ZEISS Lenses for Mirrorless System Cameras Overview
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OPMI Pico Patient Care in Focus 2 Enhance Patient Outcomes
OPMI pico Patient care in focus 2 Enhance patient outcomes Microscope technology from Carl Zeiss makes detail and fine structures clearly visible, enabling you to visualize high-contrast, true-color images. Most importantly: Better vision is the key to improving the quality of the diagnosis and the treatment. Designed for today's practice. OPMI pico. OPMI® pico is a compact, high-performance, easy-to-use microscope. In addition to its ergonomic design, it features many innovative functions for high-quality diagnosis and treatment. Complete integration of cables, light source, light guide, video camera and control console is a practical design decision that allows OPMI pico to complement the overall image of your practice while eliminating interference with your work. The integrated video camera option for OPMI pico facilitates one-touch, on-demand documentation essential to the communication process with both patients and staff during treatment. Carl Zeiss is renowned for its optics. With apochromatic coatings, more light is transferred to the viewer's eye, ensuring good image resolution, contrast and depth perception. The result is true-color images. The integrated product design reflects the high quality of the optics, and is part of the many functions that Carl Zeiss delivers with OPMI pico. Endodontics picture courtesy of: Dr. Bijan Vahedi, Augsburg, Germany 3 For better ergonomics OPMI pico is a true advancement in the prevention Objective lenses with focal lengths of 200 mm, of neck strain and back problems. Experience it for 250 mm and 300 mm are available to match yourself: A microscope makes it possible to work in the microscope to your personalworking a comfortable and ergonomically optimal position. -
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. -
A Simple and Efficient Image Stabilization Method for Coastal Monitoring Video Systems
remote sensing Article A Simple and Efficient Image Stabilization Method for Coastal Monitoring Video Systems Isaac Rodriguez-Padilla 1,* , Bruno Castelle 1 , Vincent Marieu 1 and Denis Morichon 2 1 CNRS, UMR 5805 EPOC, Université de Bordeaux, 33615 Pessac, France; [email protected] (B.C.); [email protected] (V.M.) 2 SIAME-E2S, Université de Pau et des Pays de l’Adour, 64600 Anglet, France; [email protected] * Correspondence: [email protected] Received: 21 November 2019; Accepted: 21 December 2019; Published: 24 December 2019 Abstract: Fixed video camera systems are consistently prone to importune motions over time due to either thermal effects or mechanical factors. Even subtle displacements are mostly overlooked or ignored, although they can lead to large geo-rectification errors. This paper describes a simple and efficient method to stabilize an either continuous or sub-sampled image sequence based on feature matching and sub-pixel cross-correlation techniques. The method requires the presence and identification of different land-sub-image regions containing static recognizable features, such as corners or salient points, referred to as keypoints. A Canny edge detector (CED) is used to locate and extract the boundaries of the features. Keypoints are matched against themselves after computing their two-dimensional displacement with respect to a reference frame. Pairs of keypoints are subsequently used as control points to fit a geometric transformation in order to align the whole frame with the reference image. The stabilization method is applied to five years of daily images collected from a three-camera permanent video system located at Anglet Beach in southwestern France. -
Image Stabilization by Larry Thorpe Preface Laurence J
Jon Fauer’s www.fdtimes.com The Journal of Art, Technique and Technology in Motion Picture Production Worldwide October 2010 Special Article Image Stabilization by Larry Thorpe Preface Laurence J. Thorpe is National Marketing Executive for Broadcast & Communications, Canon USA Inc. He joined Canon U.S.A.’s Broadcast and Communications division in 2004, working with with networks, broadcasters, mobile production companies, program producers, ad agencies, and filmmakers. Before Canon, Larry spent more than 20 years at Sony Electronic, begining 1982. He worked for RCA’s Broadcast Division from 1966 to 1982, where he developed a range of color television cameras and telecine products. In 1981, Thorpe won the David Sarnoff Award for his innovation in developing the first automatic color studio camera. From 1961 to 1966, Thorpe worked in the Designs Dept. of the BBC in London, England, where he participated in the development of a range of color television studio products. Larry has written more than 70 technical articles. He is a lively and wonderfully articulate speaker, in great demand at major industry events. This article began as a fascinating lecture at NAB 2010. Photo by Mark Forman. Introduction Lens and camera shake is a significant cause of blurred images. These disturbances can come as jolts when a camera is handheld or shoulder mounted, from vibrations when tripod-mounted on an unstable platform or in windblown environments, or as higher vibration frequencies when operating from vehicles, boats, and aircraft. A variety of technologies have been applied in the quest for real-time compensation of image unsteadiness. 1. Mechanical: where the lens-camera system is mounted within a gyro-stabilized housing. -
