美国亚适应FreeStyle便携式制氧机英文说明书
英文版臭氧发生器说明书
CAUTION: READ INSTRUCTIONS THOROUGHLY BEFORE OPERATION OF UNITOzone GeneratorManual1.0 IntroductionNOTE: All specifications stated in this manual may change without notice.1.1 What is ozone?Ozone series is to clean the air or water in the same way nature uses lightning to create ozone to clean the air naturally. Ozone is very unstable and attaches to contaminants, mold, odors, etc. This reaction results in previously contaminated areas smelling fresh and clean.1.2 Placement and Setting of Machine1.2.1. Do not use this product near high-precision electronic equipment, radio interference may be caused by the misuse of high-precision electronic equipment and other problems. Especially need to pay special attention to the vicinity of the following equipment: hearing aids, pacemakers and other medical electronic equipment, fire detectors, and other precision automatic control device.1.2.2. Do not disassemble or modify the product, otherwise it may cause the damage, leakage and circuit failure.1.2.3. Avoid excessive moisture, water or other liquids enter the product otherwise leakage and failure of the product may cause.1.2.4. Avoid volatile solution or organic solvents to wipe the device, as it may damage the surface of the device.1.2.5. Qualified dedicated grounding wire, secure and reliable grounding line capacity is required to ensure the elimination of fire hazards. Equipment installation personnel must be trained in order to boot repair.1.2.6. Use ozone generator in unoccupied room only. The staff should have Protective measures when ozone concentrations exceed the relevant standards in the space environment.1.2.7. Equipment maintenance or repair must be power off and drain the air pressure to ensure the safety of personnel maintenance.1.3. Environmental Conditions of Machine1.3.1 Indoor Installment should be non-flammable or explosive gases and conductive dust. Prohibiting the installation to where ammonia is easy to leakor explosion hazard danger zone1.3.2 220V/50HZ AC power supply, 110V/50Hz (optional, must specify when ordering)1.3.3 Environmental Temperature Requirements: -10 ℃ -33 ℃1.3.4 Environment humidity requirements: ≤ 55%.1.3.5 Keep the equipment working environment ventilation when install this equipment, the space required to install exhaust fans or air conditioning.2. Technical Specification3. Parts Include:Ozone generator (1)Air stone (1)3 meters of silicone tube (1)Operation manual (1)Warranty card (optional)4. Applications4.1 Air purify: Food processing plant, cosmetic plant, refrigerator, file room, Cafeteria, pharmaceutical factory, schools, hotel, hospitals, restaurants etc4.2 Water treatment: Mineral water, bottled water, pure water, swimming pool, aquaculture, farm feeding water, beverage plant, industrial wastewater, and cooling tower system, etc.5. Operation Instructions5.1Placed the ozone generator to a smooth, airy location.5.2 Connected cooling water (For water cooling type machine)5.3 Plug in the 220VAVC power, turn on the pump switch first.5.4 Extension of time to open the ozone switch (depend on air humidity, higher humidity, longer time, usually 1-30 seconds), ozone indicator light, the machine starts to work ozone output from outlet.5.5 Adjust the ozone concentration by switch the concentration knob5.6 Offer disinfection, manually shut down the machine (25g ozone generator don’t have a timer, additional configuration) unplug5.7 Ozone in the air will automatically broken down into oxygen in 1-2 hours, people should come in the room for a long time when there is no strong odor of ozone5.8 Take the machine to dry and airy location, in case of stagnant water cause by high temperature, high humidify environment in the machineNotes: Before turn on the power, this machine must be connected cooling water (For water-cooling type machine), prohibited from running without connected cooling water.6. WarrantyFrom the date of your purchase, free one-year warranty and lifetime maintenance.7. Fault Inspection and Analysis7.1 Fault Inspection ListIf the problem unsolved after above checking, contact our sales or service stuffs directly.7.2. Using Notes7.2.1 Machinery and equipment must be placed in the oilless, clean dry air environment location to extend the lifespan of the machinery and equipment.7.2.2 Handled gently