Over the Range Microwave
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Helpful Household Energy Saving Tips
Helpful Household Energy Saving Tips When purchasing a new appliance, ask your dealer about the high-efficiency electric models. Be familiar with the Energy Guide and Energy Star Labels. Contact Waseca Utilities at 835-9718 for information on rebates available to utility customers on the purchase of energy-star rated appliances, air conditioners and LED lightbulbs. For more energy- saving tips, visit www.energystar.gov, www.energyhog.org, http://hes.lbl.gov and www.smmpa.com. Refrigerators/Freezers • Place refrigerators and freezers away from sources of heat such as stoves, clothes dryers, dishwashers, heating systems, and direct sunlight. • Replace door gaskets when they become hard or out of shape. A tight seal will minimize air leakage. • Vacuum or dust external coils at least once a year. • Defrost freezers before the ice becomes 1/4 inch thick. • Fill refrigerators and freezers to capacity, but avoid blocking air circulation. Washers/Dryers • Use hot water only for heavily soiled or greasy clothes and for sanitation purposes. • Wash only full loads or match the water level to the load size. • Use cold water in the rinse cycle. • Dry full loads of clothes and avoid over drying clothes. • Vent dryers to the outside to avoid moisture build-up inside the home. Dryers operate less efficiently when they use moist air to dry clothes. • Make sure exterior dryer vents close tightly when not in use. • Keep lint filters and exterior dryer vents clean. Dishwashers • Pre-rinse only when necessary and then use only cold water. • Operate the dishwasher only for full loads. • When time allows, air dry the dishes. -
CPG Sec. 394.500 Importation of Television Products, Microwave Ovens, and Inherent Class I Laser Products for Investigation and Evaluation During Design Development
CPG Sec. 394.500 Importation of Television Products, Microwave Ovens, and Inherent Class I Laser Products for Investigation and Evaluation during Design Development Document Effective Date: July 29, 2004 This document supersedes Compliance Policy Guide (CPG) "Sec. 394.500 Importation of Television Receivers and Microwave Ovens for Investigation and Evaluation (CPG 7133.22)" that was issued on March 1, 1984. U.S. Department of Health and Human Services Food and Drug Administration Office of Regulatory Affairs Preface Public Comment: At any time, interested persons may submit written comments regarding this document to the Division of Dockets Management (HFA-305), Food and Drug Administration, 5630 Fishers Lane, rm. 1061, Rockville, MD 20852. The comments are to be identified with the title of this guidance document. Such comments will be considered when determining whether to amend the current guidance. [] Additional Copies: A copy of the guidance may be downloaded to a personal computer with access to the Internet. The guidance may be accessed at http://www.fda.gov/ora/compliance_ref/cpg/cpgdev/cpg394-500.html From 1996 CPG Manual Sec. 394.500 Importation of Television Receivers and Microwave Ovens for Investigation and Evaluation (CPG 7133.22) BACKGROUND: Federal regulations require that all imported electronic products for which applicable FDA radiation performance standards exist, shall comply with these standards and shall bear certification of such compliance. Before these products can be permitted to enter the U.S., manufacturers and importers are required to submit with each shipment certain required import entry papers through the District Director, U.S. Customs Service to the appropriate FDA district office. -
Newsgathering Transmission Techniques
