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Image Forming Method and System Bilderzeugungsverfahren Und System Procédé De Formation D’Image Et Système
Europäisches Patentamt *EP000800114B1* (19) European Patent Office Office européen des brevets (11) EP 0 800 114 B1 (12) EUROPEAN PATENT SPECIFICATION (45) Date of publication and mention (51) Int Cl.7: B41J 2/01, B41J 2/325, of the grant of the patent: G03C 8/40, G03C 5/04, 05.11.2003 Bulletin 2003/45 G03D 13/00, G03G 15/01, (21) Application number: 97103995.3 G03G 15/10, G03G 15/16, H04N 1/00, H04N 1/21, (22) Date of filing: 10.03.1997 H04N 1/29 (54) Image forming method and system Bilderzeugungsverfahren und System Procédé de formation d’image et système (84) Designated Contracting States: (56) References cited: BE DE FR GB IT NL EP-A- 0 210 660 EP-A- 0 385 496 EP-A- 0 492 579 EP-A- 0 513 547 (30) Priority: 11.03.1996 JP 5335796 EP-A- 0 557 858 EP-A- 0 558 284 14.01.1997 JP 489997 EP-A- 0 609 966 EP-A- 0 626 611 EP-A- 0 650 850 EP-A- 0 671 276 (43) Date of publication of application: WO-A-94/26521 FR-A- 2 193 216 08.10.1997 Bulletin 1997/41 GB-A- 2 056 103 GB-A- 2 299 787 US-A- 3 576 632 US-A- 3 821 762 (73) Proprietor: Fuji Photo Film Co., Ltd. US-A- 4 908 520 US-A- 5 049 908 Kanagawa-ken (JP) US-A- 5 109 252 US-A- 5 160 946 US-A- 5 215 852 US-A- 5 305 016 (72) Inventors: US-A- 5 451 561 US-A- 5 461 440 • Ishikawa, Shun-ichi US-A- 5 466 560 US-A- 5 486 891 Minamiashigara-shi, Kanagawa-ken (JP) US-A- 5 512 533 • Kubodera, Seiiti Minamiashigara-shi, Kanagawa-ken (JP) • PATENT ABSTRACTS OF JAPAN vol. -
Do Something Important.TM
2.6X zoom in a cool, compact, capsule design with Advanced Photo System convenience. Do somethingwww.minolta.com important.TM www.minolta.com It’s All Within Your Grasp The VECTIS 260 makes picture-taking more fun for the whole family. The Advanced Photo System means easier operation and higher quality pictures, and a powerful 2.6X zoom expands your photo possibilities. Various automatic functions make it simple for everyone to take great pictures. It’s the compact camera that gives you more. ADVANCED PHOTO SYSTEM Get closer with 2.6X zoom! High-quality zoom lens adds variety to your photos. Powerful 2.6X Zoom A zoom lens this powerful gives you much greater versatility in framing your shots. You can take broad shots of the scenery, then zoom in for close-ups of the kids. The zoom range is a wide 25 — 65mm (equivalent to 31— 81mm in 35mm for- mat). For close-ups, you can move in as close as 1.64 ft. to your subject at any focal length, without having to set a special mode. Best of all, 25mm WIDE your photo will be sharp and clear, thanks to the Minolta high quality 4-element, 4-group zoom lens. 65mm TELE Greater ease and convenience Advanced Photo System makes photography more enjoyable — from start to finish! Index Prints for At-a-Glance Selection Drop-In Loading With photos this good, you’ll want to make reprints ... and now and Film Chamber Lock you can easily select the ones you want. With your pictures The ultimate in film loading you’ll receive an Index Print sheet, making it easy ease. -
KODAK Advantix Films
TECHNICAL DATA / ADVANCED PHOTO SYSTEM February 2002 • E-7003 KODAK ADVANTiX Films Welcome to the innovative world of the Advanced Photo Kodak offers three color negative films for the Advanced System and KODAK ADVANTiX Films! Photo System. These films share the following features: At the heart of the Advanced Photo System, KODAK ADVANTiX Films are truly hybrid products. They use Features Benefits breakthrough photographic emulsion and coating • KODAK Film Safe • Worry-free, drop-in loading technologies to deliver excellent image quality in the smaller Cassette • Automatic film threading and rewinding film format. • Safe storage of negatives At the same time, Kodak’s magnetics technology enables • Index print of all exposures coating the entire surface of the film with a transparent • Choice of picture • “Classic,” similar to 35 mm prints magnetic layer. This layer records digital information that formats on the same • “Group,” for slightly wider shots links all Advanced Photo System components through roll • “Pan,” for panoramic scenes information exchange (IX). IX permits communication • Film Status Indicator • Easy identification of status of between you, the camera, the film, and the photofinishing (FSI) on cassette film inside the cassette— unexposed, partially exposed, equipment in the lab that processes and prints your film. exposed, or processed ADVANTiX Films come in a unique elliptical film • Choice of film speed • Selection of 100-, 200-, or cassette called a KODAK Film Safe Cassette. A code 400-speed film number is assigned to each cassette and the film inside. The • Information Exchange • Exposure and print format data number enables automatic rematching of the cassette and (IX) recorded on the film to optimize film in photofinishing operations. -
Advanced Photo System Format Selector
