「"受光系"」に関連した英語例文の一覧と使い方 - Weblio英語例文検索

簡単で小さな光学系及び受光系を用いて、広い検出範囲の測定を可能とする。例文帳に追加

To perform measurement in a wide detection range using a simple, small optical system and a light-receiving system. - 特許庁

また、第１受光系はレチクルＲの上面に付着した異物からの散乱光を受光し、第１ラインセンサは第１受光系で受光された散乱光の光強度に応じた信号を出力する。例文帳に追加

A first light detection system detects the scattered light from the foreign matter bonded to the upper surface of the reticle R and a first line sensor outputs the signal corresponding to the intensity of the scattered light detected by the first light detection system. - 特許庁

予め撮像対象物１０を撮像したカラー画像と、モノクロ受光系３で撮像したモノクロ画像とから、モノクロ受光系３の画素毎の補正データを予め求めて記憶する。例文帳に追加

Correction data of each pixel of a monochromatic light receiving system 3 is preliminarily searched and stored from a color-picture obtained by preliminarily imaging an imaging object 10 and a monochromatic picture imaged by the monochromatic optical receiving system 3. - 特許庁

軽量・コンパクトでありながら輝度重心の安定した照明が可能な投受光系と、その投受光系を備えることにより再現性の高い測定が可能な光学的生体情報測定装置を提供する。例文帳に追加

To provide a light projecting/receiving system that is light in weight and compact and performs illumination having a stable luminance center of gravity, and an optical biological information measuring device for performing measurement of high reproducibility by providing the light projecting/receiving system. - 特許庁

同様に、第２受光系はペリクルＰの上面に付着した異物からの散乱光を受光し、第２ラインセンサは第１受光系で受光された散乱光の光強度に応じた信号を出力する。例文帳に追加

In the same way, a second light detection system detects the scattered light from the foreign matter bonded to the upper surface of the pericle P and a second line sensor outputs the signal corresponding to the intensity of the scattered light detected by the first light detection system. - 特許庁

信号処理回路６０は、第１の受光系が受光した散乱光と第２の受光系が受光した散乱光との強度の違いから、基板１の表面の欠陥と内部の欠陥とを弁別する。例文帳に追加

A signal processing circuit 60 discriminates between the surface defect and the internal defect of the substrate 1 from the intensity difference between the scattered light received by the first light receiving system and the scattered light received by the second light receiving system. - 特許庁

読み取り装置としての読み取り感度を上げるために、試料面の受光系のない側へ放射された蛍光を捕捉し受光系へ集め、感度増強を実現すること。例文帳に追加

To realize the increase of sensitivity by catching a fluorescence emitted to a side having no light receiving system of the surface of a sample in order to increase the reading sensitivity as a reading instrument, to gather the same to the light receiving system. - 特許庁

照明系や受光系を構成する光学素子（凹面鏡）の検査精度を向上させる表面検査装置を提供する。例文帳に追加

To provide a surface inspection device enhancing inspection accuracy on optical elements (concave mirrors) constituting an illumination system or a light receiving system. - 特許庁

照明系や受光系を構成する光学素子（凹面鏡）の検査精度を向上させることができる表面検査装置を提供する。例文帳に追加

To provide a surface inspection device enhancing inspection accuracy on optical elements (concave mirrors) constituting an illumination system or a light receiving system. - 特許庁

この受光系１０の受光光量の変動の誤差を誤差計測監視モニター１１により監視することで異常に素早く対応できる。例文帳に追加

A differential in the fluctuation of the light receiving quantity of this system 10 is monitored by a differential measuring monitor 11, thereby making it possible to quickly deal with an abnormality. - 特許庁

受光系は、投射側プリズム部材に対応するように配置された第２反射面８ｂ，８ｃを有する受光側プリズム部材８を備えている。例文帳に追加

A light receiving system comprises a light reception side prism member 8 including second reflection surfaces 8b, 8c arranged so as to correspond to the projection side prism member. - 特許庁

従って、共通の受光系で試料光束１ｃ及び参照光束３ｃの分光特性を測定することができる。例文帳に追加

It is thus possible to measure the spectral characteristics of the sample luminous flux 1c and the reference luminous flux 3c by using a common light-receiving system. - 特許庁

