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    • 2. 发明申请
    • TRENNSCHALTER ZUR GLEICHSTROMUNTERBRECHUNG
    • 断路器直接电流中断
    • WO2015192924A1
    • 2015-12-23
    • PCT/EP2015/000576
    • 2015-03-16
    • ELLENBERGER & POENSGEN GMBH
    • GERDINAND, FrankMECKLER, PeterMIKLIS, MarkusNAUMANN, MichaelSTROBL, Christian
    • H01H36/00H01H9/54
    • H02H3/087H01H9/542H01H9/548H01H71/1009H01H2071/124
    • Die Erfindung betrifft eine Trennvorrichtung (1 ) zur Gleichstromunterbrechung zwischen einer Gleichstromquelle (UQC), insbesondere im Gleichspannungsbereich zwischen 300VDc und 1500VDc und/oder im Nennstrombereich zwischen 4A und 250A, und einer Last (3), mit einer mindestens einen Schutzschalter (5) mit magnetischem Auslöser (12) aufweisenden Schutzschalteranordnung (5, 6, 8) und mit einer dem mindestens einen Schutzschalter (5) parallel geschalteten Halbleiterelektronik (10), die bei stromführender Schutzschalteranordnung (5, 6, 8) stromsperrend und bei auslösender Schutzschalteranordnung (5, 6, 8) zumindest kurzzeitig stromleitend ist, indem bei auslösender Schutzschalteranordnung (5, 6, 8) der Strom (I), insbesondere ein infolge eines Lichtbogens erzeugter Lichtbogenstrom, vom mindestens einen Schutzschalter (5) auf die Halbleiterelektronik (10) kommutiert.
    • 本发明涉及一种分离装置(1),用于将DC电源(UQC)之间的直流电路,特别是在300VDC和1500VDC之间的直流电压范围和/或在图4A和250A,和一个负载之间的额定电流范围(3),具有至少一个断路器(5) 磁性触发器(12),其具有断路器组件(5,6,8)以及在切换所述至少一个电路断路器(5)平行的半导体电子器件(10),当载流断路器组件(5,6,8)电流阻挡和触发断路器组件(5, ,8)是至少6的时间很短,以通过传导电流(在触发断路器组件5,6,8)的电流(I)的,尤其是弧形的结果而产生从至少一个断路器(5)的半导体电子器件(10)上的通勤电弧电流。
    • 3. 发明申请
    • SICHERUNGSAUTOMAT MIT HILFSKURZSCHLUSS
    • SECURING机辅助SHORT
    • WO2014095918A1
    • 2014-06-26
    • PCT/EP2013/076971
    • 2013-12-17
    • PHOENIX CONTACT GMBH & CO. KG
    • SCHAPER, ElmarHEUER, LutzSCHÜRGENS, DetlevSCHULZ, Bernd
    • H01H71/40H01H71/10H01H89/00
    • H01H89/04H01F7/08H01H33/02H01H71/1009H01H71/16H01H71/40H01H89/00
    • Die Erfindung betrifft einen Sicherungsautomat (2) zur Absicherung einer Phase (4, 5, 6) mit einer Eingangsklemme (7), einer Ausgangsklemme (8), einem Strompfad (12), der die Eingangsklemme (7) und die Ausgangsklemme (8) elektrisch leitend verbindet, einer Trennvorrichtung (13), die in dem Strompfad (12) angeordnet und ausgeführt ist, diesen bei einer Betätigung zu unterbrechen, einer Ableitklemme (9), einem Ableitpfad (15), der an seinem einen Ende mit dem Strompfad (12) zwischen der Trennvorrichtung (13) und der Ausgangsklemme (8) sowie an seinem anderen Ende mit der Ableitklemme (9) verbunden ist, einer Verbindungsvorrichtung (16), die in dem Ableitpfad (15) angeordnet und ausgeführt ist, diesen bei einer Betätigung durchzuverbinden, und einer Überwachungseinrichtung (14), die ausgeführt ist, den Strom in dem Strompfad (12) zu überwachen und bei Erkennung eines Überstroms die Trennvorrichtung (13) und die Verbindungsvorrichtung (16) zu betätigen, wobei die Überwachungseinrichtung (14) ausgeführt ist, eine Dauerstromüberwachung und eine Kurzschlussstromüberwachung durchzuführen. Außerdem betrifft die Erfindung eine Sicherungsanordnung (1) mit einer Mehrzahl solcher Sicherungsautomaten (2).
