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    • 2. 发明授权
    • Self-locking, anti-rotational retaining washer for a
    • 用于“D”形轴的自锁式,防旋转保持垫圈
    • US4836708A
    • 1989-06-06
    • US214988
    • 1988-07-05
    • Randall P. ChambersJohn C. DzungDonald F. Gatto
    • Randall P. ChambersJohn C. DzungDonald F. Gatto
    • F16B39/24
    • F16B39/24Y10T403/4682Y10T403/7024Y10T74/2084
    • A retaining washer (100) prevents the rotation of a D-shaped shaft (106) which is mounted in a round hole (105a) of a housing (105). The retaining washer includes a substantially flat washer (101) having a hole (101a). A tapered tab (102) includes a wide end (102a) and a narrow end (102b). The tab is attached to the flat washer at the wide end such that the tab is substantially perpendicular to the flat washer. A gusset (103) is attached between the tab and the flat washer. The gusset includes a lower edge (103a) which is positioned at an obtuse angle (104) relative to the flat washer. The gusset indents into the housing (105b) and the tab is forced against the flat portion (106b) of the D-shaped shaft. The upper left and right edges of the tab cut into the wall of the housing hole (105c and 105d).
    • 保持垫圈(100)防止安装在壳体(105)的圆孔(105a)中的D形轴(106)的旋转。 保持垫圈包括具有孔(101a)的大致平坦的垫圈(101)。 锥形突片(102)包括宽端(102a)和窄端(102b)。 突片在宽端附接到平垫圈,使得突片基本上垂直于平垫圈。 角撑板(103)附接在凸片和平垫圈之间。 角撑板包括相对于平垫圈定位成钝角(104)的下边缘(103a)。 角撑板凹入到壳体(105b)中,并且突片被迫抵靠D形轴的平坦部分(106b)。 突片的左上和右边缘切入壳体孔(105c和105d)的壁。
    • 7. 发明授权
    • Tear resistant flexible substrate
    • 抗撕裂柔性基材
    • US07071419B2
    • 2006-07-04
    • US10683106
    • 2003-10-08
    • Benjamin J. HolmesRandall P. Chambers
    • Benjamin J. HolmesRandall P. Chambers
    • H05K1/11
    • H05K1/028H05K2201/055H05K2201/09081H05K2201/09781
    • A flexible circuit having improved tear resistance is provided. A flexible circuit, made of polyimide film, includes at least one extension which needs to be folded. To prevent tearing, an annular piece of metal, like an exposed copper pad for example, is placed at the apex of the bend angle. A second metal is then deposited atop the annular piece of metal, thereby reinforcing the annular piece of metal. The reinforced annular piece of metal helps to prevent the flexible circuit from tearing when shearing forces are applied to the extension. Experimental results have shown that the invention provides as much as a 285% increase in tear resistance when compared to prior art flexible circuits.
    • 提供了具有改进的抗撕裂性的柔性电路。 由聚酰亚胺膜制成的柔性电路包括至少一个需要折叠的延伸部分。 为了防止撕裂,例如像暴露的铜垫的环形金属片放置在弯曲角度的顶点处。 然后将第二金属沉积在环形金属片上方,从而加强环形金属片。 加强的环形金属片有助于防止当剪切力施加到延伸部时柔性电路撕裂。 实验结果表明,与现有技术的柔性电路相比,本发明提供了高达285%的抗撕裂性能。
    • 8. 发明授权
    • Tolerance and size adaptive spacer for spacing a battery cell
    • 用于间隔电池单元的公差和尺寸自适应间隔件
    • US06458481B1
    • 2002-10-01
    • US09570745
    • 2000-05-13
    • Wiling TanWilliam C. Phelps, IIIRandall P. Chambers
    • Wiling TanWilliam C. Phelps, IIIRandall P. Chambers
    • H01M630
    • H01M2/1027H01M2/105H01M6/42
    • An apparatus for spacing a battery cell includes a cradle member having a top surface, that defines a first indentation, and an opposite bottom surface. The cradle member also has a first ledge portion and an opposite second ledge portion. At least one first cantilever beam extends from the top surface. The first cantilever beam has a first base portion having a first top end and a spaced-apart first bottom end. The first bottom end is connected to the cradle member adjacent the first ledge portion. The first cantilever beam also has a first flexible elongated arm portion extending from the first top end. The first flexible elongated arm portion is directed toward the indentation and has a length sufficient to exert inwardly-directed radial force in a first direction on the battery cell when the battery cell is placed into the indentation. At least one second cantilever beam extends from the top surface. The second cantilever beam has a second base portion having a second top end and a second bottom end, where the second bottom end is connected to the cradle member adjacent the second ledge portion. The second cantilever beam also has a second flexible elongated arm portion extending from the second top end and directed toward the indentation. The second flexible elongated arm portion has a length sufficient to exert inwardly-directed radial force in a second direction, transverse to the first direction, on the battery cell when the battery cell is placed into the indentation.
    • 用于间隔电池单元的装置包括具有限定第一凹陷的顶表面和相对的底表面的托架构件。 托架构件还具有第一凸缘部分和相对的第二凸缘部分。 至少一个第一悬臂梁从顶表面延伸。 第一悬臂梁具有第一基部,该第一基部具有第一顶端和间隔开的第一底端。 第一底端连接到与第一凸缘部分相邻的托架构件。 第一悬臂梁还具有从第一顶端延伸的第一柔性细长臂部分。 第一柔性细长臂部分指向凹陷,并且当电池单元被放置到凹陷中时,其长度足以在电池单元上沿第一方向施加向内定向的径向力。 至少一个第二悬臂梁从顶面延伸。 第二悬臂梁具有第二基部,其具有第二顶端和第二底端,其中第二底端连接到靠近第二凸缘部分的托架构件。 第二悬臂梁还具有从第二顶端延伸并指向凹陷的第二柔性细长臂部分。 第二柔性细长臂部分具有足以在将电池单元放置在压痕中时在电池单元上横向于第一方向的第二方向上施加向内定向的径向力的长度。