会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Explosive powder charge operated fastening element setting tool
    • 爆炸粉充电操作紧固元件设定工具
    • US5653370A
    • 1997-08-05
    • US583368
    • 1996-01-05
    • Rolf BereiterPeter Goepfert
    • Rolf BereiterPeter Goepfert
    • B25C1/10B25C1/12B25C1/14B25C1/18B25C7/00B25C1/04
    • B25C1/123B25C1/18
    • An explosive powder charge operated fastening element setting tool has a hydropneumatic damping unit (17) and includes a housing part (1) forming a piston guide (5, 6) for driving fastening elements and a handle part (15) displaceable against the force of the damping unit (17) in the setting direction relative to the housing part (1). The handle part (15) supports a cylinder (18) containing a liquid medium (21) under gas pressure. The housing part (1) cooperates with a piston (23) displaceable in the cylinder (18) against the flow resistance of the liquid medium (21). The damping unit (17) has no moving valve parts. At least one through aperture (24) is provided for the liquid medium (21) flow between a front and a rear cylinder space when the piston (23) is displaced. The aperture (24) has a least cross-section (M) so that the liquid medium flowing into the front cylinder space as a fastening element is driven has an effective flow cross-section corresponding to the least cross-section of the aperture (21), while after the fastening element has been driven the effective flow cross-section of the aperture from the front cylinder space into the rear cylinder space is smaller than the least cross-section of the aperture.
    • 爆炸性粉末充电操作的紧固元件固定工具具有液压气动阻尼单元(17),并且包括形成用于驱动紧固元件的活塞引导件(5,6)的壳体部分(1)和能够抵抗 阻尼单元(17)相对于壳体部分(1)在设定方向上。 手柄部分(15)在气体压力下支撑容纳液体介质(21)的气缸(18)。 壳体部分(1)与可在气缸(18)中抵靠液体介质(21)的流动阻力的活塞(23)配合。 阻尼单元(17)没有移动阀部件。 当活塞(23)移位时,至少一个通孔(24)用于液体介质(21)在前缸和后缸之间流动。 孔(24)具有最小的横截面(M),使得驱动作为紧固元件流入前汽缸空间的液体介质具有对应于孔(21)的最小横截面的有效流动横截面 ),而在紧固元件被驱动之后,孔的有效流动横截面从前汽缸空间进入后气缸空间小于孔的最小横截面。
    • 3. 发明授权
    • Setting tool
    • 设置工具
    • US6053388A
    • 2000-04-25
    • US208026
    • 1998-12-09
    • Norbert PfisterMario GrazioliGebhard GantnerPeter Goepfert
    • Norbert PfisterMario GrazioliGebhard GantnerPeter Goepfert
    • B25C1/14
    • B25C1/14
    • A setting tool for driving-in nail-shaped fastening elements into hard constructional components and including a housing (10, 110), a guide cylinder (20, 120) displaceable in the housing (10, 110) in a direction opposite to a setting direction against a spring-biasing force, a drive piston (40, 140) axially displaceable in the guide cylinder (20, 120), and a pivotal resetting element (50, 150) having a first lever arm (51, 151) cooperating with the drive piston (40, 140) for resetting the drive piston (40, 140) to its inoperative position and a second lever arm (152) cooperating with the guide cylinder (20, 120) for displacing the first lever arm (151) in accordance with displacement of the guide cylinder (120).
    • 一种用于将钉形紧固元件驱动到硬结构部件中并包括壳体(10,110)的设置工具,可在壳体(10,110)中以与设置相反的方向移位的引导筒(20,120) 在弹簧偏压力的方向上,在导向缸(20,120)中可轴向移动的驱动活塞(40,140)和枢转复位元件(50,150),其具有与第一杠杆臂(51,151)配合的枢转复位元件 用于将驱动活塞(40,140)复位到其不工作位置的驱动活塞(40,140)和与所述引导缸(20,120)配合的第二杠杆臂(152),用于使所述第一杠杆臂 根据引导筒(120)的位移。
    • 6. 发明授权
    • Compressed air weapon
    • 压缩空气武器
    • US5154157A
    • 1992-10-13
    • US423948
    • 1989-10-19
    • Peter Goepfert
    • Peter Goepfert
    • F41B11/68
    • F41B11/68
    • A compressed air gun comprises a plastic casing, in which a low-pressure cylinder is arranged beneath the gun barrel and a high-pressure cylinder is arranged behind the barrel, with a pressure release system between the cylinders. Two pistons are contained within the respective cylinders and are connected to a cocking lever each by a separate hinge rod. A series of catches and releases requires all operative steps to be completed in the correct sequence before firing to prevent overloading of the air pressure system and also to prevent accidents.
    • 压缩空气枪包括一个塑料壳体,其中低压气缸布置在枪筒下方,高压气缸布置在机筒后面,气缸之间具有压力释放系统。 两个活塞被容纳在相应的气缸内,并且通过单独的铰链杆连接到起动杆。 一系列抓地力和释放要求在开火前以正确的顺序完成所有操作步骤,以防止空气压力系统的过载,并防止事故发生。