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    • 2. 发明申请
    • SINGLE-LOCK OPERATOR DEVICE FOR AN OUTDOOR SWITCHGEAR AND SWITCHGEAR
    • 用于室外开关和开关的单锁操作器装置
    • WO2015055220A1
    • 2015-04-23
    • PCT/EP2013/003078
    • 2013-10-14
    • ABB TECHNOLOGY AG
    • HILLIER, Peter
    • H01H3/00H01H9/28H01H31/06
    • H01H3/00H01H9/28H01H31/06
    • The invention relates to a single-lock operator device for an outdoor switchgear and a switchgear, in particular a medium voltage switchgear, with an automated single locking mechanism comprising a housing (1, 2) with a spring-loaded locking arrangement and a pivotable actuator (17) working together with said switchgear and comprising at least one adjusting lever (15, 16) movable or pivotable at least from a first final adjusting position to a second final adjusting position and vice versa, preferably two levers (15, 16) firmly interconnected are provided, wherein the spring-loaded locking arrangement comprises a pivotable spring-loaded first shaft (8) and a pivotable spring-loaded second shaft (10) being spaced apart and extending substantially parallel to one another, and wherein the first shaft (8) comprises a locking bolt (3) fixed permanently to the first shaft to lock the actuator (17) and/or the adjusting lever (15, 16) and wherein the locking bolt (3) comprises a recess (3A) for the engagement of a clamp (5) and wherein the first-shaft (8) at its distal end comprises a key insertion (9) and is pivotable at least from a first locking end position to a second locking end position and vice versa, and wherein the second shaft (10) comprises a release lever (4) with a clamp (5), wherein the release lever (4) is permanently fixed to the second shaft (10), and wherein in the second locking position the actuator (17) is unlocked and the clamp (5) of the release lever (4) is automatically engaged or meshed with the recess (3A) of the locking bolt (3) and interlocks the locking bolt (3) and when the at least one adjusting lever (15, 16) of the actuator (17) is moved or pivoted to a final adjusting position, the release lever (4) automatically releases the locking bolt (3) and in the final adjusting position the locking bolt (3) automatically locks the actuator (17) when the final adjusting position is reached.
    • 本发明涉及用于室外开关设备和开关设备,特别是中压开关设备的单锁操作器件,其具有自动单一锁定机构,其包括具有弹簧加载锁定装置的壳体(1,2)和可枢转致动器 (17)与所述开关装置一起工作并且包括至少一个调节杆(15,16),所述调节杆至少从第一最终调整位置至第二最终调整位置可移动或枢转,反之亦然,优选地两个杠杆(15,16)牢固地 提供了互连的,其中弹簧加载的锁定装置包括可枢转的弹簧加载的第一轴(8)和基本上彼此平行地间隔开并延伸的可枢转的弹簧加载的第二轴(10),并且其中第一轴 8)包括永久地固定到第一轴以锁定致动器(17)和/或调节杆(15,16)的锁定螺栓(3),并且其中锁定螺栓(3)包括凹部(3A) (5)的接合,并且其中在其远端处的第一轴(8)包括钥匙插入件(9),并且可枢转至少从第一锁定终止位置到第二锁定结束位置,反之亦然, 并且其中所述第二轴(10)包括具有夹具(5)的释放杆(4),其中所述释放杆(4)永久地固定到所述第二轴(10),并且其中在所述第二锁定位置中所述致动器 17)被解锁,并且释放杆(4)的夹具(5)自动地与锁定螺栓(3)的凹部(3A)接合或啮合,并使锁定螺栓(3)互锁,并且当至少一个调节 致动器(17)的杆(15,16)被移动或枢转到最终调节位置,释放杆(4)自动释放锁定螺栓(3),并且在最终调整位置,锁定螺栓(3)自动锁定 当达到最终调整位置时,致动器(17)。
    • 6. 发明申请
    • SLIM WIRELESS WINDOW OPENING DETECTOR
    • SLIM无线窗口打开检测器
    • WO2015040144A1
    • 2015-03-26
    • PCT/EP2014/069959
    • 2014-09-19
    • SENSATIVE AB
    • WESTMAN, FredrikHEDBERG, Anders
    • G08B13/08
    • G08B13/08E06B3/06G08B13/00G08B13/1895G08B13/24H01H3/00H01H36/00H01H36/0006H01H36/0033
