| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 81 | Lighted switch apparatus | US11274879 | 2005-11-02 | US07488909B2 | 2009-02-10 | Fumito Kajiwara; Kim Dohyung |
| A lighted switch apparatus includes a casing (upper case) that has an opening; an operating part that is movable and has at least a pair of indicators; and a light source that is disposed in the casing (the upper case and a lower case). In this case, the operating knob includes a shaft portion (light-guiding member) composed of a light-guiding member having one end, which is inserted into the opening of the casing to be positioned in the casing and is disposed to face the light source, a knob light guiding part (operating part) having reflecting portions that are provided below the indicators of the operating part and reflects light from the other end of the shaft portion positioned outside of the casing to the indicators, and second reflecting portions that reflect and lead the light from the other end of the shaft portion to the knob light guiding part. | ||||||
| 82 | Switch control device for vehicle | US11549464 | 2006-10-13 | US07262375B2 | 2007-08-28 | Naohiro Sakai |
| A switch control device for control of drives of power windows and power side mirrors of a vehicle, which has a simple and easy-to-operate switch panel provided with a multifunction switch having a square operating surface to be pushed down as a whole and tilted in any of multiple directions and having four switch contacts disposed one at each of four corners of the operating surface, a window opening/closing switch and a left/right side mirror selecting switch, wherein a control mode of the device is automatically changed to a power window control mode when the multifunction switch is not operated for more than a specified period of time, and it is changed from the power window control mode to a power side-mirror control mode when operating the power side mirror selecting switch. | ||||||
| 83 | Switching apparatus | US11386458 | 2006-03-22 | US07214894B1 | 2007-05-08 | Hideyo Kakuno; Katsuya Koyama; Shinichi Togawa |
| A switching apparatus includes a case, an operation shaft whose one end outwardly projects from inside of the case and which is provided at its central portion with a flange, a support member which supports the flange such that the operation shaft can rock and rotate, an operation knob mounted on one end of the operation shaft, a first contact which is switched when the operation knob is pushed to move the operation shaft and the support member is moved, a second contact which is switched when the operation knob is rotated to rotate the operation shaft, a third contact which is switched when the operation knob is rocked to rock the operation shaft, and a substrate respectively having the first, second and third contacts. | ||||||
| 84 | Switch control device for vehicle | US11549464 | 2006-10-13 | US20070095633A1 | 2007-05-03 | Naohiro Sakai |
| A switch control device for control of drives of power windows and power side mirrors of a vehicle, which has a simple and easy-to-operate switch panel provided with a multifunction switch having a square operating surface to be pushed down as a whole and tilted in any of multiple directions and having four switch contacts disposed one at each of four corners of the operating surface, a window opening/closing switch and a left/right side mirror selecting switch, wherein a control mode of the device is automatically changed to a power window control mode when the multifunction switch is not operated for more than a specified period of time, and it is changed from the power window control mode to a power side-mirror control mode when operating the power side mirror selecting switch. | ||||||
| 85 | Window control switch system for vehicles | US11296801 | 2005-12-06 | US20070085423A1 | 2007-04-19 | Kyu-Hwan Chin |
| Window control switch system for vehicles are provided that preferably comprise a single switch module which can control manipulation of at least two of i) one or more vehicle windows, ii) one or more vehicle doors and iii) one or more vehicle mirror. Preferred systems also comprise a control module that can receive a signal from the switch module and outputs a control signal to manipulate windows, doors and/or mirrors of a vehicle. Preferred systems also may comprise a cluster module which includes a display unit for receiving a manipulation signal, transmitted from the switch module, through the control module and for displaying a corresponding driving control item, and transmits a current selection mode to the control module. | ||||||
| 86 | Multi function mirror control switch | US10496288 | 2002-11-25 | US20050006955A1 | 2005-01-13 | Mark Olijnyk |
| A method for extending the functionality of a traditional vehicle mirror control switch to make use of a normally unused third state of the switch, to allow integration of extra mirror function operations such as powerfold and power telescoping. The method allows for reduced manufacturing costs and time. A modified switch arrangement is also disclosed. | ||||||
| 87 | MULTIPLE WAY SWITCH ASSEMBLY AND SWITCH MODULE | US10774776 | 2004-02-09 | US20040159529A1 | 2004-08-19 | Edgar Menche |
| A multiple position switch assembly includes two or more switch modules. The switch modules are each suited as an individual switch module for use in a two-way switch assembly. Two switch modules of like kind but complementary to one another may be combined with one another such that the two combined switch modules form a four-way switch assembly. Each switch module includes control elements pivotally or movably connected to a base. Each of the control elements is associated with a switching element. In the four-way switch assembly, the control elements are arranged in an antiparallel arrangement and each can be alternately actuated by a common actuator. Upon being actuated, the control elements pivot or move to actuate the corresponding switching element. The actuator is movable along four actuating directions oriented in a cross-shaped manner with regard to one another. | ||||||
