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    • 2. 发明授权
    • Plunge router depth stop system
    • 插入路由器深度停止系统
    • US6079915A
    • 2000-06-27
    • US193106
    • 1998-11-16
    • Donald R. BostenJames T. StolzerRandy G. CooperWaymon L. McNeal, Jr.
    • Donald R. BostenJames T. StolzerRandy G. CooperWaymon L. McNeal, Jr.
    • B23Q16/00B27C5/10B23C1/20
    • B23Q16/001B27C5/10Y10T409/306608Y10T409/308624
    • Improvements made to a router relates to a plunge router depth stop system. The depth stop system comprises a depth stop rod contained within a restraining collar coupled to the router housing. The depth stop rod is configured both to rotate at a fixed height above the router base and to slide up and down within the collar in order to adjust its height above the base. At an upper end of the depth stop rod, a turret knob permits an operator to rotate the rod within the collar. At the other end of the rod, a protrusion portion selection member is located to engage selectively one of a plurality of step-wise rising depth stop position surfaces located on the router base. When the protrusion portion selection member is aligned vertically above one of the depth stop position surfaces, the motor housing will plunge until the protrusion portion selection member engages the depth stop position. The operator sets the depth stop height by placing the depth stop rod at the desired height and tightening a restraining collar. Once configured in this position, the motor housing can be repeatably plunged to a desired position. The operator can selectively step the depth downward by keeping the depth stop rod at the desired position while rotating the rod to align the protrusion portion selection member to another depth stop position having a different depth stop height.
    • 对路由器的改进涉及一种插入式路由器深度停止系统。 深度停止系统包括一个包含在与路由器壳体相连的限制环内的深度限制杆。 深度限位杆被配置为在路基座底座上方固定的高度旋转,并在轴环内上下滑动,以便调整其高度高于基座。 在深度停止杆的上端,转塔旋钮允许操作者将杆旋转到轴环内。 在杆的另一端处,突出部分选择构件被定位成选择位于路由器基座上的多个逐步升降深度停止位置表面中的一个。 当突起部分选择部件垂直地位于一个深度停止位置表面上时,马达壳体将会滑入直到突出部分选择部件接合深度停止位置。 操作者通过将深度止动杆放置在所需的高度并设置限位环来设定深度停止高度。 一旦配置在该位置,电动机壳体可以重复地插入到期望的位置。 操作者可以通过将深度停止杆保持在期望位置来选择性地向下深度深度,同时旋转杆以将突起部选择构件对准具有不同深度停止高度的另一深度停止位置。
    • 3. 发明授权
    • Plunge router locking system
    • 插入路由器锁定系统
    • US06261036B1
    • 2001-07-17
    • US09193172
    • 1998-11-16
    • Donald R. BostenJames T. StolzerRandy G. CooperWaymon L. McNeal, Jr.
    • Donald R. BostenJames T. StolzerRandy G. CooperWaymon L. McNeal, Jr.
    • B23C120
    • B27C5/10Y10T409/306608Y10T409/307952
    • Improvements made to a router relate to a plunge router locking system. The locking system comprises a locking arm lever coupled to a threaded member arm which engages a plunge guide post to hold the router motor housing at a desired height above the router base when the locking arm member is in the locked position. When the locking arm member is moved into an unlocked position, the motor housing can move up and down the plunge guide post, where the motor housing is opposed by a bias system comprising a compression spring to prevent the motor housing from free-falling into the router base. Additionally, the locking arm lever can be held in the unlocked position with the use of a mating coupling member attached to the motor housing in order to keep the plunge locking system in an unlocked position.
    • 对路由器的改进涉及到一个插入式路由器锁定系统。 锁定系统包括联接到螺纹构件臂的锁定臂杆,当锁定臂构件处于锁定位置时,该锁定臂杆接合插销引导柱以将路由器电机壳体保持在路由器底座上方的期望高度处。 当锁定臂构件移动到解锁位置时,电动机壳体可以在插销引导柱上上下移动,其中电动机壳体由包括压缩弹簧的偏置系统相对,以防止电动机壳体自由落入 路由器基础。 另外,锁定臂杆可以通过使用附接到马达壳体的配合联接构件来保持在解锁位置,以便将插入锁定系统保持在解锁位置。
    • 8. 发明授权
    • Plunge router sub-base alignment
    • 插入路由器子碱基对齐
    • US06113323A
    • 2000-09-05
    • US193060
    • 1998-11-16
    • Donald R. BostenJames T. StolzerRandy G. CooperWaymon L. McNeal, Jr.
    • Donald R. BostenJames T. StolzerRandy G. CooperWaymon L. McNeal, Jr.
    • B23C1/20
    • B27C5/10Y10T409/306608Y10T409/308624
    • Improvements made to a router relate to a sub-base alignment system. In a preferred embodiment, the alignment system comprises a plurality of raised bosses which are located on the sub-base at known locations and which engage a plurality of recessed cavities in the router base. Alternatively, the raised bosses may be placed on the router base and the cavities may be located in the sub-base, or a combination of boss and cavity locations may be used. The router base is positioned at a known locations relative to the center of rotation of the router bit. For example, in the plunge router shown, the base is coupled to plunge guide posts, which themselves are coupled to the motor housing at known locations. The coupling of the raised bosses with the recessed cavities places the sub-base at a known position relative to the router base. In such a configuration, the outer edge of the sub-base, which may be used to guide the router when making a cut, is held at a known position relative to the center of rotation of the router chuck, thus enabling the precise guidance of the router relative to a guide member.
    • 对路由器的改进涉及到一个子基对准系统。 在优选实施例中,对准系统包括多个凸起凸起,凸起凸起位于已知位置处的子底座上,并且与路由器基座中的多个凹腔接合。 或者,凸起的凸起可以被放置在路由器基座上,并且空腔可以位于子底座中,或者可以使用凸台和空腔位置的组合。 路由器基座位于相对于路由器位的旋转中心的已知位置。 例如,在所示的插入式路由器中,底座联接到插销引导柱,它们本身在已知位置处联接到电动机壳体。 升高的凸起与凹陷腔的联接将子基座相对于路由器基座放置在已知位置。 在这种构造中,可以用于在切割时引导路由器的子基座的外边缘被保持在相对于路由器卡盘的旋转中心的已知位置,从而能够精确地引导 路由器相对于引导成员。