Digital SLR Camera Timeline This Timeline Will Introduce You to All of the Different Digital SLR Cameras Released Since 2005
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Single-Use Duodenoscopes and Duodenoscopes with Disposable End Caps
REPORT ON EMERGING TECHNOLOGY Single-use duodenoscopes and duodenoscopes with disposable end caps Prepared by: ASGE TECHNOLOGY COMMITTEE Arvind J. Trindade, MD,1,* Andrew Copland, MD,2,* Amit Bhatt, MD,3 Juan Carlos Bucobo, MD, FASGE,4 Vinay Chandrasekhara, MD, FASGE,5 Kumar Krishnan, MD,6 Mansour A. Parsi, MD, MPH, FASGE,7 Nikhil Kumta, MD, MS,8 Ryan Law, DO,9 Rahul Pannala, MD, MPH, FASGE,10 Erik F. Rahimi, MD,11 Monica Saumoy, MD, MS,12 Guru Trikudanathan, MBBS,13 Julie Yang, MD, FASGE,14 David R. Lichtenstein, MD, FASGE, (Chair, Technology Committee)15 This document was reviewed and approved by the Governing Board of the American Society for Gastrointestinal Endoscopy. Background and Aims: Multidrug-resistant infectious outbreaks associated with duodenoscopes have been documented internationally. Single-use duodenoscopes, disposable distal ends, or distal end cap sealants could eliminate or reduce exogenous patient-to-patient infection associated with ERCP. Methods: This document reviews technologies that have been developed to help reduce or eliminate exogenous infections because of duodenoscopes. Results: Four duodenoscopes with disposable end caps, 1 end sheath, and 2 disposable duodenoscopes are re- viewed in this document. The evidence regarding their efficacy in procedural success rates, reduction of duode- noscope bacterial contamination, clinical outcomes associated with these devices, safety, and the financial considerations are discussed. Conclusions: Several technologies discussed in this document are anticipated to eliminate or reduce exogenous infections during endoscopy requiring a duodenoscope. Although disposable duodenoscopes can eliminate exog- enous ERCP-related risk of infection, data regarding effectiveness are needed outside of expert centers. Addition- ally, with more widespread adoption of these new technologies, more data regarding functionality, medical economics, and environmental impact will accrue. -
This E-Book Is Intended to Be Read on a Computer Screen
This e-book is intended to be read on a computer screen. You can print the e-book for your own use. However, it will have a copyright watermark notice at the bottom of each page. Table of contents and Foreword I am pleased that you purchased one of our “Pentax K-7 – Everything you need to know…..and then some” book. As an enthusiastic photographer for many years, I have had many Pentax cameras. My first “new” camera was a Pentax Spotmatic, purchased when I was still in Junior High. When Pentax stepped into the Digital SLR market, I was delighted. Their first few DSLRs (The *ist series) were the smallest DSLRs on the market but were not particularly special with the 6MP CCD. When the K10D was introduced, everything changed and Pentax was suddenly a major player. The K10D was a breakthrough, in my opinion. It had the capabili- ties of Professional DSLRs with the price of entry-level DSLRs. It had some unique features found nowhere else at any price. In January of 2008, Pentax an- nounced the K20D. It was not a revolution as the K10D was, but it certainly was an evolution of the revolution. The K200D and the K2000/KM followed with no exceptional or marginal improvements. On May 20, 2009, Pentax made history again by introducing the Pentax K-7. This time, it is definitely another revolu- tion, and maybe bigger than the K10D was when introduced. Once again, Pentax engineers have pushed the envelope and designed a DSLR with more features than any camera in it’s price range. -
Setup of a Commercial Digital SLR, Large Area, Triggerable CCD Camera for Optical Laser-Plasma Diagnostics
