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- あいと いまいだ
- 7 years ago
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1 series Premium High-Resolution Lenses for Line-Scan Sensors - Premium Class - Object M45x0.75 F.F.D 4.0/60, 4.0/100 Image 5.6/ x, 5.6/ x 5.6/ x, 5.6/ x 5.6/105-1x = ( 1 + M ) f / M - B mm mm F.F.D. (Flange-Focal-Distance) (mm) (mm) F.F.D. (mm) = ( 1 + M ) f - A = ( 1 + M ) f / M - B = ( 1 + M ) f - A = ( ) x / = ( ) x M : f ( mm ) = mm = mm Object V46 V46 F.F.D Image
2 4.0/60 5.6/ x, 5.6/ x, 5.6/ x, 5.6/ x Specifications 4.0/100 FocusTube S, FocusTube LM72 F# A B 4.0/ mm mm 0.033x 0x0.2x φ51x42.6 M49x0.75 M45x0.75 Modular- Focus 4.64mm 28.76mm 4.0/ mm mm 0.05x 0x0.2x φ60x58.4 M58x0.75 M45x0.75 Modular-Focus 7.67mm 46.69mm 5.6/ x mm mm 0.33x 0.25x0.45x 2.2x3x φ61.4x72.5 M43x0.75 V46 Focus-Tube S 40.77mm 39.1mm 5.6/ x mm mm 0.5x 0.4x0.65x 1.5x2x φ61.4x72.5 M43x0.75 V46 Focus-Tube S 40.24mm 39.41mm 5.6/ x mm mm 0.76x 0.6x0.9x 1.1x1.5x φ61.4x72.5 M43x0.75 V46 Focus-Tube L 39.94mm 39.82mm 5.6/ x mm mm 1.0x 0.85x1.2x φ61.4x72.5 M43x0.75 V46 Focus-Tube L 39.76mm 40.01mm FocusTube S FocusTube L A min. 71mm A max.127.6mm A min.108.6mm A max.186mm 5.6/ x, inspec.x 5.6/ x 5.6/ x, inspec.x 5.6/ x 12/11
3 -3x / 3.5x / 5x series Premium High-Resolution Lenses for Line-Scan Sensors - Premium Class - Object 4.0/105-3x 4.0/105-3x-prism 4.0/ x 4.0/ x-prism 3.5/105-5x 3.5/105-5x-prism 4.0/ x = ( 1 + M ) f / M - B mm mm F.F.D. (Flange-Focal-Distance) (mm) (mm) F.F.D. (mm) = ( 1 + M ) f - A = ( 1 + M ) f / M - B = ( 1 + M ) f - A = ( ) x / = ( ) x M : f ( mm ) = mm = mm V46 F.F.D Image
4 4.0/105-3x 4.0/ x 3.5/105-5x 4.0/105-3x-prism 4.0/ x-prism 3.5/105-5x-prism PM-INL 4.0/105-3x 4.0/105-3x-prism Specifications F# A B 4.0/105-3x 105.3mm mm 3.0x 2.8x3.3x φ53x94.8 M46x0.75 V46 Focus Tube 3x-3.5x Focus Tube 3.5x 66.78mm 59.06mm 4.0/105-3x -prism 105.0mm mm 3.0x 2.8x3.3x φ53x94.5 M46x0.75 V46 Focus Tube 3x-3.5x Focus Tube 3.5x 65.67mm 54.73mm* 4.0/ x 104.9mm mm 3.5x 3.3x3.7x φ53x94.5 M46x0.75 V46 Focus Tube 3x-3.5x Focus Tube 3.5x 66.05mm 57.95mm 4.0/ x -prism 105.3mm mm 3.5x 3.3x4x φ53x95.1 M46x0.75 V46 Focus Tube 3x-3.5x Focus Tube 3.5x 66.4mm 55.4mm* 3.5/105-5x 3.5/105-5x -prism PM-INL 107.6mm mm 5.0x 4.8x5.2x φ53x98.4 M46x0.75 V46 Focus Tube 5x 73.0mm 62.53mm 113.3mm mm 5.0x 4.8x5.2x φ53x105.3 M46x0.75 V46 Focus Tube 5x 86.6mm 68.6mm* -prism 72x53 L=48.1mm M46x0.75 *PM-INL 12/11