Patentamt Europaisches || || 1 1| || || 1 1 1 1|| 1 1|| || || (19) J European Patent Office Office europeen des brevets (11) EP 0 878 730 A1 (12) EUROPEAN PATENT APPLICATION (43) Date of publication:ation: (51) |nt. CI.6: G03B 17/24 18.11.1998 Bulletin 1998/47 (21) Application number: 98201408.6 (22) Date of filing: 01.05.1998 (84) Designated Contracting States: (72) Inventors: AT BE CH CY DE DK ES Fl FR GB GR IE IT LI LU • Freeman, Jay Davis MC N L PT SE Rochester, New York 1 4650-2201 (US) Designated Extension States: • Carr, Thomas Daniel AL LT LV MK RO SI Rochester, New York 1 4650-2201 (US) • Chamberlain IV, Frederick Rockwell (30) Priority: 1 6.05.1 997 US 857392 Rochester, New York 1 4650-2201 (US) (71) Applicant: EASTMAN KODAK COMPANY (74) Representative: Rochester, New York 1 4650 (US) Lewandowsky, Klaus, Dipl.-lng. et al Kodak Aktiengesellschaft, Patentabteilung 70323 Stuttgart (DE) (54) Advanced photo system format selector (57) In a single use camera (100), having a roll of magnetically coated film (14) with defined image frames disposed in the camera; and further having an exposure system for selectively exposing an image frame of the film in one of a plurality of image formats; the improve- ment comprising: a movably mounted permanent magnet (26); and a manually selectable mechanism coupled to the permanent magnet (26) for moving the permanent magnet to record a magnetic mark on the magneti- cally coated film at a predetermined location rela- tive to an exposed image frame, the location of the FIG. -
FILM FORMATS ------8 Mm Film Is a Motion Picture Film Format in Which the Filmstrip Is Eight Millimeters Wide
FILM FORMATS ------------------------------------------------------------------------------------------------------------ 8 mm film is a motion picture film format in which the filmstrip is eight millimeters wide. It exists in two main versions: regular or standard 8 mm and Super 8. There are also two other varieties of Super 8 which require different cameras but which produce a final film with the same dimensions. ------------------------------------------------------------------------------------------------------------ Standard 8 The standard 8 mm film format was developed by the Eastman Kodak company during the Great Depression and released on the market in 1932 to create a home movie format less expensive than 16 mm. The film spools actually contain a 16 mm film with twice as many perforations along each edge than normal 16 mm film, which is only exposed along half of its width. When the film reaches its end in the takeup spool, the camera is opened and the spools in the camera are flipped and swapped (the design of the spool hole ensures that this happens properly) and the same film is exposed along the side of the film left unexposed on the first loading. During processing, the film is split down the middle, resulting in two lengths of 8 mm film, each with a single row of perforations along one edge, so fitting four times as many frames in the same amount of 16 mm film. Because the spool was reversed after filming on one side to allow filming on the other side the format was sometime called Double 8. The framesize of 8 mm is 4,8 x 3,5 mm and 1 m film contains 264 pictures. -
Advanced Photo System™ [IX240] Format SLR Camera PRONEA S / Specifications
Advanced Photo System™ [IX240] Format SLR Camera PRONEA S / Specifications Type of camera: Autofocus, built-in Speedlight, electronically controlled focal Data for front imprint: Year/Month/Day, M/D/Y, D/M/Y, plane shutter Advanced Photo System™ (IX240 format) sin- Hr./Min. and No Imprint. gle-lens reflex Data for backprint: Hr./Min., M/D/Y, D/M/Y or Y/M/D/Hr./Min. Compatible film: IX240 cartridge film; 16.7 × 30.2mm picture format when No Imprint selected. 30 titles in 12 languages can be Print Type: Three types are available: H, P and C backprinted. Power: from the camera body, date data remains in memory for approx. 5 minutes without batteries Lens mount: Nikon F mount Power source: Two CR2-type lithium batteries; four 1.5V “AA”-size alkaline Lenses: IX-Nikkor lenses, AF Nikkor lenses (PC Micro 85mm f/2.8D (LR6) or lithium (FR6) batteries with Power Pack MB-11 cannot be used) Battery power: I for sufficient power; O indicates batteries are Focus modes: Autofocus (AF) or Manual (M) confirmation: nearing exhaustion; blinking O indicates batteries are just Autofocus: Auto-Servo AF: automatically chooses Single Servo AF or about exhausted; no indication/symbol appears when batter- Continuous Servo AF operation according to the subject sta- ies are completely exhausted or improperly installed tus, i.e. stationary or moving (including directional information) Autofocus TTL phase detection system using Nikon AM280 Number of 40- (25-) exposure film rolls per fresh battery (Approx.)*: detection system: autofocus module; AF-Assist Illuminator provided At 20°C/68°F At –10°C/14°F Autofocus detection range: Approx. -
LOGIK SLIDE and FILM SCANNER UK VER LSCAN11 Manual
