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 |
|---|---|---|---|---|---|---|
| 21 | 開閉器 | JP2013195041 | 2013-09-20 | JP2015060777A | 2015-03-30 | MATSUI YUKI; AMITA YOSHIAKI; ANDO MASAYUKI |
| 【課題】高電圧用開閉器に要求される遮断責務を容易に達成可能でありかつ遮断時間の短い開閉器を提供する。【解決手段】開閉器は密閉容器、絶縁スペーサ、電極、導体、複数の遮断部を備える。密閉容器には絶縁媒体が充填されている。絶縁スペーサは密閉容器内を複数の密閉空間に区分する。電極は絶縁スペーサに貫通固定されている。複数の遮断部は各密閉空間内で導体と電極間に介挿され、閉路状態において導体間を直列に接続する。各遮断部は電極を含む接点と、接点を駆動する操作部とをそれぞれ有する。少なくとも一つの遮断部は接点が真空容器に収容された真空遮断部である。他の一つ遮断部は真空遮断部よりも絶縁耐力の大きい接点を有する遮断部である。操作部は閉路状態から遮断動作を行う場合、真空遮断部の接点と他の遮断部の接点とを開極し、他の遮断部の接点の開極を待って真空遮断部の接点を閉極する。【選択図】図1 | ||||||
| 22 | スイッチ装置およびスイッチ装置システム、およびスイッチ装置またはスイッチ装置システムを備えたスイッチ装置機器 | JP2010279907 | 2010-12-15 | JP5655540B2 | 2015-01-21 | 岩田 篤貴; 篤貴 岩田 |
| 23 | Power supply control device, electronic apparatus, and image forming apparatus | JP2012017351 | 2012-01-30 | JP2013156456A | 2013-08-15 | KUSUMI TADAHARU |
| PROBLEM TO BE SOLVED: To notify a user of an abnormal state even when a power supply control section such as a CPU is completely broken and becomes inoperative, by supplying a power to a load while avoiding an event that an electronic apparatus operates immediately when being connected to a commercial power supply.SOLUTION: After a power is supplied from a commercial power supply, when a power switch 104 enters a switch-on state by a user and a detection signal is input from the power switch 104, a power supply control unit 105 outputs a switch-on signal to an OR circuit 106 and connects the power supply and a load to a power supply switch 107. When the power supply control unit 105 fails to operate properly and cannot detect an input of a detection signal, the OR circuit 106 outputs, according to a switch-on signal output from a timer unit 103 after a lapse of a prescribed time, a connection command signal to the power supply switch 107 and connects the power supply to the load. | ||||||
| 24 | Power generation controller of vehicle | JP2012234363 | 2012-10-24 | JP2013153638A | 2013-08-08 | IIDA JUN; ASAKURA MASAHIKO; SUNADA SATORU; ENDO HIROSHI; TSUTSUMI KOJIRO; KOMATSU RYUKO; TOYOSHIMA NORIMASA |
| PROBLEM TO BE SOLVED: To provide a power generation controller of a vehicle which can maximize power generation while preventing overheat of electrical components incident to power generation by a generator.SOLUTION: A power generation controller 1 of a vehicle switches the power generation mode of a generator 4 selectively between a first power generation mode where an instruction voltage VACG is larger than the allowable voltage VMAX of a wire harness 8, and a second power generation mode where an instruction voltage VACG is smaller than the allowable voltage VMAX. Furthermore, a counter value GCNT is counted up in the first power generation mode, and counted down in the second power generation mode. When the counter value GCNT reaches an upper limit NLMTH, the first power generation mode is prohibited, and the power generation mode is determined to be the second power generation mode. When the percentage of an execution period of the first power generation mode increases significantly and the risk of overheating the wire harness 8 is high, the instruction voltage VACG is lowered. | ||||||
| 25 | Switches and electronic equipment | JP2010168848 | 2010-07-28 | JP4905581B2 | 2012-03-28 | 泰弘 清野; 俊博 鳴尾 |
| 26 | Actuator with vibration preventive means | JP10527592 | 1992-04-01 | JPH05211790A | 1993-08-20 | MAABUIN DEI NERUSON |