7LASER SCIENCE AND DEVELOPMENT | LASER R&D AND INSTRUMENTATION Setup of a commercial digital SLR, large area, triggerable CCD camera for optical laser-plasma diagnostics L. Labate, A. Barbini and L. A. Gizzi L. M. R. Gartside and D. Neely Intense Laser Irradiation Laboratory - IPCF, Consiglio Central Laser Facility, STFC, Rutherford Appleton Nazionale delle Ricerche, Pisa, Italy Laboratory, HSIC, Didcot, Oxon OX11 0QX, UK Contact | [email protected] Figure 1. Left: four channels triggering PCB. Right: two Pentax cameras mounted in an experiment. Introduction Camera description and triggering system CCD (or CMOS) detectors are currently widely used in a Two different models by Pentax (a division of Hoya Co.) broad range of experimental configurations as the main have been tested and successfully employed in some tool for the detection of optical emission. In the field of experiments, namely the Pentax K10D and the K100 laser-produced plasma physics, they are employed both for super camera. Both cameras are equipped with a standard the plasma emission as well as for the diagnosis of laser size (23.5×15.7 mm) CCD chip (with primary colours beams. Today, all the major suppliers of laboratory filters) and a 24bit (8bits/colour) ADC. The only instrumentation are able to provide compact CCD differences are in the pixel number and size (3872×2592, detectors with external triggering capability and USB or 6×6 µm2 size pixels in the K10D case and 3008×2008, IEEE1394 (FireWire) interface at affordable costs. 7.8 µm2 size in the K100 super case). Both cameras However, in spite of the ever reducing costs of the CCD provide an USB interface and they can be connected to an chips, prices still exceed 1ke for 8bit ADC cameras and external monitor for optical alignment purposes. -
CCD Inspector, FWHM Monitor and CCDIS Plug-In
CCD Inspector, FWHM Monitor and CCDIS Plug-in Copyright © 2005-2011 by Paul Kanevsky All Rights Reserved. Published by CCDWare under an exclusive license. http://pk.darkhorizons.org http://www.CCDWare.com To purchase CCD Inspector: http://www.ccdware.com/buy Check for product updates: http://www.ccdware.com/downloads/updates.cfm Help and Support Forum: http://ccdware.infopop.cc/eve/forums CCD Inspector Dramatically Improve quality of your images: increase sharpness and resolution Automatically sort many images at once by evaluating star sharpness and tracking quality Pick the best sub-frames for stacking, or for deciding which to keep Compare images by many objective criteria, plot the results for a better visual impact Measure and plot focus variations due to tilt or field curvature Determine how flat the image plane is. Compare performance of field flatteners and focal reducers Collimate your telescope in-focus with your CCD camera or DSLR! Evaluate optical system vignetting characteristics Estimate how well the current optical system will perform on a larger sensor before you buy that expensive new CCD or DSLR! Works with CCDSoft, MaxIm DL, and all other camera control software in real-time mode Focus and collimate your telescope using your favorite DSLR and DSLR control software! Create running charts to monitor seeing conditions, focus shift, tracking problems with your CCD or DSLR in real-time If you use CCDStack software, CCDInspector now ships with an amazing new plug-in, CCDIS. CCDIS completely automates CCDStack registration process, improves registration accuracy, and does so at blazing speeds Astrophotograpers, CCD and digital camera users often take many shorter images to later process and stack to simulate one long exposure. -
Photomask Japan 2017 Poster Presentation As of March 3
Photomask Japan 2017 Poster Presentation as of March 3 Session Session Program Date Session Title Presentation Title Name Affiliation Time No. No. Materials of and for Quartz 9-inch size Mask Blanks for ArF PSM (Phase Shift Noriyuki ULVAC COATING 9a 9a-1 Photomasks Mask) Harashima CORPORATION 9b-1 Mask crosstalk defect between develop to etch process Yuan Hsu Photronics DNP Mask Corp. 9b Process Stabilize OMOG photomask post-repair CD variation by 9b-2 Vincent Shen Photronics DNP Mask Corp. cleaning strategy and post-repair treatment Old and new techniques mixed up into optical photomask 9c-1 Jumpei Fukui Nikon Engineering Co., Ltd. measurement method Quickly Identifying and Resolving Particle Issues in 9c-2 Yukinobu Hayashi CyberOptics Corporation Photolithographic Scanners Metrology Tools and 9c Technologies Best Practices