NEWSGATHERING TRANSMISSION TECHNIQUES Ennes Workshop – Miami, FL March 8, 2013 Kevin Dennis Regional Sales Manager 2 Vislink is Built on a Firm Foundation 3 Presentation Outline • Advancements in video encoding technology – H.264 versus MPEG-2 • Advancements in licensed microwave technology – Implementing HD/SD H.264 encoding – Modulation, FEC, high power Linear Amps • Advancements in bandwidth capacity of public access networks (Cellular and Wi-Fi) – 3G, 4G, LTE, WiMax – HD/SD Bonded Cellular Video Transmission • Comparison of strengths and weaknesses of licensed microwave transmission versus public network transmissions Newsgathering Transmission Techniques • Advancements in video encoding technology • Advancements in licensed microwave technology • Advancements in bandwidth capacity of public access networks (Cellular and Wi-Fi) • Comparison of strengths and weaknesses of licensed microwave transmission versus public network transmissions H.264 (MPEG-4 AVC / Part10) versus MPEG-2 • H.264/MPEG-4 AVC is a block-oriented motion-compensation based codec standard • First version of the standard was completed in 2003 • H.264 video compression is significantly more efficient than MPEG-2 encoding providing two-fold improvement as compared to MPEG-2 • H.264 HD encoding not excessively expensive to implement as compared to first MPEG-2 encoders H.264 (MPEG-4 AVC) vs. MPEG-2 H.264 is approximately twice as efficient as MPEG-2 Video quality comparison of H.264 (solid blue line with squares) and MPEG-2 (dotted red line with circles) as a function of bit rate compared to 100 Mbps source material. H.264 (MPEG-4 AVC) vs. MPEG-2 Low Motion Video - there is very little video quality difference between H.264 and MPEG-2 Video Images posted by Jan Ozer, Video Technology Instructor H.264 (MPEG-4 AVC) vs. -
Overcoming Barriers to Providing Mobile Coverage Everywhere
WHITE PAPER Overcoming Barriers to Providing Mobile Coverage Everywhere Published by © 2018 Introduction New international efforts to tackle digital While connecting the unconnected is an inequality have made expanding broadband important driver for expanding coverage, it’s not infrastructure a global priority. The United the only one. Operators in developing and Nations’ Broadband Commission for Sustainable developed countries are under pressure to build Development recently set ambitious targets for out infrastructure for a variety of business and 2025 to connect the remaining half of the regulatory reasons. Depending on the market, world’s population to the Internet. The goals operator requirements include meeting coverage include a mandate for all countries to establish obligations attached to spectrum licenses, funded national broadband plans, or broadband providing national emergency or disaster universal service requirements, as well as making recovery services, reducing roaming and leased affordable broadband services available in line costs and growing their customer base. developing countries (costing less than 2% of monthly gross national income per capita) by 2025. Mobile Internet connectivity will be key to “Mobile Internet achieving these broadband sustainable development goals that will bring economic and connectivity is key to social benefits to billions of people worldwide. There are two categories of unconnected achieving sustainable people: those that are covered by mobile broadband, 3G or 4G, infrastructure but do not development goals that use Internet services and those with no access to mobile networks at all. According to the will bring economic and GSMA, about 3.3 billion people are covered but not connected, while 1 billion people are not social benefits to billions covered. -
Microwave Receivers with Direct Digitization
Microwave Receivers with Direct Digitization Dmitri E. Kirichenko, Timur V. Filippov, and Deepnarayan Gupta HYPRES, Elmsford, NY, 10532, U.S.A. Abstract — Superconductor analog-to-digital converters integrated circuit (IC) technology with Niobium (Nb) (ADCs) and ultrafast digital circuitry enable processing of Josephson junctions (JJs), currently offer the best solution. microwave signals entirely in the digital domain. We have Superconductor ICs combine high-linearity, wideband ADCs designed and demonstrated a wide variety of continuous-time bandpass delta-sigma modulators using Josephson junction [2] and ultrafast digital logic, called rapid single flux quantum comparators. Featuring sampling frequencies up to 30 GHz, (RSFQ). A family of superconductor digital-RF receiver single-chip digital receivers have been demonstrated by (called ADR) chips (Fig. 1), comprising an ADC and a digital connecting a rapid single flux quantum (RSFQ) digital circuitry channelizer circuit, performing digital down-conversion and with these ADCs. These receiver chips, cooled to 4 K by cryogen- filtering, have been demonstrated. Notably, a digital-RF free refrigerators, have