Slide & Film Scanner Instruction Manual LSCAN11 1 Contents Unpacking ...........................................................................................................3 System Requirements ........................................................................................4 PC System Requirements ..................................................................................................4 Mac System Requirements ................................................................................................4 Product Overview ...............................................................................................5 Place Film / Slide Into The Holder ......................................................................6 Installing the Software .......................................................................................7 Installing the Software in Windows ...............................................................................7 Installing the Software in Mac .........................................................................................7 Connections ........................................................................................................8 Acquire Picture ...................................................................................................9 Acquire Picture from Windows ........................................................................................9 Acquire Picture from Mac ................................................................................................11 -
Film Capture for Digitization
2000 International Symposium on Silver2000 Halide International Technology Symposium on Silver Halide Technology Copyright 2000, IS&T Film Capture for Digitization Allan F. Sowinski, Lois A. Buitano, Steven G. Link, and Gary L. House Imaging Materials and Media, Research & Development Eastman Kodak Company Rochester, NY USA Abstract printing devices, including silver halide paper writers, inkjet printers, and thermal dye transfer printers, that will accept Digital minilab photofinishing is beginning to spread rapidly image data inputs from a variety of sources including digital in the market place, in part, as a means to provide access to still cameras, and film and paper scanners. When film network imaging services, and also to fulfill the printing scanning and digital writing have supplemented traditional needs of the growing base of consumer digital still cameras. optical photofinishing sufficiently, image-taking films When film scanning and digital writing have supplemented designed for optimal scan printing will be feasible. traditional optical photofinishing sufficiently, image-taking Design opportunities to improve silver halide image films designed for optimal scan-printing will be feasible. capture may be afforded as a result of these photofinishing Representative film digitization schemes are surveyed technology changes. Some features of silver halide capture in order to determine some of the optimal features of input may merit improvement or alteration in order for it to silver halide capture media. Key historical features of films remain a very attractive consumer and professional imaging designed for optical printing are considered with respect to technology. In addition, electronic image processing may this new image-printing paradigm. One example of an allow new chemical or emulsion technologies in film system enabled new film feature is recording the scene with design that were difficult to manage with the strict increased color accuracy through theoretically possible requirements of trade optical printing compatibility. -
Using Kodak Chemicals in Minilabs
USING KODAK CHEMICALS IN MINILABS This publication is written specifically for minilab operators. It provides the most commonly needed technical information about film and paper processes for minilabs. Using KODAK FLEXICOLOR Chemicals and KODAK EKTACOLOR Chemicals in your minilab ensures that your film and paper processes will provide optimum results with the least possible environmental impact. This manual contains information on the film processing cycles recommended for KODAK GOLD, ULTRA MAX, ADVANTiX, and KODAK PROFESSIONAL Films. Also, this manual contains information on paper processing cycles for KODAK EDGE and ROYAL Papers. It is divided into four sections: • Chemicals and Chemical Handling • Processing Cycles for KODAK Chemicals • Process Monitoring • Troubleshooting Processes C-41 and RA-4 Note: If you are using KODAK SM Chemicals, see KODAK Publication No. Z-101, Using KODAK SM Chemicals in SM Minilabs. If you are using a KODAK Minilab System 88 or 89, a KODAK PROFESSIONAL RP 30 Laser Printer, a KIS DKS minilab system, a Fuji Frontier, or a Noritsu printer/processor designed for Process CP-48 or CP49E, you will find technical information on using KODAK Chemicals in those systems at www.kodak.com/go/photochemicals under the “Technical Publications” tab. ©Eastman Kodak Company, 2011 1 CHEMICALS AND CHEMICAL HANDLING High-quality customer orders begin with proper EFFECTS OF PROCESSING SOLUTIONS chemical handling and your choice of chemicals. Each solution affects the film or paper differently. Chemical handling includes how you store and mix Understanding the function of each solution can help you chemicals and your attention to chemical safety. diagnose processing problems. This section explains the following: Developer The developer chemically reduces the exposed silver •Chemical terms halide in the film or paper to form a metallic silver image. -
FS60 User Manual V1.0 14MP Film and Photo Scanner
