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序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
101 Medium voltage circuit breaker arrangement operated by special transmission means EP10008455.7 2010-08-13 EP2421017A1 2012-02-22 Reuber, Christian, Dr.-Ing.; Gentsch, Dietmar, Dr.-Ing.

Circuit breaker arrangement comprising at least one pole part (3a - 3c) for switching an electrical medium to high voltage circuit by a respective pair of corresponding inner electrical contacts (4a, 4b), wherein a pushrod (5a - 5c) of a respective movable electrical contact (4a) is operated by a common actuator unit (6), which is mechanically connected to each pushrod (5a - 5c) via transmission means for transferring the switching force from the actuator unit (6) to each pushrod (5a - 5c), wherein the transmission means comprise a crankshaft (7) having at least one crank (8a - 8c) which is pivotally attached to one end of a connection rod (9a - 9c), wherein further the opposite end of the connection rod (9a - 9c) is pivotally attached to the end of the pushrod (5a - 5c) of the corresponding pole part (3a - 3c).

102 STELLELEMENT AUF DER BASIS EINES FOLIENSCHALTERS EP03731668.4 2003-01-11 EP1485929B1 2010-10-27 Völckers, Oliver
103 Schiebeschalter EP04002123.0 2004-01-31 EP1458001B1 2005-12-21 Ullmann, Roland; Pohl, Thorsten
104 Schiebeschalter EP04002123.0 2004-01-31 EP1458001A1 2004-09-15 Ullmann, Roland; Pohl, Thorsten

Die Erfindung bezieht sich auf einen Schiebeschalter, insbesondere für ein elektrisches Kleingerät, mit einem Schaltschieber (1), der verschiebbar in einem Gehäuse gelagert ist, und mit einem im Schaltschieber (1) angeordneten Verriegelungsschalter (4), der in mindestens einer Schaltstellung des Schaltschiebers (1) mit dem Gehäuse oder mit einem mit dem Gehäuse verbundenen Teil verriegelbar ist, so daß der Verriegelungsschalter (4) aus mindestens einem um eine Schwenkachse (12) schwenkbaren elastisch vorgespannten Taster (5, 6) besteht, wobei die Schwenkachse (12) ortsfest zum Schaltschieber (1) ist.

105 Stellelement zur Bedienung elektronischer Geräte EP03090011.2 2003-01-11 EP1329694A2 2003-07-23 Völckers, Oliver

Stellelement zur Bedienung elektronischer Geräte, das als Regler und Mehrfachschalter konfigurierbar ist und Verfahren zur Bedienung dieses Stellelementes für elektronische Geräte.

Die Erfindungsaufgabe, eine Bewegung auswertendes Stellelement, das digitale Information über seine Position liefert und als stufenlos arbeitender Regler oder als ein zur Umschaltung einer konfigurierbaren Stufenzahl geeigneter Schalter einsetzbar ist, zu entwickeln, wurde dadurch gelöst, daß ein in einem Gehäuse beweglich gelagerter Griff des Stellelementes mit einer auf einem als Scheibe oder Bahn ausgebildeten, vorgesehenen Kontaktträger gleitend angeordneten Kontaktfeder verbunden ist, wobei der Kontaktträger zwei mit je einem kodierten Leiterbahnmuster versehene Leiterbahnen aufweist, deren Musterabfolge für jede Griffposition des Stellelementes spezifisch ist, und eine durch Griffbewegung und Kontaktschließung der Kontaktfeder auf zwei kodierten Leiterbahnenmustern abgegebene Impulse verarbeitende Dekodiereinheit, die aus dem zeitlichen Verhältnis der Impulse von den beiden Leiterbahnmustern die Griffposition des Stellelementes berechnet, und ein elektronischer Speicher, dessen Inhalt jederzeit die Griffposition des Stellelementes ausdrückt, vorgesehen sind.