when using, not abandonment.7.2.3 Machinery and equipment used in water treatment, ozone output port must be connected to the check valve to prevent backwater into the machine, and damage to the machine.7.2.4 Prohibition of placing the machine to disinfection area ,for safety , the device should have a separate working area, then use the silicone tube to deliver ozone to disinfection and chemical reaction zone.7.2.5 Machinery and equipment must check every day before using; any abnormal should immediately shut down, and identify the reasons, solve the problem then use.7.2.6 This machine must be well grounded to prevent lightning. Better to unplug the power when not working.7.2.7 According to the working environment, using requirements choose the corrective ozone generator.7.2.8 For a long time no use, the machine should be cleaned and place to a dry ventilated place to prevent damage from moisture.7.2.9 In order to prevent the machine from moisture and better maintenance , open pump switch or gas control switch; switch off "Density Adjustment" or "ozone switch" to work more than three hours weekly to clean the inside of water vapor8. Maintenances8.1Keep the equipment in a dry ventilated place, dust network (cooling fan ) cleaned once a month8.2 Non-professional electrician, do not open the box (with high pressure) ,+8.3 Silicone tube replaced every three months8.4 Checking whether inside connector is loose or hose aging. If the connector is loose, tighten with a screwdriver, hose aging, timely replacement 8.5 Our customer can get accessories from us with a low cost (lower than the market price)8.6 Power on, open air pump switch first, after 1-2 minutes open ozone switch, shut down, first turn off the ozone switch, after 1-2 minutes, turn off air pump switch.ANNEX 1 City Drinking Water TreatmentANNEX 2 Central Air-conditioning Ozone Generator Systems（注：可编辑下载，若有不当之处，请指正，谢谢!）[文档可能无法思考全面，请浏览后下载，另外祝您生活愉快，工作顺利，万事如意!]。
WITT OXYBABY Med 氧气分析仪说明书
222O X Y 3 U S A - Q 02/3F s u b j e c t t o c h a n geCordless hand held analyser for checking medical gases.OXYBABY ® Med from WITT is the ideal instrument for portable, faster and accurate tests at gases before application in hospitals - for protection of patients.After connect on the OXYBABY ® Med at outlet point the measuring starts and the result is shown in the illuminated display.Not only kind of gas but also concentration and pressure are checked.Design and material of OXYBABY ® Med are hygienic optimised.Easy operation by intuitive operational concept.Logging of the last 500 measurements for documentation and export.For various connections an optional set of adapter is available.Bene fi ts●integrated data log of the last 500 measurements●product administration up to 25 users, 100applications and 50 allocations●increased memory capacity and simpli fi ed data ex-port of measurement results by microSD card ●cordless operation using rechargeable batteries ●data transfer and charge of batteries via USB port ●sample fl ow control with warning ●upgraded simple one-hand operation ●easy to clean●large illuminated graphic display ●multilingual menu guide: see overleaf ●long lifetime of O 2 sensor(approx. 2 years, depending on use)●low maintenance costsComplete in carrying case●charging device, microSD card●OBCC software (demo version) for downloading ●case dimensions (HxWxD):approx. 12.79 x 15.16 x 4.53 inches,case weight: approx. 3.75 lbOptions ●data cable●set of adapter for various connections ●Bluetooth (e.g. for separate printer)Please note our variety of accessories on the following pages!►Videofurther information onSet of adapter Order-No.according to DIN 956980100according to AFNOR 956980200according to UNI 956980300according to BS956980400OBCC So ware for gas analyzer OXYBABY® / PAC C 2 U S A - A 02/3F s u b j e c t t o c h a n g eSystem requirements Operating system WINDOWS ® 7 or aboveHardware1 free USB interface, graphic resolution min. 1024 x 768 PixelWindows-Software for OXYBABY ® 6.0, OXYBABY ® P 6.0,OXYBABY ® Med and PA 7.0.OBCC is the ideal complement for your WITT-Gas analyzer - with modern surface, clearly structured and conveniently operable.The application o ff ers rapid graphical analysis of measured values. Simplify a system comprehensive data management and o ff ers an uncomplicated export function for thecomplete