序号 | 专利名 | 申请号 | 申请日 | 公开(公告)号 | 公开(公告)日 | 发明人 |
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161 | Selbstjustierender Stösselschalter, insbesondere KFZ-Bremslichtschalter | EP97117799.3 | 1997-10-14 | EP0840336A3 | 1998-11-25 | Lange, Reinhard; Elting, Ralf; Müller, Klaus; Huber, Wolfgang |
Die Erfindung betrifft einen selbstjustierenden Stößelschalter, insbesondere KFZ-Bremslichtschalter, wobei mit einem in einem Gehäuse (7, 107) geführten Schieber (9, 109) zur Betätigung eines oder mehrerer Kontakte (150) und mit einem gegenüber dem Schieber (9, 109) in Richtung dessen Verschieberichtung verschiebbaren Stößel (19, 119), wobei der Schieber (9, 109) erste Eingriffsmittel (23, 123) und der Stößel (19, 119) zweite Eingriffsmittel (21, 121) aufweisen, mit welchen Schieber und Stößel rastend verbindbar und/oder verriegelbar sind, der Stößel (19, 119) oder der Schieber (9, 109) im Querschnitt so geformt sind, daß eines der beiden Teile beim Einsetzen in eine Montageöffnung (3, 103) in einem Montageteil (5) drehfest aber verschiebbar gehalten ist, während das jeweils andere Teil im Gehäuse (7, 107) drehfest aber verschiebbar gehalten ist, und die ersten (23, 123) und zweiten (21, 121) Eingriffsmittel ausgebildet sind, daß der Stößel (19, 119) und der Schieber (9, 109) durch Drehung des Gehäuses (7, 107) aus einer Justier- und Montagestellung, in welcher Stößel und Schieber gegeneinander verschiebbar sind, in eine verriegelte Stellung überführbar sind und umgekehrt. |
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162 | Selbstjustierender Stösselschalter, insbesondere KFZ-Bremslichtschalter | EP97117798.5 | 1997-10-14 | EP0840335A3 | 1998-11-25 | Elting, Ralf; Huber, Wolfgang; Lange, Reinhard |
Die Erfindung betrifft einen selbstjustierenden Stößelschalter, insbesondere KFZ-Bremslichtschalter, mit einem in einem Gehäuse (107) geführten Schieber (109) zur Betätigung eines oder mehrerer Kontakte (150) und mit einem gegenüber dem Schieber (109) in Richtung dessen Verschieberichtung verschiebbaren Stößel (119), wobei der Schieber (109) erste Eingriffsmittel (123) und der Stößel (119) zweite Eingriffsmittel (121) aufweisen, mit welchen Schieber und Stößel rastend verbindbar und/oder verriegelbar sind, wobei der Schieber (109) in einer Montage- und Justierstellung des Systems Stößel-Schieber derart in einer vorbestimmten Schaltstellung gehalten ist, daß das Verschieben des Stößels (119) gegen den Schieber (109) während des Justiervorgangs ohne ein Auslenken des Schiebers erfolgt, wobei erst nach dem Überführen des Systems Stößel-Schieber in eine verriegelte Stellung dessen Verschieben aus der vorbestimmten Schaltstellung möglich ist. |
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163 | Selbstjustierender Stösselschalter, insbesondere KFZ-Bremslichtschalter | EP97117799.3 | 1997-10-14 | EP0840336A2 | 1998-05-06 | Lange, Reinhard; Elting, Ralf; Müller, Klaus; Huber, Wolfgang |
Die Erfindung betrifft einen selbstjustierenden Stößelschalter, insbesondere KFZ-Bremslichtschalter, wobei mit einem in einem Gehäuse (7, 107) geführten Schieber (9, 109) zur Betätigung eines oder mehrerer Kontakte (150) und mit einem gegenüber dem Schieber (9, 109) in Richtung dessen Verschieberichtung verschiebbaren Stößel (19, 119), wobei der Schieber (9, 109) erste Eingriffsmittel (23, 123) und der Stößel (19, 119) zweite Eingriffsmittel (21, 121) aufweisen, mit welchen Schieber und Stößel rastend verbindbar und/oder verriegelbar sind, der Stößel (19, 119) oder der Schieber (9, 109) im Querschnitt so geformt sind, daß eines der beiden Teile beim Einsetzen in eine Montageöffnung (3, 103) in einem Montageteil (5) drehfest aber verschiebbar gehalten ist, während das jeweils andere Teil im Gehäuse (7, 107) drehfest aber verschiebbar gehalten ist, und die ersten (23, 123) und zweiten (21, 121) Eingriffsmittel ausgebildet sind, daß der Stößel (19, 119) und der Schieber (9, 109) durch Drehung des Gehäuses (7, 107) aus einer Justier- und Montagestellung, in welcher Stößel und Schieber gegeneinander verschiebbar sind, in eine verriegelte Stellung überführbar sind und umgekehrt. |
