Operating Instructions UVC Germicidal Lamp
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Replacement Lamp Guide
VALLEYMED Replacement Lamp Guide • MINATURE • SCIENTIFIC • X-RAY • OPERATING ROOM • SURGICAL • ENDOSCOPY • PHOTO-THERAPY • MICROSCOPE • ILLUMINATOR • ANALYZER • DIAGNOSTIC • INFRA-RED • OPTHALMIC • GERMICIDAL • DENTAL • ULTRAVIOLET Valley is Out to Change the Way You Buy Specialty Replacement Lamps! e’re committed to providing our Wcustomers with the highest quality FREE DELIVERY ON ORDERS OVER $200 of service and product knowledge. We understand your business; the daily pressures; the equipment and we want to make your job We pay the shipping* on lamp orders of over $200. net value. easier. *Covers standard ground delivery from our central Burlington, So when you need a replacement lamp why Ontario warehouse to any location in Canada. Need it faster? not take advantage of all the benefits that Valley has to offer – like lamp identification, We’ll ship your order via the courier of your choice and bill you same-day shipping, product support, fully the cost, or charge it to your own carrier account. tested and validated products? There’s only one number you need to know for specialty lamps: 1-800-862-7616 WARRANTY This catalogue identifies only part of our full We want our customers to be satisfied. range of high quality lamps, such as those used in the medical, scientific, ophthalmic, ValleyMed Inc. carefully researches all products offered to ensure that they surgical, dental, germicidal, non-destructive meet our high standards of quality. If for any reason your purchase does not meet your standards, we want to know about it -- and we will make it right testing and diagnostic fields, as well as lamps for you. -
Design and Fabrication of Evacuated Tube Solar Thermal Collector for Domestic Hot Water
JOURNAL OF COLLEGE OF EDUCATION….. 2016…….NO.3 Design and Fabrication of evacuated tube solar thermal collector for domestic hot water Dr. Alaa H. Shneishil Al-Mustansiriyah University, College of Education, Physics Department ABSTRACT The objective of this research is to design and fabricate solar water heating system by Investment defective materials in Iraq for domestic sector applications in order to encourage national industry. Defective neon light tube with length 120 Cm and diameter 3 Cm has been used as an outer pipe. Copper pipe with length 125 Cm and diameter 1 Cm is placed inside the glass tube and close the space between them by circular shell that is used as an inner absorber material after painting it by black non brightness coating. The space between the outer glass tube and the inner copper pipe is evacuated by using small compressor. The evacuated tubes are connected from the upper side with insulated storage tank and from lower side with circulation pump. The evacuated tubes are placed in the focal line of reflective surfaces. The efficiency of the fabricated solar collector has been measured and compared with uninsulated storage tank which put in the same conditions. These measurements are done with and without reflective surfaces. The results indicated that the temperature of water in the evacuated tube with reflective surfaces reach to 59.5 °C while in the evacuated tube without reflective surfaces reaches to 44.3 °C. The temperature of water in the evacuated tube without circulation pump reach to maximum value which about 85.3 oC. This value is greater than that of the case with circulation pump. -
United States District Court Eastern District of Michigan Southern Division
2:07-cv-13150-GCS-SDP Doc # 38 Filed 08/12/08 Pg 1 of 37 Pg ID 1255 UNITED STATES DISTRICT COURT EASTERN DISTRICT OF MICHIGAN SOUTHERN DIVISION ALTAIR ENGINEERING, INC., Plaintiff, Case No. 07-CV-13150 HON. GEORGE CARAM STEEH vs. LEDdynamics, Inc., Defendant. ___________________________________/ ORDER RESOLVING CLAIM CONSTRUCTION DISPUTE Plaintiff Altair Engineering, Inc. (Altair) has filed suit against defendant LEDdynamics, Inc. (LEDdynamics) for patent infringement arising out of the sale of fluorescent tube replacement lights. Now before the Court are the parties competing briefs regarding claim construction. Both sides have filed lengthy opening briefs, response briefs, and voluminous