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    • 2. 发明授权
    • Reaction force cushioning mechanism for an impact tool
    • 冲击工具的反作用力缓冲机构
    • US08991517B2
    • 2015-03-31
    • US13191866
    • 2011-07-27
    • Yoshio SugiyamaHikaru KamegaiMasanori Furusawa
    • Yoshio SugiyamaHikaru KamegaiMasanori Furusawa
    • B25D17/24B25D17/06
    • B25D17/24B25D17/06B25D2222/57B25D2250/035B25D2250/245B25D2250/371
    • An impact tool includes a reaction force transmitting member, a first elastic member that biases the transmitting member forward, and a second elastic member that is pushed by the transmitting member and compressively deforms when the transmitting member moves rearward by receiving a striking reaction force caused when a tool bit strikes a workpiece, thereby cushioning the force. When the tool bit is pressed against the workpiece, the transmitting member is pushed by the tool bit and compresses the first elastic member, and comes in contact with the second elastic member in an uncompressed state, so that the transmitting member is placed in a predetermined working position in the longitudinal direction. When the transmitting member receives the striking reaction force in the working position, the transmitting member moves rearward in the axial direction of the tool bit and compressively deforms the second elastic member, thereby cushioning the striking reaction force.
    • 冲击工具包括反作用力传递构件,向前偏压传递构件的第一弹性构件和由传递构件推动的第二弹性构件,并且当传递构件向后移动时通过接收到由此产生的击打反作用力而压缩变形 工具钻头撞击工件,从而缓冲力。 当工具头压在工件上时,传动部件被工具头推动并压缩第一弹性部件,并且在未压缩状态下与第二弹性部件接触,使得传递部件被放置在预定的 纵向工作位置。 当传动部件在工作位置接收到打击反作用力时,传递部件沿工具头的轴向向后移动,并使第二弹性部件压缩变形,从而缓冲冲击反作用力。
    • 3. 发明申请
    • STRIKING TOOL
    • STRIKING工具
    • US20120279740A1
    • 2012-11-08
    • US13395569
    • 2010-10-22
    • Masanori FurusawaYoshihiro KasuyaHajime Takeuchi
    • Masanori FurusawaYoshihiro KasuyaHajime Takeuchi
    • B25D17/24B25D17/14
    • B25D17/043B25D17/24B25D2222/57B25D2250/041B25D2250/121B25D2250/245B25D2250/371B25D2250/381
    • A technique for making a handle vibration-proof while avoiding size increase is provided in an impact tool. The impact tool has a striking mechanism part for driving a tool bit in its axial direction, a motor for driving the striking mechanism part, a tool body housing the motor and striking mechanism part, an outer shell housing covering part of the tool body, a handle that is integrally formed with the outer shell housing and extends transversely to the axial direction, a first handle end portion formed on one extending end of the handle, a second handle end portion formed on the other extending end of the handle, a first elastic element that connects the first handle end portion and tool body for relative movement in the axial direction, and a second elastic element that connects the second handle end portion and tool body for relative movement in the axial direction.
    • 在冲击工具中提供了一种在避免尺寸增加的情况下进行手柄防振的技术。 冲击工具具有用于沿其轴向驱动工具钻头的打击机构部件,用于驱动打击机构部件的马达,容纳马达和打击机构部件的工具主体,覆盖工具主体部分的外壳壳体, 手柄,其与外壳壳体整体形成并且横向于轴向方向延伸;形成在手柄的一个延伸端上的第一手柄端部,形成在手柄的另一延伸端上的第二手柄端部,第一弹性 连接第一手柄端部和工具主体以沿轴向相对移动的元件,以及连接第二手柄端部和工具主体以在轴向方向上相对移动的第二弹性元件。
    • 4. 发明授权
    • Impact tool
    • 冲击工具
    • US08286724B2
    • 2012-10-16
    • US12725029
    • 2010-03-16
    • Masanori FurusawaYoshihiro KasuyaHajime Takeuchi
    • Masanori FurusawaYoshihiro KasuyaHajime Takeuchi
    • B25B21/00E02D3/068
    • B25D16/006B25D11/10B25D17/043B25D17/06B25D2211/003B25D2216/0015B25D2216/0023B25D2250/221B25D2250/255B25D2250/261H01H3/20H01H3/60H01H9/06H01H9/26
    • An impact tool includes a vibration-proofing cushioning material connecting a tool body and a handle. The tool further includes a motor-driving manual operating member disposed on the handle, an operation mode switching member disposed on the tool body, and a movable member. When the switching member is switched to first mode in which the tool bit is continuously driven, the movable member moves the manual operating member from an off position and locks it in an on position. When the switching member is switched to second mode in which the tool bit is arbitrarily driven, the movable member releases the lock of the manual operating member. A vibration-proofing elastic member is disposed in the vibration transmitting path and prevents vibration caused in the tool body from being transmitted to the handle in the state in which the manual operating member is locked in the on position by the movable member.
