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    • 1. 发明授权
    • Telephone base including visual display module
    • 电话底座包括视觉显示模块
    • US6088447A
    • 2000-07-11
    • US818083
    • 1997-03-14
    • Trevor J. AggusGeorge A. KopaczSteve Oliver MakMark Edward MillmanBobbie Jo Ridgely
    • Trevor J. AggusGeorge A. KopaczSteve Oliver MakMark Edward MillmanBobbie Jo Ridgely
    • H04M1/00H04M1/02H04M1/56H04M1/57
    • H04M1/0295
    • A telephone instrument is disclosed which includes a swivel visual display module overcome by employing a telephone base having upper and lower housings. A swivel visual display module is pivotally mounted and supported by pivot points in both the upper and lower base housings. At least one cantilever snap member is molded into one of the base housings, for example, the upper base housing, and is employed to engage indents molded into an outer convex surface of the visual display module to hold the visual display module in several angular positions. Additionally, the at least one cantilever snap member is employed to engage a lower edge of the visual display module and in conjunction with stop members on the visual display module to secure the visual display module in a full upright position. The visual display module is secured in its full down position by the at least one cantilever snap member engaging one of the indents which has been strategically placed on the outer convex surface of the visual display module. In one embodiment, the visual display module is a unitary molded arrangement. Additionally, at least two cantilever snap members are integrally molded into the upper housing of the base unit and a plurality of corresponding indents have been appropriately molded into the outer convex surface of the visual display module. The cantilever snap members in conjunction with the indents allow the securing of the visual display member at individual ones of a plurality of angular positions.
    • 公开了一种电话仪器,其包括通过采用具有上壳体和下壳体的电话基座克服的旋转视觉显示模块。 旋转视觉显示模块由上和下基座壳体中的枢转点可枢转地安装和支撑。 至少一个悬臂卡扣构件被模制到一个基座壳体中,例如上基座壳体中,并且用于接合模制到视觉显示模块的外凸面的凹口,以将视觉显示模块保持在几个角位置 。 此外,使用至少一个悬臂卡扣构件来接合视觉显示模块的下边缘并与视觉显示模块上的止动构件结合,以将视觉显示模块固定在完全直立的位置。 所述视觉显示模块通过所述至少一个悬臂卡扣构件固定在其完全向下的位置,所述至少一个悬臂卡扣构件接合已经被策略地放置在所述视觉显示模块的外凸面上的一个凹口。 在一个实施例中,视觉显示模块是整体模制布置。 此外,至少两个悬臂卡扣构件一体地模制到基座单元的上壳体中,并且多个对应的凹口已被适当地模制到视觉显示模块的外凸面中。 与缩进结合的悬臂卡扣构件允许将视觉显示构件固定在多个角位置中的各个位置。
    • 2. 发明授权
    • Low cost adjustable base stand
    • 低成本可调基座
    • US5862214A
    • 1999-01-19
    • US556158
    • 1995-11-09
    • Trevor J. AggusGeorge A. KopaczSteve Oliver MakMark Edward MillmanBobbie Jo RidgelyJohn StoddardSuzy Stone
    • Trevor J. AggusGeorge A. KopaczSteve Oliver MakMark Edward MillmanBobbie Jo RidgelyJohn StoddardSuzy Stone
    • H04M1/12H04M1/02H04M1/00
    • H04M1/0297H04M1/02
    • A telephone base includes a base module and a rotatable base stand module. The base module may be elevated to a plurality of inclined positions by employing in the base stand modules the plurality of cantilever snap members each of which has a protruding locking member. The telephone base module includes a plurality of locking apertures which correspond to the locking members on the cantilever snap members. The desired inclined positions are obtained by rotating the base module around pivot elements in the base stand module and inserting the locking members on the cantilever snap members into appropriate ones of the locking apertures in the base module. Additionally, the base stand module may be rotated and locked in place to the base module by additional locking members to orient the telephone base for wall mounting. Advantageously all the elements required for the above features are integrally molded into the base module and the base stand module.
