「受光系」に関連した英語例文の一覧と使い方(3ページ目) - Weblio英語例文検索

センシングファイバループ１０に対し、検出用の光を発光すると共に、センシングファイバループ１０からの戻り光を受光する二系統の第１，２の発光・受光系（ 光源１，５、受光器２，６、光カプラ３，７、偏光子４，８を有する）を設ける。例文帳に追加

This Sagnac type interference type sensor is provided with two lines of the first and second light emitting/photoreceiving systems (having the light sources 1, 5, the photoreceivers 2, 6, photocouplers 3, 7 and polarizers 4, 8) for emitting a detecting light to a sensing fiber loop 10, and for receiving a return light from the sensing fiber loop 10. - 特許庁

受光系は、対物レンズの後側焦点位置（６Ａ）と受光面（８）とを共役に結ぶリレー光学系（７）と、後側焦点位置と受光面との間の光路中に設けられて近距離にある目標物からの測定光束を偏向するための偏向手段とを有する。例文帳に追加

The light receiving system has a relay optical system (7) for connecting a rear focal position (6A) and a light receiving surface (8) of the objective in a conjugate manner and a deflecting means which is provided in the optical path between the rear focal position and the light receiving surface to deflect a measuring light flux from a target which is in a short distance. - 特許庁

Ａｌ組成を含んでいても、従来よりも高品質でかつ厚いＧａＮ系結晶層を受光層として有するＧａＮ系受光素子を提供すること。例文帳に追加

To provide a GaN system light receiving element having a GaN system crystal layer whose quality is higher, and whose thickness is thicker than the conventional manner as a light receiving layer although Al composition is included. - 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

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

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

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

測距装置１は、目標物体に向けレーザ光Ｌ１を投射する送信光学系１０と、目標物体で反射した反射レーザ光Ｌ２を受光素子３４により受光する受信光学系３０とを備える。例文帳に追加

This ranging device 1 includes a transmission optical system 10 for projecting laser light L1 toward a target object, and a reception optical system 30 for receiving reflected laser light L2 reflected by the target object by a light receiving element 34. - 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

この防護部材７０は、保持・回転機構によって保持されており、読取時に受光光学系側に面する裏部７２を、受光光学系側に面する位置から清掃可能位置に移動させうる構成をなしている。例文帳に追加

The protective member 70, which is held by holding rotating mechanism, is configured so that a back side 72 facing the light receiving system when reading is moved to a position for cleaning from a position facing the light receiving system. - 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

受光筐体１３７内に、投影光学系を通過した露光光ＥＬを平行光に変換する第１〜第３リレーレンズ１４３，１４５，１４６等の受光光学系を収容する。例文帳に追加

A light-receiving optical system for a first, a second, and a third relay lens 143, 145, 146 converting light EL for exposure passing through a projection optical system to parallel light is housed in a light receiving enclosure 137. - 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（Ｅ１〜Ｅ１１）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

In an image formation device, a reflection type optical sensor comprises an irradiation system including eleven light emission portions (E1 to E11) arranged in a principal direction with equal intervals therebetween and a light receiving system including eleven light receiving portions. - 特許庁

各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７個の発光部（Ｅ１〜Ｅ７）を含む照射系、及び７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 reflection type optical sensors comprises an irradiation system including seven light emission parts (E1 to E7) arranged in a principal direction with equal intervals therebetween, and a light receiving system including seven light receiving parts. - 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、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

In an image formation device, a reflection type optical sensor comprises an irradiation system including eleven light emission parts arranged in a principal direction with equal intervals therebetween and a light receiving system including eleven light receiving parts. - 特許庁

眼屈折力測定装置１は、被検眼の眼底に向けて視標光を投影する視標光投影系１０と、前記視標光の前記被検眼の眼底での反射光を受光する受光系２０とを備えている。例文帳に追加

The eye refractivity measuring instrument 1 is equipped with a target light projection system 10 for projecting target light on the eyeground of an eye to be examined and a light detection system 20 for detecting the reflected light from the eyeground of the eye to be examined of the target light. - 特許庁

ディスク表面を送光系（101、102）により投光し、その正反射光、散乱光を受光系（102、103、104、105、202）によって受光し、その信号に対して２次元周波数フィルタ処理(4013)により欠陥の顕在化を行う。例文帳に追加

Light is projected on the surface of the disk by light transmitting systems (101 and 102) and the regularly reflected light and scattered light thereof are received by light receiving systems (102, 103, 104, 105 and 202) while the signals thereof are subjected to two-dimensional frequency filtering processing (4013) to actualize the flaw of the disk. - 特許庁