| 88 | System for controlling a window operator | US10234390 | 2002-09-05 | US06657140B2 | 2003-12-02 | Dominique Rantet |
| This system includes a control part (6) permitting controlling the opening and closing of an associated window, having three separate control zones (F, M, O). In the automatic mode, when the corresponding window has been entirely opened or closed, a push on a predetermined control zone advantageously controls the movement of the window into the position in which it was before its complete opening or closing. | ||||||
| 89 | Mirror switch device | US10320643 | 2002-12-17 | US20030117255A1 | 2003-06-26 | Keiji Minami |
| On a printed wiring board (13), switch parts (21 to 24) are disposed so as to correspond to four positions of corner parts in the side parts of a rectangular form of a pusher (20). A switch circuit member is provided. The switch circuit member includes the first to fourth switch parts and a plurality of resistances connected together between a pair of terminals and a resistance value between the pair of terminals is changed for each of different switch operation patterns of the switch parts in accordance with the pressing operations of the side parts of the pusher. | ||||||
| 90 | System for controlling a window operator | US10234390 | 2002-09-05 | US20030047430A1 | 2003-03-13 | Dominique Rantet |
| This system comprises a control means (6) permitting controlling the opening and closing of an associated window, having three separate control zones (F, M, O). In the automatic mode, when the corresponding window has been entirely opened or closed, a push on a predetermined control zone advantageously controls the movement of the window into the position in which it was before its complete opening or closing. | ||||||
| 91 | Low resistance switch using carbon contacts | US09439600 | 1999-11-12 | US06426568B2 | 2002-07-30 | Robert R. Turnbull; G. Bruce Poe; Timothy A. Bonardi |
| A switch assembly includes a plurality of electrical devices and a plurality of user activated switches. The plurality of electrical devices each include a control terminal. Each of the electrical devices causes a different distinguishable output to be provided when a control signal is asserted on the control terminal of one of the plurality of electrical devices. The plurality of user activated switches include carbon-coated contacts. Each of the user activated switches when asserted provides the control signal to the control terminal of one of the plurality of electrical devices. | ||||||
| 92 | Directionally sensitive switch | US09569600 | 2000-05-09 | US06369692B1 | 2002-04-09 | Anthony J. Van Zeeland |
| An electrical switch has spaced, facing coupler and carrier layers with a set of electrodes formed on the facing surfaces thereof. There is an aperture in the coupler layer. A conductive armature is disposed in the space between the coupler and carrier, aligned with the aperture. The coupler is a magnet and the armature is made of magnetic material so the armature is normally held in engagement with the coupler. A user can press on any part of the armature through the aperture to cause a first portion of the armature to break away from the armature and contact the electrodes on the carrier while a second portion of the armature remains in contact with the coupler. The electrodes are arranged to provide an output which is dependent upon the location of contact with the armature. The armature is rotatable to different positions. A resilient member may be interposed at the interface of an armature post and the carrier. | ||||||
| 93 | Switch device | US742995 | 1996-11-01 | US6069327A | 2000-05-30 | Hiroshi Ushimaru |
| A switch device including a case with an open bottom and a holder therein, a first movable contact member secured to the holder and provided with a movable contact section, a bottom plate for covering the open bottom of the case, a slide knob for performing switching operations, a slider joined to the slide knob through a slot formed in the case so as to reciprocate and having a thick-walled section which causes the movable contact section moving vertically as the slider reciprocates, and a printed board inserted into the case and provided with a first fixed contact which comes into contact with the movable contact which moves vertically, whereby electricity is conducted. The switch device makes it possible to minimize sliding at the contact section, so that the contact section does not wear after long use. | ||||||
| 94 | Electrical switch | US552990 | 1995-11-03 | US5698825A | 1997-12-16 | Boris Karasik |
| An electrical switch is described which comprises a housing, an operating member mounted on the housing for movement from a rest position in at least three directions relative to the housing, and at least three sets of electrical contacts, a respective set of contacts being operable by movement of said operating member away from the rest position in a respective one of said three directions. Each of the sets of contacts comprises a fixed contact and a movable contact, each of the movable contacts being carried by a common resilient annulus. | ||||||
| 95 | Multi-way flipping switch | US437199 | 1995-05-08 | US5631453A | 1997-05-20 | Takuya Maeda |
| A multi-way flipping switch including a base plate having stationary contacts, a click rubber member placed on the base plate and having hollow protrusions located over the stationary contacts, movable contacts mounted on inner surfaces of the hollow protrusions, a housing mounted on the base plate having a central opening, a holding member mounted on the housing, rotating members having one end rotatably mounted on the holding member and a second end contacting an upper surface of the hollow protrusions, and an operating member pivotally mounted on the housing such that a portion of the operating member protrudes through the central opening, the operating member including driving members contacting middle sections of the rotating members. In operation, pivoting of the operation member in an arbitrary direction causes rotation of one of the rotating members, thereby driving the end of the rotating member downward against the upper surface of a corresponding hollow protrusion, and thereby collapsing the hollow protrusion such that the movable contact located inside the hollow protrusion contacts a corresponding stationary contact on the base plate. The upper surface of each of the hollow protrusions is curved such that the corresponding rotating member contacts the upper surface at a point. | ||||||