FS60 User Manual v1.0 14MP Film and Photo Scanner Thank you for your purchase of this Magnasonic product. Please read this user manual carefully before using product to ensure proper use. Keep this manual in a safe place for future reference. magnasonic.com/support We reserve the right to change models, configurations, or specification without notice or liability. Product may not be exactly as shown. © MAGNASONIC®, MAGNASONIC®, the MAGNASONIC® marks may be registered. All other trademarks are property of their respective owners Since 1954, Magnasonic has been a leader in developing innovative and unique products. We are dedicated to empowering people using six key fundamentals: superior quality, performance, simplicity, style, value and a fanatical obsession with outstanding customer service. At Magnasonic, our mission is a simple one – create people-driven products that make life’s daily adventures easier and more fun. We believe everyday experiences should be extraordinary. Thank you for your purchase of this Magnasonic® product. We hope you enjoy your experience. Questions? Give us a chance to help, we’re just a click away. www.youtube.com/magnasonic Magnasonic.com/support Magnasonic.com/contact Don’t forget to register your product with us! Magnasonic.com/registration Table Of Contents What’s Included ...................................................................................................................3 Product Information ...........................................................................................................4 -
Requirements for Printing Technologies in Digital Photo Finishing
DPP2001: International Conference on Digital Production Printing and Industrial Applications Requirements for Printing Technologies in Digital Photo Finishing Tobias Damm Agfa Gevaert AG, Consumer Imaging, Lab Equipment D-81539 Munich, Germany Introduction The photo paper is designed to convert the negative film image into the positive photography. The paper Non-impact printing technologies have recently gained a gradation is about γ =2.5 in order to achieve an overall high level of image quality - this allows to produce gradation of the system of about γ =1.4. This results in: photo-like prints. • a high contrast of the prints, In the development of new printing technologies • an improved sharpness of details, and suitable for photo imaging applications, the question of • an enhancement of color saturation. the necessary image quality and the basic parameters affecting this quality, is of extreme importance. It is an advantage specific to the 2 step process – film Our investigation presented here addresses these and paper – that the images can still be improved after questions by defining the minimum technical exposing the film and before printing the photograph. requirements for high quality amateur photo printing. However, there are some shortcomings of the We derive data for visually perceived image quality conventional system which can be corrected when levels using prints produced on a high quality digital processing the images digitally between these two printing system. In this system scan data were generated production steps. from colour negative film, passed through an exactly Generally spoken, the photo paper defines the defined digital processing unit and outputted on a high possible range of parameters of the prints, but the actual quality colour laser recorder. -
Cameras in the Curriculum. a Challenge to Teacher Creativity. Volume 1, 1982/83. an NEA/KODAK Program
DOCUMENT RESUME ED 238 409 IR 010 931 AUTHOR Ford, Faye, Ed. TITLE Cameras in the Curriculum. A Challengeto Teacher Creativity. Volume 1, 1982/83. An NEA/KODAK Program. INSTITUTION Eastman Kodak Co,, Rochester, N.Y.; National Education Association, Washington,D.C. SPONS AGENCY National Foundation for theImprovement of Education, Washington, D.C. PUB DATE 83 NOTE 146p. PUB TYPE Reports Descriptive (141) Guides Classroom Use Guides (For Teachers) (052) EDRS PRICE MF01 Plus Postage. PC Not Availablefrom EDRS. DESCRIPTORS Awards; Case Studies; Elementary SecondaryEducation; Instructional Innovation; *Material Development; *Photography; Production Techniques;Program Descriptions; Program Development; *Program Tmplementation; *Teacher Developed Materials; *Teaching Methods; *Visual Aids ABSTRACT This book describes 119 award-winningprojects from a program which established a national teachers' competitionto select and disseminate superior teacher-planned anddeveloped programs which use photography as an integral part of the K-12 school curriculum. All subject areas, grade levels, andstates are represented in summaries of projects thatwere granted $200 implementation awards after being selected by a National EducationAssociation (NEA) review panel from entries submitted by eachstate NEA affiliate. Chosen from final reports of these programs submittedto the NEA, reports of six grand prize winners are first presented in theirentirety. These reports and summaries of the other projects includeproject title; teacher; locale; subject; grades;a purpose and description of project; activities; materials,resources, and expenses; and outcomes and adaptation. Grand prize winners includeprograms in fourth grade language arts, secondary science, kindergartenreading readiness, and intermediate art, social studies, and geology.(LMM) *********************************************************************** * Reproductions supplied by EDRSare the best that can be made * * from the original document.