「Projecting」を含む例文一覧(24122)

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  • The projecting portion 124 is disposed to surround the semiconductor device 40 along four sides of the semiconductor device 40, and embedded in the sealing resin 50 up to a position higher than a junction of the projecting electrode 122 and the device electrode 42.
    突起部124は、半導体素子40の四辺に沿って半導体素子40を取り囲むように配置され、突起電極122と素子電極42との接合部分よりも上方の位置にまで封止樹脂50内に埋め込まれている。 - 特許庁
  • The semiconductor layer 14 formed on a region where the projecting polycrystalline silicon layer 12 is provided thin, but the semiconductor layer 14 formed on a region where the projecting polycrystalline silicon layer 12 is not provided thick.
    凸状の多結晶シリコン層12が形成されている領域の上部における半導体層14の膜厚は薄く、多結晶シリコン層12が形成されていない領域に位置している半導体層14の膜厚は厚い。 - 特許庁
  • The retaining member 70 is axially applied to the outer board face of the externally toothed member 20 by pushing respective insertion pieces 73, etc. into a recess (recessed portions 26, etc.) between respective projecting portions 25, etc. of the externally toothed member 20 and bending the ends of the projecting tips.
    保持部材70は、各挿込片73・・が外歯部材20の各凸部25・・間の凹み(凹部26・・)内に挿し込まれて、その突出した先の端部が折曲げられることで外歯部材20の外盤面に軸方向に当てがわれる。 - 特許庁
  • A pair of binding projecting parts 14 are provided on an opening part 13 side opposing the bottom part 12, and a sectional surface 15 ranging from the opening part 13 to the binding projecting parts 14 is formed in a recessed shape in frontal view.
    また、上記底部12に対向する開口部13側に一対の結束用突出部14を設け、上記開口部13から上記結束用突出部14に渡る切り口面15を正面視で凹形に形成する。 - 特許庁
  • A projecting part provided on a joined surface side of a positive electrode terminal 50 and a projecting part provided on a joined surface side of a negative electrode terminal 60 in each of the batteries 30 are joined with the wiring layer 26 by diffusion junction, respectively.
    各電池30の正極端子50の接合面側に設けられた凸部と配線層26、および負極端子60の接合面側に設けられた凸部と配線層26とは拡散接合により接合されている。 - 特許庁
  • The rugged pattern 7 includes the glossy surface 8 and non-glossy surfaces 9 each constituting an apex surface of a projecting portion 10 projecting over the glossy surface 8, and uniformly scattered by a prescribed ratio per unit area in the glossy surface 8.
    凹凸パターン7は、光沢面8と、この光沢面8から突出する凸部10の頂面を成し、光沢面8に単位面積あたり所定の割合で均等に点在する非光沢面9と、により形成されている。 - 特許庁
  • A bearing part 10c rotatably supporting the lead shaft 161a is provided on the wall 10a of a frame body so as to press the end face on one end side of the lead shaft 161a by the projecting part 101g of the support member 10g positioned by the projecting part 10h.
    枠体の壁10aにリードシャフト161aを回転自在に支える軸受け部10cを設けて、突部10hにより位置決めされた支持部材10gの凸部101gでリードシャフト161aの一端側端面を押す。 - 特許庁
  • The light receiving section 72A and the light projecting section 71A are disposed such that the measuring light 80 obliquely crosses with the moving direction (the arrow AR) of the leaf spring 41 that moves between the light receiving section 72A and the light projecting section 71A.
    受光部72Aおよび投光部71Aは、受光部72Aおよび投光部71Aの間で移動する板ばね部41の移動方向(矢印AR)に対して、測定光80が斜めに交差するように配置される。 - 特許庁
  • Furthermore, because of the constitution of providing one light projecting element 11 for a plurality of light receiving elements 12, the number of elements is cut down to attain cost reduction in comparison with the conventional constitution provided with the light projecting elements in the same number as the light receiving elements.
    しかも、複数の受光素子12に対して1つの投光素子11を設けた構成にしたから、受光素子と同じ数の投光素子を備えた従来のものよりも、素子数削減によるコストダウンを図ることができる。 - 特許庁
  • First and second projecting part groups 40-1 and 40-2 comprising a plurality of first and second projecting parts 40-1a and 40-2a, and first and second positioning marks 40-1c and 40-2c are formed on the outer periphery of the adapter ring 40.
    複数の第1、第2の突部40−1a、40−2aからなる第1、第2の突部群40−1、40−2と第1、第2の位置決めマーク40−1c、40−2cとがアダプタリング40の外周に形成されている。 - 特許庁
  • A lower vertical rib 53 is protruded from an outer side surface of the center part side wall projecting part, an upper vertical rib 54 is protruded from an inner side surface of the upper side wall projecting part 52, and the vertical ribs 53 and 54 extend in a vertically continuous manner.
