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    • 2. 发明授权
    • Method and device for securing a cylindrical component to a mechanical assembly
    • 用于将圆柱形部件固定到机械组件的方法和装置
    • US06267333B1
    • 2001-07-31
    • US09407379
    • 1999-09-28
    • Thomas K. HebertJames D. Waterman
    • Thomas K. HebertJames D. Waterman
    • F16L324
    • F16B5/0685F16B2/06
    • A cylindrical component is secured in a slot of a mechanical assembly. The slot is defined by two registration surfaces which meet at a vertex and a third surface which meets one of the registration surfaces. The securing method includes: placing the cylindrical component into contact with the two registration surfaces; applying a force F1 against the cylindrical component causing compression of the cylindrical component into the two registration surfaces; and applying an anti-rotational force against the third surface to prevent redirection of the force F1. One fastener which uses the above method includes: a surface which contacts the cylindrical component; a threaded engagement mechanism which secures the fastener to the mechanical assembly through a clearance hole in the fastener; and a protruded section which prevents rotation of the fastener by engagement with the third surface.
    • 圆柱形部件固定在机械组件的槽中。 狭槽由两个在顶点相遇的配准表面和与其中一个配准表面相遇的第三表面限定。 固定方法包括:将圆柱形部件放置成与两个配准表面接触; 对所述圆柱形部件施加力F1,使得所述圆柱形部件压缩到所述两个配准表面中; 并且对第三表面施加抗旋转力以防止力F1的重定向。 使用上述方法的一个紧固件包括:与圆柱形部件接触的表面; 螺纹接合机构,其通过紧固件中的间隙孔将紧固件固定到机械组件; 以及通过与第三表面接合来防止紧固件旋转的突出部分。
    • 3. 发明授权
    • Optimal composite curing system and method
    • 最佳复合固化体系及方法
    • US5345397A
    • 1994-09-06
    • US796933
    • 1991-11-25
    • Paul I. HandelMatthew J. PattersonDaniel GuerinNicholas C. StraussSteven B. HeltonThomas M. BarrettLisa K. KoelewynJames D. Waterman
    • Paul I. HandelMatthew J. PattersonDaniel GuerinNicholas C. StraussSteven B. HeltonThomas M. BarrettLisa K. KoelewynJames D. Waterman
    • B29C35/02
    • B29C35/0288B29C2037/903B29K2105/06
    • An intelligent control system for directing a process for curing parts made of fiber-reinforced composite material in an autoclave. The system uses data gathered during the curing processing to calculate repetitively the temperature of the autoclave required to establish and maintain a predetermined cure temperature. The system accounts for heat generated by the exothermal reaction of the resin during polymerization. The control recalculates an optimal autoclave temperature at periodic intervals during the cure cycle on the basis of temperature data from the part being cured and temperature within the autoclave. The optimal autoclave temperature is determined from calculated values representing resin heat, maximum offset, lag time and degree of cure of the resin. Control signals produced by a computer that executes control algorithms stored in electronic memory accessible to the processor cause corresponding changes in the temperature of the autoclave needed to cure the part without overheating and in less time than with a conventional autoclave temperature control.
    • 一种智能控制系统,用于引导在高压釜中固化由纤维增强复合材料制成的部件的工艺。 该系统使用在固化处理期间收集的数据来重复地计算建立并保持预定固化温度所需的高压釜的温度。 该系统考虑到聚合期间树脂的放热反应产生的热量。 基于来自固化部分的温度数据和高压釜内的温度,该控制在固化循环期间以周期性间隔重新计算最佳高压釜温度。 最佳的高压釜温度由表示树脂热量,最大偏移,滞后时间和树脂固化程度的计算值确定。 由执行存储在处理器可访问的电子存储器中的控制算法的计算机产生的控制信号导致固化部件所需的高压釜温度的相应变化而不会过热,并且在比常规的高压釜温度控制下更短的时间内。
    • 4. 发明授权
    • Method and apparatus for collecting and removing punch chaff from an imaging system
    • 用于从成像系统收集和去除冲击谷壳的方法和装置
    • US06173634B1
    • 2001-01-16
    • US09273069
    • 1999-03-19
    • Richard J. LynchJames D. Waterman
    • Richard J. LynchJames D. Waterman
    • B26F108
    • B26D7/18B26D7/1863Y10S83/948Y10T83/0448Y10T83/0596Y10T83/202Y10T83/2092Y10T83/222Y10T83/8743
    • A method and apparatus for collecting and removing chaff from an internal drum imaging system. The chaff collection apparatus includes a chaff tray coupled to the internal drum below the side punches. The chaff tray includes a cover comprising a plurality of evenly spaced frangible fingers. A specific set of the fingers is removed from the cover according to the locations of the side punches on the internal drum. In this manner, only the portions of the cover below the side punches are open to the interior of the chaff tray. The chaff produced by each punch passes into the chaff tray through a respective opening in the cover, and is captured within the chaff tray. The areas of the cover of the chaff tray that are not located below the side punches remain covered by the remaining frangible fingers, thereby preventing chaff from escaping the chaff tray.
    • 一种用于从内部鼓成像系统收集和去除谷壳的方法和装置。 谷壳收集装置包括在侧冲头下方联接到内滚筒的谷壳托盘。 谷壳托盘包括包括多个均匀分布的易碎指状物的盖子。 根据侧鼓在内鼓上的位置,将特定的手指套从盖上取下。 以这种方式,只有侧冲头下面的盖的部分打开到谷壳的内部。 每个冲头产生的谷壳通过盖中的相应开口进入谷壳托盘,并被捕获在谷壳托盘内。 没有位于侧冲头下方的托盘的盖的区域保持被剩余的易碎指状物覆盖,从而防止谷壳逸出谷壳。