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 | OPTICALLY TRANSMISSIVE KEY SWITCH MECHANISM FOR DISPLAY-CAPABLE KEYBOARDS, KEYPADS, OR OTHER USER INPUT DEVICES | EP11876442.2 | 2011-11-29 | EP2786390A1 | 2014-10-08 | LI, Ming; LOW, Kok Kiong |
Key switch mechanisms are typically used for mediating user input to computing devices. A key switch mechanism provides immediate tactile feedback to a user upon user-actuation thereof. Unlike touchscreen interfaces, existing key switch mechanisms of conventional keyboards do not provide a user with a dynamically changeable interface. Described is a key switch mechanism that comprises a circuit module, a key cap and a linkage mechanism for guiding travel of the key cap substantially along a travel axis. The linkage mechanism comprises a positioning board and a main link pivotably inter-coupling the positioning board and the key cap. The main link substantially impedes tilt of the key cap away from the travel axis during travel of the key cap therealong from a released position, whereat the key cap is biased, to a depressed position whereat a control signal is generated. | ||||||
162 | Wippenträger mit mindestens einer Betätigungswippe einer Türstation oder Wohnungsstation eines Haus-Kommunikationssystems | EP12001426.1 | 2012-03-02 | EP2509087A1 | 2012-10-10 | Sahlmann, Hans-Peter; Ewers, Manfred |
Es wird ein Wippenträger (20) mit mindestens einer Betätigungswippe (1) einer Türstation oder Wohnungsstation eines Haus-Kommunikationssystems vorgeschlagen, |
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163 | Push button switch assembly | EP10003182.2 | 2010-03-25 | EP2282318A1 | 2011-02-09 | Specht, Trevor; Meißner, Heiko |
Push button switch assembly for insertion in a control panel of a domestic appliance, the push button switch assembly comprising at least one push button having a push button cap and a separately formed actuating element, in particular an actuating pin, which extends between the push button cap and an electric switching element of the domestic appliance and upon actuating of the push button cap cooperates therewith and acts on the electric switching element to effect a switching operation, and a frame receiving and guiding the at least one push button cap, wherein at least one spring leg is arranged at the actuating element, which counteracts the actuating of the push button cap. |
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164 | Push button switch assembly | EP10003183.0 | 2010-03-25 | EP2282317A1 | 2011-02-09 | Specht, Trevor; Meißner, Heiko |
Push button switch assembly, in particular for insertion in a control panel of a domestic appliance, the push button switch assembly comprising at least one push button and a frame for receiving the at least one push button, wherein the push button has a push button cap, whose top wall or rather upper side is to be manipulated by a user, and an actuating element, in particular an actuating pin, for actuating a switch, especially a micro switch, of a circuit board arranged underneath the push button switch assembly upon actuation of the push button cap, wherein the push button cap is provided with spring legs resting on a frame bottom and counteracting the actuation of the push button cap, characterized in that at least two spring legs are provided, which are formed in a rotationally symmetric or in an axially symmetric arrangement at the push button cap. |
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165 | Elektronik-Bedieneinheit | EP01113806.2 | 2001-06-06 | EP1176619B1 | 2010-10-06 | Bader, Winfried; Fischer, Martin |
166 | Push switch and method of manufacturing the same | EP09007689.4 | 2009-06-10 | EP2139014A2 | 2009-12-30 | Mccurdy, Anthony; Sato, Takashi |
Provided are a push switch capable of effectively suppressing a position deviation or a wobble of a slider caused by errors of mold sizes as well as reducing mold cost, and a method of manufacturing the same. The push switch includes a slider (3) which is supported by a tubular case (2) to reciprocate and is pushed to be operated. Contact inclined surfaces (33a to 36a) of contact convex portions (33 to 36) of the slider (3) come in contact with restriction inclined surfaces (22a to 25a) of restriction concave portions (22 to 25) of the tubular case (2), respectively, the slider (3) upon retreating is returned to a predetermined non-operation position. In addition, the slider (3) is molded by injection-molding a resin material having a higher thermal contraction coefficient and a lower melting temperature than the resin material of the tubular case (2) in a cavity using the tubular case (2) as a part of a mold. Therefore, each contact convex portion has a shape similar to and slightly smaller than a convex portion complementary to the respective restriction concave portion. An interval between the restriction inclined surfaces (22a and 23a) increases in a retreat direction and also increases in an inward direction of the restriction concave portions (22 and 23), which is substantially perpendicular to the retreat direction. |
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167 | Push-button switch | EP05028285.4 | 2005-12-23 | EP1677325B1 | 2009-09-23 | Kato, Nobuo, c/0 Tech. Plan. & IP Dept. |
168 | Push button switch with a display device | EP08016638.2 | 2008-09-22 | EP2053622A2 | 2009-04-29 | Onuki, Kazumitsu; Ura, Hiroki |
