「受光系」に関連した英語例文の一覧と使い方(7ページ目) - Weblio英語例文検索

この潤滑剤劣化検出装置１は、発光素子３と受光素子４とが角度をもって配置され、前記発光素子３から出た光が、潤滑剤５の表面で散乱反射し、受光素子４に入る光学系２と、推定手段６とを備える。例文帳に追加

The deterioration detector 1 of the lubricant includes an optical system 2, which is constituted so that a light emitting element 3 and a light detecting element 4 are arranged at certain angles and the light emitted from the light emitting element 3 is scattered and reflected by the surface of the lubricant 5 to enter the light detecting element 4; and an estimation means 6. - 特許庁

各較正用ピンホールパターン像ＰＨＩ’の受光結果から波面センサの測定用光学系における波面の分布を算出し、測定用開口４６の全面を照明した状態でのＣＣＤの受光結果から求めた波面収差を補正して、波面収差測定装置を較正する。例文帳に追加

Wave front distribution in the measurement optical system of the wave front sensor is calculated from the light reception results of each calibration pinhole pattern image PHI' and then the wave front aberration determined from light reception results of the CCD under a state where the entire surface of the measurement opening 46 is illuminated is corrected thus calibrating the wave front aberration measuring equipment. - 特許庁

受光素子を発光素子と同一側に併置することが可能となり、受光素子を電気的に接続するボンディングワイヤを短くしてモジュール実装を容易とし、且つ、Ｓ／Ｎを改善した光学系を備えた原子発振器を提供する。例文帳に追加

To provide an atomic oscillator equipped with an optical system which can have a light receiving element and a light emitting element disposed side by side on the same side and facilitates module mounting by shortening a bonding wire electrically connecting the light receiving element, and is improved in S/N. - 特許庁

本実施例の赤外線検出部９は、結像光学系の結像面に受光部１５１が配置された赤外線検出器１５と、結像面に平行に赤外線検出器１５を移動させることにより、結像面上で受光部１５１を移動させる検出器移動機構１６と、を備える。例文帳に追加

An infrared detection unit 9 in an embodiment comprises an infrared detector 15 with which a photo detection section 151 is disposed on an image forming plane of an image forming optical system, and a detector moving mechanism 16 which moves the photo detection section 151 on the image forming plane by moving the infrared detector 15 in parallel with the image forming plane. - 特許庁

表面検査において、焦点調節制御回路４１は、反射光がＣＣＤラインセンサー１６の受光面の中心位置で受光されるように焦点調節機構４０を駆動して、光学系１０の焦点位置をガラス基板１の表面に合わせる。例文帳に追加

When conducting a surface inspection, a focus adjusting control circuit 41 drives a focus adjusting mechanism 40 so that reflection light is received at the center position of a light receiving surface of a CCD line sensor 16, and makes a focal position of the optical system 10 coincident to the surface of the glass substrate 1. - 特許庁

人体から放射される赤外線を検出するセンサ１の前方に、センサ１の受光面の前方に配置され赤外線センサの受光面に赤外線を集光するとともに赤外線を検出すべき有効領域を設定する光学系４が配置される。例文帳に追加

An optical system 4, that is arranged in front of the light reception surface of a sensor 1, condenses infrared rays on the light receiving surface of an infrared sensor, and sets an effective region to be detected is arranged, in front of the sensor 1 for detecting infrared rays radiated from a human body. - 特許庁

撮像素子３の受光部に画面を横切って直線状に配列される複数のマイクロレンズは、複数画素にわたって受光部を覆い、これら複数画素に撮像光学系１の射出瞳位置に応じて光を導くマイクロレンズアレイを設ける。例文帳に追加

A plurality of microlenses linearly arrayed crossing the surface of the image sensor 3 on the light receiving part of the image sensor 3 cover the light-receiving part over a plurality of pixels, and a microlens array has the microlenses for guiding light to the plurality of pixels in accordance with the exit pupil position of an imaging optical system 1. - 特許庁