been used with room-temperature digital processors to demonstrate reception of microwave signals for X- receiver system, comprising a cryocooled ADR chip, was band satellite communications and Link-16 data links. To date, demonstrated reception of live satellite communication signals the highest frequency of direct digitization is 21 GHz for satellite in the X-band (7.25-7.75 GHz) [3]. In this paper, we focus on communication. We report recent advances in ADC design to ADCs for various microwave frequency bands ranging from 1 obtain higher dynamic range. GHz to 21 GHz. Index Terms — Analog-to-digital converter, RSFQ, cryogenic, Digital Output (I) SATCOM. -
Microwave-Irradiation-Assisted HVAC Filtration for Inactivation of Viral Aerosols
Aerosol and Air Quality Research, 12: 295–303, 2012 Copyright © Taiwan Association for Aerosol Research ISSN: 1680-8584 print / 2071-1409 online doi: 10.4209/aaqr.2011.11.0193 Microwave-irradiation-assisted HVAC Filtration for Inactivation of Viral Aerosols Myung-Heui Woo1, Adam Grippin2, Chang-Yu Wu1*, Joseph Wander3 1 University of Florida, Department of Environmental Engineering Sciences, Gainesville, FL 32611, USA 2 University of Florida, Department of Chemical Engineering, Gainesville, FL 32611, USA 3 Air Force Research Laboratory, Tyndall Air Force Base, FL 32403, USA ABSTRACT Inactivation of collected viral aerosols is important for preventing a filter medium’s serving as a fomite. The focus of this study was to evaluate the inactivation efficiency (IE) achieved through filtration coupled with microwave irradiation. MS2 aerosolized through a Collison nebulizer was fed into the system and collected onto the filter. For in-flight microwave decontamination, microwave irradiation was applied to an HVAC (heating, ventilation and air conditioning) filter supported on a SiC disk for three cycles of selected irradiation times per 10 min (i.e., 1, 2.5, 5, and 10 min/10 min) at power levels ranging from 125 W to 375 W. The survival fraction (SF) on the substrate and the IE through the entire system were investigated to determine the efficacy of this approach. SF decreased and IE increased as microwave power level was increased (p = 0.02 and p < 0.01, respectively) or the application time was extended (p = 0.03 and p < 0.01, respectively). Both measures changed sharply above a threshold temperature of around 90°C and reached 2 logs at 116 and 109°C, respectively. -
Analytical and Experimental Examination of Microwave Defrosting Method on Commercial Refrigerator Evaporators
ANALYTICAL AND EXPERIMENTAL EXAMINATION OF MICROWAVE DEFROSTING METHOD ON COMMERCIAL REFRIGERATOR EVAPORATORS BY JONG WOO KIM THESIS Submitted in partial fulfillment of the requirements for the degree of Master of Science in Mechanical Engineering in the Graduate College of the University of Illinois at Urbana-Champaign, 2012 Urbana, Illinois Adviser: Professor M. Quinn Brewster ABSTRACT Defrosting of domestic refrigerator evaporator coils is currently done with external electrical heaters of various designs using a combination of convection, radiation, and conduction. These designs put unnecessary heat into the refrigerators during the defrosting process and the heat must be taken out again by the compressor work. Radiation, which has a fundamentally different mechanism from conduction and convection, can have significant advantages over traditional defrosting methods since it doesn’t heat up the air inside evaporator. Defrosting experiments are done to find out the effectiveness of microwave defrosting in a commercial microwave oven. Frost is formed on the small aluminum evaporator with a controlled temperature and mass and thaws out in the microwave oven while measuring the defrosting conditions. Temperature and geometry of defrosting conditions are discussed by changing the frost temperature and magnetron positions to the evaporator. Later, Monte Carlo simulations are performed to find out the uniformity of defrost in a two-dimensional slot. Various incoming angles and surface conditions are compared to find out the best condition. The fundamental mechanisms of microwave oven defrosting and experiment results are presented in detail. ii This thesis is dedicated to my beloved family for their limitless love, sacrifice, and support. Particularly to my father, who has been my lifetime advisor, for instilling the importance of education and for guiding me to achieve my dreams. -