5 inspec.x M series Premium Lenses for High-Resolution Line-Scan and Area-Scan Sensors - Premium Class - inspec.x M 2.8/100 Specifications F# (0.5x ) (0.25x ) (0.1x ) inspec.x M 2.8/ mm mm 0.05x 0x0.5x mm mm mm φ79 x113.7~161.7 M55x0.5 F 12/11
6 MeVis-C series High-Resolution C-Mount Lenses for Megapixel Cameras - Premium Class - Object () MeVis-C 1.6/ x3.45m () 353mm 8.47x7.10mm(2/3 5M) 84.7x71.0mm 0.5mm 0.1x 3.1mm F 2.8 F Image F.B
7 MeVis-C 1.8/12 MeVis-C 1.6/16 MeVis-C 1.6/25 MeVis-C 1.6/35 MeVis-C 1.8/50 MeVis-C 1.8/50 Specifications MeVis-C 1.8/12 MeVis-C 1.6/16 MeVis-C 1.6/25 MeVis-C 1.6/35 MeVis-C 1.8/ mm 16.0mm 25.0mm 35.0mm 49.9mm /3 (φ11mm) 2/3 (φ11mm) 1 (φ16mm) 1 (φ16mm) 1 (φ16mm) 0.03m 0.15m 0.26m 0.37m 0.67m nm nm nm nm nm C C C C C 3.5mm 3.5mm 3.5mm 3.5mm 3.5mm M35.5x0.5 M35.5x0.5 M35.5x0.5 M35.5x0.5 M35.5x0.5 φ42x63.9mm φ42x51.5mm φ42x44.1mm φ42x59.4mm φ42x67.5mm 240g 170g 156g 210g 240g 12/11
8 Apo-Rodagon-D series High-Resolution Lenses for Large Imaging Sensors - A Class - Object Apo-Rodagon-D 1x 75mm F4 Apo-Rodagon-D 2x 75mm F4.5 Apo-Rodagon-D 120mm F5.6 Apo-Rodagon-D 2x 75mm F4.5 = ( 1 + M ) f / M - B mm mm F.F.D. (Flange-Focal-Distance) (mm) (mm) F.F.D. (mm) = ( 1 + M ) f - A = ( 1 + M ) f / M - B = ( 1 + M ) f - A = ( ) x 74.8 / = ( ) x M : f ( mm ) = mm = mm F.F.D Image
9 Apo-Rodagon-D 1x 75mm F4 Apo-Rodagon-D 120mm F5.6 Apo-Rodagon-D 2x 75mm F4.5 Apo-Rodagon-D 1x 75mm F4 Apo-Rodagon-D 2x 75mm F4.5 Apo-Rodagon-D 120mm F5.6 Specifications F# A B Apo-Rodagon-D 1x 75mm F4 74.7mm mm 1.0x 0.8x1.2x φ50+2x34.3 M40.5x mm 35.98mm Apo-Rodagon-D 2x 75mm F mm mm 0.5x 0.4x0.8x 1.2x2.5x φ50+2x30.4 M40.5x mm 30.13mm Apo-Rodagon-D 120mm F mm mm 0.5x 0.33x0.8x 1.2x2.5x φ50+2x30.7 M40.5x mm 27.33mm 12/11
10 Apo-Rodagon-N series High-Resolution Lenses for Large Imaging Sensors - A Class - Object Apo-Rodagon-N 50mm F2.8 Apo-Rodagon-N 80mm F4 Apo-Rodagon-N 90mm F4 Apo-Rodagon-N 105mm F4 Apo-Rodagon-N 80mm F4 = ( 1 + M ) f / M - B mm mm F.F.D. (Flange-Focal-Distance) (mm) (mm) F.F.D. (mm) = ( 1 + M ) f - A = ( 1 + M ) f / M - B = ( 1 + M ) f - A = ( ) x 83.5 / = ( ) x M : f ( mm ) = mm = mm F.F.D Image
11 Apo-Rodagon-N 50mm F2.8 Apo-Rodagon-N 80mm F4 Apo-Rodagon-N 90mm F4 Apo-Rodagon-N 105mm F4 Apo-Rodagon-N 80mm F4 Apo-Rodagon-N 90mm F4 Apo-Rodagon-N 105mm F4 Specifications F# A B Apo-Rodagon-N 50mm F mm mm 0.1x 0.05x0.5x φ50+2x30.8 M40.5x mm 28.9mm Apo-Rodagon-N 80mm F4 83.5mm mm 0.1x 0.066x0.5x φ50+2x35.0 M40.x mm 32.0mm Apo-Rodagon-N 90mm F4 90.1mm mm 0.1x 0.066x0.5x φ50+2x31.2 M40.x mm 29.2mm Apo-Rodagon-N 105mm F mm mm 0.168x 0.06x0.5x φ50+2x36.0 M40.5x mm 33.3mm 12/11