受光系１８０は、二次元走査させながら測定サンプル１０の表面に照射したときに該表面で反射して対物レンズ１５０及び共焦点絞り１７０を通過して到来するレーザ光を受光して、その光量の情報を出力する。例文帳に追加

When emitting light onto the surface of a measurement sample 10 during two-dimensional scanning, the light receiving system 180 of the scanning laser microscope receives laser light which is reflected on the surface and reaches through an objective lens 150 and a confocal diaphragm 170, and outputs information on the quantity of light. - 特許庁

非点収差像検出素子として２次元受光素子を用いた自動焦点制御システムにおいて、２次元受光素子が撮像した焦点誤差検出画像における楕円形状固有の特性に基づいて、観察光学系の自動合焦を行うことを特徴とする。例文帳に追加

In the autofocus control system using a two-dimensional light receiving element as an astigmatic image detection element, autofocusing of an observation system is performed based on elliptical shape specific characteristics in a focus error detection image taken by the two-dimensional light receiving element. - 特許庁

いずれの位置から撮像レンズ１０を通して受光面２１上へ投影された点像Ｐ１についても、点像Ｐ１の有効領域の最大径が受光画素の３画素以上に亘る大きさとなるように構成した撮像レンズ１０と撮像素子２０とからなる撮像系を用意する。例文帳に追加

The imaging system composed of an imaging lens 10 and an imaging device 20 is configured so that for a point image P1 projected onto the light receiving face 21 through the imaging lens 10 from any position, the maximum diameter of the effective area of the point image P1 exceeds three or more light-receiving pixels. - 特許庁

空間的超並列性を有する光源のアレイ１１と受光素子アレイ１７を用いた共焦点顕微鏡システムにおいて、発光面１１と受光面１７が同等の結像関係となるコリメートレンズ１２と結像レンズ１６からなる光学系を具備する。例文帳に追加

The confocal microscopic system using a light source array 11 and a light receiving element array 17 having spatial super parallelism is equipped with an optical system where a light emitting surface 11 and a light receiving surface 17 have equal image forming relation and which is constituted of a collimating lens 12 and an image forming lens 16. - 特許庁

反射測定時には、反射試料開口２ｓにおいて拡散照明された反射試料からの反射光を、受光開口２ｂを通して受光光学系５及び２チャンネル分光装置６により測定し、信号処理装置７及び制御演算装置８により反射特性の算出を行う。例文帳に追加

When measuring reflection, the reflected light from a reflecting sample undergoing diffusion illumination in a reflecting sample opening 2s by a light detecting optical system 5 and a two-channel spectroscopic device 6 through a light receiving opening 2b and the reflection characteristics of the reflecting sample are calculated by a signal processor 7 and a control arithmetic device 8. - 特許庁

駆動制御部２は駆動部３，４，５の出力制御を行いＲＧＢ発光素子６，７，８の光量を制御し、一方色合成光学系１２の出力段には受光素子１３を配置し受光光量を駆動制御部２へ帰還する。例文帳に追加

A driving control part 2 controls the light quantities of the RGB light emitting elements 6, 7 and 8 by performing the output control of driving parts 3, 4 and 5, while a light receiving element 13 is arranged at the output stage of a color composing optical system 12 and feeds back received light quantity to the driving control part 2. - 特許庁

ＣＣＤの受光素子への光束の入射方向と補正係数との関係を補正情報として準備し（ステップＳ１１）、光学系の状態から補正の対象となる受光素子への光束の入射方向を求める（ステップＳ１２）。例文帳に追加

A relation between an incident direction of luminous flux to a light receiving element of a CCD and a correction coefficient is prepared for correction information (step S11) and the incident direction of the luminous flux to the light receiving element that is a correction object is obtained from a state of an optical system (step S12). - 特許庁

受光受像面２９上の、物体空間のＸ軸に対応する方向をｕ軸とするｕｖ直交座標系を定義した時、受光受像面２９上の光強度を、ｖ座標ごとにｕ軸方向に積算して、ｖ軸方向に関する光強度分布を示す第１の波形を得る。例文帳に追加

