专利检索_ 不包含在H01H1/00至H01H7/00组内的开关装置的零部件专利检索_ 不包含在H01H1/00至H01H7/00组内的开关装置的零部件专利检索查询_ 不包含在H01H1/00至H01H7/00组内的开关装置的零部件专利检索查询分析平台

子分类：

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	Prevention of poor conduction of electric opening/closing contact due to organopolysiloxane gas	JP26134586	1986-10-31	JPS63116316A	1988-05-20	ASAI HIROYUKI; MINE KATSUTOSHI; MATSUOKA HIROSHI

82	JPS5022303B1 -	JP5164970	1970-06-16	JPS5022303B1	1975-07-30

83	폴리케톤 산업용 부품	KR1020140154614	2014-11-07	KR1020160054950A	2016-05-17	이종
본발명은폴리케톤산업용부품에관한것으로, 더욱상세하게는폴리케톤, 유리섬유및 난연제를포함하는블렌드를사용하여수분흡습율이낮고수분흡습에따른물성유지율이우수하며, 폴리케톤산업용스위치로의적용이가능한폴리케톤산업용스위치에관한것이다.
84	기계식 스위치 컨택트	KR1020127028741	2011-02-23	KR1020130093479A	2013-08-22	호펠클라우스; 브레데실케
본 발명은 특히 탭식 변압기의 온로드 탭 전환기에서 해제, 분리 또는 전환을 위한 기계식 스위치 컨택트(10)에 관한 것으로, 이 컨택트는 전기 전도적으로 서로 연결된 적어도 두개의 접촉 핑거 또는 접촉 핑거 블럭(12, 14)을 포함하고, 이들 접촉 핑거 또는 접촉 핑거 블럭은 두 끝 위치 사이에서 각각 선회가능하며 또한 다중 레버 조인트(16)에 의해 회전 전환 축(18)과 작동 연결되며, 이 전환 축은 다중 레버 조인트(16)를 안내하고 또한 접촉 핑거 또는 접촉 핑거 블럭(12, 14)을 방향 전환시키기 위해 결합되어 있는 주변 게이트 가이드(24)를 갖는 기계식 스위치 컨택트.
85	탭 전환기용 부하 전환 스위치	KR1020127030584	2011-02-26	KR1020130064070A	2013-06-17	알브레히트볼프강; 도블러클라우디아; 호펠클라우스; 자타마틴; 코츠크리스티안; 레코프세바스티안
본 발명은 탭 전환기용의 부하 전환 스위치에 관한 것으로서, 이 부하 전환 스위치는 각각의 상에서 무전압으로 스위칭하는 영구 메인 콘택을 구비한다. 본 발명의 특징은 부하 전환 스위치의 측면 A 또는 B의 고정 영구 메인 콘택을 가동 레일형 영구 메인 콘택에 의해 접속하는 것에 있다. 가동 레일형 영구 메인 콘택은 부하 라인의 대응하는 영구 메인 콘택에 전기 접속을 형성하는데, 가동 레일형 영구 메인 콘택의 종단 위치에서만 형성하고, 작동을 위한 단일의 편향을 제공한다. 가동 레일형 영구 메인 콘택은 대응하는 고정된 영구 메인 콘택의 다수의 콘택 블레이드와 압착 방식으로 연결되고, 콘택 블레이드는 탄성적으로 연결된다.
86	회로차단기	KR1020017016065	2001-02-22	KR100454114B1	2004-10-26	가쓰베순이치; 후쿠야가즈노리
The invention relates to a circuit breaker having a crossbar (7) that is supported swingably onto a base (1B) to hold swingably movable contacts (4), and has the small reduction of overtravel in the elapsed years, and can reduce its size. The bending modulus of elasticity Eb, Ec of the base (1B) and the crossbar (7) at the ordinary temperature/ordinary humidity satisfy following relationships
87	유기무기복합조성물 및 그것을 사용한 개폐기	KR1019950040504	1995-11-09	KR100204526B1	1999-06-15	가쓰베중이치; 우에모토도시카즈; 니시나켄이치; 후쿠야가즈노리; 야마가다신지; 야마사키사도루; 다카하시미쓰구; 미쓰바시다카오; 아다치히로시; 야마구치쇼지; 니시야마이쓰오; 바바후미아끼
A highly flame-retardant organic and inorganic complex composition without corroding metal parts, and a compact switch with excellent insulation properties after opening and closing electrodes, are provided. An organic and inorganic complex composition wherein the resin content is at 15 to 70 wt % and the content of one or more inorganic compounds capable of dehydration at 150 DEG C or more is at 80 to 30 wt %. When the composition is exposed to combustion, inorganic compounds being capable of dehydration at 150 DEG C or more and being contained in the organic and inorganic complex composition generate steam, which then suppresses combustion. Simultaneously, endothermic reaction during steam generation deprives combustion heat. A switch having a molded article of which the entirety or a part is composed of an organic and inorganic complex composition is provided, wherein the base inside 2a of the base of a box is composed of for example an organic and inorganic complex composition with the resin content at 15 to 70 wt % and the content of one or more inorganic compounds capable of dehydration at 150 DEG C or more at 80 to 30 wt %.
88	電動工具	JP2016188744	2016-09-27	JP2018051658A	2018-04-05	小山泰基; 森井真喜人; 大盛浩二
【課題】耐振動性の向上を図ることができる電動工具を提供すること。【解決手段】電動工具が、工具ハウジングと、工具ハウジングの内部に固定されたトリガースイッチ(20)と、を備える。工具ハウジングが、その内部に、トリガースイッチ(20)を固定するトリガースイッチ固定部(16)を有し、このトリガースイッチ固定部(16)に、トリガースイッチ(20)との間に介在する制振用弾性体(26)が設けられている。【選択図】図2
89	住宅オートメーションで使用するための一体化されたSPDTまたはDPDTスイッチのSPDTリレーとの組合せ	JP2016520046	2014-10-01	JP6093914B2	2017-03-08	デビッドエルバーバウム

