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    • 5. 发明授权
    • Automatic shaft lock
    • 自动轴锁
    • US5984022A
    • 1999-11-16
    • US112728
    • 1998-07-09
    • William G. Harman, Jr.Michael F. CannaliatoDale K. Wheeler
    • William G. Harman, Jr.Michael F. CannaliatoDale K. Wheeler
    • B25B21/00B25F5/00B25B17/00
    • B25F5/001B25B21/00
    • An automatic shaft lock is incorporated into the transmission or drive components of a power driving tool of the type commonly used to tighten or loosen threaded fasteners, for example. The automatic shaft lock operates to prevent an externally-applied rotational back-force or back-torque, such as results from use of the tool to manually tighten or loosen a fastener, from being transmitted all the way through the drive components to the tool's motor or armature shaft. The shaft lock also effectively reduces the amount of back-torque, functioning automatically in either rotational direction, due to being disposed at an intermediate location in the drive train, between an intermediate gear enmeshed for driving rotation with the tool's armature shaft and an output gear enmeshed in a driving relationship with the tool's output shaft.
    • 例如,通常用于拧紧或松开螺纹紧固件的动力驱动工具的变速器或驱动部件中并入有自动轴锁。 自动轴锁操作以防止外部施加的旋转后退力或反向扭矩(例如由于使用工具来手动地拧紧或松开紧固件而导致的)不被传递到驱动部件到工具的马达 或电枢轴。 轴锁还有效地减少了由于设置在传动系中的中间位置处,用于与工具的电枢轴驱动旋转的中间齿轮与输出齿轮之间的旋转方向自动地起作用的反向扭矩的量 与工具的输出轴处于驱动关系。
    • 6. 发明授权
    • Router keyless chuck
    • 路由器无钥匙卡盘
    • US06244797B1
    • 2001-06-12
    • US09427604
    • 1999-10-27
    • Dale K. Wheeler
    • Dale K. Wheeler
    • B23C120
    • B23B31/201B23B2260/022Y10T279/17521Y10T409/306608
    • A router includes a tool holder which has a spindle with a bore to receive a router tool bit. A sleeve surrounds the spindle. A locking mechanism retains the router bit in the bore. The locking mechanism includes at least one rolling member in contact with the sleeve and which extends into the bore. The rolling member locks the router bit in the tool holder. A biasing member retains the sleeve in a locked position. The locking mechanism includes an activation member remotely positioned from the sleeve for moving the sleeve between the locked and unlocked position.
    • 一个路由器包括一个工具架,它具有一个具有孔的主轴,用于接收一个路由器工具钻头。 套筒围绕主轴。 锁定机构将路由器位置保留在孔中。 锁定机构包括至少一个与套筒接触并且延伸到孔中的滚动构件。 滚动构件将路由器位锁定在刀架中。 偏置构件将套筒保持在锁定位置。 锁定机构包括远离套筒定位的致动构件,用于使套筒在锁定位置和解锁位置之间移动。
    • 8. 发明授权
    • Removable tool holder
    • 可拆卸工具架
    • US06343901B2
    • 2002-02-05
    • US09792975
    • 2001-02-26
    • Dale K. WheelerThomas J. Wheeler
    • Dale K. WheelerThomas J. Wheeler
    • B23B3122
    • B23B31/1207B23B31/22B23B31/223Y10S279/905Y10T82/2585Y10T82/2589Y10T279/17196Y10T279/17452Y10T279/17752Y10T408/95Y10T409/30952
    • A rotary device has a releasable tool holder. A spindle with two ends has one end adapted to secure to a rotary device and the other includes a bore to receive a tool. A mechanism to retain and release the tool from the spindle bore is coupled with the spindle adjacent the bore end. At least two unlike retention members to apply a force on the tool in the bore are adjacent the bore. A sleeve surrounds the bore end of the spindle as well as the at least two unlike retention members. The sleeve has a common surface to apply a force on the at least two unlike retention members such that when the sleeve is axially moved along the spindle, the force is varied with respect to the position of the surface on the retention member. This force maintains the tool in the bore or enables the tool to be removed from the bore. A biasing member maintains the sleeve in a retention position on the spindle.
