「LED TO」を含む例文一覧(17052)

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  • A plurality of units of LED units 7, 7 are arranged to constitute an LED unit group 13, and the light-diffusing warning lamp 1 is constituted by housing at least one of the LED unit groups 13 in a translucent globe 5.
    LEDユニット7,7を複数基配置してLEDユニット群13を構成し、透光グローブ5内に前記LEDユニット群13を少なくとも一つ収納して、散光式警告灯1を構成する。 - 特許庁
  • To provide an LED printhead driving circuit performing time division driving of a plurality of LED array blocks in which emission timing shift can be reduced among respective LED array blocks.
    複数のLEDアレイブロックを時分割駆動するLEDプリントヘッド駆動回路において、各LEDアレイブロック相互間の発光タイミングのずれを低減することができるLEDプリントヘッド駆動回路を提供する。 - 特許庁
  • He then positioned 1,000 horsemen led by Nagamasa KOZUKURI in Nakano-mura Village and another 1,000 horsemen led by Katamasa SATO as a flying squadron in Shinkano-mura Village to create a defense line along the Kiso-gawa River and fought with the East Army led by Terumasa IKEDA and Masanori FUKUSHIMA (the Battle of Komeno).
    木造長政らの1000を中野村に配置、遊軍として佐藤方政の兵1,000を新加納村に配置し、木曽川を防衛線として東軍池田輝政・福島正則らの軍勢を迎え撃った(米野の戦い)。 - Wikipedia日英京都関連文書対訳コーパス
  • METHOD OF ASSEMBLING LARGE SCREEN LED DISPLAY DEVICE IN OUTSIDE WALL OF CURTAIN WALL BUILDING, CURTAIN WALL BUILDING WITH LARGE SCREEN LED DISPLAY DEVICE ASSEMBLED IN OUTSIDE WALL, AND LED PANEL MODULE TO BE ASSEMBLED IN CURTAIN WALL BUILDING
    カーテンウォール建築物の外周壁に大画面LED表示装置を組み込む方法、大画面LED表示装置を外周壁に組み込んだカーテンウォール建築物、カーテンウォール建築物に組み込むLEDパネルモジュール - 特許庁
  • In arranging the lens array 8 above an LED substrate 5 where an LED chip 6 is set, the lens array 8 is placed to an SLA placement face 3j of an SLA supporting clamp 3, and a height from the LED substrate 5 is set.
    LEDチップ6を配設するLED基板5の上方にレンズアレイ8を配置する際に、SLA支持クランプ3のSLA載置面3jにレンズアレイ8を載置してLED基板5からの高さを設定する。 - 特許庁
  • Luminance of a display tube control part, an LED for power confirmation, an LED for recording operation confirmation, and an LED for disk detection result display is changed to selected one of 8 levels in accordance with an inputted present time.
    そして入力された現在時刻により、表示管制御部,電源確認用LED,録画動作確認用LED,ディスク検出結果表示用LEDの輝度を8段階から選んだ輝度へ変える。 - 特許庁
  • A lighting control signal of each of the LED 13A, 13B, 13C, 13D is delivered to the LED driving circuit part 42 through an LED communication circuit 64 from a main board 36 stored in a board box.
    そして、基板ボックス36Aに収納される主基板36からLED通信回路64を介してLED駆動回路部42に各LED13A、13B、13C、13Dの点灯駆動制御信号が送出される。 - 特許庁
  • An LED load 1 is formed by so connecting LED series circuits 2, where a plurality of LEDs are connected in series, as to provide at least two parallelisms, with the LED load 1 supplied with an electric power from a constant voltage regulator 6.
    LED負荷1は、複数個のLEDが直列接続されたLED直列回路2を2並列以上接続して形成され、このLED負荷1には定電圧レギュレータ6から電力が供給される。 - 特許庁
  • In another example, in response to an operation of a button 8, brightness of an LED of a color of the adjustment object in the multicolor LED unit 10 incorporated in a plurality of LED buttons 9 other than the button 8 is increased one step by one step.
    別の例では、ボタン8の操作に応じて、このボタン8とは別の複数のLEDボタン9に組み込まれた多色LEDユニット10中の調整対象の色のLEDの輝度が1段階ずつ増す。 - 特許庁
  • To provide a surface light-emitting type LED with high emission output efficiency, a surface light-emitting type LED array for reducing the variance of emission output using the surface light-emitting type LED, and their manufacturing method.