受光系の焦点位置が測定物の表面又は基準面に合ったとき、反射光はピンホール１４を通過して強く受光される。例文帳に追加

When the focal position of the light receiving system points the surface of the measured object or the reference surface, the reflected light passes the pinhole 14 and is strongly received. - 特許庁

受光系の焦点位置を移動しながら、被測定物の表面又は基準面からの反射光をピンホール１４を通して受光する。例文帳に追加

Reflected light from the surface of the measured object or a reference surface is received through a pinhole 14 while the focal position of a light receiving system is moved. - 特許庁

測定対象の散乱光は、受光系により受光素子１０の受光面１０ａに結像点を作るよう集束される。例文帳に追加

The scattered light from the object W is converted on the light receiving surface 10a of a light receiving element 10 so as to form an image forming point through a light receiving system. - 特許庁

これにより、同一基板に受光系と発光系を搭載して、小型化できるとともに、撮像範囲にほぼ均一な光を照明できる。例文帳に追加

Consequently, the imaging apparatus can be made smaller by mounting a light receiving system and a light-emitting system on the same board and can emit almost uniform light to the range of imaging. - 特許庁

受光系１１は、可視範囲外波長光を電気信号に分光的に変換する分光素子２１を備えている。例文帳に追加

The photoreception system 11 is provided with a spectral dispersion element 21 for converting spectrally the light having the wavelength outside the visible range into an electric signal. - 特許庁

この光は、投光ミラー１１０１で反射され、投光系・受光系兼用レンズ系１１０５を通り、対象物体１１０６に投光される。例文帳に追加

This light is reflected by the floodlight mirror 1101, passes through a floodlight system/ light reception system lens system 1105, and is cast on an object 1106. - 特許庁

マスクの厚さが異なっても、ギャップセンサーの受光系の位置を調整することなく、マスクと基板とのギャップを検出する。例文帳に追加

To detect a gap between a mask and a base plate without adjusting a position of a light receiving system of a gap sensor, even if the thickness of the mask varies. - 特許庁

これにより、基板に負荷をかけることなく、光学系及び受光系と光源との位置関係を安定的に維持することができる。例文帳に追加

Thereby the positional relationship between the optical system, a light receiving system, and the light source can be maintained stably without applying a load on the substrate. - 特許庁

画像投射装置は、投射面９に画像５を投射する投射系と、投射面側からの光を受ける受光系４とを有する。例文帳に追加

The image projecting apparatus includes: a projection system for projecting an image 5 to a projection screen 9; and a light receiving system 4 for receiving the light from the projection screen side. - 特許庁

斜入射方式のフォーカス検出系の送光系及び受光系のそれぞれの配置が制約を受ける状況が生じても、これら送光系及び受光系を任意の位置に配置して面位置検出できる面位置検出装置を提供する。例文帳に追加

To provide a surface position detection apparatus capable of detecting a surface position while disposing a light transmitting system and a light receiving system at arbitrary positions even in a situation that arrangements of the light transmitting system and the light receiving system in an oblique incident type focus detection system are limited, respectively. - 特許庁

面位置検出装置１００は、検出光を被検面Ｓに投射する送光系８と、その被検面Ｓからの反射光を受光する受光系９とを有し、受光系９によって得られる情報に基づいて、被検面Ｓの面位置情報を検出する。例文帳に追加

The surface position detection device 100 is provided with a light projection system 8 to project detection light onto a surface S to be detected and a light receiving system 9 to receive light reflected on the surface S, and it detects a surface position information of the surface S on the basis of information acquired by the light receiving system 9. - 特許庁

被検面（Ｗａ）上に斜め方向から光束を投射する投射系と、被検面で反射された光束を受光する受光系とを備え、受光系の出力に基づいて被検面の面位置を検出する面位置検出装置。例文帳に追加

The surface position detector has a projection system projecting luminous flux onto the surface Wa to be detected from a slanting direction and a light reception system receiving the luminous flux reflected on the surface to be detected, and detects the surface position of the surface to be detected based on the output of the light reception system. - 特許庁

校正基準ディスク９４３が埋め込まれていない基準域９６２〜９６８の分光強度データＥ２（λ）〜Ｅ８（λ）を照明受光系２０２〜２０８で測定した後、制御部６は、照明受光系２０２〜２０８の校正係数Ｋ２（λ）〜Ｋ８（λ）を算出する。例文帳に追加

