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    • 2. 发明授权
    • Nose piece retainer for abrasive belt backing shoe
    • 用于砂带背衬的鼻片保持架
    • US5210978A
    • 1993-05-18
    • US888143
    • 1992-05-26
    • James D. Phillips
    • James D. Phillips
    • B24B19/12B24B21/00B24B21/08B24B21/16
    • B24B21/08B24B19/12
    • A retainer for the nose piece of the shoe which backs the abrasive belt in a belt-type grinding machine. The nose piece is T-shaped having a cross member provided with opposite side portions and a stem between the side portions. The head of the shoe has a stem-receiving recess and outwardly facing locating shoulders on opposite sides of the recess. The nose piece is mounted on the head with its stem in the recess and its side portions overlying the shoulders. The retainer is a pin having a resilient shank provided with an offset which may be either a laterally bent portion of the shank or a cam-like projection on the shank. The pin is received in aligned openings in the head and in the stem. When rotated to locking position, the pin offset forces the stem down into the recess and also forces the side portions of the cross member down squarely and solidly upon the shoulders.
    • 用于在皮带式研磨机中支撑研磨带的鞋的鼻片的保持器。 鼻片是T形的,具有设置有相对侧部的横向构件和在​​侧部之间的杆。 鞋的头部具有杆收纳凹部,并且在凹部的相对侧上面向外定位肩部。 鼻片安装在头部上,其柄部位于凹槽中,其侧部覆盖在肩部上。 保持器是具有设置有偏移的弹性柄的销,该偏移可以是柄的横向弯曲部分或柄上的凸轮状突起。 销被接收在头部和杆中对齐的开口中。 当转动到锁定位置时,销偏移迫使杆向下进入凹槽,并且还迫使横梁的侧部部分正下方并牢固地朝下。
    • 4. 发明授权
    • Check valve including means to permit selective back flow
    • 止回阀包括允许选择性回流的装置
    • US5819791A
    • 1998-10-13
    • US964287
    • 1997-11-04
    • James N. ChronisterJames D. PhillipsRichard C. GasawayRicky E. Pineda
    • James N. ChronisterJames D. PhillipsRichard C. GasawayRicky E. Pineda
    • F16K15/03F16K15/18F16K35/02F16K15/00
    • F16K15/038F16K15/181F16K35/025Y10T137/7839Y10T137/7877
    • A preferred embodiment of FIGS. 1-3 includes a check valve (10) with a pair of semicircular check valve members (34, 36) normally permitting fluid flow in one direction and blocking fluid flow in an opposite direction. Semicircular valve member (36) is releasably locked in an open position to permit a back flow upon manual rotation of handle (46) after manual gripping of knurled knob (84) and withdrawal of a locking pin (82) from a receiving opening (96). A safety lever (98) is pivoted out of a covering relation to knob (84) before knob (84) is gripped and prevents rotation of shaft (38) unless lever (98) is manually pivoted out of covering relation with knob (84). Another embodiment shown in FIG. 4 permits selective opening of a semicircular plate valve member (34A or 36A) to a releasably locked open position. Manual rotation of handle (46A) in one direction effects movement of semicircular valve member (36A) to an open position. Separate manual movement of handle (46B) in an opposite direction effects rotation of plate valve member (34A) to an open position. Another embodiment shown in FIGS. 5 and 6 provides a planetary gear arrangement which is effective to rotate the check valve members simultaneously to an open position. Rotation of handle (46C) effects rotation of shaft (38C) in one direction for opening of one of the semicircular valve members and rotation of sleeve or shaft (42C) in an opposite direction effects rotation of the other check valve member to an open position.
    • 图1和图2的优选实施例。 1-3包括具有一对半圆形止回阀构件(34,36)的止回阀(10),通常允许流体在一个方向上流动并阻止流体沿相反方向流动。 将半圆形阀构件(36)可释放地锁定在打开位置,以便在手动握住滚花旋钮(84)并将锁定销(82)从接收开口(96)中取出之后手动旋转手柄(46) )。 安全杠杆(98)在把手(84)被夹紧之前从与盖(84)的覆盖关系枢转,并且防止轴(38)的转动,除非杠杆(98)被手动地从与旋钮(84)的覆盖关系枢转, 。 图1所示的另一实施例。 4允许半圆形板阀构件(34A或36A)选择性地打开到可释放地锁定的打开位置。 手柄(46A)在一个方向上的手动旋转将半圆形阀构件(36A)的运动促成打开位置。 手柄(46B)在相反方向上的单独手动移动使板阀构件(34A)的旋转作用到打开位置。 图1和图2所示的另一实施例。 图5和图6提供了一种行星齿轮装置,其有效地将止回阀构件同时旋转到打开位置。 手柄(46C)的旋转实现轴(38C)在一个方向上的旋转,用于打开半圆形阀构件中的一个,并以相反的方向旋转套筒或轴(42C),从而使另一止回阀构件的旋转转到打开位置 。
    • 8. 发明授权
    • Variable camshaft
    • 可变凸轮轴
    • US5129407A
    • 1992-07-14
    • US712526
    • 1991-06-10
    • James D. Phillips
    • James D. Phillips
    • F01L13/00
    • F01L13/0036F01L2013/0052Y10T74/1832Y10T74/2101
    • A camshaft is provided having longitudinally spaced cams for operating the valve lifters of an engine. Each cam has juxtaposed first and second cam lobes for operating at low speed conditions (city driving) and high speed conditions (highway). The profile of each cam lobe has a base circle area and the base circle areas of the lobes on each cam are of the same radius and overlap to provide a cross-over zone. While the engine is running and the camshaft is rotating, the camshaft can be shifted longitudinally between a first position in which the valve lifters contact the profiles of the first cam lobes of the cams and a second position in which the valve lifters contact the profiles of the second cam lobes. The positions of the valve lifters longitudinally of the camshaft in relation to the angular positions of the cross-over zones of the cams is such that during the simultaneous rotation and longitudinal shifting of the camshaft the valve lifters will traverse the cams from the profile of one cam lobe to the other at the cross-over zone.
    • 凸轮轴设置有纵向隔开的凸轮,用于操作发动机的气门挺杆。 每个凸轮并置第一和第二凸轮凸角,用于在低速条件(城市驾驶)和高速条件(高速公路)下运行。 每个凸轮凸角的轮廓具有基圆区域,并且每个凸轮上的凸角的基圆区域具有相同的半径并且重叠以提供交叉区域。 当发动机正在运行并且凸轮轴正在旋转时,凸轮轴可以在阀升降器接触凸轮的第一凸轮凸角的轮廓的第一位置与阀升程器接触凸轮轴的轮廓的第二位置之间纵向移动 第二个凸轮裂片。 相对于凸轮的交叉区域的角位置,凸轮轴纵向的气门挺杆的位置使得在凸轮轴的同时旋转和纵向移动期间,气门挺杆将从一个凸轮的轮廓横越凸轮 凸轮在另一个交叉区域。