digital storage.Bene fi ts●modern, clearly structured user interface ●intuitive operation●simple set up and administration of master data (products, user, packaging lines)●quality control by means of data recording and storing with date and time ●the graphical presentation of measured values o ff ers a fast overview ●knowledge by data analysis tool with fi lter options●completely digital documentation by simple CSV export function●1 click generate PDF report for assurance of proof (in addition to the CSV export)●time-saving by convenient data management and easy transfer of master data to new devices●available menu languages: English, German, French, Italian, Spanish, Portuguese, Polish, Russian, Finnish, Swedish,Turkish, Romanian, Hungarian30-day trial version with full function for download on 。
Phillips手持洋衣蒸馏机参考书说明书
PhilipsHandheld garment steamer1000 W, up to 20 g/min Vertical Steaming60 ml non-detachable water tank GC299Compact solution for easy de-wrinkling Ideal companion for your iron, no board requiredThis handheld garment steamer is perfect for delicate fabrics and difficult-to-iron areas, and to refresh any clothing or upholstery - no burns guaranteed. Lightweight and compact design makes it easy to use anytime, anywhere. Just steam and go!Quick de-wrinkling•Automatic continuous steam for easy de-wrinkling•Brush accessory for thicker fabricsEasy to use and safe•Safe on all ironable fabrics, no burns guaranteed•No ironing board needed•Compact design for convenient use, storage and travel•2 m cord for longer reachRefreshes clothes without washing or dry cleaning•Continuous steam removes odours and kills 99.9%* of bacteriaHighlightsContinuous steamAn electric pump automatically provides continuous steam for easy and quick de-wrinkling.Brush accessory The brush attachment opens the fabric fibres and enables better steam penetration. It is especially good for thicker garments like jackets and coats. It can also help to remove dirt and pills.Safe on all ironable fabrics The steamer is safe to use on all ironable fabrics and garments. The steam plate can be safely pressed against any clothing with no risk of burning – a great solution for delicate fabrics, like silk.No ironing board neededUsing a clothes steamer on hanging garments eliminates the need for an ironing board, so de-wrinkling is easy and hassle free.Ergonomic designThe handheld garment steamer isergonomically designed to be light, compact and comfortable to use. Just press the trigger and watch wrinkles and creases disappear.2 m cordFor longer reach99.9% bacteria-free*Hot steam refreshes your clothes and kills up to 99.9% of bacteria*. Less-frequent washing and dry cleaning saves time and money, and helps clothes last longer.Issue date 2022-03-08 Version: 1.1.1EAN: 08 71010 39363 67© 2022 Koninklijke Philips N.V.All Rights reserved.Specifications are subject to change without notice. Trademarks are the property of Koninklijke Philips N.V. or their respective owners.SpecificationsEasy to use•Water tank capacity: 60 ml•Safe on all ironable fabrics: Even delicates like silk •non-detachable water tank•Refill anytime during use•Power cord length:2 m•Ready to use: Light indicatorAccessories included•BrushFast crease removal•Power: 1000 W•Continuous steam: Up to 20 g/min •Voltage: 220-240 V•Ready to use: < 1 minSize and weight•Packaging dimensions (W x H x D): 38 x 12.8 x15 cmGreen efficiency•Product packaging: 100% recyclable•User manual: 100% recycled paperGuarantee•2 year worldwide guarantee*Tested by external body for bacteria types Escherichia coli 8099,Staphylicoccus aureus ATCC 6538, Canidia albicans ATCC 10231with 1 minute steaming time.。
亚适Focus制氧机患者手册(Patient Manual)中文翻译
不要将Focus或充电腰带存放在高温的汽车或相似高温/低温环境内。在标准温度范围外操作或存放主机可影响性能。（请参考本手册规格部分）
根据Focus电池的温度，可能在连接电源后几分钟才开始充电，这是为保证安全充电，属正常情况。
为何您的医生给您开的处方是氧气
许多人患有心、肺或其他呼吸疾病。很大一部分这类患者可以从供养疗法中受益，在家，旅行或在外进行日常活动时均可进行。
氧气是一种占我们呼吸空气体积21%的气体。我们的身体正常工作需要保持稳定的氧气供给。您的医师建议您使用吸氧来改善您独特的呼吸状况。
尽管氧气是一种非添加剂药物，但未经授权的氧气疗法是危险的。您在使用氧气浓缩机前请遵医嘱。为您提供氧气设备的设备供应商会为您演示如何操作Focus便携式氧气浓缩机。
4个LED，25%-100%，每个都会在相应阶段闪烁，然后在达到相应电量后一直亮起。
当所有LED均一直亮起后，电池就完全充电完毕，LED会一直亮起一段时间，然后4个LED会关闭。
可选充电腰带
同样您可以选择购买充电腰带，让Focus工作更长时间。
可选的充电腰带（图14），可为Focus主机供电达4个小时。
16）
17）Focus腰带
18）
19）Focus肩带
20）
21）患者手册（无图示）
22）
在第一次操作Focus前，请熟悉主要的组件。它们在下面几页均有图示，并会在手册中加以说明。
连接Focus电源接入口