検出装置は、基板を検出光で照明する照明光学系と、照明光学系で照明された基板の表面からの検出光を受光する受光光学系とを備え、照明光学系の照明によって基板の表面に付着している滴から発生する光の受光光学系への入射が抑制されている。例文帳に追加

The detecting device includes an illumination optical system which illuminates the substrate with detection light and a photodetection optical system which receives the detection light from the surface of the substrate illuminated by the illumination optical system, wherein incident of light emitted from the drop, sticking on the surface of the substrate, through the illumination by the illumination optical system on the photodetection optical system is suppressed. - 特許庁

これら角度αと角度βの差γが発光光学系と受光光学系の回転方向へのずれになる。例文帳に追加

The difference γ between these angles α and β becomes shift in the rotary direction of the luminous optical system and the light detection optical system. - 特許庁

レーザレーダ装置１は、送光光学系１１、受光光学系２１及び信号処理部３１を備える。例文帳に追加

The laser radar apparatus 1 has the light transmitting optical system 11, the light-receiving optical system 21, and a signal processing part 31. - 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

先端部下面に読取口１ａを有するケース１内に、照明光学系３、受光センサ４、結像光学系５を設ける。例文帳に追加

An illumination optical system 3, a light receiving sensor 4 and an imaging optical system 5 are provided in a case 1 having a reading port 1a on the tip part lower face. - 特許庁

前記焦点位置とは、投光光学系１１を製品仕様において受光光学系１２から最も離れた位置に設置したときの位置である。例文帳に追加

The focal position refers to the position at which a projection optical system 11 is installed at the most distant position from the optical system 12 in the specifications of a product. - 特許庁

このとき、投影光学系と受光光学系のフォーカスレンズ８、２１を連動して測定を行う。例文帳に追加

At this time, the focus lenses 8 and 21 of a projection optical system and a light detection optical system are allowed to cooperate with each other to perform measurement. - 特許庁

射出光学系部材と受光光学系部材との相対的な位置ずれを防止でき、測定精度を担保できる光学測定装置を提供する。例文帳に追加

To provide optical measuring equipment for securing measuring accuracy by preventing the relative position deviation of an emission optical system member and a light reception optical system member. - 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

励起光入射光学系１８と、測定用光源１０と、測定用光学系１２と、複数の受光素子２４とを備える。例文帳に追加

This device is equipped with an excitation light incidence optical system 18, a measuring light source 10, a measuring optical system 12, and a plurality of light receiving elements 24. - 特許庁

環境負荷を増大させず、かつＺｎＳ系バッファ層にダメージを与えずに、ＺｎＯ系電極を形成した受光素子を提供する。例文帳に追加

To provide a light receiving element with a ZnO-based electrode without increasing an environmental load and doing damage to a ZnS-based buffer layer. - 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

または、光束偏向部材は投光光学系と受光光学系のそれぞれに配置されており、回転手段は投光光学系と受光光学系に配置された前記光束偏向部材を、それぞれの測定光軸の回りに同期して回転する。例文帳に追加

Otherwise, the light beam deflection member is arranged at each of the light projecting optical system and the photoreceiving optical system, and the rotation means synchronously rotates the light beam deflection members arranged at the light projecting optical system and the photoreceiving optical system around the respective measurement optical axis. - 特許庁

二次元コードリーダ１０では、水平マーカ光学系２４から照射される水平マーカ光Ｍｈと垂直マーカ光学系２７から照射される垂直マーカ光Ｍｖとが、受光センサ２３の受光軸Ｊｓ上で直角に交差するとともに受光軸Ｊｓに沿って受光軸Ｊｓを含んで平面状に拡がる。例文帳に追加

In a two-dimensional code reader 10, horizontal marker light Mh irradiated from a horizontal marker optical system 24 and vertical marker light Mv irradiated from a vertical marker optical system 27 orthogonally cross on a light receiving axis Js of a light receiving sensor 23 and spread like a plane including a light receiving axis Js along the light receiving axis Js. - 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

マイクロレンズ５の背後に受光部１〜４を配置した画素６を複数個配列して画素列を形成するとともに、この画素列を光学系２０９、２１０の予定結像面近傍に配置し、受光部の出力信号に基づいて光学系の焦点調節状態を検出する焦点検出装置において、受光部を画素列の並び方向に沿った３つ以上の受光領域を有するものとする。例文帳に追加

In the focus detection device, a plurality of picture elements 6 where light receiving sections 1 to 4 are arranged behind a microlens 5 are arranged to form a picture element line, the picture element line is arranged near the predetermined image forming surface of optical systems 209 and 210, and the focusing condition of the optical systems is detected based on the output signals of the light receiving sections. - 特許庁

