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    • 2. 发明授权
    • Self leveling transmitter for laser alignment systems
    • 自动调平发射机用于激光对准系统
    • US4679937A
    • 1987-07-14
    • US788800
    • 1985-10-18
    • Gary L. CainLawrence J. MeyersTed L. TeachJoseph F. RandoTheodore J. Markley
    • Gary L. CainLawrence J. MeyersTed L. TeachJoseph F. RandoTheodore J. Markley
    • G01C5/00G01C5/02G01C15/00G01B11/26
    • G01C5/02G01C15/004
    • A transmitter for an alignment system in which a field of electromagnetic radiation is propagated in a non-planar reference cone is disclosed. The transmitter includes a source for providing a collimated beam of electromagnetic radiation directed parallel to a beam axis. A cantilever strand supports a bob within the beam. The bob has a conical reflecting surface to reflect the collimated beam conically. Optimally, the cantilever strand and bob are chosen to provide a deflection between the bob and plumb which is substantially one-half of any angular error between the beam axis and plumb. In an especially preferred form, a housing surrounds the bob and has inner and outer surfaces which minimize temperature effects on the orientation of the reference plane. Also, detectors are provided to sense when the angular error between the beam axis and plumb is outside of an acceptable range.
    • 公开了一种用于对准系统的发射器,其中电磁辐射场在非平面参考锥体中传播。 发射机包括用于提供平行于光束轴线定向的电磁辐射束的源。 悬臂线支撑梁内的鲍勃。 鲍勃具有锥形的反射表面,以圆锥形地反射准直光束。 优选地,选择悬臂股和鲍勃以提供鲍勃和铅锤之间的偏转,其基本上是梁轴和铅垂之间任何角度误差的一半。 在特别优选的形式中,壳体围绕鲍勃并且具有最小化温度对参考平面的取向的影响的内表面和外表面。 此外,提供检测器以感测波束轴和铅锤之间的角度误差在可接受的范围之外。
    • 4. 发明授权
    • Laser-based measurement system
    • 基于激光的测量系统
    • US4895440A
    • 1990-01-23
    • US234565
    • 1988-08-22
    • Gary L. CainMark D. SobottkeJoseph F. Rando
    • Gary L. CainMark D. SobottkeJoseph F. Rando
    • G01C15/00G01S17/10
    • G01C15/004G01C15/002G01S17/105
    • A laser beam three dimensional position measurement system includes a laser transmitter mounted at a stationary reference position at a work site and a receiver mounted on a mobile machine at the site. The transmitter produces a laser reference plane by sweeping a laser beam about the transmitter. The receiver includes a retroreflector which intercepts and reflects laser energy back to the transmitter when the laser beam sweeps past the retroreflector. The system also includes at the transmitter a circuit composed of a photodetector, timer, clock and counter. The photodetector senses laser energy reflected back to the transmitter from the retroreflector. The timer modulates the laser beam produced by the transmitter in response to detection of the beam. The counter is connected to the clock and timer, and is enabled by the timer to start counting electrical pulses received from the clock when the beam is modulated. The counter is disabled to stop counting electrical pulses when the modulation is detected. The number of pulses counted by the counter is indicative of the range of the receiver from the transmitter. The orientation of the beam relative to a fixed reference axis at the time reflected laser energy is detected defines the direction of the receiver relative to the transmitter.
    • 6. 发明授权
    • Two hole automatic precision punch
    • 两孔自动精密冲头
    • US4696210A
    • 1987-09-29
    • US879895
    • 1986-06-30
    • Charles E. CainGary L. Cain
    • Charles E. CainGary L. Cain
    • B21D28/04B21D43/00B26F1/38
    • B21D43/003B21D28/04Y10T83/0495Y10T83/0577Y10T83/4475Y10T83/538Y10T83/748Y10T83/8743
    • An apparatus for producing registration holes in a sheet-like workpiece that is provided with registration marks. The apparatus comprises: a frame; sheet holding means associated with the frame for holding a workpiece in place; a main carriage associated with the frame, with one of the main carriage and the sheet holding means, and hence a workpiece, being movable back and forth in a first direction relative to the other; a cross carriage mounted in the main carriage, with one of the cross carriage and the sheet holding means being movable back and forth in a second direction relative to the other, with the second direction being at right angles to the first direction; a further carriage mounted on the cross carriage, with one of the further carriage and the sheet holding means being movable relative to the other substantially in the first direction; first sensor means for sensing the position of the main carriage relative to a given one of the registration marks on the workpiece; second sensor means for sensing the position of the cross carriage relative to the same given registration mark on the workpiece; third sensor means for sensig the position of the further carriage relative to another one of the registration marks on the workpiece; a first punch assembly that is secured to the cross carriage and is provided with a first punch to punch out said given one of the registration marks to produce a registration hole in the workpiece; and a second punch assembly that is secured to the further carriage and is provided with a second punch to punch out said another one of the registration marks to produce another registration hole in the workpiece.
    • 一种在具有配准标记的片状工件中制造配准孔的装置。 该装置包括:框架; 与框架相关联的片材保持装置,用于将工件保持在适当位置; 与框架相关联的主托架,其中主托架和片材保持装置中的一个,因此工件可相对于另一个在第一方向上来回移动; 安装在所述主托架中的十字架,所述十字台架和所述片材保持装置中的一个可相对于另一个在第二方向上来回移动,所述第二方向与所述第一方向成直角; 安装在所述十字台架上的另外的托架,其中所述另外的托架和所述片材夹持装置中的一个可基本上在所述第一方向上相对于另一托架运动; 第一传感器装置,用于感测主托架相对于工件上的给定一个对准标记的位置; 第二传感器装置,用于相对于工件上相同的给定对准标记感测十字架的位置; 第三传感器装置,用于感测另一托架相对于工件上的另一个对准标记的位置; 第一冲头组件,其固定到所述十字架上并且设置有第一冲头以冲出所述给定的一个所述对准标记,以在所述工件中产生对准孔; 以及第二冲头组件,其固定到另一个滑架上并且设置有第二冲头以冲出所述另一个对准标记,以在所述工件中产生另一对准孔。
    • 8. 发明授权
    • Pendulous compensator vibratory motion damping system
    • 遮阳补偿器振动运动阻尼系统
    • US4801791A
    • 1989-01-31
    • US77214
    • 1987-07-24
    • Gary L. Cain
    • Gary L. Cain
    • G01C15/00G02B7/182G01J1/20
    • G02B7/1828
    • A system for dampening vibratory motion of a pendulous compensator in a laser beam projector includes a beam splitter which diverts a portion of a laser beam deflected by a mirror mounted on a cantilever beam of the compensator, and a photocell device having a pair of photodetectors positioned to receive the diverted laser beam portion and sense oppositely varying proportions thereof corresponding to the displacement of the position of the deflected laser beam. Two output signals are produced corresponding in magnitudes to the respective proportions of the diverted laser beam portion sensed by the photodetectors. A difference amplifier takes the difference of these output signals to produce a first electrical signal having a polarity and magnitude representing the direction and amount of motion of the cantilever beam. A derivative circuit takes the derivative of the first electrical signal with respect to time to produce a second electrical signal having a polarity and magnitude representing the direction and rate of movement of the cantilever beam. An electrical coil, having a magnet reciprocally movable relative thereto which is linked to the cantilever beam, produces a magnetic force related in polarity and magnitude to the second signal to cause the magnet to resist the vibratory movement of the cantilever beam.