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    • 1. 发明申请
    • APPARATUS AND METHOD FOR CHARACTERIZING GLASS SHEETS
    • 玻璃片表征装置及方法
    • US20130067956A1
    • 2013-03-21
    • US13591994
    • 2012-08-22
    • Richard HaganMichael Albert Joseph, IIPhilip Robert LeBlanc
    • Richard HaganMichael Albert Joseph, IIPhilip Robert LeBlanc
    • G01N33/38C03B35/14
    • B65G51/03C03B35/14G01N33/386
    • Disclosed is an apparatus for characterizing attributes of a moving glass sheet comprising complementary mechanical material handling technologies that progressively stabilize, position, capture, flatten, and release the lower portion of glass sheets traveling past the apparatus while posing minimal constraint on the top section of the sheet. The apparatus includes a pressure-vacuum (PV)-type device comprising distinct regions such that the glass sheets experience a non-contact but gradual increase in constraining force until the point where measurements can be performed, then a gradual decrease in constraining force until the glass sheets are released from the inspection station. This graduated force technique is applied along the direction of travel of the sheets and may also be applied vertically upwards along the height of the sheet to restrict the motion of the sheet without constraining it at pinch points near the conveyor.
    • 公开了一种用于表征移动玻璃板的属性的装置,其包括互补的机械材料处理技术,其逐渐地稳定,定位,捕获,平坦化和释放行进通过设备的玻璃板的下部,同时对 片。 该装置包括一个包括不同区域的压力 - 真空(PV)型装置,使得玻璃板经受非接触但逐渐增加的约束力直到可以进行测量的点,然后约束力逐渐减小直到 玻璃板从检验站释放出来。 沿着纸张的行进方向施加该刻度力技术,并且还可以沿着片材的高度垂直向上施加片材,以限制片材的运动,而不会在传送带附近的夹点处约束片材的运动。
    • 2. 发明授权
    • Apparatus and method for characterizing glass sheets
    • 用于表征玻璃板的装置和方法
    • US08773656B2
    • 2014-07-08
    • US13591994
    • 2012-08-22
    • Richard HaganMichael Albert Joseph, IIPhilip Robert LeBlanc
    • Richard HaganMichael Albert Joseph, IIPhilip Robert LeBlanc
    • G01N23/00G01N21/896G01N21/958G01N21/01
    • B65G51/03C03B35/14G01N33/386
    • Disclosed is an apparatus for characterizing attributes of a moving glass sheet comprising complementary mechanical material handling technologies that progressively stabilize, position, capture, flatten, and release the lower portion of glass sheets traveling past the apparatus while posing minimal constraint on the top section of the sheet. The apparatus includes a pressure-vacuum (PV)-type device comprising distinct regions such that the glass sheets experience a non-contact but gradual increase in constraining force until the point where measurements can be performed, then a gradual decrease in constraining force until the glass sheets are released from the inspection station. This graduated force technique is applied along the direction of travel of the sheets and may also be applied vertically upwards along the height of the sheet to restrict the motion of the sheet without constraining it at pinch points near the conveyor.
    • 公开了一种用于表征移动玻璃板的属性的装置,其包括互补的机械材料处理技术,其逐渐地稳定,定位,捕获,平坦化和释放行进通过设备的玻璃板的下部,同时对 片。 该装置包括一个包括不同区域的压力 - 真空(PV)型装置,使得玻璃板经受非接触但逐渐增加的约束力直到可以进行测量的点,然后约束力逐渐减小直到 玻璃板从检验站释放出来。 沿着纸张的行进方向施加该刻度力技术,并且还可以沿着片材的高度垂直向上施加片材,以限制片材的运动,而不会在传送带附近的夹点处约束片材的运动。
    • 4. 发明授权
    • Grinding machine
    • 磨床
    • US06902465B2
    • 2005-06-07
    • US10296367
    • 2001-06-21
    • Richard Hagan
    • Richard Hagan
    • B24B19/08B24B19/12B24B41/00B24B41/04B24B49/00B24B1/00B24B7/00
    • B24B41/04B24B19/08B24B19/12B24B41/002
    • A grinding machine uses a conical grinding wheel (10) to create a non-circularly symmetric surface (defining, for example, a re-entrant cam) on a workpiece. The machine is operable to rotate such a workpiece about a first axis (5) and the machine has drive means for rotating the conical wheel about a second axis (14). A feeding mechanism brings the wheel into contact with the workpiece to define a line of grinding where the wheel contacts the workpiece (i.e. a cutting line). In use, a rocking movement is imparted to the wheel and spindle relative to the workpiece as the latter rotates so as to maintain the orientation of the cutting line relative to the first axis and of the second axis relative to the cutting line.
    • 研磨机使用锥形磨轮(10)在工件上产生非圆形对称表面(例如限定凸轮)。 机器可操作以围绕第一轴线(5)旋转这样的工件,并且机器具有用于围绕第二轴线(14)旋转锥形轮的驱动装置。 进给机构使车轮与工件接触以限定一轮研磨,其中车轮接触工件(即切割线)。 在使用中,随着后轮旋转,相对于工件使车轮和心轴产生摇摆运动,以便相对于切割线保持切割线相对于第一轴线和第二轴线的取向。