    発光出力の効率が高い面発光型LEDおよびこの面発光型LEDを用いて発光出力のばらつきを低減した面発光型LEDアレイならびにそれらの製造方法を提供する。 - 特許庁
  • When the lens array 8 is to be placed above an LED substrate 5 on which an LED chip 6 is placed, the lens array 8 is placed on a SLA placing surface 3j of an SLA support clamp 3, thus setting the height from the LED substrate 5.
    LEDチップ6を配設するLED基板5の上方にレンズアレイ8を配置する際に、SLA支持クランプ3のSLA載置面3jにレンズアレイ8を載置してLED基板5からの高さを設定する。 - 特許庁
  • When a mode signal is input in an LED control part 16, the LED control part 16 transmits a control signal to an LED drive current control part 19 and a filter angle control part 17 based on a mode.
    モード信号がLED制御部16に入力すると、LED制御部16はモードに基づいてLED駆動電流制御部19およびフィルタ角度制御部17に対し制御信号を送る。 - 特許庁
  • An n number of LED elements 13 are connected in series to form an m number of LED rows, and an m number of the LED rows are arranged in parallel between a current output terminal and a current input terminal.
    n個のLED素子13を直列に接続してm個のLED列を形成し、m個のLED列を定電流電源11の電流出力端子と電流入力端子との間に並列に設ける。 - 特許庁
  • This lighting apparatus 2 includes: a ceiling irradiating LED module 11 for irradiating a ceiling surface 3 with light; and a lower side irradiating LED module 21 for irradiating the lower side relative to the ceiling irradiating LED module with light.
    照明装置2は、天井面3に光を照射する天井照射用LEDモジュール11と、このLEDモジュールより下側に光を照射する下方照射用LEDモジュール21とを具備する。 - 特許庁
  • To provide a light emitting diode (LED) lighting device, an illumination device including the LED lighting device, and an illumination system including the LED lighting device that allow elimination of component stress and operation abnormality that transiently occur.
    過渡的に発生する部品ストレスおよび動作異常を解消できるLED点灯装置、LED点灯装置を備える照明器具およびLED点灯装置を備える照明システムを提供する。 - 特許庁
  • For example, a red LED, a blue LED, and a green LED are embedded in the stylus pen 3, and they put the light on or off according to the specified color so that the tip part 3a emits the light of the specified color.
    先端部3aを指定された色に発光させるためには、例えば赤色LEDと青色LEDと緑色LEDとをスタイラスペン3に内蔵し、指定された色に応じて点灯又は消灯させる。 - 特許庁
  • The load consists of an LED lighting device unit 4 having a plurality of LED modules L1-Ln connected in series, and shunt circuits D1-Dn connected in parallel to the LED modules L1-Ln.
    負荷側は直列に接続された複数のLEDモジュールL1〜LnからなるLED灯具ユニット4と各LEDモジュールL1〜Lnに並列に接続された分流回路D1〜Dnで構成されている。 - 特許庁
  • To provide a small and inexpensive LED illuminating lamp by integrating a lens into a protecting tube in the LED illuminating lamp using LED sealed in a transparent protecting tube such as a columnar glass tube.
    柱状のガラス管などの透明な保護管内に密封されたLEDを使用したLED照明灯においてレンズと保護管を一体化することで、より小さくかつ、低価格なLED照明灯を提供する。 - 特許庁
  • To provide an LED lighting circuit which can prevent failure from spreading upon disconnection of an LED, when a DC power supply collectively performs constant current driving of an LED load circuit consisting of a plurality of LEDs.
    直流電源が複数のLEDから成るLED負荷回路を一括して定電流駆動するにあたって、LED断線時の故障の拡大を防止することができるLED点灯回路を提供する。 - 特許庁
  • To solve the problem that a high yield is not obtained when one LED array is integrally formed by using a large number of LED chips and that illumination becomes not uniform when LED arrays with small numbers of chips mounted thereon are discretely arranged.
    多数のLEDチップを用いて1つのLEDアレイを一体的に形成すると高い歩留まりが得られず、少数のチップを搭載したLEDアレイを離散的に配置すると照明が不均一になる。 - 特許庁
  • The lighting system 10 using the LED includes an LED light bulb 11, and a plurality of blades 12 fitted to be radially extended around the LED light bulb 11 with the latter 11 as a center.
    LEDを用いた照明装置10は、LED電球11と、LED電球11を中心として、LED電球11の周囲に放射状に延在するように設けられた複数のブレード12とを含む。 - 特許庁
  • The LED illumination lamp controller transmits address information and illuminance information to each LED illumination lamp via the AC power supply line, and the LED illumination lamp adjusts illuminance, and the like, individually.