    中央部側壁凸部51の外側面には下部縦リブ53が突設され、上部側壁凸部52の内側面には上部縦リブ54が突設されているうえ、両縦リブ53,54は上下に連続するように延設されている。 - 特許庁
  • A support means 8 formed of a pair of engagement projecting parts 81, 82 is provided in a position nearest to the center of gravity of a grip part 6 of a storage cover 3, and a support shaft 7 is supported by an engagement groove 83 formed between the engagement projecting parts 81, 82.
    保管用カバー3のグリップ部6の重心に最も近い位置に一対の係合凸部81,82からなる支持手段8を設け、係合凸部81,82間に形成された係合溝83で支持シャフト7を支持する。 - 特許庁
  • The seal portion 14 in the front side and the seal portion 15 in the back side form the projecting lines 14A, 15A in different shapes, and the recessed portions 14B, 14B are formed in both sides of a base portion of the projecting line 14A on the seal portion 14 in the front side.
    そして、表側のシール部14と裏側のシール部15とは、突条14A,15Aを互いに異なる形状に形成し、表側のシール部14には、突条14Aの基部両側に肉盗み部14B,14Bを形成する。 - 特許庁
  • The grain size of the electrodeposited diamond wheel is 60-150 μm, the dispersion of the projecting end of the diamond grains is within 10 μm, the grain of the metal bond diamond wheel is 20-80 μm, and the dispersion of the projecting end of the diamond grains is within 5 μm.
    なお、電着ダイヤモンドホイールの粒径は60〜150μm、ダイヤモンド砥粒の突出端のバラツキが10μm以内、そしてメタルボンドダイヤモンドホイールの粒径は20〜80μm、ダイヤモンド砥粒の突出端のバラツキが5μm以内とする。 - 特許庁
  • Consequently, in the case that the projection data is dislocated from the desired alignment condition, the alias is intended to be suppressed and resolution is intended to be kept, by not reversely projecting according to a projection path and reversely projecting at the position properly offset according to the misalignment condition.
    つまり、投影データが所望のアライメント状態からずれている場合、投影パス通りに逆投影せずに、ミスアライメント状態に対応して適切にオフセットさせた位置に逆投影させ、エリアス抑制と分解能維持を図る。 - 特許庁
  • The cross section of a first wiring holding part 32a is formed of two projections with different height, wherein one projection with small height is a first projecting part 41, and the other projection with large height is a second projecting part 42.
    第1の配線保持部32aの断面形状は、高さが異なる二つの凸形状が形成されており、高さが低い凸形状部分が第1の凸部41であり、高さが高い凸形状部分が第2の凸部42である。 - 特許庁
  • Lower plates 7 are fitted and fixed to notches 6 formed in the lower sections of both supporting legs 2, and leg-erecting one surfaces are constituted by forming lower plate projecting sections 8 by the width section of the supporting legs 2 on the sides with the upper plate projecting sections 5.
    両方の支持脚の下部に設けた切欠6に下部平板7を嵌合固設し、上部平板突出部を有する側に支持脚の幅分下部平板突出部8を設けることで立脚片面を構成する。 - 特許庁
  • When the hood 30 is deformed downward by more than prescribed quantity, impart is absorbed by plastically deforming an outside leg part 37 of the projecting part 35 continuous to a side surface of the inner rib 33 on an outer peripheral side of the projecting end part 36.
    また、フード30が所定量以上下方に変形された際に、突端部36の外周側でインナリブ33の側面に連続する凸部35の外側脚部37が塑性変形されることで衝撃吸収を行う。 - 特許庁
  • The engagement projecting parts 14 respectively projecting from each and face in the car width direction of the rear package tray 10 as a connecting structure of a front tray 11 and a rear tray 12 are engaged with and supported by engagement parts 8 formed on a side wall of a luggage compartment 4 in use.
    前トレイ11と後トレイ12との連結構造とされたリアパッケージトレイ10の車幅方向各端面から突出する係合突起部14が、使用時には、荷室4の側壁にある係合部8に係合、支持される。 - 特許庁
  • The refill container has at least one projecting part provided on the outer periphery of the wall part of the opening part of the container, and has a notch part in the inner peripheral edge on the upper end of the wall part on the vertical line x passing through the projecting part.