When a uv orthogonal coordinate system having as a (u) axis the direction corresponding to the X axis of an object space on the photodetection image receiving surface 29 is defined, light intensity on the photodetection image receiving surface 29 is integrated by (v) coordinates along the (u) axis to obtain a 1st waveform representing a light intensity distribution relating to the (v) axis. - 特許庁

複数の受光素子を発光素子と同一側に併置し、複数の受光素子を電気的に接続するボンディングワイヤを短くしてモジュール実装を容易とし、且つＥＩＴ信号レベルを大きくしてＳ／Ｎを改善した光学系を備えた原子発振器を提供する。例文帳に追加

To provide an atomic oscillator equipped with an optical system which facilitates module mounting by arranging a plurality of light receiving elements and light emitting elements side by side on the same side thereby reducing the length of a bonding wire for electrically connecting the plurality of light receiving elements, and which has a high EIT signal level thereby has an improved S/N. - 特許庁

読取光学系（５）を、原稿（１）の往方向搬送時に原稿の一方の面からの反射光を受光し、復方向搬送時に原稿の他方の面からの反射光を受光するように搬送路（２）に対して可動制御することにより、原稿（１）の反転が不要となり、構造が簡単となる。例文帳に追加

It provides a simple structure dispensing which reversing of the copy (1) by movable control on the carrier line (2), so that the optical reading system (5) receives light reflected by the one surface of the copy at supply direction and receives reflected light by the other surface at transport in retuning direction. - 特許庁

いずれの位置から撮像レンズ１０を通して受光面２１上へ投影された点像Ｐ１についても、点像Ｐ１の有効領域の最大径が受光画素の３画素以上に亘る大きさとなるように構成した撮像レンズ１０と撮像素子２０とからなる撮像系を用意する。例文帳に追加

As for a point image P1 projected from any position through an imaging lens 10 onto a photo-detection plane 21, an imaging system is also prepared which is constituted of the imaging lens 10 and an imaging device 20 configured in such a way that a maximum diameter of an effective area of a point image P1 is sized over three or more pixels of photo-detecting pixels. - 特許庁

測定用光学系１２は、測定用光源１０から発せられる光を分割する素子２６や拡大する素子３８を含み、その分割または拡大した光を測定光として各測定域に同時に透過させ、各受光素子２４に受光させる。例文帳に追加

The measuring optical system 12 includes an element 26 for splitting light emitted from the measuring light source 10 or an element 38 for enlarging the light, transmits the split or enlarged light as measuring light simultaneously through each measuring area, and allows each light receiving element 24 to receive the light. - 特許庁

複数の回転体が複数の駆動系に分かれていても、発光素子と受光素子とが設置位置の制約を受けずに、発光素子と受光素子とを１組設置するだけで、複数の回転体の回転位置を正確に検出できる回転位置検出装置および指針時計を提供する。例文帳に追加

To provide a rotational position detection device and a pointer clock capable of detecting accurately each rotational position of a plurality of rotators only by installing a set of a light emitting element and a light receiving element without receiving restriction of an installation position by the light emitting element and the light receiving element, even if the plurality of rotators are divided into a plurality of driving systems. - 特許庁

いずれの位置から撮像レンズ１０を通して受光面２１上へ投影された点像Ｐ１についても、この点像Ｐ１の有効領域の最大径が受光画素の３画素以上に亘る大きさとなるように構成した撮像レンズ１０と撮像素子２０とからなる撮像系を用意する。例文帳に追加

The imaging system comprising an imaging lens 10 and an imaging device 20, configured in such a way that the maximum diameter of the effective area of the point image P1 is a size exceeding three or more pixels of light-receiving pixels for any point image P1, projected from any position through the imaging lens 10 onto the light receiving surface 21 is prepared. - 特許庁

複数の受光素子を発光素子と同一側に併置し、複数の受光素子を電気的に接続するワイヤボンディングを短くしてモジュール実装を容易とし、且つＥＩＴ信号レベルを大きくしてＳ／Ｎを改善した光学系を備えた原子発振器を提供する。例文帳に追加

