刀切削刃部从套筒突出 从而切入患者的皮肤并使血液从其中退出。
    • 9. 发明授权
    • Method for injection molding a plastic material composite device
    • 塑料复合材料注塑成型方法
    • US06261502B1
    • 2001-07-17
    • US09188418
    • 1998-11-09
    • Richard Herbst
    • Richard Herbst
    • B29C4514
    • B29C45/2608B29C45/14647B29C2045/14934G06K19/077
    • A method and an apparatus are used for injection molding composite devices comprised of a plastic material and a component being at least partially embedded in the plastic material. A mold is provided having a cavity therein. The cavity has a surface and an access bore is provided in the mold which ends in the cavity surface via an opening. The component is fed through the access bore and via the opening to the cavity. The component is configured to positively cover with overlap the opening upon transition thereof while coming to rest on the surface. Molten plastic material is injected into the cavity to enclose the component, thus forming the composite device. After solidifying of the plastic material the composite device is ejected from the cavity.
    • 一种方法和装置用于由塑料材料和至少部分地嵌入在塑料材料中的部件组成的注塑复合装置。 在其中设置有空腔的模具。 空腔具有表面,并且在模具中设置有通孔,其通过开口终止在空腔表面中。 该部件通过进入孔并通过开口进入空腔。 该部件构造成在其转动时与开口重叠,同时保持在表面上。 将熔融的塑料材料注入空腔以封闭该部件,从而形成复合装置。 在塑化材料固化之后,将复合装置从空腔中排出。