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    • 3. 发明申请
    • Driving Tool
    • 驾驶工具
    • US20090101690A1
    • 2009-04-23
    • US11920752
    • 2006-05-22
    • Kouji Kubo
    • Kouji Kubo
    • B27F7/00
    • B25C1/188
    • A contact arm 15 of a driving tool is disposed to be movable in a vertical direction along an eject path on a nose part 4 disposed in a lower portion of a tool main body 2. A leading end portion of the contact arm is projected beyond a leading end of the nose part 4. In a nail driving operation, the contact arm is moved upward with respect to the nose part 4 to thereby activate an operation of a trigger. The nose part 4 includes a small-thickness wear plate 9 integrally connected to the tool main body 2, and a small-thickness driver guide 8 connected to a front portion of the wear plate 9. A leading end member 17 of the contact arm 15 is disposed to be slidable along a rear surface of the wear plate 9. An elastic contact top 18 is fixed to an outer surface of a leading end of the leading end member 17.
    • 驱动工具的接触臂15设置成沿着设置在工具主体2的下部的鼻部4上的排出路径在垂直方向上可移动。接触臂的前端部突出超过 鼻部4的前端。在钉子驱动操作中,接触臂相对于鼻部4向上移动,从而激活触发器的操作。 鼻部4包括与工具主体2一体地连接的小厚度的耐磨板9和连接到耐磨板9的前部的小型驱动器引导件8.接触臂15的前端部件17 被设置为能够沿着耐磨板9的后表面滑动。弹性接触顶部18固定到前端构件17的前端的外表面。
    • 4. 发明授权
    • Forced oscillatory flow type heat pipe and designing method for the same
    • 强制振荡式热管及其设计方法
    • US06655450B2
    • 2003-12-02
    • US10160969
    • 2002-05-31
    • Shigefumi NishioHisashi TanakaKouji Kubo
    • Shigefumi NishioHisashi TanakaKouji Kubo
    • F28D1500
    • F28D15/0266F28F13/10
    • A forced oscillatory flow type heat pipe of which a ratio (motion coefficient) of the heat transport capacity to the oscillating energy is maintained within an appropriate range is provided. A heat pipe body (1) has a closed loop flow path (2). Operation of the vibrator (3), which is provided at a connecting portion (2a) between the ends of the flow path (2), causes an oscillatory flow of the charged liquid sealed in the flow path (2). The phases of the oscillatory flows of the charged liquid in the adjacent tube portions of the flow path are inverted. From a viewpoint that the dimensionless effective thermal diffusivity kef* of the COSMOS type heat pipe has a larger range in the modified Womersley number &agr; than that of the dream type heat pipe, the modified Womersley number &agr; is 0.4 to 7.
    • 提供将热传输能力与振荡能量的比(运动系数)保持在适当范围内的强制振荡流型热管。 热管体(1)具有闭环流路(2)。 设置在流路(2)的端部之间的连接部分(2a)处的振动器(3)的操作引起密封在流路(2)中的带电液体的振荡。 在流路的相邻管部中的带电液体的振荡流的相位反转。 从改进的Womersley数α的COSMOS型热管的无量纲有效热扩散率kef *比梦幻式热管的范围更大的观点出发,修改后的Womersley数α为0.4〜7。
    • 5. 发明授权
    • Structure of guiding nail in nose section of nailing machine
    • 打钉机鼻部导钉结构
    • US06622901B2
    • 2003-09-23
    • US09758138
    • 2001-01-12
    • Terufumi HamanoKouji Kubo
    • Terufumi HamanoKouji Kubo
    • B25C104
    • B25C1/005B25C5/1665
    • An approach prevention wall for preventing a head portion of a lead nail from unnecessarily approaching is protruded on a front inner wall of the nose section of the nailing machine. The nose section accommodates the lead nail of connected nails, and the connected nails are connected with a connecting member. A lower end face of the approach prevention wall is inclined, and the inclined face of the lower end face of the approach prevention wall is formed at a position where the height of the inclined face is substantially the same as that of a position where the connecting member to connect the lead nail with the next nail is cut off at the time of driving the lead nail. Otherwise, the inclined face of the lower end face of the approach prevention wall is formed at a position where its height is higher than that.