    LED照明灯制御装置は、AC電源ラインを介して各LED照明灯に対してアドレス情報と照度情報とを送信し、これにしたがってLED照明灯が個別に照度等の調整を行う。 - 特許庁
  • The light is emitted to the outside through an LED window 4, but the user cannot externally see the LED window 4 when the mobile phone is put in the pocket of the desktop placing stand and then the user cannot directly see the LED light.
    発光した光は、LED窓4を通して外部に出ていくが卓上置台のポケットに載置した場合には外部からLED窓4を観ることはできず、よって直接にはLED光を見ることはできない。 - 特許庁
  • To provide a moisture-proof protection film for LED lighting excellent in moisture resistance for protecting an LED light source from moisture and excellent in adhesion with other materials like metal, as well as an LED lighting using the same.
    LED光源を水分から保護するための防湿性に優れ、かつ金属等の他材との密着性に優れたLED照明用防湿性保護フィルム、及びそれを用いたLED照明を提供する。 - 特許庁
  • The light imaging system includes the RGB-LED 14, the RGB-LED driver IC 13, a microphone and a CPU and controls the light emission pattern of the RGB-LED 14 according to sound input from the microphone.
    発光システムはRGB−LED14とRGB−LEDドライバIC13とマイクとCPUとを備えており、マイクから入力される音に応じてRGB−LED14の発光パターンを制御する。 - 特許庁
  • To provide an LED lighting device capable of electrically connecting adjacent LED chip modules without using any electric wire and easily expanding an LED chip module and removing it at the time of maintenance.
    電線を使用しなくても隣り合うLEDチップモジュールを電気的に接続することができ、また、LEDチップモジュールの増設やメンテナンス時の取り外しを容易に行うことができるLED照明装置を提供する。 - 特許庁
  • To provide an LED(light emitting diode) display device in which the continuity of an intra-stage display in the longitudinal direction is maintained at the time of scrolling a display screen in which LED panels are arranged longitudinally and laterally and a large-sized display device using the LED display device using the device.
    縦横方向にLEDパネルを配置した表示画面のスクロール時に、段間縦方向表示の連続性が保持されるLED表示装置及びそれを用いた大型表示装置を提供する。 - 特許庁
  • To provide an LED (light-emitting diode) inspection method and an LED inspection device for improving inspection accuracy, when inspecting display color and lighting/annihilation states of LED by imaging a plurality of LEDs.
    複数のLEDを撮像してLEDの表示色及び点灯・消滅状態の検査を行う場合の検査精度を向上させるLED検査方法及びLED検査装置を提供することができる。 - 特許庁
  • To reduce wiring resistance, to prevent light leakage to other pixels, and to improve extraction efficiency of light emitted by an LED.
    配線抵抗を小さくし、他画素への光漏れを防止し、更に、LEDで発光した光の取り出し効率を向上する。 - 特許庁
  • To provide an LED package to which diffusing agent is applied to smoothly perform color combination of light, and to provide its manufacturing method.
    拡散剤を適用して光の色組合を円滑に行うためのLEDパッケージ及びその製造方法を提供する。 - 特許庁
  • The factors that led to Yukiie's defeat were the outbreak of the Great Famine of Yowa and Yoritomo's decision to suspend his plan to go to Kyoto and instead concentrate on his operations in Togoku (eastern part of Japan).
    それは、頼朝が上洛を取りやめ東国経営に専念した事と、養和の大飢饉の影響である。 - Wikipedia日英京都関連文書対訳コーパス
  • Bakufu asked Saneuji SAIONJI, who was kanto moshitsugi (court-appointed liaison with bakufu), to deliver the letter from the Mongol Empire to the Imperial Court, and led the court to the decision to ignore it.
    幕府では関東申次の西園寺実氏に託して蒙古国書を朝廷へ回送し、黙殺を決定させる。 - Wikipedia日英京都関連文書対訳コーパス
  • After an LED chip is mounted and wired on the LED package substrate, excepting openings for connection electrodes, a transparent protective film is applied so as to cover the top face of the LED package substrate including at least the silver surface treatment face, and the LED package is formed by filling the transparent resin.
