みょうでん１ちょうめの英語

配電盤１０は照明装置２０に対してＰＷＭによる調光制御を行うようにしたため、光出力が連続的かつ滑らかに増減する変化として照明装置２０へのストレスを低減し、寿命の長期化を図るトンネル照明制御装置１とした。例文帳に追加

The distribution panel 10 performs a dimming control by PWM to an illumination device 20, thereby, the optical output becomes a continuous and smoothly increasing or decreasing change and reduces a stress on the illumination device 20, and a tunnel illumination control device 1 is attained having a long lifetime. - 特許庁

また、平均電界が６ｋＶ／ｍｍ〜１７ｋＶ／ｍｍとなる超低周波電圧を、１０分〜１００分課電して、絶縁破壊の有無を調べ、絶縁破壊したケーブルについて、１年から１０年の余寿命が無かったと判定し、絶縁破壊しなかったケーブルについては、１年から１０年の余寿命があり、かつ耐圧討験前後でＡＣ残存性能が低下していないと判定する。例文帳に追加

Also very low frequency voltage with average voltage field of 6 kV/mm to 17 kV/mm is charged for 10 to 100 minutes to test breakdown and no life expectancy for 1 to 10 years is judged for the breakdown cable and the existence of life expectancy of 1 to 10 years and no lowering of AC remaining performance after the withstand voltage test are judged for no breakdown cables. - 特許庁

（１）電極寿命の長寿命化、（２）電極反応による副生成物、有害物質または腐食性物質の生成抑制、（３）メンテナンスの簡易化が可能となる複極室および該複極室を備えた電気化学的液体処理装置を提供する。例文帳に追加

To provide a bipolar chamber where (1) the prolongation in the service life of an electrode, (2) the suppression in the production of by-products, harmful matters or corrosive substances, and (3) the facilitation of maintenance are made possible, and to provide an electrochemical liquid treatment system provided with the bipolar chamber. - 特許庁

また、ダイサーのダイシングブレード７は、裏面に再配線された電子素子ウェハ４の切断だけであるため、透明ガラス板１を切ることの比較において非常に切断速度が速く単位ブレード当りの処理量が上がり長寿命化を図ることができる。例文帳に追加

Further, a dicing blade 7 of a dicer only cuts the electronic element wafer 4 having been rewired on its reverse surface, so the cutting speed is fast as compared with cutting of the transparent glass plate 1, the throughput per unit blade is increased, and the service life is extended. - 特許庁

使用場所、用途に応じて施設されている放電ランプに対して、チラツキ、不点灯を起こさない許容内の照度降下範囲でコイル１の巻数を設定する事により器具寿命の延命と電力の削減を得られる事が特徴である。例文帳に追加

For the discharge lamp installed for the place to be used and purpose, the like the lamp is prolonged and power consumption is reduced by setting the number of winding of a coil 1 so as to lower the brightness within tolerable extent that does not cause flicker or non-lighting. - 特許庁

本願発明の燃料電池システム１によれば、空気供給路１３の第１曲部１３ａに生じる空気の流量分布の偏りを補正する第１整流手段３１を備えているので、燃料電池スタック１１に流入される空気の流量分布の偏りを補正して、燃料電池の出力低下を抑制しつつ寿命の延長を図ることができる。例文帳に追加

Since a fuel cell system 1 has a first rectification means 31 for correcting deviation in air flow distribution, which occurs at a first curved portion 13a of an air supply passage 13, the fuel cell system 1 corrects the deviation in flow distribution of air flown into a fuel cell stuck 11, prevents the output of the fuel cell from decreasing, and can extend the life. - 特許庁

