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    • 1. 发明申请
    • IMPACT TOOL
    • IMPACT工具
    • US20120024555A1
    • 2012-02-02
    • US13191866
    • 2011-07-27
    • Yoshio SUGIYAMAHikaru KAMEGAIMasanori FURUSAWA
    • Yoshio SUGIYAMAHikaru KAMEGAIMasanori FURUSAWA
    • B25D17/24
    • B25D17/24B25D17/06B25D2222/57B25D2250/035B25D2250/245B25D2250/371
    • Representative impact tool according to the invention includes a reaction force transmitting member 161 that receives a striking reaction force caused when a tool bit 119 strikes a workpiece, a first elastic member 163 that biases the reaction force transmitting member 161 forward, and a second elastic member 171 that is pushed by the reaction force transmitting member 161 and compressively deforms, thereby cushioning the striking reaction force, when the reaction force transmitting member 161 moves rearward by receiving the striking reaction force. When a user presses the tool bit 119 against the workpiece, the reaction force transmitting member 161 is pushed by the tool bit 119 and compresses the first elastic member 163, and also comes in contact with the second elastic member 171 in an incompressible state, so that the reaction force transmitting member 161 is placed in a predetermined working position in the longitudinal direction, and when the reaction force transmitting member receives the striking reaction force in the working position, the reaction force transmitting member moves rearward in the axial direction of the tool bit and compressively deforms the second elastic member 171, thereby cushioning the striking reaction force.
    • 根据本发明的代表性冲击工具包括反作用力传递构件161,其接收当工具钻头119撞击工件时引起的打击反作用力,将反作用力传递构件161向前偏压的第一弹性构件163和第二弹性构件 171,当反作用力传递构件161通过接收击打反作用力而向后移动时,被反作用力传递构件161推动并且压缩变形,从而缓冲撞击反作用力。 当使用者将工具位119按压在工件上时,反作用力传递构件161被工具钻头119推压并压缩第一弹性构件163,并且在不可压缩状态下也与第二弹性构件171接触,因此 反作用力传递构件161沿纵向放置在预定的工作位置,并且当反作用力传递构件在工作位置接收到打击反作用力时,反作用力传递构件沿着工具的轴向向后移动 并且使第二弹性构件171压缩变形,从而缓冲击打反作用力。
    • 2. 发明申请
    • POWER TOOL
    • 电动工具
    • US20120031638A1
    • 2012-02-09
    • US13192089
    • 2011-07-27
    • Hikaru KAMEGAIMasanori FURUSAWA
    • Hikaru KAMEGAIMasanori FURUSAWA
    • B25D17/24
    • B25D17/245B25D2217/0084B25D2217/0092B25D2250/065B25D2250/121B25D2250/245
    • A representative power tool according to the invention performs a predetermined operation on a workpiece at least by axial linear movement of a tool bit 119 coupled to a front end region of a housing 103. The power tool includes driving mechanisms 113, 115 that are housed within the housing 103 and linearly drives the tool bit 119, and a dynamic vibration reducer 151 that has a weight 153 which is allowed to linearly move under a biasing force of an elastic element, and reduces vibration caused during operation, by movement of the weight 153 in the axial direction of the tool bit. A dynamic vibration reducer housing space 149 for housing the weight 153 and the elastic element of the dynamic vibration reducer 151 is integrally formed with the housing 103.
    • 根据本发明的代表性电动工具至少通过联接到壳体103的前端区域的工具杆119的轴向线性运动对工件执行预定的操作。动力工具包括驱动机构113,115,其被容纳在 壳体103并且直线地驱动刀头119,以及动态减振器151,其具有允许在弹性元件的偏置力下线性移动的重物153,并且通过重物153的移动减少在操作期间产生的振动 在刀头的轴向上。 与壳体103一体地形成用于容纳重物153和动态减振器151的弹性元件的动态减振器容纳空间149。
    • 3. 发明申请
    • IMPACT TOOL
    • IMPACT工具
    • US20120234571A1
    • 2012-09-20
    • US13399416
    • 2012-02-17
    • Hikaru KAMEGAITakuro KONISHI
    • Hikaru KAMEGAITakuro KONISHI
    • B25D9/04
    • B25D17/06B25D11/005B25D17/20B25D2211/068B25D2217/0019B25D2250/035B25D2250/131B25D2250/245
    • A hammer drill includes, in a cylinder accommodated in a housing, a piston configured to advance and retract and an impact element to operate together with the piston with an air chamber interposed therebetween, and a bit mounted in a front part of a tool main body so that an impact operation can be transmitted to the bit by advancing and retracting movement of the impact element. Vent holes are provided in the cylinder, and configured to discharge air in the air chamber to outside of the cylinder, and to introduce the air outside the cylinder into the air chamber by the movement of the piston. One of the vent holes is located at a center of an upper half of a periphery of the cylinder and the other vent hole is located in a lower half of the periphery of the cylinder.
    • 锤钻包括在容纳在壳体中的圆筒中,构造成前进和后退的活塞和冲击元件,与活塞一起与其间插入有气室一起操作,并且钻头安装在工具主体的前部 从而通过推进和缩回冲击元件的运动,能够将冲击操作传递给钻头。 排气孔设置在气缸中,并且构造成将空气室中的空气排出到气缸外部,并且通过活塞的移动将气缸外部的空气引入空气室。 一个通气孔位于气缸周边上半部的中心,另一个通气孔位于气缸周边的下半部分。
    • 4. 发明申请
    • AUXILIARY HANDLE
    • 辅助手柄
    • US20100206595A1
    • 2010-08-19
    • US12704342
    • 2010-02-11
    • Hikaru KAMEGAI
    • Hikaru KAMEGAI
    • B25F5/02B25G1/01
    • B25F5/026B25F5/006
    • It is an object of the invention to improve vibration reduction of an auxiliary handle for a hand-held power tool. According to the invention, a representative elongate auxiliary handle 121 to be mounted to a tool body 103 of a power tool 101 includes a handle body 123 that is fixedly mounted to the tool body 103 and an elongate grip 125. The grip 125 has a grip region on its outer surface to be held by a user, and the grip 125 is mounted to the handle body 123 via elastic elements 133 in between a middle region of the grip region in its longitudinal direction and an end of the grip which is remote from the tool body 103.
    • 本发明的目的是改进手持电动工具的辅助把手的减振。 根据本发明,要安装到动力工具101的工具主体103上的代表性的细长辅助手柄121包括固定地安装到工具主体103上的把手主体123和细长把手125.把手125具有握柄 区域在其外表面上被使用者握持,并且把手125通过弹性元件133在握持区域的纵向方向的中间区域和握持部分的远离的端部之间安装到手柄主体123。 工具主体103。