    LEDパッケージ基板に、LEDチップを装着して配線した後、接続電極用開口を除いて、少なくとも銀表面処理面を含むLEDパッケージ基板の上面を覆うように透明保護膜を塗布して、透明樹脂を充填することによりLEDパッケージを構成する。 - 特許庁
  • The LED lighting device is constructed of a lamp part 2 having an LED light source 4, a temperature detecting element 13, and a water cooled jacket 9 to cool the LED light source 4, and a liquid cooling type heat dissipation mechanism which cools by a radiator a coolant that has received heat from the LED light source by the water cooled jacket.
    LED光源4、温度検出素子13およびLED光源4を冷却する水冷ジャケット9を有する灯体部2と、水冷ジャケットでLED光源からの熱を受熱した冷媒液をラジエータで冷却する液冷式放熱機構部でLED照明装置を構成した。 - 特許庁
  • In the LCD backlight where a light emitting diode (LED) 2 is mounted on the upper surface of an insulating printed board 1, side face of the LED 2 is surrounded by a frame member 3 and a diffuser sheet 4 is arranged on the upper surface of the frame member 3 oppositely to the LED 2, a mirror surface 5 is arranged on the inner wall of the frame member 3.
    絶縁性を有するプリント基板1の上面に発光ダイオード(LED)2を実装し、LED2の側面周囲を枠部材3で囲み、LED2に対向して、枠部材3の上面に拡散板4を配設したLCDバックライトで、枠部材3の内壁に鏡面5を配設する。 - 特許庁
  • The LED lamp 1 comprises an LED chip 3 that emits light in response to current application, and a pair of lead wires 2 mounting the LED chip 3 thereon, and has an arrangement wherein upper ends of the pair of lead wires 2 and the LED chip 3 are sealed by the mold member 4 made of a translucent resin or the like.
    LEDランプ1は、通電に伴って発光するLEDチップ3と、このLEDチップ3を搭載する一対のリード線2を備え、この一対のリード線2の上端部及びLEDチップ3を透光性樹脂等によるモールド部材1で封止して構成されている。 - 特許庁
  • The LED lamp 10 is composed of an LED 20 having an LED chip 23, a pair of lead frames 21 and 22, and a shell-shaped resin package 26 or the like for sealing these, and a spacer 30 to which the LED 20 is populated and having an insulation and a heat resistance.
    LEDランプ10は、LEDチップ23、一対のリードフレーム21,22、これらを封止する砲弾型の樹脂パッケージ26等を備えるLED20と、このLED20が装着されると共に絶縁性及び耐熱性を備えたスペーサ30とにより構成されている。 - 特許庁
  • This eliminates a difference in life between the white LED 2 and the yellow LED 3, so the number of times of lamp replacement can be reduced to half as much as is necessary if the white LED 2 and the yellow LED 3 are simply mixed, and the labor and cost required for lamp replacement can also be reduced.
    このため、第一の光源2と第二の光源3の寿命の差をなくすことができるので、第一の光源2と第二の光源3を単に混合させる場合に比べてランプ交換回数を半分に減らせ、ランプ交換にかかる手間やコストを低減することができる。 - 特許庁
  • Therefore, even if LEDs constructing the LED array 14 have variations and any voltage variation in the LED array 14 of their combination is generated, it is possible to accurately detect the abnormality in the LED by determining a value obtained when the LED based on the combination is normally lighted up as the initial value.
    これにより、LEDアレイ14を構成するLEDのバラツキがあり、これらの組み合わせでLEDアレイ14の電圧にバラツキが発生した場合でも、組み合わせによる正常点灯の値を初期値として判断することで正確にLEDの異常検出を実現することができる。 - 特許庁
  • Each of the LED light-emitting device 11, the LED module 13, and the lighting system 10 includes: LED chips 17, 18, 19, 20; and a phosphor 14 excited by light rays emitted from the LED chips 17, 18, 19, 20 to emit light, and emits synthetic light of the respective light rays.
    LED発光装置11、LEDモジュール13及び照明装置10は、LEDチップ17,18,19,20と、LEDチップ17,18,19,20から発光される光により励起されて光を発光する蛍光体14と、を有し、それぞれの光の合成光を発光する。 - 特許庁
  • In a two-part top loading type surface-mounted electrical connector, one end of a first LED PCB is connected with an end of the second LED PCB so as to make the first and second LED PCBs electrically connect each other at an arrangement where ends of both LED PCBs are brought into contact with each other.
    二部品構成の上部挿入式表面実装電気コネクタが、第1のLED PCBの一端を、第2のLED PCBの端部に接続し、第1及び第2のLED PCBが、端と端が当接した配置で電気的に接続されるようになる。 - 特許庁
  • To provide an LED mounting substrate having an LED element mounted on a printed circuit board, in which emission amount loss of an LED is suppressed at the minimum and the reliability of mounting by improving connection strength of a soldering portion between a lead terminal of the LED element and a terminal pad of the printed circuit board.
