序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
61 Switch control device for motor vehicle US762471 1985-08-05 US4691116A 1987-09-01 Yasuhiro Kiyono; Yutaka Takeyama
A switch control device for controlling a plurality of switches for actuating apparatuses of a motor vehicle, respectively, including at least one stop mode switch allowed to be operated only in a stop state of the motor vehicle and at least one running mode switch allowed to be operated in a running state of the motor vehicle and provided separately from the stop mode switch such that input operation of the stop mode switch and the running mode switch is regulated on the basis of whether the motor vehicle is in the stop state or in the running state.
62 Panel mounted switching device US549555 1983-11-07 US4590342A 1986-05-20 Eberhard Schlegel
Switching device for installation in a switchboard or the like, composed of: an actuator composed of a housing and a plunger and arranged to be pushed into and fastened to a supporting wall; and a contactor joined and fastened to the actuator and arranged to be on the interior of the supporting wall, wherein the contactor includes a supporting member connected to a plate arranged to be parallel to the supporting wall and carrying conductor paths and a rubber elastic membrane body coaxial with the plunger and carrying a layer of a conductive elastomer, the membrane body being located to be disposed between the plunger and the plate with the layer of conductive elastomer facing the plate, and with the plunger being actuatable to press against the membrane body and deform the latter in the axial direction in order to press the layer of conductive elastomer against the conductor paths.
63 Keyboard switch arrangement and key switch useable therein US825540 1977-08-15 USRE30435E 1980-11-11 Satoshi Fukao
A keyboard switch arrangement mounted on a base plate and having a plurality of key stem holder blocks, each of which protects a key stem from slipping out and has coupling portions of ridges and grooves on the outer side walls coupled in contiguous relation to one another in a manner that one ridge in one block is fitted in one groove of the adjacent block.
64 Keyboard switch arrangement US43459174 1974-01-18 US3900712A 1975-08-19 FUKAO SATOSHI
A keyboard switch arrangement mounted on a base plate and having a plurality of key stem holder blocks, each of which protects a key stem from slipping out and has coupling portions of ridges and grooves on the outer side walls coupled in contiguous relation to one another in a manner that one ridge in one block is fitted in one groove of the adjacent block.
65 전자 기기 및 프린트 기판 모듈 KR1020110115225 2011-11-07 KR101266679B1 2013-05-28 사꾸라이도모노리; 사까따요시따까; 고바야시지까라; 다까하시지로
프린트기판모듈의방진성을향상시키고, 또한, 소형화를도모한다. 프린트기판모듈(130)은, 키플렉시블(140)과, 키플렉시블(140) 상에배치된메탈돔과, 톱테이프(160)를구비한다. 톱테이프(160)는, 메탈돔 및키 플렉시블(140)의메탈돔이배치된면에접착되는표면접착부(163)와, 표면접착부(163)로부터연신하여키 플렉시블(140)의단면에서접혀지는접힘부(166)를갖는다. 또한, 톱테이프(160)는, 접힘부(166)로부터연신하여키 플렉시블(140)의메탈돔(132)이배치된면의이면에접착되는이면접착부(168)를갖는다.
66 전자 기기 및 프린트 기판 모듈 KR1020110115225 2011-11-07 KR1020120049146A 2012-05-16 사꾸라이도모노리; 사까따요시따까; 고바야시지까라; 다까하시지로
PURPOSE: An electronic device and a print board module are provided to improve a dustproof property of the print board module by forming a folding part and a rear bonding unit in a top tape. CONSTITUTION: A contact switch is arranged on a print board. A first surface forming unit is adhered to the surface with the contact switch. A surface adhesive unit is attached to a surface with a metal dome. A print board module(130) has a protection sheet with a second surface forming unit. A folding part(166) is folded in a cross section of the print board. A rear adhesion unit(168) is adhered to the rear of the surface with the metal dome of a key flexible part(140). A key top is installed on the protection sheet to face the contact switch. A pushing member is installed between the key top and the contact switch and pushes the contact switch.