for Monitoring Humidity in Emersion Scanner 9c-3 Yukinobu Hayashi CyberOptics Corporation Reticle Environments to Reduce Reticle Haze Effects LMS IPRO: enabling accurate registration metrology on SiN- Hendrik 9c-4 KLA-Tencor MIE GmbH based Phase-Shift Masks Steigerwald Inspection Tools and Development of Photomask Insitu Inspection system for 9d 9d-1 Shingo Yoshikawa Dai Nippon Printing Co., Ltd. Technologies 1Xnm lithography mask and beyond Repairing Tools and How Smart is your BEOL? 9e 9e-1 Kristian Schulz Carl Zeiss SMT Technologies Productivity Improvement through Intelligent Automation Semiconductor Manufacturing 9f-1 Physical Model based Mask Registration Correction Rivan Li International Corp. 16:20- April 6 -
Sensor Zoom Min. Focusing Dimensions Est. Street Brand Model Mount(S) Format Range Distance (D X L) (In.) Weight Price
Sensor Zoom Min. Focusing Dimensions Est. Street Brand Model Mount(s) Format Range Distance (D x L) (in.) Weight Price Canon EF-S 18-200mm ƒ/3.5-5.6 IS Canon APS-C 11.1x 17.8 inches 3.1 x 6.4 20.9 oz. $699 Canon EF 28-300mm ƒ/3.5-5.6L IS USM Canon Full-Frame 10.7x 27.6 inches 3.6 x 7.2 59.2 oz. $2,449 Nikon 1 NIKKOR VR 10-100mm ƒ/4-5.6 Nikon 1 CX (1-inch) 10x Variable 2.4 x 2.8 10.5 oz. $549 Nikon 1 NIKKOR VR 10-100mm ƒ/4.5-5.6 PD-ZOOM Nikon 1 CX (1-inch) 10x Variable 3.0 x 3.7 18.2 oz. $749 Nikon AF-S DX NIKKOR 18-200mm ƒ/3.5-5.6G ED VR II Nikon DX (APS-C ) 11.1x 19.2 inches 3.0 x 3.8 19.8 oz. $649 Nikon AF-S DX NIKKOR 18-300mm ƒ/3.5-6.3G ED VR Nikon DX (APS-C) 16.7x 19.2 inches 3.0 x 3.8 19.4 oz. $699 Nikon AF-S DX NIKKOR 18-300mm ƒ/3.5-5.6G ED VR Nikon DX (APS-C) 16.7x Variable 3.3 x 4.7 29.3 oz. $999 Nikon AF-S NIKKOR 28-300mm ƒ/3.5-5.6G ED VR Nikon FX (Full-Frame) 10.7x 19.2 inches 3.3 x 4.5 28.2 oz. $949 Olympus M.Zuiko ED 14-150mm ƒ/4.0-5.6 II Micro Four Thirds Micro Four Thirds 10.7x 19.7 inches 2.5 x 3.3 10.0 oz. -
Rfp Example of Uptime Qtr Report
PROPOSAL Prepared for: COLORADO MESA UNIVERSITY RFP# CMU-20-2678 CAMPUS COPIERS 2020 Due July 7, 2020 @ 11:00am MDT Prepared by: All Copy Products Chris Condon Western Slope Sales Manager 970-628-7476 [email protected] WELCOME TO THE POWER OF PARTNERSHIP July 7, 2020 Colorado Mesa University, Thank you for considering All Copy Products (ACP) as your partner for your communication and document strategies. At ACP, we are committed to providing CMU with the resources necessary to keep the district productive, innovative, and competitive in today’s climate. Enclosed you will find our proposal in response to CMU’s RFP for Multi-Functional Copiers and Copier Maintenance. It is our belief that you will find ACP a very qualified and respected vendor partner to support your printing needs. In the proposal, we outline the services provided by ACP. This year marks our 43rd anniversary as an independently-owned company, dedicated to our mission of providing our customers and our team with an unparalleled experience in the office solutions industry. We achieve this through our commitment to: Superior Service that allows our customers to focus on their core business. Flexible and Creative Programs designed to improve efficiencies and increase profitability for our customers. Active Involvement in our communities. Developing Outstanding People with unwavering loyalty and integrity. Ongoing Investment in partner relationships to provide state of the art technologies and support. Excellence through our unrivaled work ethic. ACP’s experience with digital document creation, workflow, and management technologies allows us to design the optimal fleet solution for the University. A technology refresh with ACP will enhance the University’s ability to leverage a greater level of integration to further simplify device fleet administration, while benefitting from industry-leading data security driven functionality. -
Trade-In Promotions Eligibility List Trade-In Promotions Eligibility List