exhibits. The Court has carefully considered all of the papers filed. Oral argument was heard on July 31, 2008. For the reasons set forth below, the Court adopts the claim construction argued by LEDdynamics. I. INTRODUCTION Altair is the owner by assignment of United States Patent No. 7,049,761 (‘761 patent). The ‘761 patent issued on May 23, 2006. (Doc. 23, Exhibit A). It covers light- emitting diodes (LEDs) based fluorescent tube replacement lights. According to Altair, the invention seeks to replace and improve upon traditional fluorescent light tubes which have as their shortcomings a short life expectancy, a tendency to fail if subjected to vibration, the consumption of high amounts of power to operate, and general 2:07-cv-13150-GCS-SDP Doc # 38 Filed 08/12/08 Pg 2 of 37 Pg ID 1256 unreliability. LEDdynamics, on the other hand, alleges that the invention was intended to mount fluorescent tubes in a conventional fluorescent fixture or socket, not necessarily to produce the same lighting effect. -
New Lighting—New Leds
New Lighting—New LEDs Aspects on light‐emitting diodes from social and material science perspectives Editors Mats Bladh & Mikael Syväjärvi Published by Linköping University Electronic Press, 2010 ISBN: 978‐91‐7393‐270‐7 URL: http://urn.kb.se/resolve?urn=urn:nbn:se:liu:diva‐60807 © The Authors Contents Foreword ...................................................................................... 5 Authors ........................................................................................ 7 Introduction: A Paradigmatic Shift? Mats Bladh & Mikael Syväjärvi ................................................................................. 9 Materials and Growth Technologies for Efficient LEDs Mikael Syväjärvi, Satoshi Kamiyama, Rositza Yakimova & Isamu Akasaki ............... 16 Light Excitation and Extraction in LEDs Satoshi Kamiyama, Motoaki Iwaya, Isamu Akasaki, Mikael Syväjärvi & Rositza Yakimova ...................................................................................................... 27 ‘No Blue’ White LED Haiyan Ou, Dennis Corell, Carsten Dam‐Hansen, Paul‐Michael Petersen & Dan Friis .................................................................................................................... 35 User Responses to Energy Efficient Light Sources in Home Environments Monica Säter ............................................................................................................. 43 Prospects for LED from a Historical Perspective Mats Bladh ............................................................................................................... -
Commons House
Commons House Community Features Mailboxes in the lobby (students still have CPO boxes) encourage unintentional bumps when residents pick up mail. Glass doors allow residents to look inside to see what's going on. Community room is for most meetings and programs - for meetings of the entire community, the Folk Center across the street has low rental fees and we felt we didn't need to duplicate a space of that size with a commercial kitchen. The "kid room" allows children to have their own area during meetings or when parents are doing laundry. Laundry room has washers for residents of original apartments and dryers for use by all residents. Newer apartments have washers but not dryers to make using dryers a choice not an automatic assumption. Examples of re-use Barn siding on outside is from an actual barn. Wood for ceilings came from a house. Carpet in kid room and office is from recycled fibers. Energy-saving features Air conditioning in office only - community room has cross-ventilation Compact fluorescent bulbs throughout Ceiling fans in meeting room and kid room Medite I1 cabinets made with formaldehyde-free particleboard Richlite countertops made with cellulose fiber and resin Solar light tube in meeting area Concrete floor for thermal mass Solar panel on south roof for radiant floor heating - to be used for heating hot water in summer Double-paned windows with low-e glazing Dual-flush toilet Front-loading washers use less water and electricity than top-loading washers Moisture-sensors in dryers can reduce drying time - no need to guess how long it will take clothes to dry Kid-friendly blinds without cords Low window in kid room so the littlest children can see out Gas stove provides cleaner, but still nonrenewable fuel) BEREA COLLEGE ECOVILLAGE Design Features Bathroom floor Forbo linoleum Forbo linoleum is made from linseed oils, pigments, pine rosin, and pine flour with a natural jute backmg. -