找到接头上方的箭头标记，将接头插入（图5）Focus的电源接入口（图6）接头朝外一面有箭头标记。接头仅可用一种方法插入，不要强行插入电源接入口，以确保主机或电源配件不被损坏。
RAE Systems ToxiRAE Pro 个人无线毒气和氧气检测仪 使用手册说明书
• Wireless elevates safety to the next level• Over 20 intelligent interchangeable sensor options to cover a wide variety of gases• Man Down Alarm with real-time remote wireless notification • Easy to maintain with replaceable sensor, filter, and Li-ion battery • Fully-automatic bump testing and calibration with AutoRAE 22Applications• Agriculture • Chemical• Fire service / HazMat • Food and beverage • Oil and gasToxiRAE ProPersonal Wireless Monitor for Toxic Gases and OxygenThe ToxiRAE Pro is the industry's first wireless personal monitor for toxic gases and oxygen 1. The ToxiRAE Pro can detect a broad range of gases—from carbon monoxide, hydrogen sulfide, and oxygen to ammonia, chlorine, and formaldehyde 2. The ToxiRAE Pro provides safetyprofessionals wireless remote access to real-time instrument readings and alarm status for better visibility and faster incident response. The ToxiRAE Pro’s intelligent interchangeable sensors store calibration data, which allows users to monitor for one gas one day and another gas the next, by simply swapping the sensors in the ToxiRAE Pro 3.• Wireless access to real-time instrument readings and alarm status from any location•Unmistakable five-way local and remotewireless notification of alarm conditions •Intelligent sensors store calibration data, so they can beswapped in the field•Most electrochemical sensors are shared with MultiRAE family instruments• Largest display in its class•Continuous datalogging • Easy to use•Reliable, rugged, and intrinsically safe•Device Management with Honeywell SafetySuiteFEATURES & BENEFITSToxiRAE Pro Comes With:• ToxiRAE Pro monitor with sensor as specified,alligator clip, protective rubber boot, and rechargeable battery installed• Charging and PC communication cradle • PC communication cable•AC adapter (100 to 240 V, 50/60 Hz AC to 12 V DC)•Calibration adapters• Quick Start Guide • CD with documentation• Calibration certificate , quality certificate, and warranty/registration card• Pharmaceutical • Pulp and paper • Steel manufacturing• Water and wastewater industriesOptional Accessories• AutoRAE 2 Automatic Test and Calibration System • Multi-unit charging station for up to five monitorsToxiRAE Pro Specifications1 Wireless units have a functioning RF modem and areready for wireless deployments; non-wireless units cannot be upgraded to wireless. Additional equipment and/orsoftware licenses may be required to enable remote wireless monitoring and alarm transmission.2 Contact Honeywell RAE Systems for availability.3 Honeywell RAE Systems recommends calibrating sensors on installation.4 Contact Honeywell RAE Systems for country-specificwireless approvals and certificates. Specifications are subject to change.Ordering Information•Wireless or non-wireless versions are available •Refer to the Portables Pricing Guide for part numbers for monitors, accessories, maintenance kits, gas, sensors, and replacement partsFor more information/Honeywell Sensing &Safety Technologies830 East Arapaho Road Richardson, TX 75081/gb/en/software/safety/connected-safety/safety-suiteDevice Management with Honeywell SafetySuite。
亚适制氧机使用的技术及产品特点
亚适制氧机使用的独特技术和产品特点
亚适制氧机VisionAire这个型号，是由美国AIRSEP CORPORATION公司研发生产，能达到医用级别的家用制氧机。
下面给大家讲一讲压制制氧机VisionAire这个型号的技术使用及特点分析。
这个型号的亚适制氧机，由于其设计小巧，使用方便，可24小时连续工作，超静音，氧浓度稳定，很受大家的喜爱。
Visionaire亚适制氧机使用变压吸附（PSA）物理制氧方式。
其秉承了上一代Newlife系列的高耐用度特点，经过技术更新进而设计的体积更小、更轻巧、更节能与更静音产品。
两个填有进口分子筛的筛床设计使Visionaire制氧机在1至5LPM可调流量皆可供应浓度达90%以上的氧气。
Visionaire使用坚固的设计，在部件选材上令机器更加可靠，减低故障几率。
简洁的工业设计亦方便维护与维修。
Visionaire标配氧浓度指示灯与运行时间计时器，并有雾化器的可选项。
Visionaire亚适制氧机采用的是最新设计的弹簧减震式安装，使压缩机运行更安静，工作时的噪音只有40dBA；而且机底配有360度万向脚轮，可轻松移动；操作也非常简便，一键即可开机；耗电量超低（电源规格230V/50HZ），正常运行期间仅需要290W的功率。
使用也很放心安全，Visionaire亚适制氧机配有自恢复过流保护器，计时表和明确定义的报警系统，使氧疗者在吸氧过程中更放心，当氧气浓度低于82%，监测器可使VisionAire发出声光报警；高强度的设计提供双面排风通道，有效降低箱体底部的温度，延长压缩机的寿命，整机寿命在30000小时以上，能24小时不停运作。
航空通用氧气设备操作手册说明书