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164 | Wiring structure in motorcycle | EP97303863.1 | 1997-06-05 | EP0811530A2 | 1997-12-10 | Shiratori, Toshihiko; Sakamoto, Hiroshi; Igarashi, Masazumi |
A junction box 2 is formed at a mounting portion of a meter unit 3 disposed at a central portion of a rear handlebar cover 1 in a motorcycle, and wire harnesses 12 and 14 connected to a vehicle body and a front handlebar cover are connected to the junction box 2. Bus bars 31 and 33 made of a metal plate or bar are integrally embedded within the rear handlebar cover made of a synthetic resin in order to electrically connect electric parts such as switches Ss, Sd, Sw, Sh and the like supported on left and right portions of the rear handlebar cover 1 and the junction box 2 to each other. Thus, it is possible to easily and reliably perform the wiring to the electric parts supported on the handlebar cover 1 in the motorcycle. |
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165 | Switch mounting structure | EP97303862.3 | 1997-06-05 | EP0811527A2 | 1997-12-10 | Shiratori, Toshihiko; Sakamoto, Hiroshi; Igarashi, Masazumi |
A switch housing 21 of a starter switch Ss is inserted into an opening 14 defined in a rear handlebar cover 1 in a motorcycle, and a locking claw projectingly provided on the switch housing 21 is locked in the opening 14 to fix the switch housing 21. When the switch housing 21 is inserted into the opening 14, a leaf spring-like terminal 242 of a stationary contact 24 exposed to a surface of the switch housing 21 comes into resilient abutment against a terminal 312 of a bus bar 31 exposed to the opening 14 in the rear handlebar cover 1, thereby automatically completing the connection of the starter switch Ss and the bus bar 31 to each other. Thus, it is possible to simply and reliably perform the operation of mounting the starter switch Ss to the rear handlebar cover 1 and the operation of electrically connecting the starter switch Ss to the bus bar 31. |
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166 | Justierbarer berührungsloser Pedalschalter | EP96108437.3 | 1996-05-28 | EP0751541A1 | 1997-01-02 | Jansseune, Luc; Meulemeester, Dmitri |
Der Pedalschalter umfaßt einen lagefest angeordneten Näherungsschalter (1) und einen am Pedal (2) im wesentlichen parallel zu dessen Betätigungsrichtung angeordneten, sich mit dem Pedal (2) in axialer Richtung mitbewegenden ferromagnetischen Stift (3), dessen schalterseitiges Ende (4) in der Ruhestellung des Pedals in den aktiven Schaltbereich (5) des Näherungsschalters (1) hineinreicht und durch Betätigen des Pedals (2) aus dem Schaltbereich (5) herausbewegbar ist, wobei der Stift (3) im Pedal (2) mittels einer in radialer Richtung wirkenden Feder (6) axial verschiebbar gelagert ist. |
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167 | Programmable one-touch-down power window | EP95306754.3 | 1995-09-25 | EP0714811A2 | 1996-06-05 | Rutkowski, David John; Arghavani-Badrabadi, Mohammad Hassan |
A power window system equipped with a "one-touch-down" feature for a motor vehicle includes provisions for programming the system to enable and/or disable the one-touch-down feature. The programming is done via a sequence of commands provided to the controller of the one-touch-down feature from various switches on the motor vehicle. In the preferred embodiment of the invention, all such commands are issued from devices already on the vehicle to perform functions other than programming of the "one-touch-down" feature. |
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168 | Electrical supply control system for a motor vehicle | EP90307767.5 | 1990-07-17 | EP0410617B1 | 1994-09-21 | Clokie, Andrew Keith |
169 | Eingabeeinrichtung für ein Informationssystem in einem Kraftfahrzeug | EP89121480.1 | 1989-11-21 | EP0373387B1 | 1992-07-01 | Knoll, Peter, Prof. Dr.; König, Winfried, Dr.-Ing.; Heiland-Franzen, Christa, Dipl.-Ing.; Günther, Clemens, Dipl.-Ing.; Geiser, Georg, Dr.-Ing.; Haller, Rudolf, Dr.-Ing.; Eck, Ralf, Dipl.Geophys. |