    容器口部の壁部外周に少なくとも1つの突起部が設けられ、且つ該突起部を通る垂直線x上の該壁部上端の内周縁に切り欠き部が設けられることを特徴とする詰め替え容器である。 - 特許庁
  • This fuel cell separator is provided with a plurality of projecting bars 20 comprising a metal plate 10, and the graphite materials projecting from the metal plate 10 to a gas diffusion electrode plate 3 side so as to contact with the gas diffusion electrode plate 3, and forming the gas passage 30.
    金属板10と、金属板10からガス拡散電極板3側に突出してガス拡散電極板3と接触し、かつ、ガス通路30を形成する黒鉛系材料からなる複数の凸条20とを備える。 - 特許庁
  • The terminal 1 is formed into an L-shape including a mounting part projecting downward from the terminal planting part, and a winding tie part projecting laterally from the terminal planting part, and inserted downwardly from above the terminal planting part.
    端子1は、端子植設部から下方向に突出する実装用部と、端子植設部から横方向に突出する巻線巻付用部とを有したL字形状にするとともに、端子植設部の上方から下方に向かって挿入している。 - 特許庁
  • A projecting part 2c is formed on an inner wall 2d of the bushing protection cap 2, and the restricting member is positioned at a closed end side of the bushing protection cap 2 with respect to the projecting part 2c in a state that the bushing protection cap 2 is mounted.
    このブッシング用保護キャップ2の内壁2dに突起部2cを設けて、ブッシング用保護キャップ2の装着状態で拘束用部材9が突起部2cよりブッシング用保護キャップ2の閉塞端側となるような位置関係とした。 - 特許庁
  • The CCD 20 is scanned along the direction of arrangement of light projecting and receiving elements, and the driving of the light projecting element 13 is controlled by a driving circuit at a sensitivity control means 25 so that the number of lines in which a peak value can be detected may become a predetermined number.
    CCD20を投受光素子の並び方向に沿って走査し、ピーク値が検出できるライン数が所定数となるように、感度調整手段25で駆動回路により投光素子13の駆動を制御する。 - 特許庁
  • A light projecting part 3 and a light receiving part 7 are provided to a rotating shaft 13 to detect a presence or absence of an object to be detected by locating the object at the position where a light projection direction of the light projecting part 3 and a reflection direction of the light receiving part 7 are crossed.
    投光部3と受光部7が回転軸13に付設され、投光部3による光照射方向と、受光部7による反射方向とが交差する部位に被検知体を存在することで、その有無を判別する。 - 特許庁
  • The projection display apparatus includes: a light source part 30; a light modulation part 40 for modulating the light emitted from the light source part 30 based on an image signal VS; and a projecting part 23 for projecting the light modulated by the light modulation part 40.
    光源部30と、当該光源部30から放射された光を画像信号VSに基づいて変調する光変調部40と、当該光変調部40により変調された光を投写する投写部23とを有する。 - 特許庁
  • A correction-information generating means 83 generates correction information for projection image correction on the basis of a mode difference between an image projected by the image projecting means 81 and a projected image photographed by the projecting-image photographing means 82.
    補正情報生成手段83は、画像投影手段81が投影する画像と、投影画像撮影手段82が撮影した投影画像との態様の差分をもとに、投影する画像を補正するための補正情報を生成する。 - 特許庁
  • A projecting part of the optical device 1 is formed by projecting a part of the preform into a gap part 140 between the outer peripheral surfaces 121a, 131a of the round shape part 121, 131 and the inner wall surface 110a of the sleeve 110.
    更には、プリフォームの一部が、丸形部121,131の外周面121a,131aとスリーブ110の内壁面110aとの間の隙間部分140に飛び出し、これにより光学素子1の突出部が形成される。 - 特許庁
  • A plurality of horizontal projecting beams 2c are formed into a serrated shape in the side inside the fitting female part 2a and a plurality of recessed beams 2d to be fitted with the projecting beams 2c are formed into a serrated shape in the outside surface of the fitting male part 2b.
    嵌合雌部2aの内側の側面には、水平方向の複数の凸条2cが鋸歯状に形成され、嵌合雄部2bの外側面には、凸条2cと噛み合わさる複数の凹条2dが鋸歯状に形成されている。 - 特許庁
  • A cam member 43 is arranged between the sliding surface 42a and the projecting part 67a, and the cam member 43 is formed with a friction surface 43a to be slid along the sliding surface 42a and a V-shaped groove 43b to be engaged with the projecting part 67a.
    摺動面42aと突出部67aとの間にカム部材43を配設し、カム部材43に、摺動面42aに摺動可能な摩擦面43aと、突出部67aに係合可能なV字溝43bとを形成する。 - 特許庁
  • To maintain a normal abutment state between recessed and projecting members even if a driven system receives other forces from the part other than a driving system and to transmit a driving force between the recessed and projecting members by receiving an abutment force by the driven system from the driving system.
