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    • 2. 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。
    • 4. 发明授权
    • Low profile contact block for a rechargeable cell of a wireless communication device
    • 用于无线通信设备的可再充电电池的低调接触块
    • US07081019B2
    • 2006-07-25
    • US10941469
    • 2004-09-15
    • Suang Tien HoSoon Cheng ChungWiling Tan
    • Suang Tien HoSoon Cheng ChungWiling Tan
    • H01R24/00
    • H01R12/718H05K3/3405
    • A low-profile, insert molded contact block and corresponding printed circuit board assembly are provided for coupling electronic circuitry disposed on printed wiring boards to external electronic devices. The contact block includes a plurality of L-shaped, metal contacts insert molded into a housing. The housing includes bracing members that circumscribe the metal contacts so that at least a portion of the front and rear faces of the metal contacts are exposed between the bracing members. The contact block may be coupled to a printed wiring board in an automated, reflow solder process utilizing automated pick and place equipment. The contact block is placed on the printed wiring board such that the metal contacts are seated on conductive pads with solder paste disposed thereon. The resulting assembly may then be heated in a reflow oven to permanently affix the metal contacts to the conductive pads. The contact block, which can be on the order of 0.6 millimeters thick, can significantly reduce the overall size of the host electronic device.
    • 提供了一种小型嵌入式模制接触块和相应的印刷电路板组件,用于将设置在印刷线路板上的电子电路耦合到外部电子设备。 接触块包括模制在壳体中的多个L形金属触点插入件。 壳体包括支撑构件,其围绕金属触点,使得金属触头的前表面和后表面的至少一部分暴露在支撑构件之间。 接触块可以利用自动拾取和放置设备以自动回流焊接工艺耦合到印刷线路板。 接触块被放置在印刷线路板上,使得金属触点位于其上布置有焊膏的导电焊盘上。 然后可以在回流炉中加热所得到的组件以将金属触点永久地固定到导电焊盘。 接触块可以在0.6毫米厚的数量级,可以显着降低主机电子设备的总体尺寸。
    • 5. 发明申请
    • Low profile contact block for coupling electronic circuits to other devices
    • 用于将电子电路耦合到其他器件的低轮廓接触块
    • US20060057872A1
    • 2006-03-16
    • US10941469
    • 2004-09-15
    • Suang HoSoon ChungWiling Tan
    • Suang HoSoon ChungWiling Tan
    • H01R13/648
    • H01R12/718H05K3/3405
    • A low-profile, insert molded contact block and corresponding printed circuit board assembly are provided for coupling electronic circuitry disposed on printed wiring boards to external electronic devices. The contact block includes a plurality of L-shaped, metal contacts insert molded into a housing. The housing includes bracing members that circumscribe the metal contacts so that at least a portion of the front and rear faces of the metal contacts are exposed between the bracing members. The contact block may be coupled to a printed wiring board in an automated, reflow solder process utilizing automated pick and place equipment. The contact block is placed on the printed wiring board such that the metal contacts are seated on conductive pads with solder paste disposed thereon. The resulting assembly may then be heated in a reflow oven to permanently affix the metal contacts to the conductive pads. The contact block, which can be on the order of 0.6 millimeters thick, can significantly reduce the overall size of the host electronic device.
    • 提供了一种小型嵌入式模制接触块和相应的印刷电路板组件,用于将设置在印刷线路板上的电子电路耦合到外部电子设备。 接触块包括模制在壳体中的多个L形金属触点插入件。 壳体包括支撑构件,其围绕金属触点,使得金属触头的前表面和后表面的至少一部分暴露在支撑构件之间。 接触块可以利用自动拾取和放置设备以自动回流焊接工艺耦合到印刷线路板。 接触块被放置在印刷线路板上,使得金属触点位于其上布置有焊膏的导电焊盘上。 然后可以在回流炉中加热所得到的组件以将金属触点永久地固定到导电焊盘。 接触块可以在0.6毫米厚的数量级,可以显着降低主机电子设备的总体尺寸。