    • 用于防止引导钉的头部不必要地接近的接近预防壁突出在打钉机的鼻部的前内壁上。 鼻部容纳连接的指甲的钉子,连接的指甲与连接构件连接。 接近防止壁的下端面倾斜,防止接触壁的下端面的倾斜面形成在倾斜面的高度与连接的位置大致相同的位置 在引导指甲时,将铅钉与下一个钉子连接的部件被切断。 否则,接近防止壁的下端面的倾斜面形成在其高度高的位置。
    • 8. 发明申请
    • Striking Tool
    • 打击工具
    • US20090206119A1
    • 2009-08-20
    • US11921740
    • 2006-06-07
    • Kouji Kubo
    • Kouji Kubo
    • B25C7/00B25C1/04
    • B25C1/008
    • In a contact mechanism operable to cause an operation of a trigger to be effective by relatively moving upward with respect to a nose portion 4, a lower contact member 11 is held between two springs 23, 24 provided respectively at upper and lower positions near the nose portion 4, and a lower end of the lower contact member 11 is biased by the upper spring 23 so as to protrude downward from a lower end of the nose portion. Further, there is provided a switching device 28 which can switch between a first position in which the lower contact member 11 is held at an upper position against the upper spring 23, a second position in which the contact member is held at a lower position against the lower spring 24, and a third position in which a movement of the contact member is not restricted.
    • 在可操作以通过相对于鼻部4相对向上移动来使触发器的操作有效的接触机构中,下接触构件11被保持在分别设置在靠近鼻部的上部和下部位置处的两个弹簧23,24之间 下接触构件11的下端由上弹簧23偏压,以从鼻部的下端向下突出。 此外,设置有切换装置28,其可以在下接触构件11被保持在上部位置的第一位置与上弹簧23之间切换,第二位置,接触构件保持在较低位置,抵抗 下弹簧24以及不限制接触构件的移动的第三位置。
    • 9. 发明申请
    • ATTACHING AND DETACHING METHOD OF CONTACT TOP OF NAILING MACHINE
    • 打钉机接头和接头方法
    • US20090039135A1
    • 2009-02-12
    • US12282748
    • 2007-03-13
    • Kouji Kubo
    • Kouji Kubo
    • B27F7/00
    • B25C1/008B25C7/00
    • A contact top 8 is arranged at a lower end of a wear plate 6 provided on a lower side of a tool main body 1. The contact top 8 is attached to and detached from a front end of a contact arm 12 provided at a vicinity of an injection port. An engaging groove 26 is formed at a side portion of the contact top 8. The contact top 8 is made to be movable such that the engaging groove 26 comes out from and goes into a lower end of a side portion of a driver guide 5. A front end portion 17 of the contact arm 12 is made to be able to be brought into contact with and separate from the contact top 8. In a state of maximally moving the front end portion 17 to the lower side, the contact arm 12 is capable of being attached to and detached from the engaging groove 26 of the contact top 8 exposed from a lower end between a wear plate 6 and the driver guide 5.
    • 接触顶部8布置在设置在工具主体1的下侧的耐磨板6的下端。接触顶部8附接到设置在工具主体1附近的接触臂12的前端 注入口。 接合槽26形成在接触顶部8的侧部。接触顶部8被制成可移动,使得接合槽26从驱动器引导件5的侧部的下端出来并进入其下端。 接触臂12的前端部17能够与接触顶部8接触和分离。在将前端部17最大限度地移动到下侧的状态下,接触臂12是 能够从耐磨板6和驱动器引导件5之间的下端露出的接触顶部8的接合槽26附接和分离。