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    • 5. 发明授权
    • Mounting for an internal diameter saw blade
    • 安装内径锯片
    • US5148797A
    • 1992-09-22
    • US669034
    • 1991-03-14
    • Robert E. Steere, Jr.
    • Robert E. Steere, Jr.
    • B23D59/00B23Q1/70B24D5/16B28D5/02
    • B23D59/002B23Q1/70B24D5/16B28D5/028
    • The spindle on which the wheelhead rotates is mounted within a spindle housing which, in turn, is mounted by a bearing at one end in a pivotally mounted housing. A pair of hydraulic cylinders engage the opposite end of the spindle housing and are actuated during a cutting stroke so as to impose a force on the spindle housing to effect a lateral displacement of the spindle housing in a plane common to the spindle axis and the pivot axis of the housing. The lateral deflection, in turn, causes a lateral deflection of the wheelhead thereby controlling the lateral deviation of the wheelhead relative to the true cutting plane during the cutting stroke. A sensor is provided between the housing and the wheelhead to sense and control deviations of the wheelhead from the true cutting plane. The arrangement may also be used for saws with wheelheads which are horizontally mounted for the cutting of vertically mounted ingots.
    • 砂轮头旋转的主轴安装在主轴壳体内,主轴壳体中的轴承一端安装在枢轴安装的壳体中。 一对液压缸接合主轴壳体的相对端并且在切割行程期间被致动,以便在主轴壳体上施加力以实现主轴壳体在与主轴轴线共同的平面中的横向位移,并且枢轴 轴的轴心。 横向偏转又导致砂轮头的横向偏转,从而在切割行程期间控制砂轮相对于真切割平面的横向偏移。 传感器设置在壳体和砂轮头之间,用于感测和控制砂轮头与真实切割平面的偏差。 该装置还可用于具有水平安装用于切割垂直安装的锭的砂轮的锯。
    • 7. 发明授权
    • Blade track control system
    • 刀片轨道控制系统
    • US5351444A
    • 1994-10-04
    • US951393
    • 1992-09-25
    • Robert E. Steere, Jr.
    • Robert E. Steere, Jr.
    • B23D47/00B23D59/00B24B27/06B24B45/00B24B49/02B24B7/00
    • B24B49/02B23D47/005B23D59/002B24B27/0616B24B45/00
    • The blade track control system employs a pair of bearing pads and a pair of sensors. Each bearing pad is provided with a supply of compressed air of constant pressure to provide an aerodynamic bearing surface film against a rotating saw blade. Each bearing pad is mounted on a structure, a portion of which may be flexed in order to deflect the saw blade from a datum plane into a cutting plane. Each sensor detects a deviation in the saw blade from the cutting plane and emits a signal which effects a movement of the bearing pad toward or away from the blade in order to effect a corresponding deflection of the saw blade back to the cutting plane. The two bearing pads are mounted independently of the sensors and each is moved relative to the saw blade by deflecting a cross bar on which the bearing pad is mounted in cantilevered fashion.
    • 叶片轨道控制系统采用一对轴承瓦块和一对传感器。 每个轴承瓦片设置有恒定压力的压缩空气供应,以提供抵抗旋转锯片的空气动力学轴承表面膜。 每个轴承瓦片安装在结构上,其一部分可以弯曲以使锯片从基准平面偏转成切割平面。 每个传感器检测锯片与切割平面的偏差,并发出一个信号,该信号使轴承瓦片朝向或远离叶片移动,以便使锯片相对于切割平面相应的偏转。 两个轴承瓦片独立于传感器安装,并且通过以悬臂方式偏转安装有轴承瓦块的横杆而相对于锯片运动。
    • 10. 发明授权
    • Tool mounting arrangement
    • 工具安装
    • US5319886A
    • 1994-06-14
    • US76394
    • 1993-06-14
    • Robert E. Steere, Jr.
    • Robert E. Steere, Jr.
    • B24B45/00B24D5/16B24B41/00
    • B24D5/16B24B45/00Y10T409/30952Y10T83/9379
    • The tool mounting arrangement employs a bushing within a recessed end of a shaft. The bushing has three lobes with inclined surfaces which abut against an internal conical wall of an annular mounting portion on the end of the shaft. A threaded screw passes through a washer and the grind wheel in non-rotatable relation into threaded relation in the bushing. Turning of the screw causes the bushing to be pulled in a direction out of the shaft so as to radially deform the annular mounting portion into uniform contact with the bore of the grind wheel while the grind wheel is simultaneously abutted square to the shaft axis. The annular mounting portion is provided with equi-spaced circumferentially disposed notches to permit passage of the lobes upon insertion of the bushing into the recess at the end of the shaft. One or more set screws is also provided in the shaft to prevent rotation of the bushing within the recess of the shaft.
    • 工具安装装置在轴的凹入端内采用衬套。 衬套具有三个具有倾斜表面的凸角,其与轴的端部上的环形安装部分的内部锥形壁抵接。 螺纹螺纹穿过垫圈和磨轮不可旋转地穿过衬套中的螺纹关系。 螺杆的转动使得衬套被拉向轴外的方向,从而使环形安装部分径向变形成与磨轮的孔均匀接触,同时磨轮同时与轴线相接。 环形安装部分设置有等间隔的周向设置的凹口,以允许在将衬套插入轴的端部处的凹部中时凸起通过。 轴中还设置有一个或多个定位螺钉,以防止衬套在轴的凹部内旋转。