12 Rodagon-F series Precision Optics for F-Mount - A Class - Object F F.B.46.5mm Rodagon F 40mm F4 / F5.6 Rodagon F 50mm F2.8 / F4 / F5.6 Rodagon F 60mm F4 / F5.6 Image
13 Rodagon F 40mm F4 / F ( ) ~ (0.5x) Rodagon F 50mm F2.8 / F4 / F ( ) ~ 52.7 (0.5x) Rodagon F 60mm F4 / F ( ) ~ (0.5x) Rodagon-F 50mm F5.6 Specifications F# 0.06x () 0.1x () 0.25x () 0.5x () Rodagon F 40mm F4 40.4mm mm 0.1x 0x~0.5x 686.5mm (23.9mm) 417.2mm (25.5mm) 174.9mm (31.6mm) 94.1mm (40.7mm) φ59x21.3 ~40.7mm M40.5x0.75 F Rodagon F 40mm F mm mm 0.1x 0x~0.5x 686.5mm (23.9mm) 417.2mm (25.5mm) 174.9mm (31.6mm) 94.1mm (40.7mm) φ59x21.3 ~40.7mm M40.5x0.75 F Rodagon F 50mm F mm mm 0.1x 0.06x~0.5x 858.3mm (30.7mm) 524.3mm (32.7mm) 223.7mm (40.2mm) 123.5mm (52.7mm) φ59x27.7 ~52.7mm M40.5x0.75 F Rodagon F 50mm F4 50.1mm mm 0.1x 0.06x~0.5x 858.3mm (30.7mm) 524.3mm (32.7mm) 223.7mm (40.2mm) 123.5mm (52.7mm) φ59x27.7 ~52.7mm M40.5x0.75 F Rodagon F 50mm F mm mm 0.1x 0.06x~0.5x 858.3mm (30.7mm) 524.3mm (32.7mm) 223.7mm (40.2mm) 123.5mm (52.7mm) φ59x27.7 ~52.7mm M40.5x0.75 F Rodagon F 60mm F4 61.9mm mm 0.25x 0x~0.5x mm (43.7mm) 654.3mm (46.2mm) 282.9mm (55.5mm) 159.1mm (70.9mm) φ59x40.0 ~70.9mm M40.5x0.75 F Rodagon F 60mm F mm mm 0.25x 0x~0.5x mm (43.7mm) 654.3mm (46.2mm) 282.9mm (55.5mm) 159.1mm (70.9mm) φ59x40.0 ~70.9mm M40.5x0.75 F 12/11
14 Rodagon series Versatile Imaging Value for Large Sensors - A Class - Object Rodagon 28mm F4 Rodagon 35mm F4 Rodagon 50mm F2.8 Rodagon 60mm F4 Rodagon 80mm F4 Rodagon 105mm F5.6 Rodagon 135mm F5.6 Rodagon 80mm F4 = ( 1 + M ) f / M - B mm mm F.F.D. (Flange-Focal-Distance) (mm) (mm) F.F.D. (mm) = ( 1 + M ) f - A = ( 1 + M ) f / M - B = ( 1 + M ) f - A = ( ) x 81.1 / = ( ) x M : f ( mm ) = mm = mm F.F.D Image
15 Rodagon 28mm F4 Rodagon 60mm F4 Rodagon 105mm F5.6 Rodagon 35mm F4 Rodagon 80mm F4 Rodagon 80mm F4 Rodagon 135mm F5.6 Rodagon 50mm F2.8 Rodagon 60mm F4 Rodagon 105mm F5.6 Specifications F# A B Rodagon 28mm F4 Rodagon 35mm F4 27.6mm mm 0.05x 0.033x0.2x φ50+2x30.7 M40.5x mm mm 0.05x 0.033x0.2x φ50+2x30.7 M40.5x mm 3.8mm 26.06mm 26.79mm Rodagon 50mm F2.8 Rodagon 60mm F4 Rodagon 80mm F4 50.1mm mm 0.1x 0.066x0.5x φ50+2x30.7 M40.5x mm mm 0.25x 0.06x0.5x φ50+2x30.6 M40.5x mm mm 0.25x 0.06x0.5x φ50+2x30.8 M40.5x mm 5.9mm 6.6mm 26.85mm 26.70mm 26.80mm Rodagon 105mm F5.6 Rodagon 135mm F mm mm 0.16x 0.06x0.5x φ50+2x30.7 M40.5x mm mm 0.2x 0.1x0.5x φ50+2x30.7 M40.5x mm 7.6mm 26.68mm 23.18mm 12/11