    • 电话底座包括基座模块和可旋转底座模块。 基座模块可以通过在基座支架模块中使用多个悬臂卡扣构件而升高到多个倾斜位置,每个悬臂卡扣构件具有突出的锁定构件。 电话基座模块包括与悬臂卡扣构件上的锁定构件对应的多个锁定孔。 通过将基座模块围绕基座模块中的枢转元件旋转并将锁定构件插入到悬臂卡扣构件中到基座模块中的适当的锁定孔中来获得所需的倾斜位置。 此外,基座支架模块可以通过附加的锁定构件旋转并锁定到基座模块,以使电话基座定向以用于墙壁安装。 有利的是,上述特征所需的所有元件一体地模制到基座模块和基座模块中。
    • 4. 发明授权
    • Connection device and method for connecting printed circuit boards
oriented in non-parallel planes
    • 用于连接定位在非平行平面中的印刷电路板的连接装置和方法
    • US6053747A
    • 2000-04-25
    • US149326
    • 1998-09-08
    • Trevor J. AggusMatthew John GawronGeorge A. Kopacz
    • Trevor J. AggusMatthew John GawronGeorge A. Kopacz
    • H01R12/52H01R12/79H01R9/09
    • H01R12/52H01R12/79
    • A circuit board connection device and method for use in an assembly having a first portion and a second portion, wherein a first circuit board is contained within the first portion of the assembly and a second circuit board is contained within the second portion of the assembly. A flat cable is connected to the second circuit board. The flat cable is flexible, yet is rigid enough to support its own weight. Consequently, the flat cable extends upwardly from surface second circuit board and terminates at a free end. A flat cable connector is provided on the first circuit board. The flat cable connector is sized to receive the free end of the flat cable. An alignment collar is placed over the flat cable connector. The alignment collar receives the free end of the flat cable and guides the free end of the flat cable into the flat cable connector as the first portion of the assembly is assembled to the second portion of the assembly. If the free end of the flat cable is not aligned with the flat cable connector, the alignment collar realigns the flat cable to the proper orientation.
    • 一种在具有第一部分和第二部分的组件中使用的电路板连接装置和方法,其中第一电路板被容纳在组件的第一部分内,并且第二电路板被容纳在组件的第二部分内。 扁平电缆连接到第二电路板。 扁平电缆是柔性的,但刚性足以支撑自身的重量。 因此,扁平电缆从表面的第二电路板向上延伸并终止于自由端。 在第一电路板上提供扁平电缆连接器。 扁平电缆连接器的尺寸适于接收扁平电缆的自由端。 一个对齐轴环放置在扁平电缆连接器上。 当组件的第一部分组装到组件的第二部分时,对准轴环接收扁平电缆的自由端并且将扁平电缆的自由端引导到扁平电缆连接器中。 如果扁平电缆的自由端不与扁平电缆连接器对齐,则对齐轴环将扁平电缆重新对准正确的方向。
    • 7. 发明授权
    • Circuit card mounting structure
    • 电路卡安装结构
    • US06191953B1
    • 2001-02-20
    • US09473769
    • 1999-12-29
    • Trevor J. AggusMatthew J. Gawron
    • Trevor J. AggusMatthew J. Gawron
    • H05K714
    • H05K7/1418
    • Structure for mounting a circuit card to a sheet metal wall includes upper and lower standoffs formed integrally with the wall. Each upper standoff extends a predetermined distance from the wall and is adapted to receive and hold a fastening member. Each lower standoff is formed integrally with the wall and includes a projection portion extending the same predetermined distance away from the wall and a hook portion having a support portion extending away from the projecting portion and a securement portion extending upwardly from the support portion and spaced from the projecting portion by a distance equal substantially to the thickness of the circuit card. Accordingly, a lower edge of the circuit card is supported by each lower standoff hook portion and fastening members are extended through holes in the circuit card to threadedly engage the upper standoffs.
    • 将电路卡安装到金属板壁上的结构包括与壁一体形成的上部和下部支座。 每个上部支架从壁延伸预定距离并且适于接收和保持紧固构件。 每个下部支座与壁一体地形成并且包括从壁延伸相同的预定距离的突出部分和具有从突出部分延伸的支撑部分的钩部分和从支撑部分向上延伸的固定部分 突出部分的距离基本上等于电路卡的厚度。 因此,电路卡的下边缘由每个下部支架钩部分支撑,并且紧固构件延伸穿过电路卡中的孔以螺纹接合上部支架。