PUBLIC SUBMISSION Posted: November 20, 2020 Tracking No
Page 1 of 2 As of: 11/23/20 10:03 AM Received: November 18, 2020 Status: Posted PUBLIC SUBMISSION Posted: November 20, 2020 Tracking No. 1k4-9k60-8cjw Comments Due: December 03, 2020 Submission Type: Web Docket: PTO-C-2020-0055 Request for Comments on Discretion to Institute Trials Before the Patent Trial and Appeal Board Comment On: PTO-C-2020-0055-0001 Discretion to Institute Trials Before the Patent Trial and Appeal Board Document: PTO-C-2020-0055-0452 Comment from Japan Business Machine and Information System Industries Association Submitter Information Name: Hideaki Chishima Address: Lila Hijirizaka 7FL 3-4-10, Mita Minato-ku, Tokyo, Japan, 1080073 Email: [email protected] Phone: +81-3-6809-5495 Fax: +81-3-3451-1770 Submitter's Representative: Hideki Sanatake Organization: Japan Business Machine and Information System Industries Association General Comment Dear Sir, This post is for Japan Business Machine and Information System Industries Association (JBMIA) to submit its comments in response to solicitation of public comments by USPTO as announced in Federal Register / Docket No. PTO-C-2020-0055. The comments are attached hereto. JBMIA is a Japanese incorporated association which was renamed in 2002 from Japan Business Machine Makers Association established originally in 1960. JBMIA consists of 40 member companies engaged in business machine and information system and 5 supporting companies. Almost all of the member companies have actively filed patent applications in the USA. https://www.fdms.gov/fdms/getcontent?objectId=0900006484967b2a&format=xml&sho... 11/23/2020 Page 2 of 2 Sincerely, Hideaki Chishima (Mr) Intellectual Property Committee Secretariat Attachments JBMIA Comment (finnal) https://www.fdms.gov/fdms/getcontent?objectId=0900006484967b2a&format=xml&sho.. -
Quick Print Station (ASK-300)
Tentative The Best All-in-one System! You can start a photo business easily with this affordable, all-in-one solution. Small Initial Investment Compact Size Variety of Photo Finishing Formats Small Initial Investment Variety of Photo Finishing Formats All-in-one solution at an affordable price. Standard, ID and template The kiosk includes: ready photo formats available. Printer Photo formatting selection is Order terminal easy for everyone, using the Fujifilm software on-screen step-by-step guide. Compact Size & Easy Maintenance High Quality Prints Increase Shop’s Efficiency Outstanding image quality is realized by matching our This compact system is suitable for any retail environment. Image IntelligenceTM processing technology* with Easy loading of paper and replacing of ink ribbons in less than FUJIFILM Quality Thermal Photo Paper. 3 minutes. Adjustable display angle FUJIFILM Dye-sublimation Compact Kiosk System "Quick Print Station" Specifications Display 10.4 inch Touch Panel Display (800 x 600 pixel) OS: Windows XP Embedded (English) PC Unit CPU: Intel Atom N455 (1.6GHz) Memory: DDR3 SO-DIMM (1GB) HDD: 160GB (SATA) 275 mm Wireless LAN: Option Wireless BlueTooth (IEEE 802.15.1) : Option 445 mm Device (LAN port) Option Optical External Device (CD/DVD) Option (USB Connection) 170 mm PC Dimensions (W x D x H) 275 x 295 x 70-275 mm/10.8 x 11.6 x 2.8-10.8 inch (DPC Portable) Weight (approx.) 3.5 kg/7.7 lb Input media SD Memory Card, MicroSD Card, Memory Stick, 275 mm 446 mm Memory Stick Micro, xD-Picture Card, CompactFlash, USB Flash Memory Power Consumption 100-240V AC50/60 Hz Consumables Lineup Interface USB 2.0 x 4 ports (Type A) Print size Description Number of prints per Box Printing speed (approx) Standard Print 3.5 x 5 inch T RL-CF900 900 prints 11.2 seconds/print ID Photo 4 x 6 inch T RK-CF800 800 prints 12.3 seconds/print Frame photo 5 x 7 inch T R2L-CF460 460 prints 19.0 seconds/print Service & Function Edit (Crop, Rotate) 6 x 8 inch T R68-CF400 400 prints · Not include data transfering time. -
A Map of the Canon EOS 6D
CHAPTER 1 A Map of the Canon EOS 6D f you’ve used the Canon EOS 6D, you know it delivers high-resolution images and Iprovides snappy performance. Equally important, the camera offers a full comple- ment of automated, semiautomatic, and manual creative controls. You also probably know that the 6D is the smallest and lightest full-frame dSLR available (at this writing), yet it still provides ample stability in your hands when you’re shooting. Controls on the back of the camera are streamlined, clearly labeled, and within easy reach during shooting. The exterior belies the power under the hood: the 6D includes Canon’s robust autofocus and metering systems and the very fast DIGIC 5+ image processor. There’s a lot that is new on the 6D, but its intuitive design makes it easy for both nov- ice and experienced Canon shooters to jump right in. This chapter provides a roadmap to using the camera controls and the camera menus. COPYRIGHTED MATERIAL This chapter is designed to take you under the hood and help fi nd your way around the Canon EOS 6D quickly and easily. Exposure: ISO 100, f/2.8, 1/60 second, with a Canon 28-70mm f/2.8 USM. 005_9781118516706-ch01.indd5_9781118516706-ch01.indd 1515 55/14/13/14/13 22:09:09 PMPM Canon EOS 6D Digital Field Guide The Controls on the Canon EOS 6D There are several main controls that you can use together or separately to control many functions on the 6D. Once you learn these controls, you can make camera adjustments more effi ciently. -
Digital Vs 35-Mm Photography to Convert Or Not to Convert?
