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    • 4. 发明授权
    • Packaging architecture for 32 processor server
    • 32处理器服务器的包装架构
    • US06452789B1
    • 2002-09-17
    • US09562593
    • 2000-04-29
    • Lisa Heid PallottiEric C. PetersonChristian L BeladyTerrel L. MorrisMichael C. Day
    • Lisa Heid PallottiEric C. PetersonChristian L BeladyTerrel L. MorrisMichael C. Day
    • G06F1200
    • G06F15/16
    • The inventive system uses a backplane to interconnect a plurality of modular cell boards. Each cell board comprises a plurality of processors, a processor controller chip, a memory subsystem, and a power subsystem. The processor controller chip manages communications between components on the cell board. A mechanical subassembly provides support for the cell board, as well as ventilation passages for cooling. Controller chips are connected to one side of the backplane, while the cell boards are connected to the other side. The controller chips manage cell board to cell board communications, and communications between the backplane and the computer system. The cell boards are arranged in back to back pairs, with the outer most cell boards having their components extend beyond the height of the backplane. This allows for an increase of spacing between the front to front interface of adjacent cell boards.
    • 本发明的系统使用背板来互连多个模块化单元板。 每个单元板包括多个处理器,处理器控制器芯片,存储器子系统和电源子系统。 处理器控制器芯片管理单元板上的组件之间的通信。 机械子组件为电池板提供支撑,以及用于冷却的通风通道。 控制器芯片连接到背板的一侧,而单元板连接到另一侧。 控制器芯片管理单元板到单元板通信,以及背板和计算机系统之间的通信。 单元板布置成背靠背对,其中最外面的单元板具有其组件延伸超出背板的高度。 这允许相邻电池板的前面与前面之间的间隔增加。
    • 6. 发明授权
    • Enhanced performance fan with the use of winglets
    • 增强性能风扇与使用小翼
    • US06517315B2
    • 2003-02-11
    • US09867194
    • 2001-05-29
    • Christian L Belady
    • Christian L Belady
    • F01D100
    • F04D29/384F05D2240/307
    • Small winglets placed at the outer end of each fan blade substantially reduce the vortices created in conventional fans by the pressure differential between the low pressure and high pressure sides of the blade. The winglet acts as a barrier, which substantially blocks leakage around the blade tip, thus suppressing vortices. Technical advantages include noise reduction, because there are no shedding vortices to create noise as the blades pass the struts; increased aerodynamic efficiency of the fan, providing higher air flow for the same fan speed, size, and power, because less energy is lost in vortices; and minimal cost impacts, because housings currently used for fans can still be used with standard finger guards and because winglets and blades can be formed integrally of injection molded plastic.
    • 放置在每个风扇叶片的外端的小小翼片通过叶片的低压侧和高压侧之间的压力差大大地减少了传统风扇中产生的涡流。 小翼充当障碍物,其基本上阻挡了叶片尖端周围的泄漏,从而抑制涡流。 技术优势包括降噪,因为当叶片通过支柱时,没有脱落的旋涡产生噪音; 提高风扇的空气动力效率,为同样的风扇转速,尺寸和功率提供更高的空气流量,因为在涡流中损耗较少的能量; 并且最小的成本影响,因为目前用于风扇的外壳仍然可以与标准的手指保护罩一起使用,并且因为小翼和叶片可以由注射成型的塑料一体地形成。
    • 7. 发明授权
    • Field replaceable module with enhanced thermal interface
    • 现场可更换模块,具有增强的热接口
    • US06377453B1
    • 2002-04-23
    • US09535090
    • 2000-03-24
    • Christian L Belady
    • Christian L Belady
    • H05K714
    • H05K9/0007H05K7/20345H05K7/2039
    • A self-contained field replaceable module that is adapted for low thermal resistance slideable contact with a heat sink that does not require interface pressure to ensure the contact and that is tolerant of misalignment is presented. The invention includes an interdigitated arrangement of the heat sink and field replaceable module. The field replaceable module includes a lid which forms a sealed cavity around at least one electronic component on the printed circuit board of the field replaceable module. The lid provides spray cooling or conduction cooling to the sealed electronic components. The lid includes a major surface having digit members extending longitudinally therefrom. The heat sink includes a major surface having digit members extending longitudinally therefrom. The digit members of the heat sink and field replaceable module are arranged in interdigitated arrangement for transferring heat from the field replaceable module to the heat sink. The digit members of the field replaceable module are particularly adapted and arranged for slideable contact with the digit members of the heat sink, so as to provide for ease of maintainability and exchangeability of the field replaceable module.
    • 提供了一种独立的现场可更换模块,适用于低热阻与散热器的滑动接触,不需要界面压力来确保接触并且容许不对准。 本发明包括散热器和现场可更换模块的交叉排列。 现场可更换模块包括盖,该盖围绕现场可更换模块的印刷电路板上的至少一个电子部件形成密封空腔。 盖子向密封的电子部件提供喷雾冷却或传导冷却。 盖子包括具有从其纵向延伸的数位构件的主表面。 散热器包括具有从其纵向延伸的数位构件的主表面。 散热器和现场可更换模块的数字部件以交错布置布置,用于将热量从现场可更换模块传递到散热器。 现场可更换模块的数字部件特别适用于和布置成可与散热片的数字部件滑动接触,以便于现场可更换模块的易维护性和可更换性。
    • 10. 发明授权
    • Sub-cooled processor and companion voltage regulator
    • 次冷处理器和配套电压调节器
    • US06285550B1
    • 2001-09-04
    • US09523454
    • 2000-03-10
    • Christian L Belady
    • Christian L Belady
    • H05K720
    • H01L23/467H01L2924/0002H01L2924/00
    • A compact sub cooling method and apparatus arranged for simultaneously sub cooling both a processor and it companion voltage regulator for enhanced performance. A preferred embodiment of the invention provides for advantageous arrangement of the voltage regulator and memory proximate to the processor for high speed operation. In a preferred embodiment, a circuit board arrangement includes a processor requiring at least one bias voltage, and further includes a companion voltage regulator for providing the bias voltage. The voltage regulator is arranged sufficiently proximate to the processor, so as to limit inductance of electrical coupling therebetween. In a preferred embodiment, a piggy-back design is utilized, wherein the voltage regulator is stacked on top of the processor. Furthermore, a sub cooling module is utilized to simultaneously sub cool both the processor and the voltage regulator below ambient temperature, thereby potentially enhancing the performance of both components. In a preferred embodiment, an evaporator module is sandwiched between the voltage regulator and processor, and the evaporator module interoperates with a compressor and condenser to accomplish sub cooling of the voltage regulator and processor components.
    • 一种紧凑的子冷却方法和装置,其被设置用于同时对处理器及其配套电压调节器进行二次冷却,以提高性能。 本发明的优选实施例提供了用于高速操作的靠近处理器的电压调节器和存储器的有利布置。 在优选实施例中,电路板装置包括需要至少一个偏置电压的处理器,并且还包括用于提供偏置电压的配套电压调节器。 电压调节器被布置成足够靠近处理器,以便限制它们之间的电耦合的电感。 在优选实施例中,利用背负式设计,其中电压调节器堆叠在处理器的顶部。 此外,使用副冷却模块来同时将处理器和电压调节器二者同时降温到低于环境温度,从而潜在地增强两个部件的性能。 在优选实施例中,蒸发器模块夹在调压器和处理器之间,并且蒸发器模块与压缩机和冷凝器互操作以完成电压调节器和处理器部件的次冷。