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    • 1. 发明授权
    • Miter saw alignment system
    • 斜角锯对准系统
    • US5285708A
    • 1994-02-15
    • US855313
    • 1992-05-18
    • Donald R. BostenJohn R. KriaskiJohn W. SchnellJames P. Nichols, Jr.Steven H. PlumeMatthew G. PopikDennis C. HuntsmanRandy G. CooperDavid V. Keller
    • Donald R. BostenJohn R. KriaskiJohn W. SchnellJames P. Nichols, Jr.Steven H. PlumeMatthew G. PopikDennis C. HuntsmanRandy G. CooperDavid V. Keller
    • B23D33/12B23D59/00B27B31/06B26D7/00B27B5/20
    • B23D59/003B23D33/12B27B31/06Y10T83/7697Y10T83/7788Y10T83/828
    • A miter saw with an optical system for projecting an optical alignment marker onto a workpiece. The miter saw has a base, a turntable rotatably supported by the base, a fence disposed above the base for supporting the orientation of the workpiece located on the base, a support coupled to the rear portion of the turntable, and a cutting apparatus including a blade for cutting the workpiece. The cutting apparatus is pivotally coupled to the support for positioning the blade from a raised position above the workpiece to an operational position for engagement with the workpiece. The light projection system is attached to the cutting apparatus for projecting an optical alignment marker onto the workpiece so that the location at which the blade engages the workpiece is in a selectably adjustable relationship with respect to the position of the optical alignment marker on the workpiece. A belt-driven embodiment of the miter saw has an adjustable pulley system comprising a motor connected to a drive pulley, a blade pulley connected to the blade, the blade pulley being in substantial alignment with the drive pulley, and a belt for connecting the drive pulley with the blade pulley. An adjustment mechanism for adjusting the distance between the drive pulley and the blade pulley is provided so that the tension on the drive belt may be adjusted.
    • 具有用于将光学对准标记物投射到工件上的光学系统的斜切锯。 斜切锯具有基座,由基座可旋转地支撑的转盘,设置在基座上方的挡板,用于支撑位于基座上的工件的定位,联接到转台的后部的支撑件,以及包括 刀片用于切割工件。 切割装置枢转地联接到支撑件,用于将刀片从工件上方的升高位置定位到用于与工件接合的操作位置。 光投影系统附接到切割装置,用于将光学对准标记物投射到工件上,使得叶片与工件接合的位置相对于工件上的光学对准标记的位置可选择地调节。 斜切锯的带驱动实施例具有可调节滑轮系统,其包括连接到驱动滑轮的马达,连接到叶片的叶片滑轮,与滑轮相当的对准的滑轮,以及用于连接驱动轮的皮带 滑轮与滑轮。 设置用于调整驱动带轮和叶片皮带轮之间的距离的调节机构,从而可以调节驱动带上的张力。
    • 6. 发明授权
    • In-line profile sander
    • 在线型材砂光机
    • US5554066A
    • 1996-09-10
    • US385910
    • 1995-02-09
    • Donald R. BostenJohn R. KriaskiRandy G. CooperJohn C. Smith
    • Donald R. BostenJohn R. KriaskiRandy G. CooperJohn C. Smith
    • B24B23/04B24B55/10B24D9/08B24B23/00
    • B24B23/04B24B55/105B24D9/08
    • An in-line sander comprising a sander body which houses a motor coupled to an in-line oscillating mechanism. The in-line oscillating mechanism is adapted and configured to move a sanding pad in a linear oscillating motion.A preferred pad is a profiled sanding pad coupled to the in-line oscillating mechanism. The profiled sanding pad has, in a plane substantially perpendicular to the linear oscillating motion of the sander, a particular cross sectional profile corresponding to a profile to be formed onto or to be sanded on a workpiece. The cross sectional configuration extends substantially consistently along the length of the pad, and the pad defines a sanding surface having a profile corresponding to the particular cross sectional profile. With such profiled sanding pads, sandpaper secured to the sanding surface of the pads will power sand the profile to be formed onto or to be sanded on a workpiece.