    • 冲击工具包括连接工具主体和手柄的防振缓冲材料。 该工具还包括设置在把手上的电动机驱动手动操作构件,设置在工具主体上的操作模式切换构件和可移动构件。 当切换构件切换到其中工具钻头被连续驱动的第一模式时,可移动构件将手动操作构件从关闭位置移动并将其锁定在接通位置。 当切换构件切换到任意驱动工具钻头的第二模式时,可移动构件释放手动操作构件的锁定。 防振弹性构件设置在振动传递路径中,并且防止在手动操作构件通过可动构件锁定在接通位置的状态下在工具主体中引起的振动传递到手柄。
    • 5. 发明授权
    • Power tool
    • 电动工具
    • US07469752B2
    • 2008-12-30
    • US11604201
    • 2006-11-27
    • Masanori FurusawaYoshihiro Kasuya
    • Masanori FurusawaYoshihiro Kasuya
    • B25D16/00
    • B25D16/006B25D2211/003B25D2211/068B25D2216/0015B25D2216/0023B25D2216/0038B25D2216/0046B25D2216/0076B25D2217/0084B25D2217/0092B25D2250/245
    • It is an object of the invention to provide a power tool having a rational structure. A representative power tool is provided to have a tool bit a power tool body, a motion converting mechanism housing chamber, a motion converting mechanism and a clutch mechanism. The power tool further includes a switching member, an opening, a rotating member, a switching operation transmitting mechanism and an actuating member. The switching member is disposed on an upper surface of the power tool body and can be manually operated by a user. The opening is provided to connect the motion converting mechanism housing chamber and the outside. The rotating member can rotate while closing the opening. The switching operation transmitting mechanism is disposed outside the motion converting mechanism housing chamber to connect the switching member to the rotating member and to transmit the switching operation effected by the user's manual operation of the switching member to the rotating member. The rotating member includes the actuating member that extends into the motion converting mechanism housing chamber to switch the clutch mechanism between the power transmission state and the power transmission interrupted state.
    • 本发明的目的是提供具有合理结构的电动工具。 提供代表性的电动工具以具有工具钻头,即动力工具主体,运动转换机构容纳室,运动转换机构和离合器机构。 动力工具还包括切换构件,开口,旋转构件,切换操作传递机构和致动构件。 切换构件设置在电动工具主体的上表面上,并且可由用户手动操作。 提供开口以连接运动转换机构容纳室和外部。 旋转构件可以在关闭开口的同时旋转。 切换操作传递机构设置在运动转换机构容纳室的外部,以将切换部件连接到旋转部件,并且将由切换部件的用户的手动操作进行的切换操作传递到旋转部件。 旋转构件包括延伸到运动转换机构容纳室中的致动构件,以在动力传递状态和动力传递中断状态之间切换离合器机构。
    • 6. 发明授权
    • Power impact tool
    • 电动冲击工具
    • US07322427B2
    • 2008-01-29
    • US11147384
    • 2005-06-08
    • Yasutoshi ShimmaYoshihiro KasuyaMasanori Furusawa
    • Yasutoshi ShimmaYoshihiro KasuyaMasanori Furusawa
    • H01H9/20
    • B25D16/006B25D2211/003B25D2211/068B25D2216/0015B25D2216/0023B25D2250/261H01H9/06H01H9/26
    • It is an object of the present invention to provide an effective technique to improve ease of operation of the power impact tool. The power tool of the present invention includes a tool body, a tool bit, a motor, first and second switches and a mode changing mechanism. The motor is driven only when both switches are in an on position. The first switch is biased in the off position. The second switch is biased in the last position operated. The mode changing mechanism switches between hammer operation modes such that in the first hammer mode, the user actuates the first switch while the second switch is locked in the on position and in the second hammer mode, the first switch is locked in the on position while the second switch is actuated. In the second hammer mode, actuating the second switch similar to a toggle switch operates the tool.