Xerox Trade-In Program Eligibility List Trade-In Promotions Eligibility List Trade-In Promotions Eligibility List Eligible trade-in products Manufacturer Page Brother 1 Canon 1 Dell 1 HP 2 IBM 3 Konica 3 Lexmark 3 Oki 4 Ricoh 4 Samsung 4 Sharp 4 Xerox 5 Trade-In Promotions Eligibility List Brother Product Name Brother 9040 Brother MFC-240C Brother MFC-9700 Brother 9450 Brother MFC-3240C Brother MFC-9840 Series Brother DCP-7020 Brother MFC-3820CN Brother MFC-9880CDW Brother DCP-7040 Brother MFC-7420 Brother HL-4040CN Brother MFC-7424 Brother HL-4070CDW Brother MFC-7820N Brother HL-4100CN Brother MFC-8460N Brother HL-4200CN Brother MFC-8480N Brother HL-5140 Brother MFC-8670DN Brother HL-5150 Series Brother MFC-8680N Brother HL-5170 Series Brother MFC-8840 Series Brother HL-5240 Brother MFC-8860DN Brother HL-5250 Series Brother MFC-8870DW Brother HL -5370 Series Brother MFC-9420CN Brother HL-6050 Series Brother MFC-9440CN M Canon Product Name Canon C1022 Canon imageCLASS D860 Canon imageCLASS MF8170C Canon C2110 Canon imageCLASS D880 Canon C5550 Canon imageCLASS MF4150 Canon D1180 Canon imageCLASS MF6530 Canon MF9150 Canon imageCLASS MF6540 Canon MF9170 Canon imageCLASS MF6550 Dell Product Name Dell Laser 1710N Dell 5100CN Series Dell M5200 Series Dell 1125 MFP Dell 5210N Dell W5300 Dell 1230C Dell 5310N Dell 1600 MFP Dell 5330DN Dell 1815 MFP Dell Laser 1320C Series Dell 2135 Dell Laser 2130CN Dell 2145 Dell Laser 3000CN Dell 2230D Dell Laser 3010CN Dell 2330D Dell Laser 3110CN Dell 2335 Series Dell Laser 3115CN Dell 3100CN Dell Laser 3130CN -
The Japan Disaster: Rebuilding Supply Chains
3/25/2011 The Japan Disaster: Rebuilding Supply Chains March 24, 2011 Bruce C. Arntzen, PhD James B Rice, Jr. Senior Research Director Deputy Director, CTL [email protected] [email protected] W 617.252.6965 W 617.258.8584 MIT Center for Transportation and Logistics (CTL) Cambridge, MA 1 Agenda • What has happened? • What will happen? • What should companies do? 2 1 3/25/2011 What has happened: business impacts? • Primary impacts – earthquake and tsunami damaged facilities, personnel lost, destroyed communications systems in northern Japan • Automotive finished vehicles & parts (esp. engine air flow sensors & engines): Honda, Toyota, Nissan, Mazda • High tech: semiconductors, technology (e.g. LCD, silicon wafers, rechargeable batteries, DRAM, NAND, digital cameras): Sony, Hitatchi, Shin-Etsu, SUMCO, Toshiba, Nikon, Fujitsu • Pharmaceuticals (insulin, penicillin): Novo Nordisk, GSK, Roche • Others: Apparel (high tech fibers), Food (soy sauce): Kikoman • Some attempting to restart this week • Secondary impacts – loss of supply from primary impacts causing shutdowns • Retailers and downstream customers of those industries currently working off of already lean inventories and starting to see cessation or slowdowns in supply • Factories in Japan shuttered to conserve power • Unreliable utilities (power, water) continue to impact operations • Discovery of critical dependence • Hitachi engine air flow sensors • Renesas drive train microprocessors 3 Business Impacts: Capacity Losses Company Product Core Capacity Loss (Failure Brief Impact mode) Apple -
Digisnap 2000 Manual, Which Is on the CD Rom Supplied with the Equipment
Time-Lapse Package User’s Guide Dual Battery Option Shown. Zoom in for details... Harbortronics Inc 5720 144th St NW, Suite 200 Gig Harbor, WA. USA 98332 253-858-7769 (Phone) 253-858-9517 (Fax) http://www.harbortronics.com/ Sales & Service: [email protected] Technical & Customizing: [email protected] Time-Lapse Package Revision E Overview ................................................................................................................................................................................................ 3 Quick Start ............................................................................................................................................................................................ 3 Items included: ................................................................................................................................................................................. 3 Configuring the DigiSnap ..................................................................................................................................................................... 4 Connecting to a terminal .................................................................................................................................................................. 4 Configuring for Advanced Time-Lapse .......................................................................................................................................... 4 System Components ............................................................................................................................................................................ -