    被駆動系が駆動系以外から他の力を受けても凹凸部材間では正常な当接状態を維持し、常に凹凸部材間において被駆動系は駆動系から当接力を受けて駆動力を伝達するようにする。 - 特許庁
  • The groove 23 of the nut 20 and the projecting part 13 of the fitting base 11 are fitted to each other, and the projecting part 13 is plastically deformed along the outside peripheral surface 27 of the groove 23 by caulking to fit the nut 20 to the fitting base 11.
    ナット20の溝23と取付基台11の凸部13とを嵌合させ、プレス加工により凸部13を溝23の外側周面27に沿って塑性変形させることでナット20を取付基台11にかしめ付ける。 - 特許庁
  • A side plate front projecting part 11 is formed in the elevating plate 2, and the side plate front projecting part 11 of the elevating plate 2 and a side plate rear edge part 32 of a slope plate 8 are turnably pivoted on both sides of the elevating plate 2.
    昇降プレート2に側板前方突出部11を形成し、昇降プレート2の側板前方突出部11と、スロープ板8の側板後方縁部32とを昇降プレート2の両側で回動自在に軸着する。 - 特許庁
  • This shock absorbing material 1 used for the rear bumper of a vehicle comprises a base 2 of the shock absorbing material 1 installed between the rear surface of a bumper fascia 5 and a reinforcement 8 and a projecting section 3 projecting from the base 2.
    車両のリアバンパーに用いられる衝撃緩衝材1を、バンパーフェイシア5の裏面とリインフォースメント8との間に設けられる衝撃緩衝材1の基体2と、その基体2から突出して形成される突片部3とで構成した。 - 特許庁
  • Thus, a projecting part of a processing object surface generated by positioning the lowest point P between the rotational center of the workpiece W and the outer peripheral edge, is shaven off, and becomes the substantially same height as relatively projecting these intermediate parts.
    そのため、最下点PをワークWの回転中心と外周縁との間に位置させることに起因して生ずる被加工面の凸部が削り落とされて、相対的に凹になっていたそれらの中間部と略同じ高さとなる。 - 特許庁
  • The die molding part 7 comprises a base part 15 facing to the outer periphery of the door, a car interior side wall 16, a car exterior side wall 17, a hollow seal part 18 projecting to the car interior, and lip parts 19 and 20 projecting to the car exterior.
    型成形部7は、ドアの外周に沿う基部15と、車内側側壁16と、車外側側壁17と、車内側に突出する中空状のシール部18と、車外側に突出するリップ部19,20を備えている。 - 特許庁
  • A plurality of cams 80 projecting with a prescribed inclined profile are arranged on the upper edge of the rotating ring 8, and a plurality of projecting parts 30 are arranged on the outer periphery of the lens frame 3, and the lens frame 3 is coaxially positioned in the rotating ring 8.
    回転リング8の上縁に所定の傾斜プロファイルに突起したカム80を複数設け、レンズ枠体3には外周に凸部30を複数設けて、回転リング8の環内にレンズ枠体3が同芯に位置する配置にする。 - 特許庁
  • To provide a semiconductor device in which variation of planarity is suppressed furthermore in a chip by arranging a dummy projecting pattern in each process in addition to an uneven pattern required for implementing a desired chip function, and a designing method of the dummy projecting pattern.
    所望のチップ機能の実現に必要な凹凸パターの他にダミーの凸パターンを各工程のパターンに配置してチップ内の平坦性のバラツキを一層抑制した半導体装置、及びダミーの凸パターンの設計方法を提供する。 - 特許庁
  • On the upper surface of the second member 32, an exhaust passage 51 for connecting between the two opening parts is surrounded by a threaded projecting part 80c for connecting, formed, a flexible film 43 is connected to its threaded projecting part 80c, and the exhaust passage 51 is sealed.
    第2部材32の上面には、2つの開口部間を接続する排気通路51が接合用突条部80cに囲まれて形成され、その突条部80cに可撓性膜43が接合されて排気通路51が封止される。 - 特許庁
  • A tensioning device applies tension, with respect to the stoma, at one or more positions that are (i) outboard of the periphery of the projecting portion of the stoma, and/or (ii) between the level of the peristomal skin and the level of the most projecting part of the stoma.