ORIGINAL ARTICLE Digital vs 35-mm Photography To Convert or Not to Convert? Mimi S. Kokoska, MD; John W. Currens, MD; Chris S. Hollenbeak, MA; J. Regan Thomas, MD; Brendan C. Stack, Jr, MD Objectives: To compare the quality of images gener- Results: The null hypothesis that there is no difference ated from a conventional 35-mm camera with those gen- between photographs taken with the various cameras was erated from various digital cameras; and to note the costs rejected (P,.001) for each of the image attributes. The im- of the cameras and ease of use. ages produced by the 35-mm camera (Nikon 6006) had the best overall quality, followed by the Olympus D600L, Design: A prospective, randomized, independent analy- Kodak DCS 315, and Olympus D320L digital cameras. Dif- sis of specific facial images taken with a 35-mm camera ferences in individual attributes between several of the cam- and 3 digital cameras by 3 facial plastic surgeons who eras in each category were statistically significant (P,.05). were blinded to camera type. Conclusions: The 35-mm camera produced the best over- Setting: An academic medical center. all image quality and ranked first for each of the indi- vidual attributes analyzed in this study. The Olympus Subjects: Thirteen volunteer subjects ranging from age D600L digital camera placed second in overall quality, 27 to 58 years. but there was no statistically significant difference in fo- cus, distortion, and resolution compared with the im- Main Outcome Measures: The overall quality, fo- ages generated by the 35-mm camera. The Olympus cus, distortion, trueness of color, resolution, contrast, and D600L digital camera also ranked second in color, con- presence of shadows were evaluated for each image. -
ZEISS Extended Data Workflow with RED DSMC2 Cameras Version 4 1
ZEISS eXtended Data workflow with RED DSMC2 cameras Version 4_1 Table of contents Introduction ......................................................................................................................................................... 1 Pre-requisites ........................................................................................................................................................ 1 Overview of the workflow ..................................................................................................................................... 1 Record ZEISS eXtended Data into R3D video files ................................................................................................... 2 Setup camera ..........................................................................................................................................................2 Attach lens and verify that the lens is recognized ....................................................................................................3 Record ZEISS eXtended Data within video files ........................................................................................................3 Prepare recorded media for post-production .......................................................................................................... 4 EXR file sequences with embedded ZEISS eXtended Data ........................................................................................4 Any video file format with ZEISS eXtended Data as side car -
Owner's Manual
Owner’s Manual BL00004970-200 EN Introduction Thank you for your purchase of this product. Be sure that you have read this manual and understood its contents be- fore using the camera. Keep the manual where it will be read by all who use the product. For the Latest Information The latest versions of the manuals are available from: http://fujifilm-dsc.com/en/manual/ The site can be accessed not only from your computer but also from smartphones and tablets. It also contains information on the software license. For information on fi rmware updates, visit: http://www.fujifilm.com/support/digital_cameras/software/ ii P Chapter Index Menu List iv 1 Before You Begin 1 2 First Steps 27 3 Basic Photography and Playback 45 4 Movie Recording and Playback 51 5 Taking Photographs 57 6 The Shooting Menus 101 7 Playback and the Playback Menu 159 8 The Setup Menus 185 9 Shortcuts 