A push button switch is provided, which has a long life, high stability in operation, an operation force and an operation feeling which do not change from the initial state, and a display device which has a wide viewing angle and is capable of realising low power consumption. A push button switch with a display device comprises a switching body 16 including a case 1 having an opening part 1A on the upper side thereof and a case cover 13 covering the case 1, a switching element 10 provided within the switching body 16, and a plunger 12 protruding upward from a round hole 14 of the case cover 13, wherein up and down movement of the plunger 12 is guided within the switching body 16 to connect with the switching element 10 so as to open and close an electric circuit, the push button switch with a display device further comprises longitudinal grooves 6 provided at four corners of the outer side surfaces 3 of the case 1, metallic round pins 11 having a small friction coefficient fastened to the grooves 6, an operational button 21 covering the switching body 16 and being arranged in convex-concave fitting with the plunger 12, a holder 18 fixed within the operational button by a supporting plate 17, and an organic light emitting display device (organic light emitting diode panel) 19 attached to the holder 18. |
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169 | Key sheet | EP06023713.8 | 2006-11-15 | EP1788600A3 | 2009-02-25 | Senzui, Akira |
Provided is a stable key sheet in which, even if a key top is operated so as to be shifted sidewise, no excessive change, such as great tottering of the key top or overlapping of key tops each other, is caused. A key sheet (10) including: a key top (13) having a fixation protrusion (13b) protruding from a center of a bottom surface; and a base sheet (16) to which the fixation protrusion (13b) is fixed, further includes a stopper plate (17) having an opening (17a) through which the fixation protrusion (13b) of the key top (13) is passed and whose edge faces a side of the fixation protrusion (13b), in which, at a time of sidewise movement of the key top (13), the stopper plate (17) abuts the key top (13) to regulate the sidewise movement of the key top (13). |
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170 | Actuating element | EP06020770.1 | 2006-10-02 | EP1909158B1 | 2009-01-07 | Naas, Nico |
171 | Remote controller | EP07018388.4 | 2007-09-19 | EP1903587A1 | 2008-03-26 | Iwai, Akio |
A remote controller, which enables secure pressing operation of operational buttons, includes a top case (10) having a plurality of through holes (12) and a plurality of operational buttons (31) exposed respectively from the through holes of the top case, so that each of the operational buttons is pressed for controlling equipment. Ribs (13) protrude from the inner surface of the top case along circumferences of the through holes. |
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172 | BETÄTIGER FÜR EINEN ELEKTRISCHEN DRUCKSCHALTER, INSBESONDERE BEI FAHRZEUGEN | EP05700988.8 | 2005-01-18 | EP1714296A1 | 2006-10-25 | SPIES, Wolfgang, Uwe |
The invention relates to an actuator for an electric push-button switch (30) comprising a housing shell (10) in whose shell opening (13) a holding plate (20) is placed. A holding suspension, together with outer stops (21) and outer counterstops (11) between the holding plate (20) and the holding housing permit the non-actuated holding plate (10) to be pressed into a defined outer position of rest (20.1). A push-button switch (30), which is arranged in the housing shell (10), is, together with its switching element (31), located in an extended position (30.1) that is effected by a switch suspension (33). The aim of the invention is to provide an economical space-saving design. To this end, the switch suspension (33) of the push-button switch (30) is simultaneously provided with the function of providing the holding suspension of the holding plate (20). Inner stops and inner counterstops are also provided between the holding plate (20) and the housing shell (10) and, in the event of an asymmetrical actuation, ensure a defined inclined position of the holding plate (20). This controlled inclined position ensures that the switching element (31) of the push-button switch (30) reaches, even in this event, a contact-effective depressed position. | ||||||
173 | Tastenanordnung für ein elektrisches oder elektronisches Gerät in einem Kraftfahrzeug | EP06007661.9 | 2006-04-12 | EP1713108A2 | 2006-10-18 | Bleckmann, Michael; Braeker, Tobias |
Beschrieben wird eine Tastenanordnung für ein elektrisches oder elektronisches Gerät in einem Kraftfahrzeug, mit mindestens einer Taste, die eine Tastenkappe aufweist, die schwimmend auf einem beweglichen Tastenteil aufliegt, und mit einer Tastenblende, die die Tastenkappe umfaßt, wobei die Tastenkappe einen umlaufenden Randbereich ausbildet und wobei der gesamte Randbereich auf einer Fläche des beweglichen Tastenteiles aufliegt und/oder wobei zumindest abschnittsweise die Abstände zwischen den Seitenflächen der Tastenkappe und die den Seitenflächen der Tastenkappe zugewandten Randbereichen der Tastenblende bei unbetätigter Taste geringer sind als bei betätigter Taste. |
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174 | Push-button switch | EP05028285.4 | 2005-12-23 | EP1677325A2 | 2006-07-05 | Kato, Nobuo, c/0 Tech. Plan. & IP Dept. |
It is intended to provide a push-button switch capable of providing a comfortable and natural click touch. To achieve the purpose, the button turns downward about the point (S) which joins the buckling wall (3) to the base (4) on the back face (11) side. Accordingly, the pulling force on the buckling wall (3) does not occur when the button (2) is pressed. Consequently, a user needs less pressing force, and can feel a clear and quite natural click touch. |
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175 | Electronic equipment and pushbutton used therein | EP04006596.3 | 2004-03-18 | EP1460665A2 | 2004-09-22 | Tsubaki, Yasuhiro |
