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    • 4. 发明申请
    • Fuse cavity structure and electric connection box
    • 保险丝腔结构和电气接线盒
    • US20060119463A1
    • 2006-06-08
    • US10542067
    • 2004-04-02
    • Katsuhiro Kubota
    • Katsuhiro Kubota
    • H01H85/02
    • H01H85/2035H01H85/2045H01H85/47H01H2085/2065
    • Fuse cavity structure includes fuses 10, 20 in which each of fusible elements 17, 27 for protecting a circuit from overcurrent is located between terminals 15 or 25, and a housing 59 in which the fuses 10, 20 are mounted; a part of a wall 65 of the housing 59 which partitions the fuse 10, 20 and fuse 10, 20 is removed thereby to form a notch 65H in the wall 65; and space is proved between the fuses 10 or 20. The notch 65H is formed by notching the wall 65 corresponding to at least a part of the fusible portion 17, 27. The fuse 10 has a head portion 13 and jig engagement portions 14a. A groove 80 corresponding to the head portion 13 and the jig engagement portions 14a is provided within the housing 59. A wide-width portion is provided at the groove 80 in correspondence to the width of the head portion 13 of the fuse 10, and a narrow-width portion is provided at the groove 80 in correspondence to the width of the jig engagement portion 14a of the fuse 10 which is narrower than the head portion 13. Another fuse 20 having a different configuration from the fuse 10 is provided at the housing 59 in place of the fuse 10. A positioning portion for making it possible to assemble the another fuse 20 to the housing 59 in a normal state is provided at the groove 80. Such a fuse cavity structure is used for an electric connection box.
    • 保险丝腔结构包括保险丝10,20,其中用于保护电路免于过电流的可熔元件17,27位于端子15或25之间,以及壳体59,其中安装有保险丝10,20; 将保险丝10,20和保险丝10,20分隔开的壳体59的壁65的一部分被移除,从而在壁65中形成切口65H; 并且在保险丝10或20之间证明了空间。凹口65H通过切口对应于可熔部17,27的至少一部分的壁65而形成。保险丝10具有头部13和夹具接合部14a 。 对应于头部13和夹具接合部分14a的凹槽80设置在壳体59内。宽度部分对应于保险丝10的头部13的宽度设置在凹槽80处,并且 对应于保险丝10的夹具接合部分14a的宽度比窄头部分13窄的窄槽部分设置在槽80处。另外,具有与保险丝10不同的构造的保险丝20设置在 壳体59代替保险丝10.在槽80处设置有用于使正常状态下将另一保险丝20组装到壳体59的定位部分。这种保险丝腔结构用于电连接盒 。
    • 5. 发明申请
    • Silicon germanium heterojunction bipolar transistor with carbon incorporation
    • 具有碳掺入的硅锗异质结双极晶体管
    • US20050233534A1
    • 2005-10-20
    • US11121454
    • 2005-05-04
    • Louis LanzerottiBrian RonanSteven Voldman
    • Louis LanzerottiBrian RonanSteven Voldman
    • H01H85/47H01L21/328H01L21/331H01L29/737
    • H01L29/66242H01H85/47H01L29/7378
    • A silicon germanium heterojunction bipolar transistor device and method comprises a semiconductor region, and a diffusion region in the semiconductor region, wherein the diffusion region is boron-doped, wherein the semiconductor region comprises a carbon dopant therein to minimize boron diffusion, and wherein a combination of an amount of the dopant, an amount of the boron, and a size of the semiconductor region are such that the diffusion region has a sheet resistance of less than approximately 4 Kohms/cm2. Also, the diffusion region is boron-doped at a concentration of 1×1020/cm3 to 1×1021/cm3. Additionally, the semiconductor region comprises 5-25% germanium and 0-3% carbon. By adding carbon to the semiconductor region, the device achieves an electrostatic discharge robustness, which further causes a tighter distribution of a power-to-failure of the device, and increases a critical thickness and reduces the thermal strain of the semiconductor region.