To provide an atomic oscillator equipped with an optical system which facilitates module packaging by juxtaposing a plurality of light-receiving elements on the same side as light-emitting elements, thereby shortening wire bonding for connecting the plurality of light-receiving elements electrically, and improves an S/N by increasing an EIT signal level. - 特許庁

集光レンズ１０４は、ＭＳＡパッケージ１１０内で収束光学系を形成するように配置され、可変減衰器１０２は、光ファイバ１２０からの入射光の光路を変えて受光素子１０６で受光する光の減衰量を調整するように構成される。例文帳に追加

The condenser lens 104 is disposed to form a convergence optical system within an MSA package 110, and the variable attenuator 102 is configured to adjust the attenuation quantity of the light received by the light receiving element 106 by changing the optical path of the incident light from the optical fiber 120. - 特許庁

この広帯域光Ｌ_１の照射に伴い被照射領域９１から出射した物体光Ｌ_２は、捕獲光学系３０により捕獲され、時間分解分光器４０により受光されて、その受光した物体光Ｌ_２の各波長成分について時間的強度変化が求められる。例文帳に追加

Object light L2 which is emitted from the region to be irradiated 91 in response to the irradiation of the wideband light L1, is captured by a capturing optics 30 and received by a time-resolution spectroscope 40, and temporal intensity variations in respective wavelength components of the received object light L2 are obtained. - 特許庁

そして、投射光学系の光軸が、画像形成素子に形成された原画像の中心から投射画像の中心に至る基準軸に対してシフトしている場合に、受光周辺に設定された検出範囲からの光を受光させる。例文帳に追加

And, in the case the optical axis of the projection optical system is shifted from a reference axis drawn from the center of an original image formed by the image forming element to the center of the projected image, the light within a detection range set around the light receiving area is received. - 特許庁

潤滑剤劣化検出装置２１は、発光素子２３と受光素子２４とが互いに傾き角度をもって配置され、前記発光素子２３から出た光が、潤滑剤２５の表面又は内部で散乱反射し、受光素子２３に入る光学系２２を有する。例文帳に追加

The lubricant deterioration detecting device 21 has an optical system 22 in which a light emitting element 23 and a light receiving element 24 are arranged in mutual inclination so that a light emitted from the light emitting element 23 is diffused in and reflected from the surface or inside of lubricant 25 and enters into the light receiving element 23. - 特許庁

情報取得装置１は、レーザ光源１１から出射され目標領域から反射されたレーザ光を受光して信号を出力するＣＭＯＳイメージセンサ１７と、レーザ光をＣＭＯＳイメージセンサ１７へと導く受光光学系とを備える。例文帳に追加

The information acquisition device 1 includes a CMOS image sensor 17 which receives laser light emitted from a laser light source 11 and reflected from a target area and outputs a signal and a light receiving optical system which conducts the laser light to the CMOS image sensor 17. - 特許庁

偏心光学系のフレネルレンズスクリーンを使用する場合でも、リモートコントローラから照射された制御信号光を効率よく受光器に導くことができる透過型スクリーン、投写型表示装置及び制御信号光の受光方法を得ることを目的とする。例文帳に追加

To obtain a transmission type screen for efficiently guiding control signal light applied from a remote controller to a light receiving device even when using a fresnel lens screen of an eccentric optical system, and to provide a projection type display and a method of receiving the control signal light. - 特許庁

このように照明手段及び受光手段とも、レンズ７をその光路中に配置することで、テレセントリックな光学系とされ、これにより測定光の曲面試料への照射角度及び曲面試料からの反射光の受光角度を、前記曲面試料面内において同一にできる。例文帳に追加

The illumination means and the light receiving means are set to an terecentric optical system by arranging the lens 7 in the light path thereof, and the irradiation angle of the measuring light to the curved surface sample and the receiving angle of the reflected light from the curved surface sample can be made same in the plane of the curved surface sample. - 特許庁

第１受光光学系３００Ａは、被検眼網膜６１から反射して戻ってくる光束の一部を、反射光束を少なくとも１７本のビームに変換するための第１変換部材４００を介して第１受光部５１０に導く。例文帳に追加