After spectral intensity data E2(λ)-E8(λ) of the reference zones 962-968 wherein the calibration reference disk 943 is not embedded are measured by illuminating and light-receiving systems 202-208, a control part 6 calculates calibration factors K2(λ)-K8(λ) of illuminating and light-receiving systems 202-208. - 特許庁

信号処理部１３のスイッチ１６により、光源１及び受光器２と、光源５及び受光器６との接続を選択的に切り換えることで、一方の発光・受光系の光源などに不良・故障が生じても、もう一方の発光・受光系に切り換えてセンシングを続行できる。例文帳に追加

The sensing is continued by switching to the one side light emitting/photoreceiving system, even when the light source or the like is failed in the other side light emitting/photoreceiving system, by switching the connection between the light source 1 and the photoreceiver 2, and the light source 5 and the photoreceiver 6, by a switch 16 of a signal processor 13. - 特許庁

また、筐体３１内部には、受光系が設けられており、この受光系は、筐体３１の前方から後方に向かって、透明の受光カバー３７、受光レンズ１７、フォトダイオード１９及び受光回路３９を備えた受光基板４１が配置されている。例文帳に追加

In the enclosure 31, in addition, a transparent light receiving cover 37, a light receiving lens 17, a photodiode 19, and a light receiving circuit 39 are provided on a light receiving substrate 41 as a light receiving system. - 特許庁

通信データを担持した光信号を増幅及び受光する増幅受光系２と、受光して得られた通信データの誤り検出を行うデータ誤り検出回路４と、このデータ誤り検出に基づくデータ誤り率に応じて前記増幅受光系の増幅率を制御する制御回路５とを備えた。例文帳に追加

The control device comprises a amplification light-receiving system 2 for amplifying and receiving a optical signal carrying communication data, a data error detection circuit 4 for detecting an error in the communication data obtained by reception, and a control circuit 5 for controlling an amplification rate of the amplification light-receiving system according to a data error ratio based on the data error detection. - 特許庁

受光系の散乱光検出レンズ７ａ，７ｂ，７ｃ，７ｄは散乱光を集光し、光電変換素子８ａ，８ｂ，８ｃ，８ｄは散乱光の強度を電気信号に変換する。例文帳に追加

Diffusive light detection lenses 7a, 7b, 7c and 7d of a light receiving system converges the diffusive light, and photoelectric transducing elements 8a, 8b, 8c and 8d convert the intensity of the diffusive light into an electric signal. - 特許庁

反射型光学センサは、主方向に沿って等間隔で配置された１１個の発光部を含む照射系、及び１１個の受光部を含む受光系などを備えている。例文帳に追加

A reflective optical sensor includes an irradiation system including eleven emission parts arranged at regular intervals in a main direction, and a light receiving system including eleven light receiving parts, or the like. - 特許庁

ポインティング検出機能を受光系のレベル検知機能に含め、かつ受光量を所定値に調整して受光検出を正確にさせた上、装置の小型化を可能とする。例文帳に追加

To allow miniaturization of a device in addition to enhancing accuracy of detection for light reception by containing a pointing detecting function in level detection function of a received ray system and adjusting an amount of light receiving to a given value. - 特許庁

本発明の光マイクロホンは、一対のレーザー光源部１０１、１０２と、一対の受光系光学部品１０３、１０４と、一対の光電変換素子１０５、１０６と、相互相関値計算装置１０７と、を具備する。例文帳に追加

The optical microphone comprises: a pair of laser light sources 101, 102; a pair of light reception system optical components 103, 104; a pair of photoelectric conversion elements 105, 106; and a cross-correlation value calculating device 107. - 特許庁

光学系１０の第２の受光系は、検査光がガラス基板１の表面により反射された反射光を、検査光の入射角に対する反射角で受光する。例文帳に追加

The second light-receiving system of the optical system 10 receives reflected light formed by reflecting the inspection light with the surface of the glass substrate 1, at a reflection angle with respect to the incident angle of the inspection light. - 特許庁

反射型光学センサは、主方向に沿って配置された１１個の発光部を含む照射系、及び１１個の受光部を含む受光系などを備えている。例文帳に追加

A reflective optical sensor comprises: an irradiation system including eleven light emitting sections disposed along the principal direction; a light receiving system including eleven light receivers; and the like. - 特許庁

