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    • 51. 发明授权
    • Method and structure for a pusher-mode piezoelectrically actuated liquid metal optical switch
    • 推进式压电驱动液态金属光开关的方法和结构
    • US06961487B2
    • 2005-11-01
    • US10412895
    • 2003-04-14
    • Marvin Glenn Wong
    • Marvin Glenn Wong
    • G02B26/02G02B6/35G02B6/26G02B6/42
    • G02B6/358G02B6/3538G02B6/3552G02B6/3578
    • A method and structure for an optical switch. According to the structure of the present invention, a liquid-filled chamber is housed within a solid material. A plurality of seal belts within the liquid-filled chamber are coupled to the solid material, while a plurality of piezoelectric elements are coupled to a plurality of membranes. The plurality of membranes are coupled to the liquid-filled chamber, and a plurality of optical waveguides are coupled to the liquid-filled chamber. The plurality of seal belts are coupled to a plurality of liquid metal globules. According to the method, one or more piezoelectric elements are actuated, causing one or more corresponding membrane elements to be deflected. The deflection of the membrane element changes a pressure of actuator liquid and the change in pressure of the actuator liquid breaks a liquid metal connection between a first contact and a second contact of the electrical switch. The breaking of the liquid metal connection is operable to block or unblock one or more of the plurality of optical waveguides.
    • 一种光开关的方法和结构。 根据本发明的结构,将液体填充室容纳在固体材料内。 液体填充室内的多个密封带与固体材料相连,而多个压电元件与多个膜耦合。 多个膜耦合到液体填充室,并且多个光波导耦合到充满液体的室。 多个密封带耦合到多个液体金属球。 根据该方法,致动一个或多个压电元件,导致一个或多个相应的膜元件偏转。 膜元件的偏转改变致动器液体的压力,并且致动器液体的压力变化破坏了电气开关的第一触点和第二触点之间的液态金属连接。 液态金属连接的断裂可操作以阻挡或解除多个光波导中的一个或多个。
    • 52. 发明授权
    • Pressure actuated optical latching relay
    • 压力驱动光锁定继电器
    • US06925223B2
    • 2005-08-02
    • US10412874
    • 2003-04-14
    • Marvin Glenn Wong
    • Marvin Glenn Wong
    • G02B6/35G02B6/26G02B6/42
    • G02B6/358G02B6/3514G02B6/3538G02B6/3548G02B6/355G02B6/3574
    • A pressure actuated optical relay containing a transparent mirror housing, located at the intersection of two optical paths. A liquid metal slug is moved within a channel passing through the transparent mirror housing by the action of pressure exerted by an actuation fluid. The liquid metal slug is moved in or out of the transparent mirror housing to select between the optical paths. When the liquid metal slug is within the optical path, an incoming optical signal is reflected from a reflective surface of the slug. The liquid metal of the slug adheres to wettable metal surfaces within the channel to provide a latching mechanism.
    • 一个压力驱动的光学继电器,其中包含一个位于两个光路交点处的透明镜壳体。 液体金属块塞通过由致动流体施加的压力的作用在通过透明反射镜壳体的通道内移动。 液体金属块塞移入或移出透明镜壳体,以在光路之间进行选择。 当液体金属块塞在光路内时,入射的光信号从芯块的反射表面反射。 渣块的液态金属粘附在通道内的可湿性金属表面以提供闭锁机构。
    • 54. 发明授权
    • Liquid metal optical relay
    • 液态金属光电继电器
    • US06903287B2
    • 2005-06-07
    • US10413267
    • 2003-04-14
    • Marvin Glenn Wong
    • Marvin Glenn Wong
    • G02B26/02B81B5/00G02B6/35H01H29/00
    • G02B6/358G02B6/3538G02B6/3552G02B6/3574
    • An optical relay is disclosed in which a liquid metal droplet is moved within a switching channel formed in relay housing. An optical path passing through the switching channel is blocked or unblocked by motion of the liquid metal droplet that coalesces with one of two additional liquid metal droplets. Motion of the liquid metal droplets is controlled by heaters that control the pressure of an actuation gas in the switching channel. The liquid metal droplets are held in place by surface tension acting on wettable contact pads within the switching channel. The surface tension of the liquid provides a latching mechanism for the relay. The pressure of the actuation gas is increased by direct heating of the gas or by heating a phase-change liquid to cause it to evaporate.