67 조작 스위치 배선기구 및 그것에 사용하는 핸들부재 KR1020060037065 2006-04-25 KR100779122B1 2007-11-23 요시무라유이치
전용의 설정기를 사용하지 않고, 그룹 제어의 대상으로 하는 부하를 용이하게 설정할 수 있는 조작 스위치 배선기구 및 그것에 사용하는 핸들부재를 제공한다. 원격감시 제어시스템에 사용되는 조작 스위치 배선기구(1)로서, 조작 스위치로서 릴레이의 어드레스에 대응된 어드레스가 개별적으로 할당되어서, 대응하는 릴레이를 개별적으로 온/오프하기 위한 복수개의 개별 스위치(18)와, 각 개별 스위치(18) 중의 1 내지 복수를 1개의 그룹으로 해서 상기 그룹의 개별 스위치(18)에 대응하는 릴레이를 일괄해서 온/오프하기 위한 그룹 스위치(21)와, 개개의 개별 스위치(18)에 대응해서 각각 설치되고, 대응하는 개별 스위치(18)를 상기 그룹에 등록할 것인지의 여부를 설정하는 그룹 설정 스위치(19)를 구비한다.
68 電子デバイス用のキーボード JP2017558534 2016-05-13 JP2018520414A 2018-07-26 クノッフ, エリック エー.; ケースボルト, マシュー ピー.; レオン, クレイグ シー.; カオ, ロバート ワイ.; ゼルコエ, ブラッドフォード ジェー.; マシュー, ディニッシュ シー.; ガオ, ツェン.; ブルックス, ライアン ピー.; ワン, ポール エックス.
メカニズムが開示される。入力メカニズムは、ケース(303)に向くようにドーム支持構造体を通って延在する開口部(404)を画定するドーム支持構造体(314)と、開口部内に位置付けられ、ドーム支持構造体に係合された折り畳みドーム(402)と、ドーム支持構造体に連結され、折り畳みドームを覆うカバー部材(316)と、を含むことによって、折り畳みドームをドーム支持構造体の開口部内に保持するものである。ドーム支持構造体はまた、バタフライヒンジ(304)のピボットピン(414)を捕捉する保持チャネル(412)を含むフレームとすることができる。折り畳みドーム(402)は、ドームの内部容積へと延在する作動アーム(423)などの突出部材、及びサスペンションアーム(904)のアレイを含む。バタフライヒンジ(1300)は、翼部(1302、1304)及びリビングヒンジ(1306)を含むことができる。折り畳みドームを備えるキーボードを組み立てる方法も開示される。
69 キースイッチコントローラ JP2013118169 2013-06-04 JP5696968B2 2015-04-08 徐 富美; 游 錦祥; 張 紹雄
70 スイッチ JP2013088439 2013-04-19 JP2014212066A 2014-11-13 TERASHITA TOSHIHIKO; SAKAGUCHI TOMOAKI
【課題】スイッチのさらなる小型化、特に薄型化を実現する。【解決手段】絶縁性のケース2は、操作空間10を区画する。固定電極3A、4Aは、少なくとも一部が操作空間10内に配置される。可動電極5は、操作空間10内に配置され、固定電極3Aと接離する。ケース2と固定電極3A、4Aは、ケース2の所定の側において最も外側に位置する平坦面同士が同一の平面Fをなしている。【選択図】図5
71 Keyswitch controller JP2013118169 2013-06-04 JP2013254735A 2013-12-19 HSU FU-MEI; YU CHING-HSIANG; CHO SHOYU
PROBLEM TO BE SOLVED: To enable users to enjoy force feedback through their sense of touch.SOLUTION: A force feedback module 18 is disposed on a keyswitch module 14 of a keyswitch controller, and directly executes force feedback to the keyswitch module 14 according to a pressing action of a user. The keyswitch module 14 is disposed on a circuit board 12 and used for turning on a switch 120 by being pressed so as to generate a pressing signal. The force feedback module 18 is provided to the keyswitch module 14 and used for vibrating according to the pressing signal.