    プリント配線板にLED素子を実装したLED実装基板において、LEDの発光量損失を最小限に抑え、LED素子のリード端子とプリント配線板における端子パッドとの半田付け部分の接続強度を向上させて実装の信頼性を向上させる。 - 特許庁
  • The lamp fitting 10 includes an LED element 11 and a phosphor layer 13 arranged separated from the LED element so that light L from the LED element can enter, and is structured so as to irradiate outside mixed color light L1 of the light from the LED element and the phosphor excited from the phosphor layer.
    LED素子11と、LED素子からの光Lが入射するようにLED素子から離れて配置された蛍光体層13と、を含んでおり、LED素子からの光と蛍光体層で励起された蛍光との混色光L1を外部に照射するように、灯具10を構成する。 - 特許庁
  • The LED panel light is so structured to adjust projection angles of light from a light guide tube by manually rotating the light guide tube through connection and support of either end of the light guide tube constituting a columnar reflector with an LED panel light body with an O-ring.
    本発明は、柱状の反射板を構成した導光管の両末端をオーリングにてLED照明灯本体と接続支持することにより前記導光管を手動で回転させ前記導光管からの光の投光角度を、調整する構造をそなえたLED照明灯を提供するものである。 - 特許庁
  • The main CPU 20 and LED control board 10 are connected with each other and the LED control boards 10 are connected with each other by serial cables such that they are serially connected and an output of the main CPU 20 or one of the LED control board is to be an input of the other LED control board or the main CPU 20.
    メインCPU20とLED制御基板10間、およびLED制御基板10同士は、メインCPU20または一のLED制御基板10の出力が、他のLED制御基板10またはメインCPU20の入力となるように、シリアルケーブルによって縦列に接続されている。 - 特許庁
  • In the illuminator, an LED mounting board 701 is formed of a non-metal material, and a metal plate 703 that is larger than the LED mounting board 701 is placed in a direction vertical to the arrangement direction of an LED 451 on the back of an LED mounting surface.
    照明装置は、LED実装基板701を非金属製材質し、LED取り付け面に対して裏となる面に、LED451の配列方向に対して垂直な方向にLED実装基板701よりも面積の広い金属板703を実装する。 - 特許庁
  • Furthermore, a light dimming means is provided with the LED lighting fixture 34 and by controlling light emission of the LED optical units according to an ambient environmental condition independently for each of the LED optical units, the light distribution of the LED lighting fixture can be controlled.
    そして更に、LED照明灯具34に調光制御手段を設け、周囲環境条件に応じてLED光学ユニットの光出力を各LED光学ユニット毎に独立して制御することによりLED照明灯具の配光特性を制御できるようにした。 - 特許庁
  • A battery charging circuit in an emergency light ballast for an existing fluorescent lamp is made to be an LED-adaptable battery charging circuit 15 with an LED driver driving part 17 and a battery/LED driver circuit 18 additionally connected for modification enabling change of a fluorescent lamp into an LED lighting fixture.
    既存の蛍光灯用の非常灯用安定器におけるバッテリ充電回路を、LEDドライバ駆動部17、バッテリ/LEDドライバ回路18を追加接続したLED対応のバッテリ充電回路15とし、蛍光灯をLED照明器具へと変換可能となるように改修する。 - 特許庁
  • To provide an LED lamp unit restraining temperature rise of an LED light source by making the unit using an LED as a light source into a structure with a high heat-dissipating property, and therefore, capable of securing a given irradiation light volume through suppression of degradation of emission efficiency of the LED.
    LEDを光源とするLEDランプユニットを放熱性の高い構造とすることによりLED光源の温度上昇を抑制し、よってLEDの発光効率の低下が抑制されて所定の照射光量を確保することが可能となるLEDランプユニットを提供することにある。 - 特許庁
  • This luminaire is provided with: a plurality of LED elements 11; a lens body 20 disposed oppositely to light-emitting surfaces of the respective LED elements 11 for controlling light distribution of light emitted from the respective LED elements 11; and an optical filter 28 disposed between the lens body 20 and the LED elements 11.
    照明器具は、複数のLED素子11と、各LED素子11の発光面と対向して配置され、各LED素子11が発光した光の配光を制御するレンズ体20と、レンズ体20とLED素子11との間に配置された光学フィルタ28とを備える。 - 特許庁
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