    • 本发明的目的是提供一种有效的技术来改善动力冲击工具的易操作性。 本发明的电动工具包括工具主体,工具头,电动机,第一和第二开关以及模式改变机构。 只有当两个开关处于接通位置时才会驱动电机。 第一个开关被偏置在关闭位置。 第二个开关偏置在最后一个位置。 模式改变机构在锤操作模式之间切换,使得在第一锤击模式中,用户致动第一开关,而第二开关锁定在接通位置,并且在第二锤模式中,第一开关锁定在接通位置,同时 第二开关被致动。 在第二锤击模式中,类似于拨动开关来致动第二开关操作该工具。
    • 7. 发明申请
    • Power impact tool
    • 电动冲击工具
    • US20060011361A1
    • 2006-01-19
    • US11147384
    • 2005-06-08
    • Yasutoshi ShimmaYoshihiro KasuyaMasanori Furusawa
    • Yasutoshi ShimmaYoshihiro KasuyaMasanori Furusawa
    • B25D9/00
    • B25D16/006B25D2211/003B25D2211/068B25D2216/0015B25D2216/0023B25D2250/261H01H9/06H01H9/26
    • Accordingly, it is an object of the present invention to provide an effective technique to improve ease of operation of the power impact tool. The representative power impact tool according to the present invention includes a tool body, a tool bit, a motor, first and second switches and a mode changing mechanism. The tool bit performs a striking movement. The motor is driven only when both of the switches are turned on. The first switch is urged from the on position side to the off position side and normally held in the off position. The second switch is turned between the on position and the off position and held in one of the on and off positions unless operated to be turned to the opposite position. The mode changing mechanism switches between hammer operation modes of the tool bit. According to the first hammer mode, the user is allowed to actuate the first switch while the second switch is locked in the on position. Further, according to the second hammer mode, the first switch is locked in the on position while the user is allowed to actuate the second switch. According to the invention, when the power impact tool is operated in the second hammer mode, the first switch is locked in the on-position while the user is allowed to actuate the second switch such like a toggle switch to drive the motor. Therefore, the user is not required to keep the first switch in the on-position by hand in the second hammer mode. As a result, ease of operation of the power impact tool is enhanced compared with the known art.
    • 因此,本发明的目的是提供一种有效的技术来改善动力冲击工具的易操作性。 根据本发明的代表性动力冲击工具包括工具主体,工具钻头,马达,第一和第二开关以及模式改变机构。 工具位执行醒目的运动。 只有当两个开关都打开时,电机才被驱动。 第一开关从位置侧被推压到关闭位置侧并且通常保持在关闭位置。 第二开关在打开位置和关闭位置之间转动并且保持在打开和关闭位置中的一个位置,除非操作以转动到相对位置。 模式切换机构切换工具钻头的锤击操作模式。 根据第一锤击模式,允许用户致动第一开关,同时第二开关锁定在接通位置。 此外,根据第二锤击模式,第一开关被锁定在接通位置,同时允许使用者致动第二开关。 根据本发明,当动力冲击工具以第二锤模式操作时,第一开关被锁定在就位,同时使用者能够像拨动开关一样致动第二开关来驱动马达。 因此,用户不需要以第二锤模式手动将第一开关保持在就位。 结果,与现有技术相比,动力冲击工具的易操作性得到提高。