170 | Button set and switch | EP87630149.0 | 1987-08-19 | EP0260213A3 | 1989-12-20 | Gutman, Robert F. |
A button set and switch particularly useful for an automotive power seat switch are disclosed. The button set (12) is a single one-piece, molded set of buttons (20,30,40,50,60,70) each connecting by a living hinge (22,32,42,52,62,72) to a frame (10) such that each button (20,30,40,50,60,70) may be displaced independently but are physically arranged to simulate a preselected design. A printed circuit board (80) may be mounted to the button set (12) and may include a series of clicket switches (82) appropriately positioned to be engaged by each button (20, 30,40,50,60,70) for providing appropriate signals to obtain the desired ouput controlled by the switch. |
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171 | VEHILCE COMMUNICATIONS NETWORK WITH SELF-IDENTIFYING SWITCH SYSTEM FOR VEHICLE CONTROL | EP14790437.9 | 2014-10-08 | EP3057836B1 | 2018-12-05 | BLACKWOOD, Andrew James; NELSEN, David Mark; FITZGERALD, Richard William |
A vehicle switch module includes a sub-network having switches connected thereto and a sub-network controller in operative communication with the sub-network and the switches. Each switch includes a microprocessor programmed to generate switch messages that include address and switch logic state data. The sub-network controller transmits switch queries onto the sub-network to a number of switch addresses to determine a connection status and switch state of switches in the switch module and receives switch messages responsive to the queries from switches at addresses to which the switch queries were transmitted. The received switch messages verify the identity of a switch in the module and provide a switch state for the switch. The sub-network controller interprets the received switch messages and—based on the switch address and switch state data in the messages—controls operation of a vehicle output or load associated with each of the switches. | ||||||
172 | SWITCHING DEVICE | EP13816449.6 | 2013-07-11 | EP2873565B1 | 2018-04-04 | MIZUNO Yoshiyuki |
A switching device includes an operation lever 10 capable of being turned in a first direction and in a second direction with respect to a neutral position P0, a first switch SW11 to detect a condition when the operation lever is moved to a first operation position P11, a second switch SW21 to detect a condition when the operation lever 10 is moved to a second operation position P21 symmetric to the first operation position, and a control unit 110 to control a multistage function in a stepwise manner to switch operating states in a stepwise manner such that the condition of control of the multistage function is switched up in a stepwise manner based on a condition detected by the first switch and such that the condition of control of the multistage function is switched down in a stepwise manner based on a condition detected by the second switch. The upper and lower operation positions P11, P21 are symmetric so that it becomes easier to have common components. | ||||||
173 | MULTIFUNKTIONS-BEDIENVORRICHTUNG, INSBESONDERE FÜR EINE KFZ-KOMPONENTE | EP13739159.5 | 2013-07-02 | EP2867739B1 | 2017-04-12 | JANTKE, Markus |
174 | SELF-IDENTIFYING SWITCH SYSTEM FOR VEHICLE CONTROL | EP14790437.9 | 2014-10-08 | EP3057836A1 | 2016-08-24 | BLACKWOOD, Andrew James; NELSEN, David Mark; FITZGERALD, Richard William |
A vehicle switch module includes a sub-network having switches connected thereto and a sub-network controller in operative communication with the sub-network and the switches. Each switch includes a microprocessor programmed to generate switch messages that include address and switch logic state data. The sub-network controller transmits switch queries onto the sub-network to a number of switch addresses to determine a connection status and switch state of switches in the switch module and receives switch messages responsive to the queries from switches at addresses to which the switch queries were transmitted. The received switch messages verify the identity of a switch in the module and provide a switch state for the switch. The sub-network controller interprets the received switch messages and—based on the switch address and switch state data in the messages—controls operation of a vehicle output or load associated with each of the switches. | ||||||