Sunshine Range New Performances Uses
Solar energy solutions SUNSHINE RANGE NEW PERFORMANCES USES LITTLE Up to Up to 3BRIGHTER HOURS12 WORK SUNSHINESOLAR LIGHT than kerosene of light 360° Head rotation A lamp to read, study, work or get around. RAN R T A Y PRODUCT SPECIFICATIONS W COOK Y E A R Brightness Bright: 30 lumens I Normal: 15 lumens Solar panel Monocrystalline, 65 x 65 mm, 0.4watts, 4.5V Battery 3.2V, 500mAh, LiFePo4, Charging time: 7 Hrs S TUDY INSTRUCTIONS FOR USE NORMAL BRIGHT G E T D AROUN x1 x2 BENEFITS C A M 12 15 6 30 P Cost Robust Portable Two intensity Quick to All-in-one HOURS Lumens HOURS Lumens , HIKE... effective and light levels charge solution: of light of light Integrated panel PERFORMANCES USES FAMILY Up to Up to 30 HOURS21 BRIGHTER W than kerosene ORK of light 360° SUNSHINESOLAR LANTERN Handle rotation + MOBILE PHONE CHARGER PRODUCT SPECIFICATIONS A multi-purpose lamp for the house, COOK also practical to get around and charge phones. Brightness Turbo: 300 lumens I Bright: 170 lumens I Normal: 50 lumens Solar panel Polycrystalline, 190 x 148 mm, 3watts, 5V + 3m cable Battery 3.7V, 4000mAh, Lithium ion, Charging time: 7 Hrs Charge in DC Jack RAN Charge out USB Port R T A Y W Accessories USB to micro USB and 3.5mm DC charging cable S TUDY Y E A R INSTRUCTIONS FOR USE G E T D AROUN 100% 75% 50% 25% NORMAL BRIGHT TURBO* C O M E 20 M AT BENEFITS min UNIC x1 x2 x3 click = 2 seconds Up to Cost Robust Portable Lighting + Quick to Adaptable 21 50 170 3 300 HOURS Lumens HOURS Lumens HOURS Lumens B effective mobile phone charge E of light of light of light T R charger OGETHE PERFORMANCES USES Up to Up to Up to 15,5 10 HOME BRIGHTER20 HOURS HOURS than kerosene of light of sound WORK PRODUCT SPECIFICATIONS SUNSHINESOLAR POWER KIT Light bulb - High: 100 lumens I Normal: 50 lumens Light tube - High: 200 lumens I Normal: 100 lumens Brightness + RADIO Torch - High: 200 lumens I Medium: 100 lumens Normal: 50 lumens CO A complete kit to light the home and extend the day. -
( 12 ) United States Patent ( 10 ) Patent No .: US 11,000,608 B2 Stibich Et Al
US011000608B2 ( 12 ) United States Patent ( 10 ) Patent No .: US 11,000,608 B2 Stibich et al . ( 45 ) Date of Patent : May 11 , 2021 ( 54 ) ULTRAVIOLET LAMP ROOM / AREA ( 58 ) Field of Classification Search DISINFECTION APPARATUSES HAVING CPC A61L 2/00 ; A61L 2/08 ; A61L 2/10 ; A61L INTEGRATED COOLING SYSTEMS 2/26 ( 71 ) Applicant: Xenex Disinfection Services LLC . , San ( Continued ) Antonio , TX (US ) ( 56 ) References Cited ( 72 ) Inventors : Mark A. Stibich , Santa Fe , NM (US ); James B. Wolford , Chicago , IL (US ); U.S. PATENT DOCUMENTS Alexander N. Garfield , Chicago, IL ( US ) ; Martin Rathgeber , Chicago , IL 2,182,732 A 12/1939 Meyer et al . ( US ) ; Eric M. Frydendall , Denver, CO 2,215,635 A 9/1940 Collins ( US ) (Continued ) ( 73 ) Assignee : Xenex Disinfection Services Inc. , San FOREIGN PATENT DOCUMENTS Antonio , TX (US ) CA 2569130 6/2008 CN 87203475 8/1988 ( * ) Notice : Subject to any disclaimer , the term of this patent is extended or adjusted under 35 ( Continued ) U.S.C. 154 ( b ) by 0 days . OTHER PUBLICATIONS ( 21 ) Appl . No.: 15 /898,862 Newsome , “ Solaration of Short - Wave Filters , ” Nov. 21 , 2003 , pp . ( 22 ) Filed : Feb. 19 , 2018 1-17 . ( Continued ) ( 65 ) Prior Publication Data US 2018/0169280 A1 Jun . 21 , 2018 Primary Examiner Jason L McCormack ( 74 ) Attorney , Agent, or Firm — Egan , Enders & Huston Related U.S. Application Data LLP. ( 60 ) Division of application No. 15 / 632,561 , filed on Jun . 26 , 2017 , now Pat. No. 10,004,822 , which is a ( 57 ) ABSTRACT ( Continued ) Apparatuses are disclosed which have an ultraviolet light lamp, a housing transparent to ultraviolet light surrounding ( 51 ) Int . -
Ultraviolet Lamp Systems
