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    • 1. 发明授权
    • Gripping system for rotary objects
    • 旋转物体夹持系统
    • US5546831A
    • 1996-08-20
    • US126981
    • 1993-09-24
    • Katherine M. Grant, deceasedFrederic F. Grant
    • Katherine M. Grant, deceasedFrederic F. Grant
    • B67B7/18B67B7/14
    • B67B7/18
    • Any one of several rotary objects of various diameters is gripped between a pair of joined jaws, without a need for manual adjustment of such jaws to any of the various diameters. To this end, the jaws are spaced at a taper to each other for all of the various diameters, and are pivoted, biased and rendered moveable relative to each other in diminution of that taper against the bias and conversely in self-restoration of the taper by the bias upon a release of the object from the jaws. Any one of the rotary objects may be wedged between the jaws at the taper, and one of the jaws is propelled with such wedged rotary object against the bias relative to the other jaw of the pair in diminution of the taper until the jaws exert optimum grip on the object. A loosening or other operation may then be performed on the wedged rotary object, and such wedged rotary object may be released from the jaws [for self-restoration of the taper by the bias.
    • 各种直径的几个旋转物体中的任何一个被夹持在一对接合的夹爪之间,而不需要手动调节这些爪到任何各种直径。 为此,钳口对于所有各种直径彼此间隔开,并且相对于彼此以枢转的方式枢转,偏置并且可相对于该锥度相对于偏压减小,并且相反地在锥度的自恢复中 通过从颚骨释放物体的偏见。 任何一个旋转物体可以楔形在楔形件的楔爪之间楔入,并且其中一个夹爪以这种楔形的旋转物体推动,抵抗相对于另一个夹爪的偏压,减小了锥度,直到夹爪发挥最佳抓地力 对象上 然后可以在楔形的旋转物体上进行松动或其它操作,并且这种楔入的旋转物体可以从夹爪(用于通过偏压自动恢复锥形)被释放。
    • 2. 发明授权
    • Vibration isolating heat sink
    • 隔振散热器
    • US4789023A
    • 1988-12-06
    • US78820
    • 1987-07-28
    • Frederic F. Grant
    • Frederic F. Grant
    • H05K7/20F28D15/02
    • H05K7/20336B60K2001/003Y10S248/901
    • Methods and apparatus for transporting a heat-generating load through an environment affected by vibrations and pressure variations, employ a capillary structure for advancing that working fluid, when in a liquid state, from a condenser section at a heat-conducting supporting structure spaced from the load to an evaporator section at a heat-conducting load support at the load, for converting the advanced fluid to a vapor state with heat drawn from the load in the evaporator section. There is provided between the supporting structure and the load support a flexible enclosure encompassing around the capillary structure at least part of a space extending from the evaporator section back to the condenser section for returning the working fluid, when in its vapor state, in a heat-transfer cycle to the condenser section for reconversion to its liquid state upon removal of heat through the supporting structure and for reapplication of the working fluid in its liquid state through said capillary structure from the condenser section to the evaporator section for reevaporation thereat with more heat drawn from the load. Resilient means extended between the supporting structure and the load support are provided for effecting vibration damping of the load while removing heat therefrom in the evaporator section with the working fluid converting to its vapor state inside the flexible enclosure and the heat-transfer cycle in the flexible enclosure is protected against pressure variations occurring externally of that flexible enclosure.
    • 用于通过受振动和压力变化影响的环境输送发热负荷的方法和装置采用毛细管结构,用于在处于液态的情况下将工作流体从与冷凝器的导热支撑结构隔开的导热支撑结构的冷凝器部分推进 在负载处的导热负载支撑件处的蒸发器部分负载,用于从蒸发器部分中的负载引出的热量将先进流体转换成蒸汽状态。 在支撑结构和负载支撑件之间设置有柔性外壳,围绕毛细管结构包围从蒸发器部分延伸回冷凝器部分的空间的至少一部分,用于在工作流体处于蒸气状态时返回工作流体 - 转移到冷凝器部分,以便在通过支撑结构移除热量时重新转化为其液体状态,并且通过所述毛细管结构将其处于液态的工作流体再次从冷凝器部分再循环到蒸发器部分,以便在更多的热量下再循环 从负载中抽出。 在支撑结构和负载支撑之间延伸的弹性装置被提供用于实现负载的减振,同时在蒸发器部分中除去其中的热量,其中工作流体转换成其在柔性外壳内的蒸汽状态,并且柔性外壳中的热传递循环 外壳防止在该柔性外壳外部发生的压力变化。
    • 3. 发明授权
    • Tape transport cartridge
    • 磁带运输盒
    • US4159811A
    • 1979-07-03
    • US743594
    • 1976-11-22
    • Frederic F. Grant
    • Frederic F. Grant
    • G11B15/26G11B23/087G11B15/32G11B23/10
    • G11B23/08778G11B15/26
    • A belt driven tape cartridge employs a pair of tape reels on fixed spaced axes within a cartridge case and on which a tape extending between them is convolutely wound to form tape rolls. Tape is transported between reels when the reels are driven by a taut belt that extends between the rolls and around a drive roller at one side of a line connecting the tape reel axes and around an idler roller at the other side of that line. The drive roller rotates on a fixed axis which in preferred form is equidistant from the two tape reel axes. The idler roller rotates on an axis that is parallel with the other axes but is free to move laterally.
    • 皮带驱动带盒在盒壳体内使用一对固定的间隔轴线的磁带盘,并且在其之间延伸的带卷绕缠绕以形成带卷。 当卷轴由在辊之间延伸的拉紧带驱动并且在连接带卷轴的线的一侧的驱动辊周围以及在该线的另一侧的惰辊周围的驱动时,带在卷盘之间传送。 驱动辊在固定轴线上旋转,其优选形式与两个带盘轴线等距。 惰辊在与其他轴平行的轴上旋转,但可以横向移动。