    テンショニング装置は、ストーマに対して、(i)ストーマの突出部の外側周辺の位置、及び/又は、(ii)ストーマ周囲皮膚のレベルと、ストーマの最も突出している部分のレベルと、の間にある位置、の1つ以上の位置でテンションを加える。 - 特許庁
  • Consequently, recessed and projecting sections are also produced on a conductive film 11 formed on the second interlayer insulating film 84 by the step formed on the surface of the insulating film 84, and the surface area of the conductive film 11 becomes larger due to the recessed and projecting sections.
    その結果、第2層間絶縁膜84表面の段差により、第2層間絶縁膜84上に形成された導電膜11にも凹凸が生じ、その凹凸によって導電膜11の表面積が大きくなる。 - 特許庁
  • When the protection cap does not rotate by a prescribed angle around the axis of the lancet, the first projecting part or recessed part and the second projecting part or recessed part engage with each other to restrict the movement of the protection cap in the axial direction of the lancet.
    そして、保護キャップが、ランセットの軸心周りに所定の角度回転していない場合は、第1の凸部または凹部と、第2の凸部または凹部とが係合して、ランセットの軸心方向の保護キャップの移動を規制する。 - 特許庁
  • A projecting piece 105 is projected from one long side of a waterproof pan body 102, and a longitudinal rail 11 constituting one side of an outer frame of a backing board frame 1 is placed on the projecting piece 105 and fixed with a screw 136.
    防水パン本体102の一方の長辺から張出片105が張り出しており、この張出片105に、下地ボード用架台1の外枠の一辺を構成する長手棧11が載置され、ビス136により固定される。 - 特許庁
  • The battery 10 is equipped with an outer packaging 15 covering a power generation element 10a, a positive terminal 16 projecting from one side surface 21 of the outer packaging 15, and a negative terminal 17 projecting from a side surface 22 on the opposite side to the side surface 21.
    電池10は、発電要素10aを覆う外装体15と、外装体15の一側面21から突出する正極端子16と、一側面21と反対側の側面22から突出する負極端子17と、を備える。 - 特許庁
  • This syringe is so constituted that the elastic projecting piece is elastically deformed by the pushing of the plunger to advance the seal cylinder belatedly to the body and, when the pushing is released, the body is retreated from the seal cylinder by the elastic restoration force of the elastic projecting piece.
    そして、プランジャの押し込みにより弾性突片が弾性変形して本体に遅れてシール筒が前進し、押し込み開放で弾性突片の弾性復元力によりシール筒に対して本体が後退する如く構成した。 - 特許庁
  • In an upper mold 3, a projecting part 23 for forming the inner surface of the water flowing hole 15 and the inside surface of the guide part 19, is formed, and the lower inside surface 25 and the lower outside surface 27 of the projecting part 23, are formed as tapered-state.
    上型3に、通水孔15内面及びガイド部19内側面を成形するための突出部23を形成し、突出部23の下方内側面25及び下方外側面27をテーパ状に形成しておく。 - 特許庁
  • The occupant protecting part 24 is provided with projecting parts 25L and 25R arranged side by side almost along a right and left direction and disposed to continuously project from an upper side to a rear side, and a recessed part 26 recessed between the projecting parts 25L and 25R.
    乗員保護部24が、左右方向に略沿って並設されて上方側から後方側にかけて連続して突出するように配設される突出部25L,25Rと、突出部25L,25R間で凹む凹部26と、を備える。 - 特許庁
  • A photosetting transfer sheet 41 is disposed and superposed on the stamper 51A so that the surface of the photosetting transfer sheet 41 and the projecting and recessed part 52a are opposed to each other and pressed so that the photosetting transfer sheet 41 and the projecting and recessed part 52a closely adhere to each other.
    スタンパ51A上に、光硬化性転写シート41の表面と凹凸部52aとが対向するようにして配置し、重ね合わせ、光硬化性転写シート41と凹凸部52aが完全に密着するように押圧する。 - 特許庁
  • The projecting sections 71b are formed into the wave shape extending along the direction of a rotating shaft of the compression rod 71, and the plurality of projecting sections are disposed on positions separating from each other in the rotating direction on the outer peripheral face of the compression rod 71.
    この突起部71bは、圧縮ロッド71の回転軸方向に沿って延在した波型形状に形成されており、圧縮ロッド71の外周面において回転方向に離れた位置に複数設けられている。 - 特許庁
  • When the projections 15 of the light control member 11 are tilted in an ascending direction toward the right, the first side 13 of each light control projecting part 12 is positioned on the left side, and the second side 14 of the light control projecting part 12 is positioned on the right side.
    光制御部材11の突起15が右肩上がりの方向に傾斜している場合に、光制御凸部12の第1の辺13が左側に位置し、光制御凸部12の第2の辺14が右側に位置する。 - 特許庁
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