A first optical light receiving system 300A guides a part of light flux reflected and returned from the retina 61 of the eye to be examined to a first photo-detection part 510 via a first conversion member 400 for converting the reflected light flux into at least 17 beams. - 特許庁

面倒れ誤差補正機能付きの反射型走査光学系において、水平同期を取るために配置されている受光素子６の受光面に、副走査方向から主走査方向に傾いた直線状のエッジを有するカバーをマスクするように、構成する。例文帳に追加

In the reflection type scanning optical system with the plane tilt error correction function, a light receiving surface of a light receiving element 6 arranged in order to acquire horizontal synchronization is masked with a cover having a linear edge inclined from a sub-scanning direction to a main scanning direction. - 特許庁

受光センサＲＡ，ＲＢ，ＲＣと、前記各受光センサに対してそれぞれ被写体像を結像するための光学系（レンズ）ＬＡ，ＬＢ，ＬＣと、被写体に対して光を投光する投光素子（ＬＥＤ）４０と、制御手段（ＣＰＵ）５０を備える。例文帳に追加

The apparatus is provided with photodetecting sensors RA, RB and RC, optical systems (lens) LA, LB and LC for forming respective images of a subject on the photodetecting sensors, a projection element (LED) 40 for projection light onto the object, and a control means (CPU) 50. - 特許庁

焦点位置検出受光光学系８は受光した光を分岐し、一方の光束は第１結像レンズ７８によりスポット像を一次元ラインセンサ７９上に結像させ、結像した位置を検出する瞳半分隠しスリット投影方式による焦点検出を行う。例文帳に追加

The received light is branched by the focal position detecting light-receiving optical system 8, a spot image is formed by one of the branched luminous fluxes on a one-dimensional line sensor 79 by a first imaging lens 78, and the position where imaging took place is detected, that is, detection of focus is performed by introducing a pupil half-concealed slit-projection system. - 特許庁

酸化亜鉛系半導体からなる薄膜と、前記酸化亜鉛系半導体よりもバンドギャップの大きい酸化物半導体からなる薄膜とからなる半導体層と、紫外線受光により発生する電流を取り出す電極とを備えており、前記酸化亜鉛系半導体と前記酸化物半導体とが積層されており、前記酸化物半導体が受光側であることを特徴とする紫外線センサとする。例文帳に追加

The ultraviolet sensor includes a semiconductor layer including a thin film made of a zinc oxide-based semiconductor and a thin film made of an oxide semiconductor having a larger band gap than that of the zinc oxide-based semiconductor, and an electrode for leading out a current generated through ultraviolet reception, and is characterized in that the zinc oxide-based semiconductor and oxide semiconductor are laminated and the zinc oxide-based semiconductor is on a light reception side. - 特許庁

この発明は、ｎチャネルに対応する投光系のｎ本の光ファイバの途中にｎ本のうちの１本の光ファイバの投光光を順次選択的に通過させる投光系ファイバ切換機構を設け、１つの分光器でｎ本の受光系光ファイバからの受光光を共通に受けるようにしたものである。例文帳に追加

In this device, a floodlight system fiber switching mechanism for passing successively and selectively floodlighting light from one optical fiber among optical fibers to the number of n is provided in the middle of the optical fibers to the number of n in a floodlight system corresponding to n-channels, and each reception light from the optical fibers to the number of n in a light reception system is received in common by one spectroscope. - 特許庁

乱視補正手段は、特定の経線方向について検出された屈折力情報を所定の演算式により補正する手段、または屈折力測定光学系の投影光学系又は受光光学系に設けられた乱視補正光学系を乱視情報に基づいて駆動する手段である。例文帳に追加

The astigmatism correction means is a means for correcting the refractive power information detected for the specified meridian direction by a prescribed arithmetic expression or a means for driving an astigmatism correcting optical system provided in the projection optical system or light receiving optical system of the refractive power measuring optical system on the basis of the astigmatism information. - 特許庁