    • 旋转装置具有可释放的工具架。 具有两端的主轴具有适于固定到旋转装置的一端,另一端包括用于接收工具的孔。 从主轴孔保持和释放工具的机构与心轴相邻的心轴联接。 至少两个不同于保持构件以在孔中的工具上施加力与孔相邻。 套筒围绕心轴的孔端以及至少两个不同的保持构件。 套筒具有共同的表面,以在至少两个不同的保持构件上施加力,使得当套筒沿着心轴轴向移动时,力相对于保持构件上的表面的位置而变化。 该力将工具保持在孔中或使得工具能够从孔中移除。 偏置构件将套筒保持在主轴上的保持位置。
    • 9. 发明授权
    • Removable tool holder
    • 可拆卸工具架
    • US06224303B1
    • 2001-05-01
    • US09653797
    • 2000-09-01
    • Dale K. WheelerThomas J. Wheeler
    • Dale K. WheelerThomas J. Wheeler
    • B23B3122
    • B23B31/1207B23B31/22B23B31/223Y10S279/905Y10T82/2585Y10T82/2589Y10T279/17196Y10T279/17452Y10T279/17752Y10T408/95Y10T409/30952
    • A rotary device has a releasable tool holder. A spindle with two ends has one end adapted to secure to a rotary device and the other includes a bore to receive a tool. A mechanism to retain and release the tool from the spindle bore is coupled with the spindle adjacent the bore end. At least two unlike retention members to apply a force on the tool in the bore are adjacent the bore. A sleeve surrounds the bore end of the spindle as well as the at least two unlike retention members. The sleeve has a common surface to apply a force on the at least two unlike retention members such that when the sleeve is axially moved along the spindle, the force is varied with respect to the position of the surface on the retention member. This force maintains the tool in the bore or enables the tool to be removed from the bore. A biasing member maintains the sleeve in a retention position on the spindle.
    • 旋转装置具有可释放的工具架。 具有两端的主轴具有适于固定到旋转装置的一端,另一端包括用于接收工具的孔。 从主轴孔保持和释放工具的机构与心轴相邻的心轴联接。 至少两个不同于保持构件以在孔中的工具上施加力与孔相邻。 套筒围绕心轴的孔端以及至少两个不同的保持构件。 套筒具有共同的表面,以在至少两个不同的保持构件上施加力,使得当套筒沿着心轴轴向移动时,力相对于保持构件上的表面的位置而变化。 该力将工具保持在孔中或使得工具能够从孔中移除。 偏置构件将套筒保持在主轴上的保持位置。
    • 10. 发明授权
    • Battery pack for cordless device
    • 无绳设备电池组
    • US5919585A
    • 1999-07-06
    • US985000
    • 1997-12-04
    • Dale K. WheelerRobert G. Moores, Jr.Richard T. Walter
    • Dale K. WheelerRobert G. Moores, Jr.Richard T. Walter
    • H01M2/10H01M2/20H01M2/30H01M6/44
    • H01M2/1055H01M2/20H01M2/204H01M2/30H01M6/44
    • A battery pack 13 comprises an elongated cylindrical, metal casing 35, a plurality of cells 41, 43 in casing 35 and three coaxial pack terminals 46, 54, 61. For enhanced convenience, pack terminals 46, 54, 61 are electrically connectable in a cordless device 11 regardless of the angular orientation of the pack 13 about casing axis 33. To reduce cost and increase durability, pack 13 has no welded connections and will permit high current discharge rates. Cells 41, 43 are electrically connected but are mechanically disconnected. A spring 73 engages cell 41 and biases cells 41, 43 tightly together in compression to form good, low resistance electrical contact between cells 41, 43, casing base cap 45 and top 53. To provide a pack with two output voltages, the third pack terminal 61 has a polarity (relative to first pack terminal 46) the same as second pack terminal 54 and is electrically connected to the cell can terminal 43b of forward cell 43, thereby electrically by-passing cell 43.
    • 电池组13包括细长的圆柱形金属壳体35,壳体35中的多个电池单元41,43和三个同轴电缆组件端子46,54,61。为了增加便利性,电池组端子46,54,61可电连接 无论组件13围绕套管轴线33的角度取向如何,为了降低成本和增加耐久性,包装13不具有焊接连接并且将允许高电流放电速率。 电池41,43电连接但是机械地断开。 弹簧73接合电池单元41并将电池单元41,43紧压在一起压缩,以在电池单元41,43,套管基座盖45和顶部53之间形成良好的低电阻电接触。为了提供具有两个输出电压的组件,第三组件 端子61具有与第二封装端子54相同的极性(相对于第一封装端子46),并且电连接到正电池43的电池罐端子43b,从而电旁路电池43。