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    • 1. 发明授权
    • Heat dissipation assembly
    • 散热组件
    • US06717814B2
    • 2004-04-06
    • US10290124
    • 2002-11-06
    • Yue-Jun Li
    • Yue-Jun Li
    • H05H720
    • H01L23/467H01L23/4093H01L2924/0002Y10T24/308Y10T24/44017H01L2924/00
    • A heat dissipation assembly includes a fan (10), a mounting bracket (20), a clip (30), a heat sink (40), and a mounting frame (50). The fan is mounted to the mounting bracket. The clip is bent from an elongated thread or rod of wire or suitable wirelike material. The clip includes a central horizontal part (302), and a pair of resilient arms (304) extending perpendicularly from opposite ends of the horizontal part. A groove (402) is laterally defined through parallel fins (403) of the heat sink, and receives the horizontal part of the clip therein. The combined fan and mounting bracket is attached to the combined heat sink and clip to form a subassembly. Thus, the clip is secured in the heat sink in advance. The subassembly is received in the mounting frame. Two apertures (504) of the mounting frame respectively engagingly receive two hooks (306) of the resilient arms.
    • 散热组件包括风扇(10),安装支架(20),夹子(30),散热器(40)和安装框架(50)。 风扇安装在安装支架上。 夹子由细长的线或棒或线或类似的线状材料弯曲。 夹具包括中心水平部分(302)和从水平部分的相对端垂直延伸的一对弹性臂(304)。 槽(402)通过散热器的平行翅片(403)横向地限定,并且将夹子的水平部分接收在其中。 组合的风扇和安装支架连接到组合的散热器和夹子以形成子组件。 因此,夹子预先固定在散热器中。 子组件被容纳在安装框架中。 安装框架的两个孔(504)分别接合地容纳弹性臂的两个钩(306)。
    • 3. 发明授权
    • Heat sink assembly with pressing wedges
    • 带楔楔的散热器总成
    • US06480386B1
    • 2002-11-12
    • US10086616
    • 2002-02-28
    • Hung-Chi Yu
    • Hung-Chi Yu
    • H05H720
    • H01L23/4093H01L2924/0002Y10T24/44026H01L2924/00
    • A heat sink assembly includes a mother board (70), a CPU (50), a pair of retention modules (40), a heat sink (30), and a fastener (20). The retention modules are secured to the mother board at opposite sides of the CPU. The heat sink is attached to the CPU. The fastener includes a spring (26), and a pair of wedges (22) engaged at opposite ends of the spring. The fastener engagingly spans across the heat sink. The spring provides the fastener with resiliency, and presses the wedges against the retention modules. The wedges are pressed by the retention modules toward the CPU, thereby pressing the heat sink against the CPU.
    • 散热器组件包括母板(70),CPU(50),一对保持模块(40),散热器(30)和紧固件(20)。 保持模块在CPU的相对侧固定到母板上。 散热器连接到CPU。 紧固件包括弹簧(26)和在弹簧的相对端处接合的一对楔形物(22)。 紧固件啮合跨越散热器。 弹簧为紧固件提供弹性,并将楔子按压在保持模块上。 楔块被保持模块按压到CPU,从而将散热片压在CPU上。
    • 5. 发明授权
    • Electronic control unit with integrated cooling module
    • 带集成冷却模块的电子控制单元
    • US06396692B1
    • 2002-05-28
    • US09627210
    • 2000-07-27
    • Jasmin B. FarshiSteven E. Larson
    • Jasmin B. FarshiSteven E. Larson
    • H05H720
    • H05K7/20872H05K7/20254
    • An electronic control unit (20) comprising a cooling module (36) having at least one fluid channel (32) therein, a substrate (50) configured to define an interior region (52) and having an electronic component (54) mounted thereto, such that the electronic component (54) faces the interior region (52), and a cooling fluid (34) within the fluid channel (32), the cooling fluid (34) having a temperature below an operating temperature of the electronic component (54), wherein the cooling module (36) is positioned within the interior region (52), such that the heat generated by the electronic component (54) is convectively transferred to the cooling module (36). By integrating the cooling module (36) with the substrate (50) and by positioning the cooling module (36) in the interior region (52), the cooling module (36) is able to convectively cool the substrate (50).
    • 一种电子控制单元(20),包括其中具有至少一个流体通道(32)的冷却模块(36),被配置为限定内部区域(52)并具有安装在其上的电子部件(54)的基板(50) 使得电子部件(54)面向内部区域(52)和流体通道(32)内的冷却流体(34),冷却流体(34)的温度低于电子部件(54)的工作温度 ),其中所述冷却模块(36)定位在所述内部区域(52)内,使得由所述电子部件(54)产生的热量被对流地传递到所述冷却模块(36)。 通过将冷却模块(36)与衬底(50)集成并且通过将冷却模块(36)定位在内部区域(52)中,冷却模块(36)能够对流地冷却衬底(50)。
    • 9. 发明授权
    • VME circuit host card with triple mezzanine configuration
    • 具有三重夹层配置的VME电路主机卡
    • US06768642B2
    • 2004-07-27
    • US10319524
    • 2002-12-16
    • Douglas J. HinesEugene J. Urda
    • Douglas J. HinesEugene J. Urda
    • H05H720
    • G06F1/185G06F1/184G06F1/186G06F1/20H05K7/1429H05K7/1451
    • A circuit card assembly includes a host card having connector assemblies and a conduction-cooling path. A first and second mezzanine card each having electronic circuitry defining a component field is mounted to the conduction-cooling path of the host card and connected to the connector assemblies. A third mezzanine card is mounted to the host card and over at least a portion of the component field of the first and second mezzanine cards. A cooling path is provided between the third mezzanine card and the host card and mechanical interference is prevented between the third mezzanine card and the component field due to the profile of the conduction-cooling path. The conduction-cooling path may also be located on the third mezzanine card or on both the host card and the third mezzanine card. The third mezzanine card is connected to the connector assemblies outside of the connector area of the other mezzanine cards.
    • 电路卡组件包括具有连接器组件和传导冷却路径的主机卡。 每个具有限定分量场的电子电路的第一和第二夹层卡被安装到主机卡的传导冷却路径并连接到连接器组件。 第三夹层卡被安装到主机卡和第一和第二夹层卡的分量场的至少一部分上。 在第三夹层卡和主卡之间提供冷却路径,并且由于传导冷却路径的轮廓,在第三夹层卡和部件场之间可以防止机械干扰。 传导冷却路径也可以位于第三夹层卡上或主机卡和第三夹层卡上。 第三夹层卡连接到另一个夹层卡的连接器区域外部的连接器组件。
    • 10. 发明授权
    • Electronic equipment assembly
    • 电子设备组装
    • US06747871B2
    • 2004-06-08
    • US10143329
    • 2002-05-10
    • Jean-Marie Jeudi
    • Jean-Marie Jeudi
    • H05H720
    • G06F1/20
    • The present invention relates to an electronic assembly and, more particularly, to a computing assembly comprising a computing platform and an external power supply. The computing platform has an internal cooling mechanism which generates an externally directed flow of air. The external power supply is disposed relative to the cooling mechanism such that the outwardly directed flow of air, or at least a portion thereof, passes through the power supply and exerts a cooling influence on the external power supply.
    • 电子组件技术领域本发明涉及电子组件,更具体地,涉及包括计算平台和外部电源的计算组件。 计算平台具有内部冷却机制,其产生外部指向的空气流。 外部电源相对于冷却机构设置,使得空气的向外流动或其至少一部分通过电源并对外部电源施加冷却影响。