Oxygen Equipment Use inGeneral Aviation OperationsA basic knowledge of oxygen equipment can be critical whether you are flying a commercial, commuter, or a general aviation aircraft. This equipment is the first lineof defense against the potentially lethal effects of hypoxia and carbon monoxide poisoning. It is the responsibility of the pilot that all aboard the aircraft, crew-members and passengers, know how to use this life-saving equipment safely and efficiently.General PrecautionsThis pamphlet describes operational precautions to use with all types of oxygen systems. The basic principles and practices include:• Keep your equipment clean. The interaction ofoil-based products and oxygen creates a fire hazard.Additionally, oil attracts dirt particles, and these dirtparticles can contaminate storage containers,regulators, masks, and valves. For cleaninginstructions, check with the manufacturer’s guide.• Protect your oxygen mask from directsunlight and dust. Store in proper containers.• Inspect oxygen storage containers. Make sure thatthey are securely fastened in the aircraft, as turbulence or abrupt changes in attitude can cause them to come loose. Proper inspections are important, so your oxygen equipment should be inspected regularly at anauthorized Federal Aviation Administrationinspection station.• No smoking! Although oxygen itself is not flammable, it can cause other materials to ignite more easily andwill make existing fires burn hotter and faster. Do notallow anyone to smoke around oxygen equipment that is being used. Likewise, no one should smoke around oxygen equipment that is being recharged. Ensure that the aircraft is properly grounded before loading oxygen.• Mix and match components with caution. Wheninter-changing oxygen systems components, ensurecompatibility of the components - storage containers, regulators, and masks.Basic ComponentsThere are three components to most oxygen systems, whether they are portable or installed systems.• A storage system (containers)• A delivery system• Mask or nasal cannulaStorage SystemsOxygen can be stored in the aircraft as a gas, liquid,or a solid.Gaseous aviator’s breathing oxygen (ABO). Storing oxygen as a gas has the major advantage of being more economical. It can be stored in high-pressure (1800-2200 psi) containers or low-pressure (400-450 psi) containers. The major disadvantage is the weight and bulk of the storage containers, which may become an issue in smaller aircraft. Aviator’s oxygen must meet certain standards to ensure that it is safe to be taken to altitude. Only aviator’s-grade breathing oxygen meets this specification. Neither medical grade norindustrial gradeoxygen is safe tosubstitute becausethey do not meet thesame stringent standards as ABO.Liquid aviators breathing oxygen (LOX). Oxygen canbe serviced to the aircraft in a liquid state. The advantage of LOX is that it has a nine hundred-to-one expansion ratio. In other words, one liter of LOX will expand into 900 gaseous liters of ABO. This provides a three-to-one space and a five-to-one weight savings over gaseous ABO. The major disadvantages are that LOX is stored at its critical temperature of minus 197º F and its volatile nature when it comes in contact with petroleum products. If LOX comes in contact with exposed skin, severe frostbite may occur. Sodium chlorate candles (solid-state oxygen). Sodium chlorate is a chemical that, when heated to 350º F, will thermally decompose and release oxygen. Sodium chlorate candles have theadvantage of savingweight and spaceover ABO becausethey provide a six hundred-to-one expansion ratio. The major disadvantage is that once the chemical reaction starts (the candle is activated), it can’t be stopped easily. Additionally, the candle produces a great deal of heat and precautions must be taken to avoid a fire hazard. Molecular sieve oxygen generators (MSOG). The air we breathe contains 21% oxygen and the remainderis nitrogen and inert gases that play no major role in respiration. MSOGs take ambient air and separate oxygen from the nitrogen and inert gases. The separated oxygen is concentrated and used to supply the aircraft. . The military has used this system for many years, as well as medical patients who need a portable oxygen system. Civil aviation hasn’t embraced MSOG, but it may become more common in future aircraft.Oxygen Delivery SystemsContinuous flow. This system delivers a continuous flow of oxygen from the storage container. It is a very economical system in that it doesn’t need complicated masks or regulators to function. But it is also very wasteful—the oxygen flow is constant whether you’re inhaling, exhaling, or pausing in between breaths. This system is typically used at 28,000 feet