    • The present disclosure relates to a sensor assembly as part of a wireless alarm system for building entrances like windows and doors. One embodiment of the present disclosure therefore relates to an elongated sensor assembly for detecting a change of state comprising at least one sensor switch configured to detect a given state and a change of state between the given state and at least one other state,a microprocessor configured to detect the change of state of said at least one sensor switch, an antenna system, a wireless transmitter configured to receive a signal from the microprocessor identifying a change of the state of the at least one sensor switch and transmit said signal by means of the antenna system, and a power source for providing electric power to the microprocessor, the at least one sensor switch, and the wireless transmitter, wherein said at least one sensor switch, said microprocessor, said antenna system, said wireless transmitter, and said power source are incorporated in said elongated sensor assembly to reach a maximum height of the sensor assembly of less than 5 mm. The presently disclosed sensor assembly is designed to be mounted in the voids and cavities formed between a door or window and the corresponding frame, i.e. the physical size of the sensor assembly should not require modification to e.g. a window frame. Furthermore, the presently disclosed sensor assembly preferably does not require tools for mounting and/or installation of the assembly, thereby providing easy mounting and installation in an alarm system.
    • 本公开涉及一种传感器组件,作为用于建筑入口如窗户和门的无线报警系统的一部分。 因此,本公开的一个实施例涉及一种用于检测状态变化的细长传感器组件,包括:至少一个传感器开关,其被配置为检测给定状态和给定状态与至少一个其他状态之间的状态变化;微处理器配置 以检测所述至少一个传感器开关的状态的改变,天线系统,被配置为从所述微处理器接收识别所述至少一个传感器开关的状态的变化的信号的无线发射器,并且通过所述至少一个传感器开关 天线系统和用于向微处理器,至少一个传感器开关和无线发射器提供电力的电源,其中所述至少一个传感器开关,所述微处理器,所述天线系统,所述无线发射器和所述电源 被结合在所述细长传感器组件中以达到小于5mm的传感器组件的最大高度。 目前公开的传感器组件被设计成安装在形成在门或窗与相应框架之间的空隙和空腔中,即传感器组件的物理尺寸不应该需要修改为例如。 一个窗框 此外,目前公开的传感器组件优选地不需要用于安装和/或安装组件的工具,从而在报警系统中容易地安装和安装。
    • 7. 发明申请
    • TUNNELING ELECTRIC CONTACTS AND RELATED METHODS, SYSTEMS AND APPLICATIONS
    • 隧道电气联系及相关方法,系统和应用
    • WO2014165342A1
    • 2014-10-09
    • PCT/US2014/031556
    • 2014-03-24
    • ANAM NANOTECHNOLOGY, INC.
    • ABDEL REHEM, Jaser
    • H01H35/02
    • H02M7/32H01H1/0036H01H1/0094H01H3/00H01H3/001H01H50/005H01H59/0009H01H2057/006H02M3/16H02M7/58Y10T307/747
    • This disclosure provides an electrical switch based on tunneling electric contacts. Electrodes of the switch are formed to have reciprocal apparent contact surfaces, each smooth such that a compressed (in contact) composite mean asperity height between these surfaces is significantly smaller than an electron tunneling length of the switch. A movement mechanism is used to physically move one or both electrodes to vary the gap between electrodes to be greater than/less than the electron tunneling length. In select embodiments, the movement mechanism is electrically actuated and is amenable to relatively high frequency operation. The nano smooth surfaces provide for a tunneling switch where current flow is not primarily dependent on contact force between electrodes, and leads to a highly conductive ON state exceeding high performance, high-contact force mechanical switches, while also being amenable to high frequency operation.