| PURPOSE: To prevent vibration of an output element perfectly when it is located at a limit position due to an imposed dynamic load by connecting a limit switch in parallel with a positive temperature coefficient element. CONSTITUTION: When an actuator comprising a motor 10 and a shaft 12 is in a most clockwise direction and a limit switch 22 is opened while a limit switch 19 is closed, a current flows into the motor 10 through a thermistor 26 when the shaft reaches the most clockwise direction to open the limit switch 22. The thermistor 26 passes the current through a path 23 and it is selected to have a temperature resistance low enough to obtain at least 75% of the rated torque but the resistance is increased when the temperature of the thermistor 26 increases toward a trip point and thereby the current flowing through the thermistor 26 is decreased. Since the heat generated from the thermistor 26 is finally balanced with discharged heat at a zero point, vibration of the actuator can be prevented. | ||||||
| 27 | Delay operator with visco-elastic timer | JP31242587 | 1987-12-11 | JPS63181230A | 1988-07-26 | ROBAATO II KAATAA; DABURIYU POOTAA SUTOON |
| 28 | 開閉器 | JP2013195041 | 2013-09-20 | JP6219105B2 | 2017-10-25 | 松井 祐樹; 網田 芳明; 安藤 正将 |
| 29 | Power generation control device for a vehicle | JP2012234363 | 2012-10-24 | JP5580867B2 | 2014-08-27 | 潤 飯田; 正彦 朝倉; 悟 砂田; 浩志 遠藤; 康次郎 堤; 立昂 小松; 宣匡 豊嶋 |
| 30 | Switch | JP2012163215 | 2012-07-24 | JP2014022342A | 2014-02-03 | SATO TAKASHI; MORITA AYUMI; YANO MAKOTO; TSUCHIYA KENJI; NAKAZAWA AKIO |
| PROBLEM TO BE SOLVED: To provide a switch of which the reliability is improved by preventing an electrode surface from being roughened.SOLUTION: The switch comprises a plurality of switching parts 2, 3. Each of the switching parts 2, 3 includes a fixed electrode and a movable electrode which is disposed while facing the fixed electrode and is closed or opened with respect to the fixed electrode. The plurality of switching parts 2, 3 throw in or shut off currents flowing to the switch, the plurality of switching parts 2, 3 are electrically connected in series and further, the plurality of switching parts 2, 3 are formed in such a manner that one switching part 3 is closed and then the other switching part 2 is closed. | ||||||
| 31 | Switch and electronic apparatus | JP2010168848 | 2010-07-28 | JP2012028285A | 2012-02-09 | KIYONO YASUHIRO; NARUO TOSHIHIRO |
| PROBLEM TO BE SOLVED: To provide a highly reliable switch and an electronic apparatus which, even when the operator is manually turned on to actuate the equipment in which the switch is used and then manually turned off as operation is halted, can keep the power supply turned on until data processing in the equipment is completed and automatically turn the power supply off after data processing is completed.SOLUTION: The switch includes inside of an operator 120 a revolving operator 130 which is not affected by an operating force from the operator 120 when it is turned off, with the revolving operator 130 provided with switch operation parts 132 and 133 which turn a power supply switching mechanism 140 on and a return spring restriction piece 134 which energizes a return spring 160 in a counter-energization direction. A restricted state of the return spring 160 as restricted by the return spring restriction piece 134 is retained, and an on-state of the power supply switching mechanism 140 is retained by a permanent magnet 173, so that when the power supply is reset, a release force is applied to the permanent magnet 173, whereby an on-state of the power supply switching mechanism 140 is released. | ||||||
| 32 | Switch device and switch device system, and switch apparatus equipped with switch device or switch device system | JP2010279907 | 2010-12-15 | JP2011171284A | 2011-09-01 | IWATA ATSUKI |
