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    • 5. 发明申请
    • POWER TOOL
    • 电动工具
    • US20110308828A1
    • 2011-12-22
    • US13139910
    • 2009-12-08
    • Yasutoshi ShinmaYasuhiro Kakiuchi
    • Yasutoshi ShinmaYasuhiro Kakiuchi
    • B25D17/22
    • B25D17/20B25D2211/003B25D2217/0061B25D2250/121B25D2250/245B25F5/008
    • A working tool in which a tip tool with a longitudinal shaft is linearly moved, wherein a motor and other tool constituting members are effectively cooled. In order to cool the inside of a motor-driven hammer comprising a main body, a motor, and a motion converter, the hammer is provided with a first cooling air passage through which a cooling air is supplied to the motor, and a second cooling air passage through which a cooling air is supplied to a hammer portion. To generate a cooling air to be supplied to the first and second cooling air passages, a cooling fan is provided at a lower portion of an output shaft of the motor and a hammer portion cooling fan is provided between the output shaft of the motor and the motion converter.
    • 一种工作工具,其中具有纵轴的尖端工具线性移动,其中电动机和其他工具构成构件被有效地冷却。 为了冷却包括主体,电动机和运动转换器的电动锤的内部,锤具有第一冷却空气通道,冷却空气通过该第一冷却空气通道供应到电动机,第二冷却 空气通道,冷却空气通过该通道供应到锤部。 为了产生要供应到第一和第二冷却空气通道的冷却空气,在电动机的输出轴的下部设置有冷却风扇,并且在电动机的输出轴和电动机的输出轴之间设置有锤部冷却风扇 运动转换器。
    • 6. 发明授权
    • Power tool
    • 电动工具
    • US09126320B2
    • 2015-09-08
    • US13139910
    • 2009-12-08
    • Yasutoshi ShinmaYasuhiro Kakiuchi
    • Yasutoshi ShinmaYasuhiro Kakiuchi
    • B25D9/00B25D17/20B25F5/00
    • B25D17/20B25D2211/003B25D2217/0061B25D2250/121B25D2250/245B25F5/008
    • A working tool in which a tip tool with a longitudinal shaft is linearly moved, wherein a motor and other tool constituting members are effectively cooled. In order to cool the inside of a motor-driven hammer comprising a main body, a motor, and a motion converter, the hammer is provided with a first cooling air passage through which a cooling air is supplied to the motor, and a second cooling air passage through which a cooling air is supplied to a hammer portion. To generate a cooling air to be supplied to the first and second cooling air passages, a cooling fan is provided at a lower portion of an output shaft of the motor and a hammer portion cooling fan is provided between the output shaft of the motor and the motion converter.
    • 一种工作工具,其中具有纵轴的尖端工具线性移动,其中电动机和其他工具构成构件被有效地冷却。 为了冷却包括主体,电动机和运动转换器的电动锤的内部,锤具有第一冷却空气通道,冷却空气通过该第一冷却空气通道供应到电动机,第二冷却 空气通道,冷却空气通过该通道供应到锤部。 为了产生要供应到第一和第二冷却空气通道的冷却空气,在电动机的输出轴的下部设置有冷却风扇,并且在电动机的输出轴和电动机的输出轴之间设置有锤部冷却风扇 运动转换器。
    • 7. 发明申请
    • HAMMER DRILL
    • 锤钻
    • US20100096154A1
    • 2010-04-22
    • US12450615
    • 2008-02-22
    • Yasutoshi ShinmaKeiji NakashimaHajime Takeuchi
    • Yasutoshi ShinmaKeiji NakashimaHajime Takeuchi
    • B25D16/00B23B45/16
    • B25D16/006B25D2211/003B25D2216/0015B25D2216/0023B25D2216/0046B25D2250/255
    • Mode switching is reliably performed with a durable and small-sized configuration. A clutch pin (40) is provided in a reduction shaft (34) and configured to be slidable by an operation from outside, and a driven gear (38) is inserted onto the reduction shaft (34) and configured to be rotatable separately from the reduction shaft (34), so that a clutch mechanism is provided. By switching the clutch mechanism, a selection can be made between a hammer drill mode and a hammer mode. Meanwhile, the clutch pin (40) is configured to be slidable to a sliding position where the clutch pin (40) runs through the reduction shaft (34) so as to be capable of protruding upward beyond the reduction shaft (34), and at the sliding position, the clutch pin (40) engages with an engagement hole (46) provided on the tool holder (7) side so that a rotation of the tool holder (7) can be locked, whereby in the hammer mode, a selection can be further made between a neutral state where the clutch pin (40) does not engage with the engagement hole (46) and a rotation locked state where the clutch pin (40) engages with the engagement hole (46).