16 Rodagon-WA series Versatile Imaging Value for Large Sensors - A Class - Object Rodagon-WA 40mm F4 Rodagon-WA 60mm F4 Rodagon-WA 80mm F4 Rodagon-WA 60mm F4 = ( 1 + M ) f / M - B mm mm F.F.D. (Flange-Focal-Distance) (mm) (mm) F.F.D. (mm) = ( 1 + M ) f - A = ( 1 + M ) f / M - B = ( 1 + M ) f - A = ( ) x 61.4 / = ( ) x M : f ( mm ) = mm = mm F.F.D Image
17 Rodagon-WA 40mm F4 Rodagon-WA 60mm F4 Rodagon-WA 80mm F4 Rodagon-WA 60mm F4 Specifications F# A B Rodagon-WA 40mm F4 40.4mm mm 0.1x 0.05x0.25x φ50+2x30.6 M40.5x mm 27.04mm Rodagon-WA 60mm F4 61.4mm mm 0.125x 0.066x0.25x φ50+2x31.0 M40.5x mm 27.54mm Rodagon-WA 80mm F4 82.6mm mm 0.125x 0.066x0.25x φ50+2x31.0 M40.5x mm 27.67mm 12/11
18 Lenses for machine vision Mechanical Adapters Focus Tube S Focus Tube L Modular-Focus Focus Unit 80 Focus Tube M95 S Focus Tube M95 L ET47L40 ET47L20 ET80L40 ET47L10 ET80L20 STRM-M42-47L ET80L10 STRM-M72-80L
19 Specifications Focus Tube S φ46, 3 M72x0.75 φ98mm mm Focus Tube L φ46, 3 M72x0.75 φ98mm mm Focus Tube 3x-3.5x φ46, 3 M72x0.75 φ98mm mm Focus Tube 3.5x φ46, 3 M72x0.75 φ98mm mm Focus Tube 5x φ46, 3 M72x0.75 φ98mm mm Focus Tube M95 S φ46, 3 M95x1 φ100mm mm Focus Tube M95 L φ46, 3 M95x1 φ100mm mm Focus Tube M95 3x-3.5x φ46, 3 M95x1 φ100mm mm Focus Tube M95 5x φ46, 3 M95x1 φ100mm mm Focus Unit 80 M72x0.75 φ98mm mm Focus Unit 105 M72x0.75 φ98mm mm Focus Unit 135 M72x0.75 φ98mm mm STRM-M42-47L M42x1 φ47mm 1828mm () STRM-M72-80L M72x0.75 φ80mm 1828mm () φ55, 3 φ72mm mm Modular-Focus M45x0.75 φ55, 3 φ72mm mm C CA 0.8 V55 C φ55mm 0.8mm M42x1 CA 0.8 V55 M42x1 φ55mm 0.8mm M42x0.75 CA 0.8 V55 M42x0.75 φ55mm 0.8mm F CA 0.8 V55 F φ55mm 0.8mm M48x0.75 CA 0.8 V55 φ50+m48x0.75 φ55mm 0.8mm M58 CA 2.6 V55 M58x0.75 φ62mm 2.6mm M72 CA 1.8 V55 M72x0.75 φ77mm 1.8mm M95 CA 2.8 V55 M95x1 φ100mm 2.8mm M40.5 M39 RR 1.1 M40.5x0.5 φ42.0mm 1.1mm M39 M45 LA 3.7 M45x0.75 φ50.5mm 3.7mm V46 M45 LA 20 φ46, 3 M45x0.75 φ52mm 20mm M39 EXT 12 φ41mm 12mm M39 EXT 24 φ41mm 24mm M39 EXT 48 φ41mm 48mm M39 EXT 120 φ41mm 120mm ET47L10 M42x1 M42x1 φ47mm 10mm () ET47L20 M42x1 M42x1 φ47mm 20mm () ET47L40 M42x1 M42x1 φ47mm 40mm () M45 EXT 24.5 M45x0.75 M45x0.75 φ47.5mm 24.5mm M45 EXT 60 M45x0.75 M45x0.75 φ47.5mm 60mm M45 EXT 87.5 M45x0.75 M45x0.75 φ47.5mm 87.5mm M72 EXT 24 M72x0.75 M72x0.75 φ77mm 24mm ET80L10 M72x0.75 M72x0.75 φ80mm 10mm () ET80L20 M72x0.75 M72x0.75 φ80mm 20mm () ET80L40 M72x0.75 M72x0.75 φ80mm 40mm () M95 EXT 24 M72x0.75 M72x0.75 φ100mm 24mm SET-C-49L12 φ49mm 12mm M42x1 C () SET-F-54.5L8.5 φ54.5mm 8.5mm M42x1 F () M72 M L10 φ93mm 10mm M72x0.75 M84.5x0.5 () 12/11