221 10 Peripherals and Optional Accessories 233 11 Connections 251 12 Technical Notes 265 iii Menu List Camera menu options are listed below. Shooting Menus Menu List Adjust settings when shooting photos or movies. N See page 101 for details. H IMAGE QUALITY SETTING P G AF/MF SETTING P IMAGE SIZE 102 FOCUS AREA 114 IMAGE QUALITY 103 AF MODE 115 RAW RECORDING 103 AF-C CUSTOM SETTINGS 116 FILM SIMULATION 104 STORE AF MODE BY ORIENTATION 119 1⁄3 1⁄3 B & W ADJ. ab(Warm/Cool) 105 AF POINT DISPLAYyz 119 GRAIN EFFECT 105 NUMBER OF FOCUS POINTS 120 COLOR CHROME EFFECT 105 PRE-AF 120 WHITE BALANCE 106 AF ILLUMINATOR 120 DYNAMIC RANGE 108 FACE/EYE DETECTION SETTING 121 D RANGE PRIORITY -
Download Tear Sheet
FUJIFILM X-S10 TAKE CONTROL OF YOUR STYLE INTRODUCING X-TRANS X-PROCESSOR 4 ISO UNPARALLELED PROFESSIONAL 26.1 MEGAPIXEL QUAD-CORE 160-12,800 5-AXIS 4K VIDEO BSI CMOS 4 SENSOR IMAGING ENGINE SENSITIVITY RANGE IMAGE STABILIZATION AT 30 FPS Photo © Kara Mercer | FUJIFILM X-S10 Mirrorless Digital Camera with FUJINON XC15-45mmF3.5-5.6 OIS PZ at 1/1250sec at f/6.4, ISO 250. Kara Mercer is a FUJIFILM compensated professional photographer. FUJIFILM and FUJINON are trademarks of FUJIFILM Corporation and its affiliates. © 2020 FUJIFILM North America Corporation and its affiliates. All rights reserved. SPECIFICATIONS A portable, intuitive camera, capable of outstanding performance. X-S10 offers renowned FUJIFILM design, engineering, and color science MODEL NAME FUJIFILM X-S10 in an accessible package. The newly created body features a deep grip for absolute security when making images handheld, even with larger lenses, Number of effective pixels 26.1 million pixels and an intuitive, simple control dial for effortless operation. It is also packed with state-of-the-art technology, including five-axis in-body image stabilization to enable smooth footage and super-sharp stills, a 180° vari-angle LCD touchscreen that covers even the most awkward angles, and Image sensor 23.5mm×15.6mm (APS-C) X-Trans CMOS 4 with primary color filter. superfast 0.02 second autofocus that is accurate down to -6EV. When combined with the outstanding 26.1 megapixel, back-side illuminated X-Trans Storage media SD memory card (~2GB) / SDHC memory card (~32GB) / SDXC memory card (~2TB) CMOS 4 sensor and quad-core X-Processor 4 CPU, it is possible to achieve stunning photography and cinema-quality video, while harnessing the UHS-I unique beauty arising from Fujifilm’s offered 18 Film Simulation modes. -
NOTICE of FISCAL YEAR 2018 (The 55Th FY) ANNUAL GENERAL MEETING of SHAREHOLDERS
㻝㻌 World Headquarters 3-1 Akasaka 5-chome, Minato-ku Tokyo 107-6325, Japan ISIN JP3571400005 Tel:+81-3-5561-7000 SEDOL 6895675 TSE 8035 May 28, 2018 NOTICE OF FISCAL YEAR 2018 (the 55th FY) ANNUAL GENERAL MEETING OF SHAREHOLDERS To Our Shareholders: We are pleased to announce that the 55th Annual General Meeting of Shareholders (the “AGM”) of Tokyo Electron Ltd. (“TEL”) will be held on Tuesday, June 19, 2018, at 10:00 a.m. Japan standard time, at PALACE HOTEL TOKYO, located at 1-1 Marunouchi 1-chome, Chiyoda-ku, Tokyo. Shareholders will also be asked to vote upon the following Agenda: 1: Election of Twelve Corporate Directors 2: Payment of Bonuses to Corporate Directors for the 55th Fiscal Year 3: Issuance of Share Subscription Rights as Stock-Based Compensation to Corporate Directors 4: Issuance of Share Subscription Rights as Stock-Based Compensation to Executives of the Company and its Subsidiaries 5: Introduction of a Stock Compensation System as Medium-term Performance-linked Compensation for Corporate Directors of the Company As part of our ongoing effort to improve the quality of communications with our foreign investors and to increase the participation of those investors and to exercise your voting rights at the AGM, Tokyo Electron Ltd. has appointed IR Japan, Inc. as our Global Information Agent in connection with the shareholder meeting. We realize that many shareholders do not vote at Japanese Shareholders Meeting due to the volume of meetings and timing concerns. Therefore, we attach special importance to your vote, and hope that you will continue to distinguish yourselves from many institutions, who, unfortunately, do not participate.