90	小型電気機器およびその制御装置	JP2015083554	2015-04-15	JP2016202235A	2016-12-08	西村真司; 大羽隆文; 楊康太郎
【課題】動作の切り替えの操作性を向上させることができる小型電気機器およびその制御装置を提供する。【解決手段】電気かみそり1は、リニアモーター21と、リニアモーター21の動作モードを変更するスイッチ12と、リニアモーター21の動作モードを切り替える制御装置30とを備える。制御装置30は、スイッチ12の操作種類の判定を行う第1判定時間および第1判定時間よりも長い第2判定時間と、スイッチ12が操作される前の電気かみそり1の動作モードとに基づいて、スイッチ12が操作された後の電気かみそり1の動作モードを設定する。【選択図】図2
91	アクチュエータの制御方法及びアクチュエータの制御装置	JP2011153498	2011-07-12	JP5803361B2	2015-11-04	山本康

92	一体型電力センサを有するリレー	JP2015510439	2013-05-01	JP2015523042A	2015-08-06	トラビスアイアンズ，
リレー内に一体化された電力検出構成要素を使用して電力パラメータを検出するための方法、システム、およびデバイスが記述される。電力分配ユニットには、複数のリレーを介して出力部に供給される電力を供給または遮断することができるスイッチ連動出力部を設けることができる。複数のリレーは、それぞれの電力出力部に送出された電力に関連する1つまたは複数の電力パラメータを検出するように構成された一体型電力センサを含むことができる。電力関連情報報告システムがリレーに結合され、電力センサから得られた電力関連情報を遠隔システムに報告するように構成されてもよい。【選択図】図3
93	Switch Module	JP2010032568	2010-02-17	JP5427637B2	2014-02-26	仁内田; 学大類; 孝寿赤塚