20 Magnification range Qioptiq Lenses Selection Chart 5.0x 4.0x High Resolution INL : INM : inspec.x M 3.5x MVS : MeVis-C 3.0x ARD : Apo-Rodagon-D ARN : Apo-Rodagon-N 2.0x ROF : Rodagon-F 1.5x ROD : Rodagon RWA : Rodagon-WA 1.2x Low Cost ROG : Rogonar-S 1.0x 0.75x 0.5x 0.33x 0.25x 0.2x ROF / ROD / RWA MVS INM INL ARN / ARD NOV x 0.05x ROG 0.03x Inf (mm) Image circle Taihei Boeki Co., Ltd.
- 1 - 2 ç 21,464 5.1% 7,743 112 11,260 2,349 36.1% 0.5% 52.5% 10.9% 1,039 0.2% 0 1 84 954 0.0% 0.1% 8.1% 91.8% 2,829 0.7% 1,274 1,035 496 24 45.0% 36.6% 17.5% 0.8% 24,886 5.9% 9,661 717 6,350 8,203 38.8%
Microsoft PowerPoint - 201409_秀英体の取組み素材（予稿集）.ppt
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1 Kinect for Windows M = [X Y Z] T M = [X Y Z ] T f (u,v) w 3.2 [11] [7] u = f X +u Z 0 δ u (X,Y,Z ) (5) v = f Y Z +v 0 δ v (X,Y,Z ) (6) w = Z +
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3 3D 1,a) 1 1 Kinect (X, Y) 3D 3D 1. 2010 Microsoft Kinect for Windows SDK( (Kinect) SDK ) 3D [1], [2] [3] [4] [5] [10] 30fps [10] 3 Kinect 3 Kinect Kinect for Windows SDK 3 Microsoft 3 Kinect for Windows
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第18回海岸シンポジウム報告書
2011.6.25 2011.6.26 L1 2011.6.27 L2 2011.7.6 2011.12.7 2011.10-12 2011.9-10 2012.3.9 23 2012.4, 2013.8.30 2012.6.13 2013.9 2011.7-2011.12-2012.4 2011.12.27 2013.9 1m30 1 2 3 4 5 6 m 5.0m 2.0m -5.0m 1.0m
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訪問入浴Ｑ＆Ａ PDFファイ ル httpwww.care-mirai.commiraihomehelpe_buth.html.docx
4 450kg500kg 185cm 95kg 100kg 185 ( ) Vision , 40 8/138/15 1/11/3 1 13,000 11,700 9,500 3,500 13,000 11,700 9,500 3,500 http://www.care-mirai.com 1 37 38 1 1,000PPM soda premium 1,100ppm http://www.care-mirai.com/mirai/carbonated.html
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2003/3 Vol. J86 D II No.3 2.3. 4. 5. 6. 2. 1 1 Fig. 1 An exterior view of eye scanner. CCD [7] 640 480 1 CCD PC USB PC 2 334 PC USB RS-232C PC 3 2.1 2
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Curved Document Imaging with Eye Scanner Toshiyuki AMANO, Tsutomu ABE, Osamu NISHIKAWA, Tetsuo IYODA, and Yukio SATO 1. Shape From Shading SFS [1] [2] 3 2 Department of Electrical and Computer Engineering,
日本電子News Vol.41, 2009
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