The present invention provides electronic equipment which can make a manipulation surface of a pushbutton accurately project through a button hole formed in a face panel and can prevent play of the pushbutton even when positioning accuracy of the button hole is poor. The electronic equipment is configured such that an outer button and an inner button are mounted in a state that the buttons are movable relative to each other and engaging projections formed on the outer button are respectively positioned to engaging holes formed in the face panel. Due to such a constitution, even when an axis of the button hole of the face panel and an axis of a guide portion of a chassis are displaced form each other, it is possible to make a manipulation surface of the outer button accurately project through the button hole and, at the same time, it is possible to prevent play of the outer button. |
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176 | ELEKTRONISCHES ENDGERÄT | EP02754509.4 | 2002-08-08 | EP1417692A2 | 2004-05-12 | ABOOD, Michael; BEEKER, Udo; KLOY, Olaf; MARCKARDT, Daniel; WENNEMER, Dietmar |
The invention relates to an electronic terminal, in particular a communications terminal, comprising a keypad (514), which has a plurality of keys (522, 524) configured with an operating surface (534, 536). At least two keys (522, 524) are located directly adjacent to one another and guide elements (593, 594) are allocated to the adjacent keys (522, 524) on the side facing away from the operating surface (534, 536), in order to guide a key displacement, triggered by the exertion of pressure on the operating surface (534, 536), between a passive and an active position in a directed manner. | ||||||
177 | DRUCKTASTE | EP00956097.0 | 2000-07-26 | EP1206786B1 | 2003-10-01 | DUBOIS, Dieter; GEIGER, Jürgen; GUT, Bernhard |
The invention relates to a key. Sliding cylinders (8) which run parallel to the longitudinal axis of the key, are attached by reinforcing ribs (7) to the exterior of a plunger (3) that projects axially from the underside of the key cap (1), in such a way that they lie outside the spring element (11) which acts against the plunger when the key is depressed, thus extending the guided distance into longitudinal guides (30), located in a shaft-shaped guide opening (28) of the housing (27). The key cap is secured in the housing from being detached by snap hooks (10) that are separate from the plunger, which engage in snap-in openings (31, 32). Keys of this type can be used on keyboards. | ||||||
178 | DRUCKTASTE | EP00956097.0 | 2000-07-26 | EP1206786A1 | 2002-05-22 | DUBOIS, Dieter; GEIGER, Jürgen; GUT, Bernhard |
The invention relates to a key. Sliding cylinders (8) which run parallel to the longitudinal axis of the key, are attached by reinforcing ribs (7) to the exterior of a plunger (3) that projects axially from the underside of the key cap (1), in such a way that they lie outside the spring element (11) which acts against the plunger when the key is depressed, thus extending the guided distance into longitudinal guides (30), located in a shaft-shaped guide opening (28) of the housing (27). The key cap is secured in the housing from being detached by snap hooks (10) that are separate from the plunger, which engage in snap-in openings (31, 32). Keys of this type can be used on keyboards. | ||||||
179 | Switch assembly | EP99107279.4 | 1999-04-14 | EP0951034A2 | 1999-10-20 | Aoki, Yoshiyuki, K.K. Tokai-Rika-Denki-Seisakusyo; Ishiguro, Kazuyoshi, Tokai-Rika-Denki-Seisakusyo |
Upon depression of a depression surface (7) of an operating knob (6) of a switch assembly (1), a depression working surface (10) pushes down the head portion of a rubber contact (5), and a switching operation is performed. The operating knob (6) is pushed up by the return elastic force of the rubber contact and returned to its original position. Then the upper face of the depression portion (9) abuts against the correction member (4). As the correction member (4) is positioned directly above the rubber contact (5), the moment generated by the return elastic force of the rubber contact is offset and the operating knob is straightened and maintained to be in a horizontal position. Therefore, the side surfaces of the head portion (8) projecting from the operation hole (3) of the switch case barely rub against the side edges of the operation hole (3) in a depressed state owing to inclination of the operating knob. |
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180 | KEYBOARD | EP93920004.0 | 1993-08-12 | EP0658273A1 | 1995-06-21 | SPENCE, Kenny, Ray |
An improved alphanumeric keyboard (10) is illustrated for use in lap top or notebook personal computers (12). The keyboard (10) has a plurality of full travel, self leveling keyswitches (14) for actuating printed circuit electrical contacts (22 and 26) when the keyswitch is depressed. The keyboard (10) includes an integral keyswitch structure (40) that has an integral keytop and keytop support substructure (44) supported on a common integral base sheet (46). Each of the keytop support substructures (44) includes hinge members (50a, 50b, 50c and 50d) that are positioned in a rectangular orientation about the keytop (42). Each hinge member has a rigid upper hinge panel (52) and a lower hinge panel (58) that are integrally interconnected to the keytop (42) and the base sheet (46) for maintaining the keytop in a parallelogram orientation as it is depressed to prevent the keytop from moving laterally or wobbling during depression. The hinge panels (52 and 58) are interconnected by resilient webs (54, 60 and 64) to cause the keytop to be returned to its elevated non-actuating position. |