and lower.Diluter demand. The diluterdemand system is designedto compensate for the short-comings of the continuous-flow system. It gives theuser oxygen on-demand(during inhalation) and stopsthe flow when the demandceases (during exhalation).This helps conserve oxygen.Additionally, the incoming oxygen is diluted with cabin air and provides the proper percentage of oxygen, depending on the altitude. This system is typically used at altitudes up to 40,000 feet.Pressure demand. Thissystem provides oxygenunder positive pressure.Positive pressure is aforceful oxygen flow thatslightly over-inflates thelungs. This will, in a sense, pressurize the lungs to a lower altitude, thus allowing you to fly at altitudes above 40,000 feet, where 100% oxygen without positive pressure is insufficient.Oxygen Masks and CannulasWhen considering an oxygen mask, you must ensure that the mask you are using is compatible with the delivery system you are using.Nasal cannulas. These arecontinuous-flow devicesand offer the advantage ofpersonal comfort. They arerestricted by federal aviationregulations to 18,000 feetservice altitude because ofthe risk of reducing bloodoxygen saturation levels if one breathes through the mouth or talks too much.Oral-nasal re-breather. Thismask is the most commonand the least expensive. Itis also the simplest to use;; it has an external plasticrebreather bag that inflatesevery time you exhale. Thepurpose of the rebreather bagis to store exhaled air, so thatit may be mixed with 100%oxygen from the system. These masks supply adequate oxygen to keep the user physiologically safe up to 25,000 feet.Quick-don mask. Thesemasks must have the capabilityto be donned with one handin 5 seconds or less, whileaccommodating prescriptionglasses. Quick-don masks aretypically suspended or storedto permit quick and unimpededaccess by flight deck crew. Thesemasks are typically rated toaltitudes up to 40,000 feet.Airline drop-downunits (Dixie cup).The continuous flow,phase-dilution (orphase-sequential)mask looks similarto a general aviationre-breather mask.However, the masksfunction differently andthe phase dilution maskallows the user to goto higher altitudes. This mask uses an external reservoir bag and a series of one-valves working in sequence to allow a mixture of 100% oxygen and cabin air into the mask. When activated by pulling down on a suspended mask, oxygen from a supply source flows continuously into the reservoir bag. During inhalation, a one-way valve allows the flow of oxygen from the reservoir bag into the lungs. If the reservoir bag empties before inhalation is complete, a second one-way valve on the mask face piece opens to permit the flow of cabin air into the mask, allowing the user to take a full breath. If the user is breathing rapidly the reservoir bag will appear to not fully inflate. Expired air is vented out of the mask into the cabin via a one-way exhalation valve; expired air is not returned to the reservoir bag.This mask can be safely used at emergency altitudes up to 40,000 feet.The PRICE CheckPrior to every flight, the pilot should perform the “PRICE” check on the oxygen equipment. The acronym PRICE is a checklist memory-jogger to help pilots and crewmembers inspect oxygen equipment.• PRESSURE. ensure that there is enough oxygen pressure and quantity to complete the flight.• REGULATOR. inspect the oxygen regulator for properfunction. If you are using a continuous-flow system,ensure that the outlet assembly and plug-in couplingare compatible.• INDICATOR. most oxygen delivery systems indicate oxygen flow by use of flow indicators. Flow indicators may be located on the regulator or within the oxygendelivery tube. Don the mask and check the flow indicator to ensure a steady flow of oxygen. • CONNECTIONS. ensure that all connections aresecured. This includes oxygen lines, plug-in coupling, and the mask.• EMERGENCY. have oxygen equipment in the aircraftready to use for emergencies that require oxygen(hypoxia, smoke and fumes, rapid decompressions/decompression sickness). This step should includebriefing passengers on the location of oxygen and its proper use.Be AwareFrom a safety-of-flight standpoint, oxygen equipment is an issue that should concern all pilots. Know the equipment you have on board, know when to use it, and mostimportantly, know its limitations. It’s your key to a safe and enjoyable flight.