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
    • 7. 发明公开
    • Impact tool
    • 影响工具
    • EP2415564A1
    • 2012-02-08
    • EP11175973.4
    • 2011-07-29
    • Makita Corporation
    • Sugiyama, YoshioKamegai, HikaruFurusawa, Masanori
    • B25D17/24B25D17/06
    • B25D17/24B25D17/06B25D2222/57B25D2250/035B25D2250/245B25D2250/371
    • Impact tool including 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.
    • 冲击工具包括:反作用力传递部件(161),该反作用力传递部件(161)接收当工具头(119)撞击工件时产生的冲击反作用力;第一弹性部件(163),其向前偏压反作用力传递部件(161) 当反作用力传递部件(161)受到打击反作用力向后移动时,第二弹性部件(171)被反作用力传递部件(161)推压并压缩变形,由此缓冲打击反作用力。 当使用者将工具头(119)按压在工件上时,反作用力传递部件(161)被工具头(119)推压而压缩第一弹性部件(163),并且与第二弹性部件 以使反作用力传递部件(161)沿长度方向配置在规定的作业位置,在反作用力传递部件在作业位置受到冲击反作用力的情况下,反作用力部件(171)成为非压缩状态 力传递构件在工具刀头的轴向上向后移动并压缩地变形第二弹性构件(171),由此缓冲击打反作用力。
    • 9. 发明公开
    • Hand-held tool
    • Tragbares Werkzeug
    • EP2324961A2
    • 2011-05-25
    • EP10191531.2
    • 2010-11-17
    • MAKITA CORPORATION
    • Kasuya, YoshihiroFurusawa, MasanoriTakeuchi, HajimeWatanabe, Masahiro
    • B25D11/08B25D11/00
    • B25D17/043B25D11/005B25D2211/068B25D2250/101B25D2250/201B25D2250/205B25D2250/221B25F5/00
    • An effective technique for detecting several load conditions different in presence or absence and magnitude of load applied to a tool bit is provided in a hand-held tool. A hand-held tool 101 performs a predetermined operation while pressing a tool bit 119 mounted in a front end region of a tool body 103 against a workpiece. A plurality of detecting sensors 161 of different kinds detect several load conditions different in presence or absence and magnitude of load applied to the tool bit 119. The hand-held tool 101 includes at least one of an indicating device 171 which indicates the load conditions based on a result detected by the detecting sensors 161, and a driving control device 135 which controls driving of the tool bit 119 based on the detected result.
    • 一种有效的技术,用于检测在施加到工具位上的负载的存在或不存在以及大小不同的多个负载条件下,在手持工具中。 手持工具101在将安装在工具体103的前端区域中的工具头119压靠工件的同时进行预定的操作。 不同种类的多个检测传感器161检测在施加到刀头119的负载存在或不存在和大小方面不同的多个负载条件。手持工具101包括指示装置171中的至少一个,其指示基于负载条件 根据检测传感器161检测到的结果,以及驱动控制装置135,其基于检测结果控制工具位119的驱动。