結像光学系１５を、読取対象１２の画像を受光センサ１４上に結像する第１光学系１８と、第１光学系１８の位置に焦点を結び視野Ｖを実質的に拡がらなくする第２光学系１９とから構成する。例文帳に追加

The imaging optical system 15 comprises a first optical system 18 for forming an image of the subject 12 to be read onto a photosensor 14 and a second optical system 19 that focuses light on the position of the first optical system 18 to substantially keep a field V of view from widening. - 特許庁

マルチアングル測色計ＭＳは、光学系Ｓ１として、試料開口面２の測定用開口２ａに置かれた試料面１を照明する照明系１０と、該照明系１０により照明された試料反射光の分光特性を測定する受光系３０とを備える。例文帳に追加

The multi-angle colorimeter MS is provided with both a lighting system 10 as the optical system S1 for illuminating a sample surface 1, arranged at an opening 2a for measurement of a sample opening surface 2 and a light-receiving system 30 for measuring spectral characteristics of light reflected at a sample illuminated by the lighting system 10. - 特許庁

座標設定部１１２は、第１及び第２受光信号に含まれる被検眼瞳に対応する第１及び第２座標系の信号を、それぞれ基準座標系の信号に変換する。例文帳に追加

A coordinates setting part 112 converts the signals of the first and second coordinates systems corresponding to the pupil of the eye to be examined contaned in the first and second light detection signals to the signals of reference coordinates systems. - 特許庁

ｐ型ＡｌＧａＮ半導体層、ＡｌＧａＮ系半導体発光素子、ＡｌＧａＮ系半導体受光素子、及びｐ型ＡｌＧａＮ半導体層の形成方法例文帳に追加

p-TYPE AlGaN SEMICONDUCTOR LAYER, AlGaN-BASED SEMICONDUCTOR LIGHT EMITTING ELEMENT, AlGaN-BASED SEMICONDUCTOR LIGHT RECEIVING ELEMENT, AND METHOD FOR FORMING p-TYPE AlGaN SEMICONDUCTOR LAYER - 特許庁

赤外線受光部を構成する薄膜焦電体２３が有機系レジスト材料と無機系レジスト材料の積層エッチングマスクを介して所望形状にパターニング形成できる製造方法である。例文帳に追加

The manufacturing method is to pattern a thin film pyroelectric 23 into a desired shape for constituting an infrared photodetector through a laminate etching mask made of an organic resist material and an inorganic resist material. - 特許庁

複数波長を用いる多規格互換の光ディスク装置において、Ｓ／Ｎ比を向上できる受光光学系および回路系を低コストで構成したい。例文帳に追加

To provide a light receiving optical system and a circuit system capable of improving an S/N ratio in a multi standard compatible optical disk device using a plurality of wavelengths at low costs. - 特許庁

その光を光学系１１を介してラインセンサ１２で受光し、時系列的に得られる１次元のイメージから、位置情報取得部１３は発光源２から送られてくる位置情報を復調して取得する。例文帳に追加

The light is received by a line sensor 12 via an optical system 11, and a positional information acquisition section 13 demodulates and acquires the positional information sent from the light sources 2 from a one-dimensional image acquired serially. - 特許庁

位相補正手段１９は、Ｍ系列用受光セルアレイ群４３，４４から出力されるＭ系列信号に基づいて対応する補正値をメモリから読み出して位相ずれを補正する。例文帳に追加

A phase correction means 19 reads out the corresponding correction value from the memory, based on the M-series signal output from photoreception cell array groups 43, 44 for an M-series, to correct phase shifts. - 特許庁

その調整ステップは、電気系座標（ｘ’，ｙ’）が標的の中心点（Ｏ）の機械系座標（０，０）に一致するように、標的（４）と２次元受光ユニット（１３）との間の相対的位置を調整する機械的ステップを備えている。例文帳に追加

The regulation step is provided with a mechanical step for regulating a relative position between the target 4 and a two dimensional photoreception unit 13 to conform the electric system coordinates (x', y') with mechanical system coordinates (0, 0) of the center O of the target. - 特許庁