§91.211 Supplemental oxygen.(a) General. No person may operate a civil aircraft of U.S. registry—1) At cabin pressure altitudes above 12,500 feet (MSL) up to and including 14,000 feet (MSL) unless the required minimum flight crew is provided with and uses supplemental oxygen for that part of the flight at those altitudes that is of more than 30 minutes duration;(2) At cabin pressure altitudes above 14,000 feet (MSL) unless the required minimum flight crew is provided with and uses supplemental oxygen during the entire flight time at those altitudes; and(3) At cabin pressure altitudes above 15,000 feet (MSL) unless each occupant of the aircraft is provided with supplemental oxygen. (b) Pressurized cabin aircraft. (1) No person may operate a civil aircraft of U.S. registry with a pressurized cabin—(i) At flight altitudes above flight level 250 unless at least a 10-minute supply of supplemental oxygen, in addition to any oxygen required to satisfy paragraph (a) of this section, is available for each occupant of the aircraft for use in the event that a descent is necessitated by loss of cabin pressurization; andFederal Aviation Regulations and Oxygen Use (Title 14 of the Code of Federal Regulations)PART 91GENERAL OPERATING AND FLIGHT RULES(ii) At flight altitudes above flight level 350 unless one pilot at the controls of the airplane is wearing and using an oxygen mask that is secured and sealed and that either supplies oxygen at all times or automatically supplies oxygen whenever the cabin pressure altitude of the airplane exceeds 14,000 feet (MSL), except that the one pilot need not wear and use an oxygen mask while at or below flight level 410 if there are two pilots at the controls and each pilot has a quick-donning type of oxygen mask that can be placed on the face with one hand from the ready position within 5 seconds, supplying oxygen and properly secured and sealed.(2) Notwithstanding paragraph (b)(1)(ii) of this section, if for any reason at any time it is necessary for one pilot to leave the controls of the aircraft when operating at flight altitudes above flight level 350, the remaining pilot at the controls shall put on and use an oxygen mask until the other pilot has returned to that crew-member’s station.Sec. 135.89 Pilot requirements: Use of Oxygen.(a) Unpressurized aircraft. Each pilot of an unpressurized aircraft shall use oxygen continuously when flying—(1) At altitudes above 10,000 feet through 12,000 feet MSL for that part of the flight at those altitudes that is of more than 30 minutes duration; and(2) Above 12,000 feet MSL. (b) Pressurized aircraft. (1) Whenever a pressurized aircraft is operated with the cabin pressure altitude more than 10,000 feet MSL, each pilot shall comply with paragraph (a) of this section.(2) Whenever a pressurized aircraft is operated at altitudes above 25,000 feet through 35,000 feet MSL, unless each pilot has an approved quick-donning type oxygen mask–(i) At least one pilot at the controls shall wear, secured and sealed, an oxygen mask that either supplies oxygen at all times or automatically supplies oxygen whenever the cabin pressure altitude exceeds 12,000 feet MSL; and(ii) During that flight, each other pilot on flight deck duty shall have an oxygen mask, connected to an oxygen supply, located so as to allow immediate placing of the mask on the pilot’s face sealed and secured for use.(3) Whenever a pressurized aircraft is operated at altitudes above 35,000 feet MSL, at least one pilot at the controls shall wear, secured and sealed, an oxygen mask required by paragraph(b)(2)(i) of this section.(4) If one pilot leaves a pilot duty station of an aircraft when operating at altitudes above 25,000 feet MSL, the remaining pilot at the controls shall put on and use an approved oxygen mask until the other pilot returns to the pilot duty station of the aircraft.PART 135OPERATING REQUIREMENTS:Commuter and On Demand Operations and RulesGoverning Persons On Board Such Aircraft。
Philips Viva Airfryer SBA3005 00 用户手册（英文）说明书
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If you observe that the FreeStyle unit is not working properly, if you feel ill or uncomfortable, or if you are unable to hear and/or feel the oxygen pulse, consult your Equipment Provider and/or your physician immediately.