受光系の開口数を変更することにより、ＴＩＳ又はＭＩＳを低減して、パターンの特性に応じた重ね合わせ誤差の測定を行う。例文帳に追加

When the number of apertures in the light receiving system is changed, the TIS or the MIS is reduced, and measurement of the superposition error complying with the characteristics of the pattern is carried out. - 特許庁

本体部は、主方向に沿って等間隔で配置された１１個の発光部を含む照射系、及び１１個の受光部を含む受光系などを備えている。例文帳に追加

Each of the main bodies has an irradiation system including eleven light emission units disposed at equal intervals along the principal direction, and a light receiving system including eleven light receiving units. - 特許庁

紙葉類の搬送方向を制御したり受光系を移動させることなく、変色要素が紙葉類のどのような位置にあっても紙葉類を鑑別できる紙葉類鑑別装置を提供する。例文帳に追加

To provide a paper sheet discrimination device capable of discriminating paper sheets even when discolored elements are in any position of the paper sheets, without controlling transfer directions of the paper sheets, and without moving a photoreception system. - 特許庁

下受光系は、複数の光ファイバーを束ねた受光部３２を有し、基板１の裏面側に配置され、基板１の表面又は内部の欠陥により散乱されて基板１を透過した散乱光を受光する。例文帳に追加

In a lower light-receiving system having a light-receiving part 32 formed by bundling a plurality of optical fibers, and arranged on the back side of the substrate 1, scattered light scattered by a defect on the surface of the substrate 1 or inside thereof and transmitted through the substrate 1 is received. - 特許庁

開口絞り切り替え機構２９は、開口数（ＮＡ）の大きな開口絞り２９ａと、開口数の小さな開口絞り２９ｂとを有し、受光系の開口数を変更する。例文帳に追加

An aperture diaphragm switching mechanism 29 is provided with an aperture diaphragm 29a with a large number of apertures NA and an aperture diaphragm 29b with a small number of apertures for changing the number of apertures in a light receiving system. - 特許庁

ＣＣＤラインセンサー２１を含む第１の受光系は、検査光が基板１の表面又は内部の欠陥により散乱された散乱光を、基板１の表面に焦点を合わせて受光する。例文帳に追加

The first light receiving system including a CCD line sensor 21 receives scattered light acquired by scattering the inspection light by a surface/internal defect of the substrate 1 in the focused state onto the substrate 1 surface. - 特許庁

そこで、光軸ずれ補正部５０を設けて光軸のずれ量に応じて受光系（受光光学系３１及び受光素子３２）を移動することにより、適正な検出状態を維持する。例文帳に追加

Therefor reasonable sensing state is maintained by providing an optical axis slippage compensation section 50 and moving a light receiving system (a light receiving optical system 31 and the photodetector 32) corresponding to amount of slippage of the optical axis. - 特許庁

受光系２０の集光レンズ２１は、ガラス基板１の裏面からの反射光及び散乱光を集光し、スリット板２２は、散乱光を遮断して反射光を通過させる。例文帳に追加

A condenser lens 21 of a light-receiving system 20 condenses reflected light and scattered light from the rear face of the glass substrate 1, and a slit plate 22 blocks the scattered light and makes the reflected light to pass therethrough. - 特許庁

受光系の焦点位置が測定物の表面又は基準面に合っていないとき、反射光はピンホール１４で遮断されてほとんど受光されない。例文帳に追加

When the focal position of the light receiving system does not point the surface of the measured object or the reference surface, the reflected light is blocked by the pinhole 14 and is hardly received. - 特許庁

照明受光系２０１〜２０８は、試料保持用ローラ対２１１によって保持されたシート状試料９０１の試料面９０２に照明光を照射するとともに試料面９０２からの反射光を受光する。例文帳に追加

Illuminating and light-receiving systems 201-208 shed illuminating light on the specimen surface 902 of the sheet-like specimen 901 held by a specimen holding roller pair 211 and also receive reflected light from the specimen surface 902. - 特許庁

光学系１０の第１の受光系は、検査光がガラス基板１の表面の異物により散乱された散乱光を、検査光に対してほぼ垂直の角度で受光する。例文帳に追加

A first light-receiving system of the optical system 10 receives scattered light formed, by scattering the inspection light with a foreign matter on a surface of the glass substrate 1 substantially vertically, with respect to the inspection light. - 特許庁