The Effect of Particle Size Reduction Techniques on Extraction and Recovery of 16 PFAS in Food-Contact Paper Packaging Matrices
APPLICATION NOTE 65960 The effect of particle size reduction techniques on extraction and recovery of 16 PFAS in food-contact paper packaging matrices Authors: Paulo Silva, Keith Vorst, Greg Curtzwiler, Iowa State University, Ames, IA, USA; Charles Yang, Thermo Fisher Scientific, San Jose, CA, USA Keywords: Polyfluoroalkyl and Perfluoroalkyl Substances, PFAS, PFAA, PFOS, PFOA, GenX, PFCs, Extraction, Sample Preparation, Spike Recovery, Food Contact Materials, Orbitrap Exploris 120 mass spectrometer, TraceFinder software, Vanquish Flex UHPLC system Natural fibers of bleached or unbleached cellulose are used to make P&B, moreover, it can also be recycled from Goal recovered materials. P&B used as FCMs can be noted as To investigate the effect of two particle size reduction chemically complex matrices, partly due to the naturally techniques, ball milling and blade cutting-grinding, occurring substances in P&B, but also due to chemical on the Perfluoroalkyl and Polyfluoroalkyl substances treatments used to make these materials suitable for food (PFAS) recovery of three types of food contact materials contact (Bengtström et al., 2014). Since P&B are used in (microwave popcorn bags, molded fiber bowl, and a variety of applications, one of the challenges in paper wrappers) using Focused Ultrasound Solid-Liquid production is to achieve specific technical functionalities. Extraction (FUSLE) technique for extraction of 16 targeted Therefore, the use of chemical additives is widely employed fluorinated compounds. in the manufacturing process to achieve -
Microwave Popcorn Popper
How to Use Your Microwave Popcorn Popper 1. Fill silicone lid with popcorn kernels to the engraved line. 2. Pour the kernels into the bottom of the popper. 3. Optional: Add desired amount of butter or margarine to the silicone lid and set on top of popper. The perforated lid will allow the butter/margarine to melt onto the popcorn. 4. Heat first batch for two minutes and thirty seconds. On subsequent batches, time may be added until popping slows to two seconds apart. Stop the microwave when popping slows. Herb, Garlic and Parmesan Popcorn 1 tablespoon butter or margarine, softened 1/8 teaspoon garlic powder 1/8 teaspoon dried thyme 1/8 teaspoon dried basil 2/3 cup finely grated parmesan cheese, more if desired Popcorn kernels In a small bowl, combine the softened butter, or margarine, and garlic powder. Pour the popcorn kernels into the glass popper and place butter mixture in silicone lid. Microwave for 2 ½ minutes or until popping slows. In a separate bowl, combine thyme, basil and parmesan. Sprinkle cheese and herb mix over cooked popcorn. Toss well to coat. Cheddar Cheese Popcorn 1 tablespoon butter or margarine, softened 1 ½ teaspoons cheddar cheese powder 1/8 teaspoon cayenne pepper Salt (or less, to taste) Popcorn kernels In a small bowl, combine the softened butter, or margarine, and cheddar cheese powder. Pour the popcorn kernels into the glass popper and place butter mixture in silicone lid. Microwave for 2 ½ minutes or until popcorn slows. In a separate bowl, combine the cayenne and the salt. Sprinkle the salt and cayenne over cooked popcorn. -
Superior Food Packaging Papers
FOOD PACKAGING SUPERIOR FOOD PACKAGING PAPERS Food packaging papers from Pixelle Specialty Solutions® deliver an optimal balance of strength and printability for high-performance packaging that stands out on the shelf. Our extensive portfolio offers consistent converting performance and excellent runnability using one of the most renewable substrates on the planet. From pouches, canisters and bags to confectionary and lidding applications, our food packaging papers protect products and enhance shelf appeal for some of the world’s leading brands. EXCELLENT PRINT QUALITY. QUALITY STRONG APPEAL. PAPER FOR: Superior runnability and converting TRAY LINERS, performance POUCHES & PACKETS FDA-compliant for direct food contact, LIDDING subject to applicable use restrictions SPIRAL CANISTERS Bleached and natural kraft options