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
    • 2. 发明授权
    • Propellant charge magazine for a setting tool
    • 推进剂充电杂志用于设置工具
    • US06880738B2
    • 2005-04-19
    • US10365818
    • 2003-02-12
    • Jens NeumannTilo DittrichThomas SperrfechterNorbert HeebMario Scalet
    • Jens NeumannTilo DittrichThomas SperrfechterNorbert HeebMario Scalet
    • B25C1/18F41A9/79B25C1/14
    • B25C1/186
    • The present invention relates to a propellant charge magazine for setting tools and a setting tool for driving fasteners into a substrate. The propellant charge magazine of the invention comprises a housing (24) with an internal housing space for receiving a magazine strip with propellant charges (22). At least one output opening (26) for inserting and extracting the magazine strip (21) is arranged on the housing. A first space (27) for receiving a rolled up magazine strip (21) is provided on the propellant charge magazine (20) and a second space (28) in contact with the first space (27) via an opening (29) and for accommodating part (31) of the magazine strip (21) that is re-introduced into the propellant charge magazine (20) is provided on the propellant charge magazine (20).
    • 本发明涉及一种用于设置工具的推进剂装料仓和用于将紧固件驱动到基底中的固定工具。 本发明的推进剂充电盒包括具有内部容纳空间的壳体(24),用于接收具有推进剂装料(22)的料盒条。 至少一个用于插入和取出杂志带(21)的输出开口(26)布置在壳体上。 在推进剂装料仓(20)和经由开口(29)与第一空间(27)接触的第二空间(28)上设置有用于接纳卷起的料斗条(21)的第一空间(27) 在推进剂装料仓(20)上设置有重新引入推进剂装料仓(20)的料盒(21)的容纳部(31)。
    • 6. 发明授权
    • Setting tool
    • 设置工具
    • US07028876B2
    • 2006-04-18
    • US10715761
    • 2003-11-18
    • Anton HirtlKai-Uwe KellerMario ScaletMichael MeloccoSybille Renner
    • Anton HirtlKai-Uwe KellerMario ScaletMichael MeloccoSybille Renner
    • B25C1/14
    • B25C1/143B25C1/123
    • A setting tool includes a sleeve-shaped housing (11), a piston guide (13) and an ignition unit (12) located in the housing (11), with the ignition unit (12) having a cartridge chamber bottom (19) for enclosing a propellant (25) in cartridge chamber (18), which is located between the piston guide (13) and the ignition unit (12) and a locking device (30) having a locking position (38) in which the ignition unit (12) is held in a pre-loaded position (28) against an energy accumulator (23) and in which the cartridge chamber (18) remains open, and having a release position (39) in which the ignition unit (12) is displaced to its ignition position (29) by the energy accumulator in which the cartridge chamber bottom (19) closes the cartridge chamber (18).
    • 设置工具包括套筒形壳体(11),活塞引导件(13)和位于壳体(11)中的点火单元(12),点火单元(12)具有盒室底部(19),用于 将位于活塞导向器(13)和点火单元(12)之间的暗盒室(18)中的推进剂(25)封闭在一个具有锁定位置(38)的锁定装置(30) 12)被保持在抵抗能量蓄能器(23)的预加载位置(28)中,并且其中暗盒室(18)保持打开,并且具有释放位置(39),点火单元(12)在该释放位置 通过其中暗盒室底部(19)关闭暗盒室(18)的能量收集器到达其点火位置(29)。
    • 7. 发明授权
    • Setting tool
    • 设置工具
    • US06905055B2
    • 2005-06-14
    • US10696302
    • 2003-10-27
    • Michael MaierMario ScaletStefan Bonig
    • Michael MaierMario ScaletStefan Bonig
    • B25C1/14
    • B25C1/143
    • A combustion-engined setting tool, including a housing (11), an axially displaceable piston guide (13) and a firing pin guide (12) provided on a side of the piston guide (13) facing in the direction opposite the setting direction and axially displaceable relative to the housing (11), damping element (20) supported against a stop (17) provided in the housing (11) and cooperating with the firing pin guide (12), and a locking device (30) having a locking position (28) in which it prevents a press-on force, which is generated upon the setting tool (10) being pressed against a construction component, from acting on the damping element (20), so that the damping element (20) remains inactive during a press-on process, and having a release position (29) in which the damping element (20) becomes active and is capable of absorbing recoil forces.
    • 一种燃烧发动设定工具,包括:壳体(11),轴向移动的活塞导向件(13)和设置在所述活塞导向件(13)的与所述设定方向相反的方向的侧面上的撞针引导件(12);以及 相对于壳体(11)可轴向移动,阻尼元件(20)支撑在设置在壳体(11)中并与击发销引导件(12)配合的止动件(17)上,锁定装置(30)具有锁定 位置(28),其中防止在固定工具(10)上被压靠构造部件产生的压力作用在阻尼元件(20)上,使得阻尼元件(20)保持 在压制过程中不起作用,并且具有其中阻尼元件(20)变得活跃并且能够吸收反冲力的释放位置(29)。