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    • 53. 发明申请
    • Structural support for portable electronic devices
    • 便携式电子设备的结构支持
    • US20070081318A1
    • 2007-04-12
    • US11352503
    • 2006-02-10
    • Brian LynchJan MoolsintongStephen Zadesky
    • Brian LynchJan MoolsintongStephen Zadesky
    • H05K7/04H05K7/02
    • H05K7/1417G06F1/1626G06F1/1656
    • Parallel stacking mid-frame structural supports for use with a portable electronic device are presented including: a first side member; a second side member disposed substantially parallel to the first side member, the first member and the second member each configured with; a support feature for providing structural support when an applied load exceeding a predetermined threshold is exerted on the portable electronic device, and an attachment feature; a third side member mechanically contiguous with and disposed substantially perpendicular to the first side member; and a fourth side member mechanically contiguous with and disposed substantially perpendicular to the first side member. In some embodiments, the mid-frame structural support also includes: a first number of rib supports for supporting a printed circuit board (PCB), and a second number of rib supports for supporting the PCB. In some embodiments, the predetermined threshold is approximately 800 grams.
    • 提供了用于便携式电子设备的平行堆叠中框架结构支撑件,包括:第一侧构件; 大致平行于第一侧构件设置的第二侧构件,第一构件和第二构件各自构成; 当在所述便携式电子设备上施加超过预定阈值的施加负载时提供结构支撑的支撑特征和附接特征; 与所述第一侧构件机械地邻接并且基本上垂直于所述第三侧构件设置的第三侧构件; 以及与所述第一侧构件基本垂直的机械连接并且设置成基本上垂直于所述第一侧构件的第四侧构件。 在一些实施例中,中框架结构支撑件还包括:用于支撑印刷电路板(PCB)的第一数量的肋支撑件和用于支撑PCB的第二数量的肋支撑件。 在一些实施例中,预定阈值为大约800克。
    • 56. 发明授权
    • Apparatus for simultaneously covering each of a plurality of elongated
materials with uniformly weighted pulp insulation
    • 用于同时用均匀加权的纸浆绝缘覆盖多个细长材料中的每一个的装置
    • US4224105A
    • 1980-09-23
    • US16689
    • 1979-03-02
    • Brian LynchJames G. Wright, Jr.
    • Brian LynchJames G. Wright, Jr.
    • D21F1/04D21F9/04H01B13/12D21H1/00
    • D21F1/046D21F9/046H01B13/12
    • Paper pulp insulation of uniform weight per unit length is formed simultaneously on each of a plurality of advancing electrical conductors (21--21) by the use of a dual zone headbox (23) which cooperates with a forming cylinder (24). In one zone of the headbox, the average velocity of a pulpous mixture flowing in a channel (54) is controlled by a first velocity control member (58) after which the pulpous mixture is split into a plurality of streams to form a pulp ribbon (29) below each of the conductors on the periphery of the forming cylinder. In the other zone, the pulpous mixture is passed through a channel (57) prior to being split into individual streams that are deposited as ribbons (31--31) above the conductors. The average velocity of the pulpous mixture in the channel (57) in the other zone is controlled by a second velocity control member (66) having a plurality of discrete individually adjustable sections which are aligned with the streams. Selected sections of the second velocity control member (66) are adjusted to insure that the combined weight of each increment of the ribbon (31) of the pulpous mixture which is deposited above each conductor together with each associated increment of the underlying ribbon (29) is substantially constant.
    • 通过使用与成形缸(24)配合的双区域流浆箱(23)同时在多个前进电导体(21-21)中的每一个上形成每单位长度均匀重量的纸浆绝缘体。 在流浆箱的一个区域中,在通道(54)中流动的纸浆混合物的平均速度由第一速度控制构件(58)控制,之后将该混合物分成多个流以形成纸浆带( 29)在成形圆筒的周边上的每个导体之下。 在另一区域中,纸浆混合物在被分解成在导体上方作为带(31-31)沉积的单独流中时通过通道(57)。 另一区域中的通道(57)中的混凝土的平均速度由具有与流对齐的多个离散的独立可调部分的第二速度控制构件(66)控制。 第二速度控制构件(66)的选定部分被调整以确保沉积在每个导体上方的纸浆混合物的带状物(31)的每个增量的组合重量与下面的带状物(29)的每个相关联的增量一起, 基本恒定。
    • 57. 发明授权
    • Methods of simultaneously covering each of a plurality of elongated
materials with uniformly weighted pulp insulation
    • 同时用均匀加权的纸浆绝缘覆盖多个细长材料中的每一个的方法
    • US4184913A
    • 1980-01-22
    • US892344
    • 1978-03-31
    • Brian LynchJames G. Wright, Jr.
    • Brian LynchJames G. Wright, Jr.
    • H01B13/12
    • H01B13/12
    • Paper pulp insulation of uniform weight per unit length is formed simultaneously on each of a plurality of advancing electrical conductors (21--21) by the use of a dual zone headbox (23) which cooperates with a forming cylinder (24). In one zone of the headbox, the average velocity of a pulpous mixture flowing in a channel (54) is controlled by a first velocity control member (58) after which the pulpous mixture is split into a plurality of streams to form a pulp ribbon (29) below each of the conductors on the periphery of the forming cylinder. In the other zone, the pulpous mixture is passed through a channel (57) prior to being split into individual streams that are deposited as ribbons (31--31) above the conductors. The average velocity of the pulpous mixture in the channel (57) in the other zone is controlled by a second velocity control member (66) having a plurality of discrete individually adjustable sections which are aligned with the streams. Selected sections of the second velocity control member (66) are adjusted to insure that the combined weight of each increment of the ribbon (31) of the pulpous mixture which is deposited above each conductor together with each associated increment of the underlying ribbon (29) is substantially constant.
    • 通过使用与成形缸(24)配合的双区域流浆箱(23)同时在多个前进电导体(21-21)中的每一个上形成每单位长度均匀重量的纸浆绝缘体。 在流浆箱的一个区域中,在通道(54)中流动的纸浆混合物的平均速度由第一速度控制构件(58)控制,之后将该混合物分成多个流以形成纸浆带( 29)在成形圆筒的周边上的每个导体之下。 在另一区域中,纸浆混合物在被分解成在导体上方作为带(31-31)沉积的单独流中时通过通道(57)。 另一区域中的通道(57)中的混凝土的平均速度由具有与流对齐的多个离散的独立可调部分的第二速度控制构件(66)控制。 第二速度控制构件(66)的选定部分被调整以确保沉积在每个导体上方的纸浆混合物的带状物(31)的每个增量的组合重量与下面的带状物(29)的每个相关联的增量一起, 基本恒定。