光学系による像を結像する焦点板１３１の像を観察可能とする観察光学系１３０と、前記観察光学系の光軸外に配置され、前記焦点板からの光束を受光して得られる受光信号に基づいて前記光束を測光するとともに、前記光学系による像を撮像する受光手段１３９と、を備えることを特徴とする撮像装置。例文帳に追加

The imaging device includes: an observation optical system 130 for observing an image of a focus plate 131 for focusing an image by the optical system; and a light reception means 139 arranged outside the optical axis of the observation optical system for measuring luminous flux from the focus plate based on a light reception signal obtained by receiving the luminous flux, and capturing the image by the optical system. - 特許庁

被入力画像が記録された記録媒体を接触させる画像入力プレート30-1と、画像受光面32-2に結像された被入力画像を取り込む画像受光素子32-1と、被入力画像を画像受光面に結像させる結像光学系50とを具える画像入力装置である。例文帳に追加

An image input device comprising an image input plate 30-1 with which a recording medium with an input image recorded thereon is brought into contact, an image light receiving element 32-1 that receives the input image formed on an image light receiving surface 32-2, and an image forming optical system 50 that forms an input image on an image light receiving surface. - 特許庁

受光量を一定にするフィードバック制御系１２１では、受光量検出回路１０５にて求めたＡ相直流成分とＢ相直流成分の和が予め設定した受光量指令値と等しくなるように光源１０１の出射光量が制御される。例文帳に追加

In a feedback control system 121 for fixing the light receiving quantity, the outgoing light quantity of the light source 101 is controlled so that the sum of an A-phase direct current component and a B-phase direct current component determined by a light-receiving quantity detection circuit 105 becomes equal to a light-receiving quantity instruction value set beforehand. - 特許庁

Ｍ系列用の受光セルアレイＡ群，Ｂ群の各受光セルから発生する光電流を増幅するトランジスタの電流増幅率のばらつきを低く抑え、また該トランジスタと受光部それぞれの歩留まりの向上を図ること。例文帳に追加

To lower the dispersion of current amplification factor of a transistor for amplifying the light current generated from each light receiving cell of light receiving cell arrays of A group and B group for M system and to increase the yields of each transistor and light receiving part. - 特許庁

レーザ光学装置を遠隔操作する遠隔操作信号を送信する送信手段と、レーザ光と受光面中心との差を演算する演算手段を備え、レーザ光学系を受光面中心へ回転させる遠隔操作信号を送信手段により送信する受光装置を用いる。例文帳に追加

A photo detecting device having a transmitting means which transmits a remote operation signal operating a laser optical device remotely, and a calculating means which calculates the difference between laser light and the center of a photo detecting plane, is employed, and the remote operation signal which rotates a laser optical system toward the center of the photo detecting plane is transmitted by the transmitting means. - 特許庁

フォトダイオードもしくはフォトトランジスタをアレイ状に集積化した受光素子アレイ１３０、その上にレンズ光学系１２０をおき、対象物の状況を受光素子アレイ１３０上に結像して、さらにアレイ１３０中の任意の場所の受光素子を選択する。例文帳に追加

A lens optical system 120 is located above a light-receiving element array 130 for integrating photodiodes or phototransistors in an array, an image representing the situation of an object is formed on the light-receiving element array 130 and a light-receiving element at an arbitrary location in the array 130 is selected. - 特許庁

発光素子、受光素子、光学系を一体に構成可能にすることで部品点数を低減し、しかも発光素子と受光素子とを被照射対象に対面させて並設する必要をなくすことで、小型化が可能になる投受光デバイスを得る。例文帳に追加

To obtain a light emitting and photodetecting device capable of being reduced in size by reducing the number of components by allowing a light emitting element, a photodetector and an optical system to be integrally constituted, and eliminating a necessity of opposing the emitting element and the photodetector to an object to be irradiated and aligning in parallel the emitting element and the photodetector. - 特許庁

この光学系は、導光体によって伝搬されてその基端部３ｂから出射する赤外線を受光素子の受光面５３ａに直接結合させるとともに、発光ダイオード５４から出射される可視光を受光面５３ａで反射させて基端部３ｂに結合させるようになっている。例文帳に追加

The optical system directly couples the infrared light propagated through the light guide and emitted from a base end part 3b to a light-receiving face 53a of the light-receiving element, and reflects the visible light emitted from the light-emitting diode 54 on the light-receiving face 53a to be coupled to the base end part 3b. - 特許庁