    • 一种在线砂光机,其包括砂轮体,该砂光机容纳耦合到在线振荡机构的马达。 在线振荡机构被适配和配置成以线性摆动运动移动砂磨垫。 优选的焊盘是耦合到在线振荡机构的成型砂磨垫。 成型砂磨垫在基本上垂直于砂光机的线性摆动运动的平面内具有对应于要形成在工件上或要被磨砂的轮廓的特定横截面轮廓。 横截面构型沿垫的长度基本一致地延伸,并且垫限定了具有对应于特定横截面轮廓的轮廓的砂磨表面。 使用这种成型砂光垫,固定在焊盘的砂磨表面上的砂纸将使待形成的轮廓砂磨在工件上或被磨光。
    • 7. 发明授权
    • Sander vacuum housing and pad frame system
    • 砂光机真空外壳和垫框系统
    • US5597347A
    • 1997-01-28
    • US386002
    • 1995-02-09
    • Donald R. BostenJohn R. KriaskiRandy G. Cooper
    • Donald R. BostenJohn R. KriaskiRandy G. Cooper
    • B24B23/04B24B55/10B24D9/08B24B23/00
    • B24B23/04B24B55/105B24D9/08
    • A sander vacuum housing and pad frame system is provided for generating unique, continuous air flow for dust collection in a sander coupled to a dust collection system, while providing the versatility of a pad frame system. The system has particular application to a pad frame system for supporting sanding pads having varying characteristics, but is not limited to such a system. The system comprises a vacuum housing configured to be coupled to a motorized sanding mechanism of a sander for moving the vacuum housing in a sanding motion. The vacuum housing defines the upper portion of a dust channel. The dust channel in the vacuum housing is configured for connection to a dust collection system. The system further comprises a pad frame configured to be coupled under the vacuum housing for moving the lower surface of an attached frame in a sanding motion. The pad frame comprises a sanding pad for supporting sandpaper. The vacuum housing defines air flow dust ports, which may be proximate the upper surface of the attached pad frame in a lower portion of the vacuum housing. The dust ports permit a continuous flow of air during dust collection from a region outside the vacuum housing proximate the upper surface of the attached pad frame, through the vacuum housing dust channel, and to the dust collection system. Airborne dust proximate the dust ports will be drawn continuously into the dust collection system.
    • 提供砂磨真空壳体和衬垫框架系统,用于在耦合到灰尘收集系统的砂光机中产生独特的,连续的气流用于灰尘收集,同时提供衬垫框架系统的多功能性。 该系统具体应用于用于支撑具有不同特征的砂光垫的衬垫框架系统,但不限于这种系统。 该系统包括被配置为联接到砂光机的机动磨砂机构的真空壳体,用于在打磨运动中移动真空壳体。 真空壳体限定灰尘通道的上部。 真空壳体中的灰尘通道被配置为连接到集尘系统。 所述系统还包括衬垫框架,所述衬垫框架被配置为联接在所述真空壳体下方,用于在打磨运动中移动附接框架的下表面。 衬垫框架包括用于支撑砂纸的砂纸垫。 真空壳体限定了气流灰尘口,其可以在真空壳体的下部中靠近附接垫框架的上表面。 灰尘口允许在灰尘收集期间,通过真空壳体灰尘通道,靠近附接垫框架的上表面的真空壳体外部的区域中的空气持续流动,并且到达灰尘收集系统。 灰尘口附近的空气中的灰尘将被连续吸入灰尘收集系统。
    • 9. 发明授权
    • Clamp system for a jigsaw tilt base
    • 用于拼装倾斜底座的夹紧系统
    • US06357124B1
    • 2002-03-19
    • US09113865
    • 1998-07-10
    • Daniel P. WallJohn R. Kriaski
    • Daniel P. WallJohn R. Kriaski
    • B26D542
    • B23D59/006B23D49/165B23D49/167B23D51/025B23D51/10
    • The present disclosure relates to a jig saw including a base structure, and a housing pivotally moveable relative to the base structure about a first axis that extends longitudinally along the base structure. A motor is positioned within the housing. The motor reciprocates a blade in an up and down motion. A connecting member extends between the housing and the base structure. The saw also includes a first wedge that cooperates with the connecting member to clamp the housing relative to the base structure. The first wedge is moveable to a first position in which the connecting member is caused to compress the housing and the base structure together such that pivotal movement between the housing and the base structure is inhibited. The first wedge is also moveable to a second position in which the housing can be manually pivoted relative to the base.
    • 本公开涉及一种包括基部结构的夹具锯和可相对于基部结构围绕基部结构纵向延伸的第一轴线可枢转地运动的壳体。 电机位于外壳内。 马达以上下运动往复运动叶片。 连接构件在壳体和基座结构之间延伸。 锯还包括与连接构件协作以相对于基座结构夹紧外壳的第一楔形件。 第一楔形件可移动到第一位置,在该第一位置使得连接构件将壳体和基部结构压缩在一起,使得壳体和基部结构之间的枢转运动被抑制。 第一楔形件也可移动到第二位置,在该第二位置,壳体可以相对于底座手动地枢转。