| 96 | Armrest electrical switch arrangement with soft interior trim panel | US165358 | 1993-12-10 | US5448028A | 1995-09-05 | Scott M. Filion; John A. Grimes; Marie J. Hersman; Maureen M. Lein |
| The soft interior trim panel (52) includes a substrate (54), a foam layer (56) and a flexible skin (58). An electrical switch (60) is supported by the trim panel (52) adjacent to the flexible skin (58). A contoured area (62) and indicia (64) indicate the location of a switch (60) under the flexible skin (58). A clear coat (65) is applied to protect the flexible skin (58) and the indicia (64). The switch (60) is closed by applying pressure to the flexible skin (58) on the contoured area (62). The contoured area (62) can be a depression or indentation as well as a raised area. The indicia (64) can be provided using luminescent ink. | ||||||
| 97 | Switch assembly including sequential switch rocker/lever operating mechanism | US182929 | 1994-01-18 | US5430261A | 1995-07-04 | Peter G. Malone |
| A switch assembly having a rocker type actuator user rotatable for sequentially actuating plural switches. The rocker contacts, off center a lever beam supported at its end by plungers disposed to actuate the individual membrane switches or optical activators. User applications of an initial force to the rocker causes the lever beam to pivot about the remote plunger for actuation of the switch closest to the rocker contact point. After actuation of the closest switch, user application of a greater force continues rotation of the rocker to cause the lever beam to pivot about the closest plunger for causing actuation of the remote switch. Overtravel is shared by beam deflection of the lever and columnar compression of cylindrical tower portions of the resilient membranes. | ||||||
| 98 | Multiple switch assembly with detented rocker actuator | US155058 | 1993-11-19 | US5412165A | 1995-05-02 | Peter G. Malone; Louis C. Lai |
| A switch assembly of the type having a rocker actuator user rotatable in opposite directions from a neutral position for alternate actuation of individual switches on opposite sides of the rocker each having a moveable actuator member movement of which by the rocker effects actuation of the switches. The rocker has a plurality of arcuately spaced recesses which are resiliently engaged to detent the rocker in a neutral and an actuated position. In one embodiment, the recesses engage a resilient wire beam spring extending parallel to the rocker axis. In another embodiment, the recesses are formed on a portion of the rocker which resiliently deflects to permit engagement and disengagement with a stationary pivot surface. In another embodiment, recesses in the rocker are engaged by a detent surface provided on a stationary resiliently deflectable beam extending at right angles to the rocker axis. | ||||||
| 99 | Multi-way change-over rotary and slide switch | US506976 | 1990-04-09 | US5047596A | 1991-09-10 | Nobuo Ebishi |
| A multi-way change-over switch which is compact with a reduced number of parts and is improved in operability. The multi-way change-over switch comprises a manually operable lever, a rotary slider supporting the manually operable lever for rocking motion thereon and connected for integral rotation by rotation of the manually operable lever, a rotary switch mechanism having a plurality of contacts which are changed over by rotation of the rotary slider, a slide switch mechanism connected to be slidably moved in a linear direction to change over a plurality of contacts thereof by rocking motion of the manually operable lever, and a controlling mechanism for controlling a direction of sliding movement of a slider of the slide switch mechanism. The manually operable lever can be tilted and rotated to operate the slide switch mechanism and the rotary switch mechanism, respectively, to achieve various switching operations. | ||||||
| 100 | Mirror control switch for automotive vehicles | US557976 | 1990-07-26 | US5041703A | 1991-08-20 | Wesley D. Roswold |
| The disclosed mirror control switch comprises a cluster of four push buttons for operating a cluster of four push button switches, each of which is a single pole double throw switch for energizing UP-DOWN and RIGHT-LEFT mirror adjusting motors in either of two directions. A slide action selector switch is also provided for switching the connections of the push button switches between left and right mirror motors. Each push button switch comprises a contactor which is slidable between first and second fixed contacts adapted to be connected to a pair of battery terminals. An insulating member is provided between the contacts to prevent the contactor from bridging between the contacts, so that the contactor provides a break-before-make switching action to obviate any possibility of short circuiting the battery. The contactor is generally U-shaped and has a first spring arm for engaging the first and second fixed contacts and a second spring arm for slidably engaging an additional fixed contact which is connected to the selector switch and to the output terminals to which the motors are connected. The selector switch has first and second contactors, each of which is engageable with three successive fixed contact elements to provide a double pole double throw switching action. The first and second contactors are mounted on a carriage which is slidably guided by a rib having a T-shaped cross section. | ||||||
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