    • 公开了一种光继电器,其中液态金属液滴在形成于继电器壳体中的开关通道内移动。 通过切换通道的光路通过与两个另外的液态金属液滴中的一个结合的液态金属液滴的运动被阻挡或解除阻塞。 液体金属液滴的运动由加热器控制,该加热器控制开关通道中的致动气体的压力。 液体金属液滴通过作用在开关通道内的可湿接触焊盘上的表面张力保持在适当的位置。 液体的表面张力为继电器提供了一个闭锁机构。 致动气体的压力通过直接加热气体或加热相变液体而使其蒸发而增加。
    • 55. 发明授权
    • High frequency latching relay with bending switch bar
    • 带弯曲开关杆的高频闭锁继电器
    • US06900578B2
    • 2005-05-31
    • US10413237
    • 2003-04-14
    • Marvin Glenn Wong
    • Marvin Glenn Wong
    • B81B3/00H01H1/08H01H29/02H01H55/00H01H57/00H01L41/08
    • H01H55/00H01H57/00H01H2029/008H01H2057/006
    • An electrical relay that uses a conducting liquid in the switching mechanism. In the relay, a pair of moveable switching contacts is attached to the free end of a switch bar and positioned between a pair of fixed electrical contact pads. The connections to the switching contacts and the fixed contact pads are shielded by ground traces. A surface of each contact supports a droplet of a conducting liquid, such as a liquid metal. A piezoelectric actuator is energized to push or pull the switch bar and move the pair of switching contacts, closing the gap between one of the fixed contact pads and one of the switching contacts, thereby causing conducting liquid droplets to coalesce and form an electrical circuit. At the same time, the gap between the other fixed contact pad and the other switching contact is increased, causing conducting liquid droplets to separate and break an electrical circuit. The piezoelectric actuator is then de-energized and the switching contacts return to their starting positions. The volume of liquid metal is chosen so that liquid metal droplets remain coalesced or separated because of surface tension in the liquid. The relay is amenable to manufacture by micro-machining techniques.
    • 在开关机构中使用导电液体的继电器。 在继电器中,一对可移动的开关触点附接到开关杆的自由端并定位在一对固定电接触垫之间。 与开关触点和固定触点焊盘的连接被接地迹线屏蔽。 每个接触件的表面支撑诸如液态金属的导电液体的液滴。 压电致动器被通电以推动或拉动开关杆并移动该对开关触点,闭合固定触点焊盘中的一个与开关触点中的一个之间的间隙,从而导致液滴聚结并形成电路。 同时,另一个固定接触焊盘和另一个开关触点之间的间隙增加,导致液滴分离和断开电路。 然后压电致动器断电,并且开关触点返回到其起始位置。 选择液体金属的体积,使得液体金属液滴由于液体中的表面张力而保持聚结或分离。 继电器适用于通过微加工技术制造。
    • 57. 发明授权
    • Bending-mode latching relay
    • 弯曲模式闭锁继电器
    • US06882088B2
    • 2005-04-19
    • US10413068
    • 2003-04-14
    • Marvin Glenn Wong
    • Marvin Glenn Wong
    • H01H1/08H01H29/02H01H55/00H01H57/00H01L41/08H01H29/00
    • H01H57/00H01H2029/008H01H2057/006
    • An electrical relay that uses a conducting liquid in the switching mechanism. In the relay, a pair of moveable electrical contacts is attached to the free end of a piezoelectric actuator and positioned between pair of fixed electrical contacts. The contacts each support a droplet of a conducting liquid, such as a liquid metal. The piezoelectric actuator is energized to deform in a bending mode and move the pair of moveable contacts, closing the gap between one of the fixed contacts and one of the moveable contacts, thereby causing conducting liquid droplets to coalesce and form an electrical circuit. At the same time, the gap between the other fixed contact and the other moveable contact is increased, thereby causing conducting liquid droplets to separate and break an electrical circuit. The piezoelectric actuator is then de-energized and the moveable electrical contacts return to their starting positions. The volume of liquid metal is chosen so that liquid metal droplets remain coalesced or separated because of surface tension in the liquid. The relay is amenable to manufacture by micro-machining techniques.