CHAPTER 17 ULTRAVIOLET LAMP SYSTEMS Terminology .................................................................................................................................. 17.1 UVGI Fundamentals ..................................................................................................................... 17.2 Lamps and Power Supplies ........................................................................................................... 17.3 Maintenance .................................................................................................................................. 17.7 Safety ............................................................................................................................................. 17.7 Unit Conversions ........................................................................................................................... 17.9 V energy is electromagnetic radiation with a wavelength nance, and indoor air quality increases. UV-C energy is used as an Ushorter than that of visible light, but longer than soft x-rays. All engineering control to interrupt the transmission of pathogenic organ- UV ranges and bands are invisible to the human eye. The UV spec- isms, such as Mycobacterium tuberculosis (TB), influenza viruses, trum can be subdivided into following bands: mold, and possible bioterrorism agents (Brickner et al. 2003; CDC 2002, 2005; GSA 2003). In addition, it has been used extensively to • UV-A (long-wave; 400 to 315 nm): the most abundant in sunlight, irradiate -
Light and Ultraviolet Radiation
Light and Ultraviolet Radiation Objectives page 3 Introduction page 3 Why worry about light and UV radiation? page 3 What materials are most sensitive to damage? page 4 Can the damage be prevented? page 5 Light sources in museums, galleries and libraries page 6 What lighting levels are acceptable? page 7 What do these levels mean? page 7 Measuring light and UV radiation page 9 MORE ABOUT LIGHT AND UV RADIATION Light and UV radiation are types of energy page 9 The electromagnetic spectrum page 10 How does the energy cause damage? page 11 Sources of light and UV radiation page 12 The brightness of light page 14 Additional information about the units used to measure light page 14 For further reading page 15 Self-evaluation quiz page 15 Answers to self-evaluation quiz page 17 Objectives Why worry about light and UV radiation? At the end of this chapter you should: • understand the adverse effects that visible Although we could not do without light in light and ultraviolet—UV—radiation can have museums, galleries and libraries, it is important to on museum objects; remember light is an environmental factor that contributes to the deterioration of our valued • be able to identify the items in your collections. collections that are most susceptible to damage caused by exposure to visible light It is vital to be aware that visible light is often and UV radiation; accompanied by: • know steps to take to control the lighting and UV radiation levels, and so minimise damage • UV radiation, which can cause more damage to your collections; faster than visible light; and • be aware of the sources of visible light, UV • infrared radiation, which heats materials. -
Improvement of Thermal Efficiency Through Natural Lighting: Energy
UIJRT | United International Journal for Research & Technology | Volume 01, Issue 05, 2020 | ISSN: 2582-6832 Improvement of Thermal Efficiency Through Natural Lighting: Energy Saving Dean Johancel Mbadinga1 and Halil Zafar Alibaba2 1,2Eastern Mediterranean University, Northern Cyprus [email protected], [email protected] Abstract — Roughly a third of Europe's energy caused by solar radiation in a building, the amount of consumption accounts for the housing market. This natural light is often insufficient and the energy used for usage, like that of other homes, mostly in the tertiary electrical lighting in- creases. Therefore, a well- sector, contributes for 40% of total energy consumption designed, controlled use of natural light, the use of and 36% of CO2 emissions. Artificial lighting accounts technologies or systems that ensure light penetration for 14% of the European Union's power use and 19% of throughout the building, energy consumption for the world's energy usage. By using well-designed lighting and air conditioning can be kept to a