72 Switching equipment JP2010286529 2010-12-22 JP5241812B2 2013-07-17 充幸 藤林
73 Portable communication device JP2002555500 2001-11-27 JP4048118B2 2008-02-13 リチャード メトレン トッド; ハリー スペンサー ハグー マイケル
74 Keyboard device and a method of manufacturing the same JP2001014415 2001-01-23 JP3437958B2 2003-08-18 浩昭 及川
75 Individual electrical switch that has been sealed is fixed by snap-fastening to the circuit board JP2001548403 2000-12-22 JP2003518717A 2003-06-10 ブビエール、ローラン; ロション、シルバン
(57)【要約】 本発明は、少なくとも2個のストリップ導体(90,92) を上面上に備えている印刷回路板(20)と、2個の固定されたコンタクト(90,92) 間に電気接続を形成するほぼ凸状形状を有するトリガー部材(18)と、および弾性インターロック手段(42,24) により印刷回路板(20)上に固定された上部キャップ(14)とを含むスイッチに関する。 本発明は、付勢部材(16)がラテラルスカート(58)を備えており、このラテラルスカート(58)がトリガー部材(18)を取囲み、その上方部分が閉じられ、その下端部(62)がキャップ(14,16) の下縁部(38)と、対向する回路板の上面部分との間に垂直に挟持されてトリガー部材(18)が収容される密封空洞(56)を規定していることを特徴とする。
76 Keyboard and a method of manufacturing the same JP50648893 1993-08-17 JPH08500921A 1996-01-30 ハーグリーブス,ウィリアム・アール
(57)【要約】 平面状でないキーの配列(14、16)を有するキーボード(12)およびそういったキーボード(12)を製造するための方法が提供される。 1つの実施例(図1、2および4)において、平面状でない配列(14、16)は2つの凹みを有する形の配列である。 キー(14、16)に沿う、および/またはキー(14、16)からの、関連するエレクトロニクス(50)への電気接続が、回路板(48)を用いることにより提供される。 回路板(48)は、回路板(48)を2本の平行でない軸に沿って平面状でない形状に合わせることができる、形状およびフレキシビリティを有する。 1つの実施例(図2、4および5−8)において、回路板(48)は、2つの凹みを有する形状で構成できる。 回路板(48)は、2つまたは3つ以上の突出部(96a−96e)を規定する1つまたは2つ以上のスロット(98a−98d)を含む。 これらの突出部(96a−96e)は、第1の軸に沿う同一平面上にない構成で設置されることができ、回路板(48)は、第2の平行でない軸に沿い平面でない構成で曲げられることができる。 回路板(48)は、フレキシブルな基板(86a、b)から形成され、複数の導電性のあるトレース(88)を有する。
77 Key button structure body for keyboard JP3183793 1993-02-22 JPH0668746A 1994-03-11 UIRIAMU UORUKAA KITSUDOSUTON; ROGAA MITSUSHIERU DEASU; DONARUDO AANESUTO GURIFUIISU
PURPOSE: To simplify a structure with a small number of constituent members and provide a wide range of a switch setting place. CONSTITUTION: A push button 3 for a keyboard is supported by a flexible film 2 with elasticity and provided at an opening part forming a switch installation place. A base 1 can be constituted, having integral leg parts 4 and integral guide posts 6 for holding the push button 3, so as to be fixed to a printed circuit board 21.
78 Keyboard switch JP8493983 1983-05-17 JPS59211918A 1984-11-30 ODAKAWA KAZUAKI
A keyboard switch comprises a key switch, a key top mounted on the key switch, stress transmission means for transmitting a depression force of the key top to a plurality of areas of the key top, and a common member for supporting the stress transmission means and engaging the key switch.
79 Keyboard unit JP3509080 1980-03-19 JPS56132627A 1981-10-17 SAI FUMIAKI; YOMO TOSHIO; KITAO ZENICHI
PURPOSE:To reduce the manufacturing cost, by pressing and conducting the connecting terminal to the conducting section of the board at the mechanical fixation of the key switch on the board. CONSTITUTION:The board 10 takes an iron plate 12 as the core, the upper and lower surface is coated with insulating resin layer 13, and plating conductor 14a is formed to the required part of the lower surface and patterning is made to the encode circuit 15. The key switch 11 is inserted to the fitting hold 10a of the board 10, a pair of elastic collar 22 at the outside of the case 17 is inserted while being deformed and the location is restricted with the flange 18a of the cover 18 and elasticity of collar 22 allows fixing against deinsertion. Further, the pivot 23b of the connecting terminal is pressed in the through-hole 16 formed at the external circumference of the fitting hole 10a, the terminal 23 is conducted to the plating conductors 14a, 14b and mounting work is finished.
80 키스위치 컨트롤러 KR1020110061952 2011-06-24 KR1020120103392A 2012-09-19 쑤후-메이; 유칭-씨앙; 창샤-씨앙
PURPOSE: A key-switch controller including a force-feedback module using small energy is provided to generate pressing signals by pressing a key-switch module. CONSTITUTION: A key-switch controller including a force-feedback module comprises the following: a housing(10) including a key-switch hole(100); a circuit board located inside the housing, including a switch; a key-switch module(16) located on the circuit board, and exposed through the key-switch hole to turn on a switch by generating a pressing signal obtained from being pressurized; the force-feedback module connected to the key-switch module to be vibrated by the pressing signal. The number and the location of the key-switch hole is designed by corresponding to the structure of a first key-switch module(14) and a second key-switch module.
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