Appointment of the Members of the Special Committee Related to the Plan Regarding Large-Scale Purchases of Sharp Corporation Shares (Takeover Defense Plan)
June 23, 2016 [Translation] Company Name: Sharp Corporation Representative: Kozo Takahashi President & Chief Executive Officer (Code No. 6753) Appointment of the Members of the Special Committee Related to the Plan Regarding Large-Scale Purchases of Sharp Corporation Shares (Takeover Defense Plan) Sharp Corporation (“Sharp”) announces that, at its Board of Directors Meeting held today, a resolution was made to appoint Mr. Kazuya Nakaya and Mr. Yoshihisa Ishida, who were appointed at the 122nd Ordinary General Meeting of Shareholders held today (the “General Meeting”) as, and assumed the position of, Outside Directors, to be the Members of the Special Committee established based on the Plan Regarding the Large-Scale Purchases of Sharp Corporation Shares (Takeover Defense Plan) (“Sharp’s Takeover Defense Plan”). Sharp also announce that Mr. Makoto Kato, Mr. Shigeo Ohyagi, and Mr. Mikinao Kitada, the former Members of the Special Committee, have resigned from their positions as Members of the Special Committee as a result of their resignation from the role of Directors (Outside Directors) of Sharp upon the expiration of their terms of office at the end of the General Meeting. Consequently, there are currently three Members of the Special Committee, including the incumbent Member, Mr. Masuo Okumura (Outside Audit & Supervisory Board Member of Sharp). Please refer to the attachment “the Brief Carrier History of the Members of the Special Committee” for the brief carrier history of each Member. Regarding the details of Sharp’s Takeover Defense Plan, please refer to “Partial Amendment to the Plan Regarding the Large-Scale Purchases of Sharp Corporation Shares (Takeover Defense Plan)” dated May 14, 2015. -
I·,;T:A.Chuti-5 S Istutin
THE JAPANESE SOFTWARE INDUSTRY: A COMPARATIVE ANALYSIS OF SOFTWARE DEVELOPMENT STRATEGY AND TECHNOLOGY OF SELECTED CORPORATIONS by ROBERT W. ARFMAN A.B., Economics Middlebury College (1975) Submitted to the Alfred P. Sloan Schonol of Management and the School of Engineering in partial fulfillment of the requirements for the degree of MASTER OF SCIENCE IN THE MANAGEMENT OF TECHNOLOGY at the MASSACHUSETTS INSTITUTE OF TECHNOLOGY May 1988 Copyright Robert W. Arfman 1988 ALL RIGHTS RESERVED The author hereby grants M.I.T. permission to reproduce and to distribute copies of this thesis document in whole or in part. Signatu,- of Author__ Sloan School of Management May 12. 1988 Certified by Michael A. Cusumano Assispant ProAessor of Management Thesis Supervisor Accepted by cPeter P. Gil Acting Director, Management of Technology Program i·,;t:A.CHUTi-5 sISTUTiN O-TFPNW 01WOG1 JUN '3 1988 WARIES THE JAPANESE SOFTWARE INDUSTRY: A COMPARATIVE ANALYSIS OF SOFTWARE DEVELOPMENT STRATEGY AND TECHNOLOGY OF SELECTED CORPORATIONS by ROBERT W. ARFMAN Submitted to the Alfred P. Sloan School of Management and the School of Engineering on May 12, 1988 in partial fulfillment of the requirements for the degree of Master of Science in the Management of Technology ABSTRACT This thesis discusses the development of the Japanese software industry, beginning with corporate group structures, government support of the computer industry in general and the more recent specific promotion of the software industry and software development process technologies. The SIGMA project is presented in detail followed by a comparative analysis of major Japanese computer manufacturer development process R&D efforts. The current competitive environment is discussed and firms' strategies are compared.