available ICE CREAM PACKAGING Chain-of-custody fiber certification available upon request MICROWAVEABLE PRODUCTS Unmatched dimensional stability for LAMINATING AND WAXING BASE demanding applications TO PLACE AN ORDER Phone: 1-800-458-6323 WEB: www.Pixelle.com EMAIL: [email protected] FOOD PACKAGING PAPERS COATED BASIS WEIGHT RANGE PRODUCT APPLICATION (LBS/3,000 FT2) LAMINATING / EXTRUSION BASE FOR POUCHES, PACKETS, TRAY LINERS AND WRAPS Semigloss, lightweight food packaging paper for PointFlex™ 25-55 lb. pouches, wraps and bags Matte finish, lightweight packaging for pouches, PointMatte™ 26-40 lb. wraps and bags FlexPack Essential™ 22.5-55 lb. Ideal for C1S lightweight packaging WAXING BASE FOR FROZEN FOODS AND CONFECTIONARY Food packaging paper designed for wax coatings for frozen PointWax™ 25-35 lb. food over wrap, butter wrap and confections SPIRAL CANISTER LABEL Spiral-grade paper designed for excellent printability and PointFlex™ Spiral 30-45 lb. -
Satellite Backhaul Vs Terrestrial Backhaul: a Cost Comparison
Satellite Backhaul vs Terrestrial Backhaul: A Cost Comparison A perfect storm 3 Network deployment comparison 4 Semi-rural terrestrial backhaul deployment 4 Rural terrestrial backhaul deployment 5 TCO Comparison 6 July 2015 LTE Backhaul over Satellite p. 2 ©2015 Gilat Satellite Networks Ltd. All rights reserved. A perfect storm The mobile industry and the satellite industry have worked in parallel for decades, occasionally targeting the same market but mostly not. While mobile operators satisfied the vast demand for personalized on- the-move connectivity in population centers, satellite focused on connectivity in remote regions. But then - two phenomena converged. One was that mobile traffic became increasingly data-driven. This meant that the throughput requirements for mobile networks would need to grow exponentially. As the diagram below shows, using the United States as an example, mobile network traffic is expected to double between 2015 and 2017. Figure 1: Mobile Traffic Forecasts The proliferation of data over mobile has spurred the adaption of higher communications standards such as 4G/LTE. While these standards have not yet been implemented everywhere, they are surely on their way, and standards with even higher capacity – 5G and beyond – will follow. At the same time, advances in the satellite industry have slashed the cost of bandwidth. High-Throughput Satellites (HTS) offer significantly increased capacity, reducing bandwidth costs by as much as 70 July 2015 LTE Backhaul over Satellite p. 3 ©2015 Gilat Satellite Networks Ltd. All rights reserved. percent. This breakthrough has helped position satellite communication as a cost-effective alternative for delivering broadband while reducing operating expenses. -
441F90e1e34c2e4165c36f58
Contents Page Page Responslbllltier 2 important information 6 Installation .._.. ,__, ,_,,_..,_ 2 How Microwave Ovens Work 8 Proper, Safe Use.. 3 Replacing the Light Bulb 9 Precautions to Avoid Possible Building in Your Microwave Oven 9 Exposure to Excessive if You Need Service or Assistance 10 Microwave Energy 3 1. Before Calling For Assistance 10 Using Your Microwave Oven 4 2. If You Need Assistance 10 Setting the Controls 4 3. If You Need Service 10 Defrosting 5 4. If You Have a Problem IO Cleaning the Microwave Oven 5 Your responsibilities. l . FM out and return the “Microwave Reglstration Cardl’attached to the oven door. Installation 1. Empty the microwave 2. Put the oven on a cart, 3. Do not block vents oven and clean inside it with counter, table or shelf that is on back of the oven. a soft, damp cloth. strong enough to hold the Blocking vents can cause oven. (The control side of the poor cooking results. unit Is the heavy side. Handling can be tricky.) 4. For your safety, this oven must be 6. Fill out and return the “Microwave Regls- grounded. DO NOT REMOVE THE THIRD PRONG tration Card’lattached to the oven door. If FROM THE PLUG. You must have a qualified the card is missing, please send the model electrician put in the right outlet if yours does and serial number of your microwave oven, not have the J-prong plug-in, or if the outlet with your name and address to... is not grounded according to National Electri- Whirlpool Corporation cal Codes and local codes or ordinances.