106 Power line high current cutoff device EP95110661.6 1995-07-07 EP0734034B1 2001-04-18 Balbiano, Giuseppe; Rinaldi, Giuseppe
107 Power line high current cutoff device EP95110661.6 1995-07-07 EP0734034A1 1996-09-25 Balbiano, Giuseppe; Rinaldi, Giuseppe

A manually or automatically operated device for rapidly disconnecting the power line between a current source and the user circuit in case of emergency, e.g. in automotive applications, for eliminating the risk of fire due to accidental pinching of the positive cables in the event of a crash; the device presenting a first and second contact member connected in series between two terminals of the line and movable in relation to each other in opposition to elastic means, and control means for selectively moving the contacts into a first work position wherein they contact each other to shortcircuit the line, and a second safety position wherein they are detached to disconnect the line; the contact members being defined by carbon brushes made from a sintered mixture of carbon powder and copper particles, and of the same type used in commutator motors.

108 SLIDE FASTENERS PCT/JP2012006454 2012-10-09 WO2013061524A9 2013-07-25 MATSUMOTO MASAKI
[Problem] To provide slide fasteners (SF1, SF4, SF7), each of which: is interposed between a power supply unit (PU) and signal unit (SU) provided on an input side, and a powered device (DK) provided on an output side; has uniquely shaped elements (20, 50, 80) created by means of a new idea; and forms an input/output line (L12) that enables the operation of a powered device (DK) by means of the closing action of the slide fastener (SF1, SF4, SF7). [Solution] A slide fastener (SF1) is configured from: mutually facing rows of elements (20) provided along the edges of opening/closing sides of mutually opposed fastener tapes (10); and a slider (30). By means of the slider (30) being made to slide along the elements (20) placed facing each other and the elements (20) interlocking, said slide fastener (SF1): opens/closes the horizontal-direction opening/closing sides (H1T) of the mutually opposed fastener tapes (10); and opens/closes top/bottom vertical-direction opening/closing sides (V11T, V12T) by simultaneously fitting together, or joining afterward with a push-in, an input electrode section (L1P) or output electrode section (L2P), with a top holding section (20V1R) and bottom holding section (20V2R). Said slide fastener (SF1) forms a power supply and/or signal input/output line (L12) by: connecting either member of the group consisting of the horizontal-direction opening/closing sides (H1T) and the top/bottom vertical-direction opening/closing sides (V11T, V12T), to a power supply input line (L1) and/or to a signal input/output line (SL), or simultaneously fitting together, or joining afterward with a push-in, said member with the input electrode section (L1P) connecting the power supply input line (L1) and/or the signal input/output line (SL); and connecting the other member of said group to a power supply output line (L2) linked to the powered device and/or to the signal input/output line (SL), or simultaneously fitting together, or joining afterward with a push-in, said member with the output electrode section (L2P) connecting the power supply output line (L2) linked to the powered device, and/or said output electrode section (L2P) connecting the signal input/output line (SL).
109 INTEGRATED DISPLAY SCREEN AND SLIDABLE CONTROL FOR ELECTRICAL CIRCUITS PCT/US9722398 1997-12-08 WO9828760A3 1998-09-03 JAEGER DENNY; TWAIN KENNETH M
A circuit control device of the type having a knob (12) which an operator travels along a track (13) to vary a circuit condition is disposed on the face of an electronic display screen (16). This enables a display of calibration marks, symbols and/or other indicia pertaining to operation of the control including at locations in immediate proximity to the slidable knob (12) which display can change instantly when the function of the control changes or when other conditions call for different graphics. The track and sliding knob (12, 13) and electronic components of the control signal producing circuit are at the front of the display screen (16) thereby enabling easy repair. Components of the control signal producing circuit are contained within the knob and/or track. Knob motion is detected by compact and durable sensors which may incude radio frequency sensors, capacitive sensors, photoelectric sensors or Hall effect sensors among others.
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