法然房源空(1)→勢観房源智(前2)→法蓮房信空(後2)→正信房湛空(3)→求道房恵尋(4)→素月房恵顗(5)→寿観房任空(6)→示観房範空(7)→我観房運空(8)→僧然定玄(9)→佛立恵照国師（僧任等凞）(10)→良秀僧尋(11)→聖深阿縁(12)→僧海等珍(13)→僧秀良玉(14)→威照良真(15)→称譽秀馨(16)→極譽理聖(17)→栄譽永真(18)→西譽雲栖(19)→弘譽伝心(20)→性譽法山(21)→道残源立(22)→看譽源良(23)→縁譽休岸(24)→長譽源然(25)→琴譽盛林(26)→了的(27)→潮呑(28)→忍譽源授(29)→眼譽呑屋(30)→誓譽厳真(31)→檀譽順応(32)→広譽順長(33)→叶譽酋村(34)→通譽◎林(35)→薫譽寂仙(36)→重譽写悦(37)→到譽順教(38)→香譽春沢(39)→鑑譽万竜(40)→法譽智俊(41)→晃譽念潮(42)→到譽潮音(43)→謙譽霊忠(44)→神譽感霊(45)→覚譽霊長(46)→逾譽俊海(47)→禀譽(48)→浄譽原澄(49)→明譽顕海(50)→祐譽天従(51)→宣譽巨道(52)→貫譽学善(53)→住譽密善(54)→在譽祐倫(55)→黒谷定円〘寥譽〙(56)→獅子吼観定〘梁譽〙(57)→佐藤説門〘開譽〙(58)→獅子吼観定〘梁譽〙(59)→秋浦定玄〘静譽〙(60)→吉水賢融〘仏譽〙(61)→大鹿愍成〘深譽〙(62)→郁芳随円〘相譽〙(63)→望月信亨〘昱譽〙(64)→芳井教岸〘道譽〙(65)→川端信之〘源譽〙(66)→渡辺教善〘闡譽〙(67)→千葉良導〘妙譽〙(68)→福井周道〘鑑譽〙(69)→澤崎梁寿〘定譽〙(70)→藤原弘道〘法譽〙(71)→稲岡覚順〘等譽〙(72)→坪井俊映〘仁譽〙(73)→高橋弘次〘満譽〙(74)例文帳に追加

Honenbo Genku (1)->Seikanbo Genchi (first period of 2)->Horenbo Shinku (latter period of 2)->Shoshinbo Tanku (3)->Gudobo Keito (4)->Sogetsubo Eke (5)->Suganbo Jinku (6)->Jikanbo Hanku (7)->Gaganbo Unku (8)->Sozen Jogen (9)->Butsuryu Eisho Kokushi (Sonin Nadohiro) (10)->Yoshihide Sojin (11)->Seimi Aen (12)->Sokai Rachin(13)->Soshu Ryogyoku (14)->Iteri Ryoshin (15)->Shoyo Shukei (16)->Gokuyo Risei (17)->Eiyo Eishin (18)->Saiyo Unsei (19)->Koyo Denshin (20)->Seiyo Hozan (21)->Dozan Genryu (22)->Kanyo Genryo (23)->Enyo Kyugan (24)->Choyo Genzen (25)->Kinyo Seirin (26)->Ryoteki (27)->Chodon (28)->Ninyo Genju (29)->Ganyo Donya (30)->Seiyo Ganshin (31)->Danyo Juno (32)->Koyo Juncho (33)->Kyoyo Shuson (34)->Tsuyo Chorin (35)->Kunyo Jakusen (36)->Juyo Shaetsu (37)->Toyo Junkyo (38)->Koyo Shuntaku (39)->Kanyo Manryu (40)->Hoyo Chishun (41)->Koyo Nencho (42)->Toyo Choon (43)->Kenyo Reishi (44)->Shinyo Kanrei (45)->Kakuyo Reicho (46)->Yuyo Shunkai (47)->Rinyo (48)->Joyo Gencho (49)->Meiyo Kenkai (50)->Yuyo Tenju (51)->Senyo Kyodo (52)->Kanyo Gakuzen (53)->Juyo Myozen (54)->Zaiyo Yurin (55)->Kurotani Joen [Ryoyo] (56)->Shishiku Kanjo [Ryoyo] (57)->Sato Zeimon [Kaiyo] (58)->Shishiku Kanjo [Ryoyo] (59)->Shuho Jogen [Seiyo] (60)->Kissui Kenyu [Butsuyo] (61)->Oka Binjo [Shinyo] (62)->Ikuho Zuien [Soyo] (63)->Mochizuki Shinko [Ikuyo] (64)->Hoi Kyogan [Doyo] (65)->Kawabata Nobuyuki [Genho] (66)->Watanabe Kyozen [Senyo] (67)->Chiba Ryodo [Myoyo] (68)->Fukui Shudo [Kanyo] (69)->Sawazaki Ryoju [Joyo] (70)->Fujiwara Hiromichi [Hoyo] (71)->Inaoka Kakujun [Toyo] (72)->Tsuboi Shunei [Jinyo] (73)->Takahashi Koji [Manyo] (74)発音を聞く  - Wikipedia日英京都関連文書対訳コーパス