    • 本发明涉及一种电路断路器(2),以覆盖相(4,5,6),其具有输入端子(7),输出端子(8),连接所述输入端子(7)和所述输出端子的电流路径(12)(8) 导电地连接,其被布置在所述电流通路(12)和构造为中断该致动时,保护端子(9),排出通路(15)(在其一端的电流路径的分离装置(13) 12)的分离装置(13)和输出端子(8)之间,并且在其另一端连接到所述保护端子(9)连接,连接其被布置在所述排出路径(15)和执行时,这在致动装置(16) 显示器有进行连接,并且被设计的监控装置(14),在检测到过电流时,Überwachungseinr的在电流通路(12)和致动分离器(13)电流和连接装置(16) 执行ichtung(14),以执行恒定的电流控制和短路电流监测。 此外,本发明涉及一种具有多个这样的断路器(2)的固定装置(1)。
    • 4. 发明申请
    • TRIPPING MECHANISM PROTECTING FROM RESIDUAL CURRENT AND TRIPPER
    • 从剩余电流和牵引器保护的搬运机制
    • WO2012083853A1
    • 2012-06-28
    • PCT/CN2011/084367
    • 2011-12-21
    • SCHNEIDER ELECTRIC INDUSTRIES SASSUN, HaitaoSHI, JunchangHU, JiweiFAN, Wenjie
    • SUN, HaitaoSHI, JunchangHU, JiweiFAN, Wenjie
    • H01H71/10
    • H01H83/22H01H71/10H01H71/1009H01H71/505H01H2009/0088
    • A tripping mechanism protecting from residual current and a tripper (100). The tripping mechanism (102) comprises a tripping bar (20) and a hammer (30). The hammer is engaged with the tripping bar so that the hammer is movable between a normal operating position and a tripping position. The tripping bar has a first engaging portion (23) and a second engaging portion (22A-22C). The first engaging portion interacts with a bar protecting from residual current (40) of a device protecting from residual current so as to operate the tripping bar to activate the hammer to trip. The second engaging portion interacts with at least one of a device protecting from overload and a device protecting from short-circuit so as to operate the tripping bar to activate the hammer to trip. The tripping mechanism is shared by the device protecting from residual current, the device protecting from overload and the device protecting from short-circuit. Therefore, the structures are simplified, and the cost is saved.
    • 防止剩余电流的跳闸机构和脱扣器(100)。 脱扣机构(102)包括脱扣杆(20)和锤(30)。 锤子与脱扣杆接合,使得锤可以在正常操作位置和脱扣位置之间移动。 脱扣杆具有第一接合部(23)和第二接合部(22A-22C)。 所述第一接合部分与保护装置的剩余电流(40)的条相互作用以防止剩余电流,从而操作所述跳闸杆以激活所述锤子跳闸。 第二接合部分与防止过载的装置和防止短路的装置中的至少一个相互作用,以便操作脱扣杆以激活锤子跳闸。 跳闸机构由器件共享,防止剩余电流,器件免受过载和器件的短路保护。 因此,结构简化,节省成本。
    • 6. 发明申请
    • CONNECTION BOX FOR AN ELECTRIC PLANT
    • 电厂连接盒
    • WO2006097822A1
    • 2006-09-21
    • PCT/IB2006/000570
    • 2006-03-15
    • BURG, DarioPAPAROT, Ivano
    • BURG, DarioPAPAROT, Ivano
    • H02G3/12
    • H02G3/123H01H71/002H01H71/1009H01H73/04H01H73/52H01H83/14H02G3/121
    • Connection box (10) for an electric plant able to be installed on a wall consisting of two panels substantially parallel to each other and defining an intermediate compartment, inside which the electric cables of the electric plant are disposed, wherein at least a first of the panels is provided with a through hole. The box (10) comprises a containing body having a front aperture and divided into a coupling zone (50) by means of which the box (10) is able to be coupled with the through hole, and a reception zone (23) for the electric cables able to be disposed in the intermediate compartment. Between the coupling zone (50) and the reception zone (23) the box (10) also comprises two fins (33) substantially co-planar with each other and protruding from opposite sides with respect to the containing body (12) and able to be attached to an inner surface of the intermediate compartment.