| <P>PROBLEM TO BE SOLVED: To safely stop an apparatus even if a power switch is suddenly turned OFF. <P>SOLUTION: A switch device includes: a switch operating part 1 that is manipulated between an ON position and an OFF position by a user; a switch circuit (1), (2) including first electrical contacts that are closed when the switch operating part 1 is manipulated to an ON position and maintain a closed state when the switch operating part 1 is manipulated to an OFF position; a signal switch (4) including a second electrical contact that is closed when the switch operating part 1 is manipulated to an ON position and is opened when the switch operating part 1 is manipulated to an OFF position; and a controller 302 that, when it detects that the switch operating part 1 is manipulated to an ON position or an OFF position, controls the first electrical contact from a closed state to an open state by inputting an electrical signal to an electrical contact opening mechanism after completion of a predetermined timing and a predetermined process after the OFF manipulation. <P>COPYRIGHT: (C)2011,JPO&INPIT | ||||||
| 33 | Electric heating cooker | JP11123989 | 1989-04-27 | JP2604032B2 | 1997-04-23 | 道成 青山 |
| 34 | JPS6336479B2 - | JP6807781 | 1981-05-06 | JPS6336479B2 | 1988-07-20 | ARUFURETSUDO ROBAATOSON OOSUTEN |
| 35 | Viscoelastic delay actuator | JP22996787 | 1987-09-16 | JPS63163045A | 1988-07-06 | ROBAATO II KAATAA; DABURIYU POOTAA SUTOON |
| 36 | 開閉器 | JP2012163215 | 2012-07-24 | JP5948176B2 | 2016-07-06 | 佐藤 隆; 森田 歩; 矢野 眞; 土屋 賢治; 中澤 彰男 |
| 37 | 突入電流衝撃防止及び待機電力遮断のためのスイッチ | JP2013521712 | 2011-07-28 | JP5802272B2 | 2015-10-28 | キム、ビョンホ |
| 38 | Power control device, electronic equipment, and an image forming apparatus | JP2012017351 | 2012-01-30 | JP5406951B2 | 2014-02-05 | 忠晴 楠美 |
| A power control device includes a power control unit, a power switch, a timer unit, a power supply switch, and a connection instruction unit. The power control unit is driven by power supplied from a power source. The power switch outputs a detection signal to the power control unit. The timer unit outputs a switch-on signal for giving an instruction to turn on the switch. The power supply switch switches between connection and non-connection of the power source and a load. The connection instruction unit outputs a connection instruction signal for connecting the power source to the load. The power control unit outputs a stop signal for stopping the output of the switch-on signal to the timer unit before a time point at which the predetermined time elapses when the power is supplied from the power source. The power control unit outputs the switch-on signal to the connection instruction unit. | ||||||
| 39 | Switch for the inrush current shock prevention and standby power cut-off | JP2013521712 | 2011-07-28 | JP2013535783A | 2013-09-12 | キム、ビョンホ |
| 本発明は２極有接点スイッチ機能と活性化スイッチによる制御機能を同時に適用して、電源を入れる時有接点スイッチと活性化スイッチが同時に作動されないように遅延ユニットを具備する。 従って、２極有接点スイッチが先に作動されて、突入電流の衝撃が遮られるように所定時間が経た後、活性化スイッチで制御信号を発生させて、中央処理装置や制御装置などの内部回路を安全に作動させて、電気的衝撃や大きいスパークが発生されることなくに電子製品の電源を入れるようにする。 そして、電子製品で、ソフトウェアで電源を遮断するか、オンボタンによって活性化スイッチで制御信号を発生させて、内部回路がターンオフされると、２極有接点スイッチが自動に直ちにまたは時間間隔を置いてオフされて、待機電源を安全且つ便利で、効果的に完全遮断させることができるようにする。 | ||||||
| 40 | Standby power cut-off switch | JP2010533016 | 2008-11-18 | JP2011503796A | 2011-01-27 | キム，ビョンホ |
| 本発明は、ＴＶセット、オーディオシステム、コンピュータなど電気製品に設けられて制御回路のオフ信号によりプラグを介して印加される外部電源が完全遮断（２極遮断）されるようにすることによりコンセントにおいてプラグを分離したのと同じ効果を奏して待機電力（微細電力）の消耗をなくし、電源のオンされるときに電気製品本体に２極の端子が同時に接点時に発生可能なスパーク及び電気製品の電気的衝撃を防止するように接点が順次的となる待機電力遮断用スイッチを提供する。 このような待機電力遮断用スイッチは、ハウジング１２、オンボタン１４、入力端子台２０、開閉ユニット４０、出力端子台１００及びオフユニット１１０を備えてなる。 このとき、開閉ユニット４０は第２入力端子２４と接点される第２開閉端子４４を有し、第１入力端子２２と接点される第１開閉端子４２を有し、第２開閉端子４４及び第１開閉端子４２が第２入力端子２４及び第１入力端子２２とそれぞれ接点及び分離されるようにする。 さらに、遅延ユニット８０を介して電気製品の電源を入れるとき、まず第１入力端子２２と第１出力端子１０２が電気的に連結接続され、第２出力端子１０４が第２入力端子２４と電気的に連結接続されるようにすることにより電気製品に２極が同時に接点時に端子において発生可能なスパーク及び電気製品に電気的衝撃を防止することができる。
【選択図】図１ |
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