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    • 4. 发明授权
    • Telescoping member methods and apparatus
    • 伸缩构件的方法和装置
    • US08075217B2
    • 2011-12-13
    • US10586115
    • 2005-01-14
    • Donald H. Eason
    • Donald H. Eason
    • F16B7/10
    • G10D13/00F16B7/0486Y10T403/32426Y10T403/32467Y10T403/32532Y10T403/535Y10T403/66Y10T403/69Y10T403/7062Y10T403/7071
    • In at least one embodiment, an apparatus (1) that comprises a compression sleeve element (2) established at least partially around portions of a first elongated member (6) that telescopes from a larger elongated member (8) in which it may nest. A relative motion obstruction element (4) may disallow only certain types of motion, e.g., rotational and axial, of the compression sleeve element relative to the elongated members around which it may be at least partially established. As it may be the compression enhancement element (3) —which may be used to generate a retaining compression force element—that prevents perpendicular displacement of the compression sleeve element, deactivation and effective disengagement of the compression enhancement element may allow for a quick removal of the compression sleeve element without requiring that it be slid off an end of either elongated member.
    • 在至少一个实施例中,一种装置(1)包括压缩套筒元件(2),该压缩套筒元件(2)至少部分地围绕从其可嵌套的较大细长构件(8)伸缩的第一细长构件(6)的部分。 相对运动阻塞元件(4)可以不允许压缩套筒元件相对于可以至少部分地建立的细长构件的某些类型的运动,例如旋转和轴向运动。 由于压缩增强元件(3)可以被用于产生保持压缩力元件,其可防止压缩套筒元件的垂直位移,所以压缩增强元件的失活和有效的分离可允许快速移除 压缩套筒元件,而不需要从一个细长构件的端部滑动。
    • 7. 发明授权
    • Integrated vehicle display system
    • 综合车载显示系统
    • US6062396A
    • 2000-05-16
    • US711164
    • 1996-09-09
    • Donald H. Eason
    • Donald H. Eason
    • A47F7/04A47F7/00
    • A47F7/04
    • A system for conveniently storing a wheel, tire or similar object. The invention allows a user to easily insert such an object into a support stand and establish a three point support of the object. Furthermore, the system has an actuation feature that allows a support stand to be easily and compactly configured for storage and shipment. The system uses a rotating support surface to establish contact with a wheel, tire or other similar object. In this fashion, a normal force can be exerted against the object while the support surface is free to turn. This allows an object with a rough surface area to be positioned by the force while not allowing the rough surface area to effect such positioning. A mechanism accommodates tires of different sizes, thereby allowing tires to be positioned on support settings unique to each sized tire. A self adjusting feature allows the movement arm to move in response to the tire size, thereby establishing the appropriate settings. A rotating support is disclosed that provides greater flexibility to a support stand in interfacing with tires of rough surface areas by preventing those surface areas from interfering with the support establishment process.
    • 一种用于方便地存放车轮,轮胎或类似物体的系统。 本发明允许用户将这样的物体容易地插入到支撑架中并建立物体的三点支撑。 此外,该系统具有致动特征,其允许支撑架容易且紧凑地构造用于存储和运输。 系统使用旋转的支撑表面来建立与轮,轮胎或其它类似物体的接触。 以这种方式,当支撑表面自由转动时,能够对对象施加法向力。 这允许具有粗糙表面积的物体通过力定位,而不允许粗糙表面区域实现这种定位。 机构适应不同尺寸的轮胎,从而允许轮胎定位在每个尺寸轮胎独特的支撑设置上。 自调整功能允许移动臂响应于轮胎尺寸移动,从而建立适当的设置。 公开了一种旋转支撑件,其通过防止这些表面区域干扰支撑建立过程而使得支撑台与粗糙表面区域的轮胎接合提供更大的灵活性。