    • 一种用于能够安装在由两块基本上彼此平行的壁组成的壁上并且限定中间隔室的电厂的连接箱(10),其中设置有电厂的电缆,其中至少第一个 面板设有通孔。 盒(10)包括容纳体,其具有前孔并被分成耦合区域(50),盒子(10)能够与通孔联接;以及接收区域(23),用于 能够设置在中间隔室中的电缆。 在耦合区域(50)和接收区域(23)之间,箱体(10)还包括彼此基本上共面并相对于容纳体(12)从相对侧突出的两个翅片(33),并且能够 附接到中间隔室的内表面。
    • 7. 发明申请
    • DIFFERENTIAL THERMOMAGNETIC SWITCH
    • 差分热电开关
    • WO2006074883A1
    • 2006-07-20
    • PCT/EP2006/000088
    • 2006-01-09
    • VIMAR S.P.A.GUSI, Piero, Camillo
    • GUSI, Piero, Camillo
    • H01H71/00H01H71/10H01H73/52
    • H01H73/52H01H71/002H01H71/1009H01H73/04H01H83/14H02G3/123
    • A thermomagnetic switch (1) is described comprising: a box-type body comprising an intermediate wall (3) which defines respective phase and neutral housings (3f, 3n), movable phase and neutral contacts (18f, 18n) destined to come into contact with respective fixed phase and neutral contacts (6f, 6n), a kinematic mechanism connected to the mobile contacts (18n, 18f) to bring them from a closed position to an open position, a push button (11) that can be operated from the outside and that is connected to the kinematic mechanism, and a coupling lever (26) - connected to the kinematic mechanism - which can be operated through the intervention of a thermal (22) and/or of an electromagnetic (50f) and/or of a differential device (100, 50d). The kinematic mechanism comprises a contact-carrying lever (117) made in a single piece and provided with two arms (121), which extend into the phase and neutral housing (3f, 3n). Each arm (121) comprises a seat (118) able to receive the respective movable phase and neutral contact (18f, 18n).
    • 一种热磁开关(1)被描述为包括:盒型主体,包括限定相位和中性壳体(3f,3n)的中间壁(3),可移动相位和旨在接触的中性触点(18f,18n) 与相应的固定相位和中性触点(6f,6n)相连接,运动机构连接到移动触点(18n,18f)以使它们从关闭位置到打开位置,按钮(11)可以从 外部并且连接到运动机构,以及连接到运动机构的连接杆(26),其可以通过热(22)和/或电磁(50f)和/或 差动装置(100,50d)。 运动机构包括制成单件并且设置有延伸到相位和中性壳体(3f,3n)的两个臂(121)的接触承载杆(117)。 每个臂(121)包括能够接收相应的可移动相和中性触点(18f,18n)的座(118)。
    • 8. 发明申请
    • ELECTRIC DEVICE WITH A CONNECTION CLIP AND A RECEIVING FIXTURE FOR A SECOND ELECTRIC DEVICE
    • 与连接设备的电子装置上使用第二电力设备连接
    • WO00022642A1
    • 2000-04-20
    • PCT/EP1999/005913
    • 1999-08-11
    • H01H71/02H01H71/10H01R13/639H02B1/04
    • H01H71/1009H01H71/0271H01R13/639H02B1/04H02B1/041
    • The invention relates to a connecting device for two components, especially individual electrotechnical components (13,14) such as power circuit breakers, residual-current circuit breakers or similar. The inventive connection device consists of a connecting clip (1) which is simultaneously inserted into a receiving fixture for said connection clip (1) in two components (A,B) that are to be connected. The connection clip is anchor-shaped and basically consists of a rod (2) and an anchor bar (4) extending perpendicularly thereto. The free end of the rod (2) is configured as a snap-in element (5). The ends of both sides of the anchor bar (3) are bent and form insert sections (25). The receiving fixture for the connection clip consists of both a groove (20) which is provided on one side of a component that is to be connected, whereby said groove is open on one side, and an insert receiving fixture (25) that extends close to the groove (20) inside the component that is to be connected. When two components that are fitted with said receiving fixture for a connection clip are connected, they are placed adjacent to each other in such a way that both grooves (20) form an opening, whereby the rod (2) of the connection clip and the snap-in element thereof are introduced into said opening. The insert sections (4) simultaneously engage with the insert receiving fixtures (25). The snap-in elements (5) on the connection clip (1) engage with (5) an undercut (24) provided in the groove (20), whereby the connection becomes non-detachable.
    • 将描述两个电装置的连接装置,例如在特定的断路器,剩余电流电路断路器或类似物,包括其在每种情况下将被连接的化合物夹子接收两种组分同时插入的连接夹子(1)的(A,B)。 连接夹子(1)是锚形的并且基本上由杆(2)和横向延伸的锚定杆(3)。 所述杆(2)被形成在自由端的锁闩构件(5),而锚定杆(3)的两侧在其端部弯曲并形成在槽(4)。 化合物剪辑容器包括设置在所述部件的一侧被连接槽(20)的凹部,其是开放的一端,以及一插入式接收器(25),其延伸到所述接合元件的除了所述凹槽(20)的内部。 在两个连接,提供与它们所抵靠彼此的连接夹子插座组件,使两个槽(20)形成的开口,其中所述杆(2)与它的闩锁构件一起插入所述连接夹(5)。 同时,在槽(4)接合在各自Einsteckaufnahmen(25)。 所述闩锁部件(5)在连接夹子(1)接合在在槽(20)提供底切(24),因此该化合物是不溶性的。