    • 在开关机构中使用导电液体的继电器。 在继电器中,一对可移动的电触头附接到压电致动器的自由端并定位在一对固定电触点之间。 触点各自支撑导电液体的液滴,例如液体金属。 压电致动器被激励以弯曲模式变形并且移动一对可移动触点,闭合固定触点中的一个与可移动触点中的一个之间的间隙,从而导致导电液滴聚结并形成电路。 同时,另一个固定触点和另一个可移动触点之间的间隙增加,从而导致液滴分离和断开电路。 然后压电致动器断电,并且可移动的电触头返回到它们的起始位置。 选择液体金属的体积,使得液体金属液滴由于液体中的表面张力而保持聚结或分离。 继电器适用于通过微加工技术制造。
    • 59. 发明授权
    • Latching relay with switch bar
    • 带开关杆的闭锁继电器
    • US06876133B2
    • 2005-04-05
    • US10413099
    • 2003-04-14
    • Marvin Glenn Wong
    • Marvin Glenn Wong
    • B81B3/00H01H1/08H01H29/02H01H55/00H01H57/00H01H59/00H01L41/08
    • H01H57/00H01H55/00H01H2001/0042H01H2029/008H01H2057/006
    • An electrical relay that uses a conducting liquid in the switching mechanism. In the relay, a pair of switching contacts is attached to the free end of a switch bar and positioned between a pair of fixed electrical contact pads. A surface of each contact supports a droplet of a conducting liquid, such as a liquid metal. A piezoelectric actuator is energized to push or pull the switch bar and move the pair of switching contacts, closing the gap between one of the fixed contact pads and one of the switching contacts, thereby causing conducting liquid droplets to coalesce and form an electrical circuit. At the same time, the gap between the other fixed contact pad and the other switching contact is increased, causing conducting liquid droplets to separate and break an electrical circuit. The piezoelectric actuator is then de-energized and the switching contacts return to their starting positions. The volume of liquid metal is chosen so that liquid metal droplets remain coalesced or separated because of surface tension in the liquid. The relay is amenable to manufacture by micro-machining techniques.
    • 在开关机构中使用导电液体的继电器。 在继电器中,一对开关触点附接到开关杆的自由端并定位在一对固定电接触垫之间。 每个接触件的表面支撑诸如液体金属的导电液体的液滴。 压电致动器被通电以推动或拉动开关杆并移动该对开关触点,闭合固定触点焊盘中的一个与开关触点中的一个之间的间隙,从而导致液滴聚结并形成电路。 同时,另一个固定接触焊盘和另一个开关触点之间的间隙增加,导致液滴分离和断开电路。 然后压电致动器断电,并且开关触点返回到其起始位置。 选择液体金属的体积,使得液体金属液滴由于液体中的表面张力而保持聚结或分离。 继电器适用于通过微加工技术制造。
    • 60. 发明授权
    • High-frequency, liquid metal, latching relay with face contact
    • 高频,液态金属,带接触面的闭锁继电器
    • US06876131B2
    • 2005-04-05
    • US10412991
    • 2003-04-14
    • Marvin Glenn Wong
    • Marvin Glenn Wong
    • H01H1/08H01H29/02H01H55/00H01H57/00H01L41/08H01H29/24
    • H01H57/00H01H2001/0042H01H2029/008H01H2057/006
    • An electrical relay using conducting liquid in the switching mechanism. The relay is amenable to manufacture by micro-machining techniques. In the relay, two electrical contacts are held a small distance apart. The facing surfaces of the contacts each support a droplet of a conducting liquid, such as a liquid metal. An actuator is energized to reduce the gap between the electrical contacts, causing the two liquid metal droplets to coalesce and form an electrical circuit. The actuator is then de-energized and the electrical contacts return to their starting positions. The liquid metal droplets remain coalesced because of surface tension. The electrical circuit is broken by energizing an actuator to increase the gap between the electrical contacts and break the surface tension bond between the liquid metal droplets. The droplets remain separated when the piezoelectric actuator is de-energized because there is insufficient liquid metal to bridge the gap between the contacts. Additional conductors are included in the assembly to provide a coaxial structure and allow for high frequency switching.
    • 在开关机构中使用导电液体的继电器。 继电器适用于通过微加工技术制造。 在继电器中,两个电触头保持相距较小的距离。 触头的相对表面各自支撑导电液体的液滴,例如液体金属。 致动器通电以减小电触头之间的间隙,导致两个液态金属液滴聚结并形成电路。 然后致动器断电,电触点返回到其起始位置。 由于表面张力,液态金属液滴保持聚结。 通过对致动器通电以增加电触点之间的间隙并破坏液态金属液滴之间的表面张力接合来断开电路。 当压电致动器断电时,液滴保持分离,因为液体金属不足以桥接接触件之间的间隙。 附加导体包括在组件中以提供同轴结构并允许高频切换。