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    • 3. 发明授权
    • Current interrupting device using micromechanical components
    • 电流中断装置采用微机械元件
    • US5430597A
    • 1995-07-04
    • US313
    • 1993-01-04
    • Bharat S. BagepalliMario GhezzoRichard J. SaiaImdad Imam
    • Bharat S. BagepalliMario GhezzoRichard J. SaiaImdad Imam
    • H01H9/40H01H59/00H01H71/12H01H73/00
    • H01H59/0009H01H2071/008H01H71/123H01H9/40
    • A circuit interruption device having a plurality of micromechanical switches mounted on a substrate in a parallel-series array. The array includes a plurality of line branches connected in parallel in a circuit line. Each of the line branches has at least two of the switches serially connected therein. The micromechanical switches each has a pair of contacts formed on the substrate, a bridging contact movably formed on the substrate, and an actuator for causing the bridging contact to move in and out of contact with the contacts. The bridging contact can be either a member slidably disposed in a channel formed on the substrate or member attached to an end of a cantilever having its other end attached to the substrate. The actuator is controlled by a trip device which is also mounted on the substrate. The trip device senses the current in the circuit line and causes the switches to open when a predetermined level of current in the line is exceeded.
    • 一种电路中断装置,具有以平行阵列阵列安装在基板上的多个微机械开关。 阵列包括在电路线中并联连接的多个线分支。 每个线路分支具有串联连接在其中的至少两个开关。 微机械开关各自具有形成在基板上的一对触点,可移动地形成在基板上的桥接触头和用于使桥接触点移动进入和断开与触点接触的致动器。 桥接接触可以是可滑动地设置在形成在基底上的通道中的构件或附接到其另一端附接到基底的悬臂的端部的构件。 致动器由也安装在基板上的跳闸装置控制。 跳闸装置感测电路线路中的电流,并且当超过线路中的预定电流电流时使开关断开。
    • 5. 发明申请
    • WIND TURBINE TOWER JOINTS
    • 风力涡轮机接头
    • US20110154777A1
    • 2011-06-30
    • US13042425
    • 2011-03-07
    • Bharat S. Bagepalli
    • Bharat S. Bagepalli
    • F03D11/04E04C3/30F16B7/18
    • E04H12/085F03D13/10F03D13/20Y02E10/728
    • A wind turbine tower, includes a first substantially tubular wall section having a tapered edge; a second substantially tubular wall section, arranged substantially coplanar with the first wall section, having a flared edge for seating against the tapered edge of the first wall section; and at least one fastener for securing the tapered edge of the first wall section to the flared edge of the second wall section. The at least one fastener includes a bolt extending through the tapered edge and the flared edge, and the bolt is arranged substantially perpendicular to a longitudinal axis of the first and second wall sections.
    • 风力涡轮机塔架包括具有锥形边缘的第一基本上管状的壁部分; 第二基本上管状的壁部分,其布置成与第一壁部分基本共面,具有用于抵靠第一壁部分的锥形边缘的扩口边缘; 以及用于将第一壁部分的锥形边缘固定到第二壁部分的扩口边缘的至少一个紧固件。 所述至少一个紧固件包括延伸穿过所述锥形边缘和所述扩张边缘的螺栓,并且所述螺栓基本上垂直于所述第一和第二壁部分的纵向轴线布置。