175 | SHAPE-CHANGING SURFACE | EP15201953.5 | 2015-12-22 | EP3040811A1 | 2016-07-06 | DI CENSO, Davide; MARTI, Stefan; NAHMAN, Jaime Elliott; SPASOJEVIC, Mirjana |
A system for changing the shape of a vehicle component includes one or more actuators coupled to the vehicle component and a processor coupled to the one or more actuators. The processor is configured to determine that a software application has switched from a first mode to a second mode and cause the one or more actuators to transition a surface of the vehicle component from a first shape associated with the first mode to a second shape associated with the second mode. |
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176 | SWITCHING DEVICE | EP13816449 | 2013-07-11 | EP2873565A4 | 2016-04-20 | MIZUNO YOSHIYUKI |
A switching device includes an operation lever 10 capable of being turned in a first direction and in a second direction with respect to a neutral position P0, a first switch SW11 to detect a condition when the operation lever is moved to a first operation position P11, a second switch SW21 to detect a condition when the operation lever 10 is moved to a second operation position P21 symmetric to the first operation position, and a control unit 110 to control a multistage function in a stepwise manner to switch operating states in a stepwise manner such that the condition of control of the multistage function is switched up in a stepwise manner based on a condition detected by the first switch and such that the condition of control of the multistage function is switched down in a stepwise manner based on a condition detected by the second switch. The upper and lower operation positions P11, P21 are symmetric so that it becomes easier to have common components. | ||||||
177 | SWITCHING DEVICE | EP13816449.6 | 2013-07-11 | EP2873565A1 | 2015-05-20 | MIZUNO Yoshiyuki |
A switching device includes an operation lever 10 capable of being turned in a first direction and in a second direction with respect to a neutral position P0, a first switch SW11 to detect a condition when the operation lever is moved to a first operation position P11, a second switch SW21 to detect a condition when the operation lever 10 is moved to a second operation position P21 symmetric to the first operation position, and a control unit 110 to control a multistage function in a stepwise manner to switch operating states in a stepwise manner such that the condition of control of the multistage function is switched up in a stepwise manner based on a condition detected by the first switch and such that the condition of control of the multistage function is switched down in a stepwise manner based on a condition detected by the second switch. The upper and lower operation positions P11, P21 are symmetric so that it becomes easier to have common components. |
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178 | Commutateur de puissance de batterie pour véhicule automobile | EP06290015.4 | 2006-01-05 | EP1686603B1 | 2011-03-16 | Boudjemai, Farouk; Dubus, Jean-Marc; Doffin, Hugues |
179 | Vehicle window opening/closing switch apparatus | EP07015034.7 | 2007-07-31 | EP2020667B1 | 2009-08-26 | Watson, Stephen |
180 | Vehicle window opening/closing switch apparatus | EP07015034.7 | 2007-07-31 | EP2020667A1 | 2009-02-04 | Watson, Stephen |
A vehicle window opening/closing switch apparatus (10) for opening/closing a plurality of windows (56A - 56D) provided on a vehicle (50) is disclosed. The apparatus has a first switch (14) and a second switch (15). An arbitrary window can be electrically selected from among the windows by manually displacing the first switch to at least the left and right. The second switch is incorporated in the first switch and is capable of electrically opening/closing the window selected by the first switch by a manual operation. |