Patient Manual
FreeStyle™ Portable Oxygen Concentrator
TABLE OF CONTENTS
Why Your Physician Prescribed Oxygen
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AirSep® Freestyle™ Portable What Is the FreeStyle Portable
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How to Respond to FreeStyle’s Alarm/Light
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Indicators
TABLE OF CONTENTS
Cleaning, Care, and Proper Maintenance
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AirSep® Freestyle™ Portable
Cabinet
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Oxygen Concentrator
Oxygen is a gas that makes up 21% of the room air we breathe. Our bodies depend on a steady supply to function properly. Your physician has prescribed supplemental oxygen therapy because your body is not able to get enough oxygen from room air. Oxygen is a non-addictive drug, and your physician prescribed a flow sufficient to improve your condition.
Oxygen concentrators were introduced in the mid-1970s and have become the most convenient, reliable source of supplemental oxygen available today. Oxygen concentrators are the cost-effective, efficient, and safe alternative to using high-pressure oxygen cylinders or liquid oxygen. An oxygen concentrator provides all the oxygen you need with no cylinder or bottle deliveries required. The air we breathe contains approximately 21% oxygen, 78% nitrogen, and 1% other gases. In the FreeStyle unit, room air passes through a regenerative, adsorbent material called "molecular sieve." This material separates the oxygen from the nitrogen. The result is a flow of high concentration oxygen delivered to the patient. The size and weight of traditional oxygen concentrators have limited their portability. A person who needs oxygen away from home or a hospital has used high-pressure oxygen cylinders and/or liquid oxygen. Oxygen conserving devices (OCDs) have been used to increase the length of time that cylinders last. OCDs deliver oxygen only at the 3 beginning of inhalation, when oxygen is most beneficial. Using this technique, OCDs conserve oxygen. FreeStyle uses traditional oxygen concentration technology and combines it with oxygen conserving technology. This combination enables a significant reduction in the size of the oxygen concentrator and makes FreeStyle ultra-portable. A typical oxygen concentrator weighs more than 50 pounds. In contrast, your FreeStyle concentrator weighs only 4.4 lbs (2kg).
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Symbols
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Limited Warranty
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AirSep’s FreeStyle™ Portable Oxygen Concentrator
This Patient Manual will acquaint you with AirSep’s FreeStyle™ Portable Oxygen Concentrator. Make sure you read and understand all the information contained in this manual before you operate your FreeStyle unit. Should you have any questions, your Equipment Provider will be happy to answer them for you.
Use the FreeStyle Portable Oxygen Concentrator during sleep only under the recommendation of a qualified clinician.
What Is the FreeStyle Portable Oxygen Concentrator?
set the prescribed flow rate.
2
It is very important to select the prescribed level of oxygen flow. Do not increase or decrease the flow until you first consult your physician.
This unit is not to be for life support. Geriatric, pediatric, or any other patient unable to
communicate discomfort or hear or see the alarms while using this concentrator may require additional
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FreeStyle Unit Components
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Operating Instructions
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Power Supplies
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Filter
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Setting of the Flow Selector for
Prescribed Oxygen Concentration
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Alarm/Light Indicators
Filters
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Carrying Bag
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Alarm/Service Indicator
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FreeStyle Accessories
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Reserve Oxygen Supply
24
Troubleshooting
25
FreeStyle Specifications
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Classification
Please keep in mind that unauthorized oxygen therapy can be dangerous. You must seek medical advice before you
use this oxygen concentrator. The Equipment Provider who supplies your oxygen equipment will demonstrate how to
While using FreeStyle outdoors with the AC power supply, connect the power supply into a Ground Fault Interrupted (GFI) outlet only. FreeStyle should not be used in the rain without proper protection of the unit.
monitoring. A physician should be consulted immediately if the patient is experiencing any signs of