minimum. natural lighting, controlled when technology and Daylight harvesting is the term used for a control system systems which guarantee the usability of all areas inside that, when natural daylight is available, reduces the use buildings, it is possible to reduce the energy of artificial lighting with electrical lamps in building consumption of lighting or air conditioning. The essay interiors to reduce energy consumption. In open-loop or would address the development of technologies and closed-loop systems, all daylight harvesting systems use equipment for controlling natural light in buildings, a light level sensor, a photo sensor to detect the focusing on control methods that not only protect prevailing level of light, luminance or brightness. -
Modifying the Design of Solar Tube to Produce Cost Effective Dispose of Sunlight in Multi-Storey Buildings
INTERNATIONAL JOURNAL OF SCIENTIFIC & TECHNOLOGY RESEARCH VOLUME 2, ISSUE 2, FEBRUARY 2013 ISSN 2277-8616 Modifying The Design Of Solar Tube To Produce Cost Effective Dispose Of Sunlight In Multi-Storey Buildings Vineet Kumar Singh, Amit Kumar Jain Abstract: - Since the population of world is increasing at a very faster rate, the demand for the basic necessities is also increasing. Such necessities include food, clothing, shelter etc, the main challenge the government is facing is the increasing demand for the power generation for the entire population which is necessary for any country to be called a developed nation. The demand for shelter is being met by the very rapid rate of colonization which if not properly controlled will definitely lead to reduction in net sown area, increased deforestation and various ecological problems. So the trend is to build the multi-storey buildings on a very small piece of land. It has been observed that the buildings in metropolitan city are very close to each other and sometimes they are not properly oriented to the sun. Again the present era construction is being carried out underground such as the ones used in colleges for constructing library, laboratory, and metro stations. So the interior of the building remains in darkness even in the daytime. Thus to create the illumination in the building during the day, a lot of energy (electrical) is wasted. So in this paper an attempt is being made to produce and implement a system that will replace the existing day lighting systems without incurring a huge sum of money. -
000 CVR INS MASTER Catalog
An Introduction to the Product Guide For the first time in Bulbtronics’ 27 year history, we have gathered information about our entire product line of bulbs, batteries and related lighting products in one place to help you identify the products you need. We’ve also included our Bulb Guide and Glossary of Lighting Terms for your reference. This Guide represents products used in a multitude of applications across a wide variety of markets – medical, scientific, entertainment, industrial, graphic arts, transportation and general lighting. How to Use This Guide To help you in your search, this Product Guide is divided into sections. We recommend that you first review the Table of Contents and choose the section appropriate to your search. When you turn to a section, review how it is set up. Each section is organized according to available information: • General Lighting: A cross-reference table for Philips, GE and Sylvania bulbs • Miniatures: Organized by ordering code, with volts, watts and size specifications • Surgical & Endoscopic; Dental; Ophthalmic: Locate product by equipment manufac- turer and model number • Microscope: Find bulbs by equipment manufacturer and manufacturer’s part number • Ultraviolet (Germicidal): Organized by lamp type and specifications • Analytical: Organized by equipment manufacturer and instrument model; Hollow Cathodes by elements • Stage, Studio, TV, Photo, AV: This section has its own index which cross references ordering code with product specifications • Graphic Arts: Locate product by manufacturer, model number and manufacturer number • Batteries: Organized by chemistry with the addition of a manufacturer’s cross reference This Guide is a reference tool. Due to size constraints it does not include all products, images or pricing.