    • 本公开提供了一种基于隧穿电触点的电开关。 开关的电极形成为具有互易的表观接触表面,每个平滑的,使得压缩(接触)复合材料表示这些表面之间的粗糙度高度明显小于开关的电子隧道长度。 使用移动机构来物理地移动一个或两个电极以将电极之间的间隙改变为大于/小于电子隧穿长度。 在选择的实施例中,移动机构被电致动并且适于相对高频率的操作。 纳米光滑表面提供隧道开关,其中电流不主要取决于电极之间的接触力,并且导致高导电ON状态超过高性能,高接触力机械开关,同时也适于高频操作。
    • 8. 发明申请
    • EIN- ODER MEHRPOLIGE SCHALTEINRICHTUNG, INSBESONDERE FÜR GLEICHSTROMANWENDUNGEN
    • ONE以上极转换设备,特别适用于DC应用
    • WO2012126850A1
    • 2012-09-27
    • PCT/EP2012/054705
    • 2012-03-16
    • DEHN + SÖHNE GMBH + CO. KGZAHLMANN, PeterSCHREITER, StefanieEHRHARDT, ArndROCK, Michael
    • ZAHLMANN, PeterSCHREITER, StefanieEHRHARDT, ArndROCK, Michael
    • H01H19/56H01H1/20
    • H01H1/365H01H1/2041H01H3/00H01H9/302H01H9/32H01H9/542H01H19/56H01H33/06H01H33/596H01H2009/543H01L31/02021Y02E10/50
    • Die Erfindung betrifft eine ein- oder mehrpolige Schalteinrichtung, insbesondere für Gleichstromanwendungen, mit mindestens einem rotierenden Schaltelement (2), welches mit einem Antrieb in Verbindung steht, sowie umfassend Schaltkontakte (4, 5), Anschlussstücke (7) und Anschlusspole oder Anschlussklemmen (8) und eine die vorgenannten Teile aufnehmende Gehäuseanordnung. Erfindungsgemäß ist in der Gehäuseanordnung ein beweglich geführter Drehzylinder (2) ausgebildet, der sich in einem als Drehzylinderaufnähme (1) ausgeführten Körper befindet. Der Drehzylinder (2) weist mindestens ein, den Drehzylinder radial oder tangential bzw- außermittig durchdringenden Kontaktbolzen (3) auf, der an seinem Ende jeweils ein Kontaktstück (4) besitzt. In der Drehzylinderaufnahme (1) sind Gegenkontaktstücke (5) angeordnet, welche mit den Anschlussstücken (7) oder Anschlusspolen bzw. Anschlussklemmen (8) in elektrischer Verbindung stehen. Zwischen dem Drehzylinder (2) und der Drehzylinderaufnahme (1) ist ein enger, lichtbogenbeeinflussender Spalt bestehend, wobei infolge der Bewegung des Drehzylinders (2) mit Kontaktbolzen (3) die elektrische Verbindung zwischen den Kontaktstücken (4) und den Gegenkontaktstücken (5) aufhebbar ist und die entstehenden Ausschaltlichtbögen (11) einer Verlängerung unterliegend in den Luftspalt eindringen und dort schnell gelöscht werden.
    • 本发明涉及一种单层或多层的极开关装置,特别是用于DC应用,具有至少一个旋转开关元件(2),其与在连接的驱动啮合,以及包括开关触点(4,5),连接件(7)和连接极或端子(8 )和上述接收部分-壳体组件。 根据本发明,形成在壳体组件,其在一Drehzylinderaufnähme如(1)本体上执行的一个可移动地引导旋转筒(2)。 回转圆筒(2)具有至少一个,回转圆筒径向或切向bzw-偏心穿透接触销(3),其在其在每种情况下一个接触件(4)具有端。 在旋转圆筒夹持器(1)被布置反接触件(5),其与连接件(7),或在电连接(8)端子极或终端相关联。 回转圆筒(2)和旋转圆筒夹持器(1)之间进行紧密的由电弧影响间隙,由于旋转筒(2)与接触销的运动(3),接触件(4)和对置接触件之间的电连接(5)取消 将所得Ausschaltlichtbögen(11)躺在延伸穿透空气间隙,并迅速那里清除。