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    • 1. 发明授权
    • Method for adjusting drilling of drilling machine and rock drill
    • 钻孔机和凿岩机钻孔方法
    • US06186246B1
    • 2001-02-13
    • US09051616
    • 1998-09-04
    • Timo MuuttonenAimo HelinTimo KiikkaJorma MäkiPekka Salminen
    • Timo MuuttonenAimo HelinTimo KiikkaJorma MäkiPekka Salminen
    • B25D1724
    • B25D9/145B25D9/26
    • A method for adjusting percussion pressure and a drilling machine. In the method the percussion power of a drilling machine is adjusted by moving a shank in the longitudinal direction of the drilling machine forwards when a smaller percussion power is to be transferred from the percussion piston to the shank. The drilling machine comprises at least two groups of pistons moving in the axial direction of the drilling machine, the pistons being connected to act on the shank by means of a pressure medium acting behind the pistons towards the front end of the drilling machine. The drilling machine comprises at least two separate groups of pistons whose travel with respect to one another is different and where pressure medium channels separate from one another lead to the cylinder spaces of both piston groups.
    • 调节冲击压力的方法和钻孔机。 在该方法中,当较小的冲击力从冲击活塞传递到柄时,通过在钻机的纵向方向上移动柄来调节钻孔机的冲击力。 钻机包括沿钻孔机轴向移动的至少两组活塞,活塞通过在活塞后面朝着钻孔机前端施加的压力介质连接起来作用在柄上。 该钻机包括至少两组独立的活塞组,它们相对于彼此的行进是不同的,并且压力介质通道彼此分离并且两个活塞组的气缸空间。
    • 3. 发明授权
    • Impact device and method for generating stress pulse therein
    • 冲击装置及其中产生应力脉冲的方法
    • US08151901B2
    • 2012-04-10
    • US10563821
    • 2004-07-06
    • Markku KeskinivaJorma MäkiMauri EskoErkki AholaAimo HelinTimo Muuttonen
    • Markku KeskinivaJorma MäkiMauri EskoErkki AholaAimo HelinTimo Muuttonen
    • B25B21/02
    • B25D9/145B25D9/125B25D9/22
    • A pressure fluid operated impact device comprising a frame (2) whereto a tool (3) is mountable movably in its longitudinal direction, and control means (7) for controlling pressure fluid feed to the impact device (1), as well as a method of generating a stress pulse in a pressure fluid operated impact device. The impact device (1) comprises a working chamber (8) and a transmission piston (9) moving therein. Energy charging means for charging energy of pressure fluid and the control means are coupled to allow periodically alternately pressure fluid to flow to the working chamber (8) and, correspondingly, to discharge pressure fluid from the working chamber (8). In the method, pressure fluid is fed to the working chamber (8), which produces a force pushing the transmission piston (9) in the direction of the tool (3), thus generating a stress pulse in the tool (3).
    • 一种压力流体操作的冲击装置,包括框架(2),其中工具(3)沿其纵向可移动地安装,以及用于控制对冲击装置(1)的压力流体供给的控制装置(7) 在压力流体操作的冲击装置中产生应力脉冲。 冲击装置(1)包括在其中移动的工作室(8)和传动活塞(9)。 用于对压力流体和控制装置的能量进行充电的能量充电装置被联接以允许周期性地交替地将压力流体流动到工作室(8),并相应地从工作室(8)排出压力流体。 在该方法中,将压力流体供给到工作室(8),该工作室产生沿工具(3)的方向推动传动活塞(9)的力,从而在工具(3)中产生应力脉冲。
    • 4. 发明申请
    • Impact device and method for generating stress pulse therein
    • 冲击装置及其中产生应力脉冲的方法
    • US20060157259A1
    • 2006-07-20
    • US10563821
    • 2004-07-06
    • Markku KeskinivaJorma MakiMauri EskoErkki AholaAimo HelinTimo Muuttonen
    • Markku KeskinivaJorma MakiMauri EskoErkki AholaAimo HelinTimo Muuttonen
    • B25B21/02
    • B25D9/145B25D9/125B25D9/22
    • A pressure fluid operated impact device comprising a frame (2) whereto a tool (3) is mountable movably in its longitudinal direction, and control means (7) for controlling pressure fluid feed to the impact device (1), as well as a method of generating a stress pulse in a pressure fluid operated impact device. The impact device (1) comprises a working chamber (8) and a transmission piston (9) moving therein. Energy charging means for charging energy of pressure fluid and the control means are coupled to allow periodically alternately pressure fluid to flow to the working chamber (8) and, correspondingly, to discharge pressure fluid from the working chamber (8). In the method, pressure fluid is fed to the working chamber (8), which produces a force pushing the transmission piston (9) in the direction of the tool (3), thus generating a stress pulse in the tool (3).
    • 一种压力流体操作的冲击装置,包括框架(2),其中工具(3)沿其纵向可移动地安装,以及用于控制对冲击装置(1)的压力流体供给的控制装置(7) 在压力流体操作的冲击装置中产生应力脉冲。 冲击装置(1)包括在其中移动的工作室(8)和传动活塞(9)。 用于对压力流体和控制装置的能量进行充电的能量充电装置被联接以允许周期性地交替地将压力流体流动到工作室(8),并相应地从工作室(8)排出压力流体。 在该方法中,将压力流体供给到工作室(8),该工作室产生沿工具(3)的方向推动传动活塞(9)的力,从而在工具(3)中产生应力脉冲。