    • 通过耐用和小型化配置可靠地执行模式切换。 离合器销(40)设置在减速轴(34)中并构造成可以通过外部的操作而滑动,并且从动齿轮(38)插入到减速轴(34)上,并且构造成能够与 减速轴(34),从而设置离合器机构。 通过切换离合器机构,可以在锤击模式和锤击模式之间进行选择。 同时,离合器销40能够滑动到离合器销(40)穿过减速轴(34)的滑动位置,以能够向上突出到减速轴(34)的上方,并且在 所述滑动位置,所述离合器销(40)与设置在所述工具架(7)侧的接合孔(46)接合,使得所述工具架(7)的旋转能够被锁定,由此在所述锤模式中, 可以进一步在离合器销(40)不与接合孔(46)接合的中立状态和离合器销(40)与接合孔(46)接合的旋转锁定状态之间进行。
    • 8. 发明授权
    • Hammer drill
    • 锤钻
    • US08087474B2
    • 2012-01-03
    • US12450615
    • 2008-02-22
    • Yasutoshi ShinmaKeiji NakashimaHajime Takeuchi
    • Yasutoshi ShinmaKeiji NakashimaHajime Takeuchi
    • B25D11/04B25D16/00
    • B25D16/006B25D2211/003B25D2216/0015B25D2216/0023B25D2216/0046B25D2250/255
    • A hammer drill having a clutch pin and a clutch mechanism is provided. By switching the clutch mechanism, a selection can be made between a hammer drill mode and a hammer mode. The clutch pin is configured to be slidable to a sliding position where the clutch pin runs through the reduction shaft so as to be capable of protruding beyond the reduction shaft, and at the sliding position, the clutch pin engages with an engagement hole provided on the tool holder side so that a rotation of the tool holder can be locked, whereby in the hammer mode, a selection can be further made between a neutral state where the clutch pin does not engage with the engagement hole and a rotation locked state where the clutch pin engages with the engagement hole.
    • 提供具有离合器销和离合器机构的锤钻。 通过切换离合器机构,可以在锤击模式和锤击模式之间进行选择。 离合器销构造成可滑动到离合器销穿过减速轴的滑动位置,以便能够突出超出减速轴,并且在滑动位置处,离合器销与设置在减速轴上的接合孔接合 工具保持器侧,使得工具架的旋转能够被锁定,从而在锤击模式中,可以进一步在离合器销不与接合孔接合的中立状态和离合器的离合器的旋转锁定状态之间进行选择 销与接合孔接合。
    • 10. 发明授权
    • Hammer drill with an idling strike prevention mechanism
    • 具有怠速罢工预防机制的锤式钻机
    • US5775440A
    • 1998-07-07
    • US696504
    • 1996-08-14
    • Yasutoshi Shinma
    • Yasutoshi Shinma
    • B25D17/10B23B45/16B25C1/04B25C7/00B25D11/00B25D16/00B25D17/06B25D11/06
    • B25D11/005B25D17/06B25D2222/24B25D2250/035
    • A hammer drill has an aluminum cylinder non-rotatably mounted in a crank housing, a synthetic resin slide sleeve, and a tool holder. The latter two members are coaxially fitted over the front part of the cylinder. The slide sleeve is a cylindrical member slidably mounted between a large bore portion of the tool holder and the cylinder. A steel ring is mounted at the rear of the slide sleeve. The slide sleeve and the steel ring are urged in the forward direction by a compression spring interposed between a bevel gear and the steel ring. A first air chamber which is formed in the cylinder includes a plurality of air ports which are covered by the steel ring when the slide sleeve and steel ring are pushed in their respective rear positions by pressing a tool bit attached to the hammer against a work piece. A plurality of wide and narrow slits are formed in the front portion of the slide sleeve while a plurality of air passage holes are also formed in the large bore portion of the tool holder.
    • 锤钻具有不可旋转地安装在曲柄壳体中的铝圆筒,合成树脂滑动套筒和工具架。 后两个构件同轴地装配在气缸的前部上。 滑动套筒是可滑动地安装在工具架的大孔部分和气缸之间的圆柱形构件。 钢环安装在滑套的后部。 滑动套筒和钢环通过插入在锥齿轮和钢环之间的压缩弹簧向前推动。 形成在气缸中的第一空气室包括多个空气端口,当滑动套筒和钢环通过将附接到锤的工具头压靠在工件上而在其各自的后部位置中被钢环覆盖时 。 在滑动套管的前部形成有多个狭窄的狭缝,同时在工具架的大孔部分中还形成有多个空气通道孔。