94	Actuator control method and actuator control device	JP2011153498	2011-07-12	JP2013020464A	2013-01-31	YAMAMOTO YASUSHI
PROBLEM TO BE SOLVED: To provide an actuator control method and an actuator control device including a feedback control element in a shortest time control.SOLUTION: The actuator control method for calculating the display of elapse time from a calculation time t0 by using a shortest time control and previously measured maximum acceleration αp and maximum deceleration αm at maximum output of the control force of an actuator, includes the steps of: calculating switching time t1 for switching from an acceleration output to a deceleration output and termination time t2 of the deceleration output; controlling the output of the control force of the actuator to the maximum acceleration output from the calculation time t0 to the switching time t1, and the output of the control force of the actuator to the maximum deceleration output from the switching time t1 to the termination time t2 and to terminate the output of the control force at the termination time t2; and updating the switching time t1 and the termination time t2 by repeatedly performing the calculating step at every preset time.
95	Circuit breaker	JP2001577570	2001-02-22	JP4496698B2	2010-07-07	俊一勝部; 和則福谷

96	Switch	JP2002501217	2000-05-24	JP4463470B2	2010-05-19	俊一勝部; 和則福谷; 浩志舟木

97	Switch device	JP2008196203	2008-07-30	JP2010033942A	2010-02-12	UKAI TOSHIMITSU
<P>PROBLEM TO BE SOLVED: To prevent peeling of a plated layer by a simple structure in a device with an operation knob for switching operation rockably or rotatably disposed in an opening of a switch cover with the plated layer on its surface. <P>SOLUTION: The operation knob 22 is rockably provided in the opening 13 of the switch cover 11. The switch cover 11 is molded with a material to which the plated layer is not adhered to form the opening 13 and includes a first resin layer 30 forming a back side of the switch cover 11, a second resin layer 31 formed by molding on a front surface side of the first resin layer 30 with a material to which the plated layer is adhered and the plated layer 32 provided on the surface of the second resin layer 31 to cover the surface. A parting line 30a is set on a peripheral edge part of the opening 13 in molding the first resin layer 30. The plated layer 32 is not adhered to the parting line 30a to prevent peeling of the plated layer 32. <P>COPYRIGHT: (C)2010,JPO&INPIT
98	External case of a portable computer	JP10200095	1995-04-26	JP4090522B2	2008-05-28	弼奎崔; 天烈李

99	Phenolic resin molding material	JP30346599	1999-10-26	JP2001123041A	2001-05-08	YAMAZAKI KAZUMASA; YAMAGUCHI SEIJI
PROBLEM TO BE SOLVED: To provide phenolic resin molding materials which have good moldability and heat resistance and mechanical strength and excel in sliding properties without causing insulation deterioration by arc discharge and heat deterioration and are useful for insulating members having contact switching mechanism. SOLUTION: The phenolic resin molding materials are obtained by incorporating a flame retardant and an antioxidant into a phenolic resin molding material comprising a novolak phenol resin, a resol phenol resin, and an organic base material as the major components. COPYRIGHT: (C)2001,JPO
100	Pressure switch	JP10725996	1996-04-26	JPH09293435A	1997-11-11	SASAKI KEIJI
PROBLEM TO BE SOLVED: To prevent any creep phenomenon from occurring in a receiving member even in a long-term use by constituting the receiving member of a material which can be prevented from creeping even in a long-term use under a high temperature environment in a state in which shearing force is repeatedly applied. SOLUTION: A pressure switch 1 has a structure similar to that of a conventional pressure switch, in which a switch receiving member is made of a PBT resin and an operating rod is made of a phenol resin. In contrast, a switch receiving member 50 is made of a PPT resin and an operating rod is made of ceramic. The PPT resin used herein is more excellent in heat resistance, higher in strength and rigidity, and less in physical deterioration under high temperature than the PBT resin. That is, the receiving member made of the PPS resin is more excellent than that made of the PBS resin in view of tensile strength, tensile elongation, bending elastic modulus, hardness, load-flexibility temperature measured on LU standard, linear expansion coefficient and water absorption, although there is no difference in mold shrinkage and volume low efficiency between both the receiving members. Furthermore, since the PPS resin exhibits a higher bending elastic coefficient than the PBS resin even if the temperature 15 increased, it is suitable for use under a high temperature environment. COPYRIGHT: (C)1997,JPO

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