    • 硅锗异质结双极晶体管器件和方法包括半导体区域和半导体区域中的扩散区域,其中扩散区域是硼掺杂的,其中半导体区域包括其中的碳掺杂剂以最小化硼扩散,并且其中组合 的掺杂剂的量,硼的量和半导体区域的尺寸使得扩散区域具有小于约4Kohms / cm 2的薄层电阻。 此外,扩散区域以1×10 20 / cm 3至1×10 21 / cm 3的浓度硼掺杂, SUP>。 另外,半导体区域包括5-25%的锗和0-3%的碳。 通过向半导体区域添加碳,该器件实现了静电放电鲁棒性,这进一步导致器件的功率故障分布更严格,并且增加了临界厚度并降低了半导体区域的热应变。
    • 7. 发明授权
    • Fuse housing for network protector
    • 保险丝保险丝座
    • US06710696B2
    • 2004-03-23
    • US10116954
    • 2002-04-08
    • Steven E. MeinersArthur J. JurStephen W. OneufersDouglas M. Brandt
    • Steven E. MeinersArthur J. JurStephen W. OneufersDouglas M. Brandt
    • H01H8502
    • H01H85/47H01H9/10H01H85/20H01H85/2045
    • An improved fuse housing includes a main body and a cover and is configured to receive a fuse. The main body includes a plurality of fins that are configured to increase the surface area of the fuse housing in order to enhance heat dissipation. The main body is formed with a cavity for the fuse and a pair of conductors extending between the interior of the fuse housing and the exterior thereof for connection with the fuse. The cavity is configured to minimize the quantity of air between the fuse and the fuse housing to facilitates heat transfer. Each conductor includes excess studs for connection with the fuse to enhance heat conduction from the fuse. The cover is fastened to the main body with sufficient fasteners to permit the cover to be a stressed member to resist fracturing of the fuse housing from magnetic and other forces from the conductors.
    • 改进的保险丝壳体包括主体和盖,并且被配置为接收保险丝。 主体包括多个翅片,其被配置为增加保险丝壳体的表面积以增强散热。 主体形成有用于保险丝的空腔和一对导体,其在保险丝壳体的内部和其外部之间延伸以与保险丝连接。 空腔被配置为使保险丝和保险丝壳体之间的空气量最小化以便于热传递。 每个导体包括用于与保险丝连接的多余螺柱,以增强保险丝的热传导。 盖子具有足够的紧固件固定到主体上,以允许盖子成为应力部件,以防止熔断器壳体从导体的磁力和其他力破裂。
    • 10. 发明授权
    • Current limiting fuse
    • US3715698A
    • 1973-02-06
    • US3715698D
    • 1971-02-16
    • WESTINGHOUSE ELECTRIC CORP
    • BLEWITT D
    • H01H85/00H01H37/76H01H85/046H01H85/055H01H85/08H01H85/10H01H85/165H01H85/47H01H85/02
    • H01H85/055H01H85/47
    • A current limiting fuse element comprising a fuse link or portions of reduced cross section of such a relatively small area or size that they would normally be unable to support themselves alone. The fuse element is intimately bonded or attached to a relatively larger rigid dielectric mass by methods, such as printing, vacuum deposition or etching, so that the larger dielectric mass provides the structural support for the relatively thin current limiting regions or portions and also assists in removing heat from the fuse element during both normal operation and also during fusing of the fuse element. The fuse element and its dielectric support may be used independently or may be used as the fuse element in a cartridge-type fuse where the entire fuse element is disposed in a casing and embedded in a pulverulent, arc quenching material, such as sand, which may be provided to assist in arc extinction upon fusing of the fuse element and to absorb the heat during fusing. In addition, the relatively rigid, dielectric mass may be adapted to accommodate or receive a heat transferring means through which fluid may flow. Heat generated during normal operation of the fuse or during a fusion operation may be removed by the moving fluid.