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ferno scoop exl stretcher manual

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ferno scoop exl stretcher manualBefore using the product, it is strongly The products sold by Ferno are covered by a 24-month warranty recommended that staff be trained in its correct usage. Retain against manufacturing defects. Respect the maximum loading capacity of the SCOOP EXL Unauthorized modifications to the SCOOP EXL stretcher can cause stretcher.Never exceed the load capacity of the SCOOP EXL stretcher. Inspect the stretcher if the carrying capacity has been exceeded (see section Inspection). Use the SCOOP EXL stretcher as notice. For more details, please contact Ferno's Customer described herein. Service (page 2). This adjustment allows the stretcher to be adapted to the height of the patient. When preparing the stretcher, adjust its length so that it is properly adapted to the height of the patient. The pins are present in the side holes of the stretcher (Figure 13).Use the SCOOP EXL stretcher as understood the information contained in this manual.Restraints fitted with snap hooks are suitable for outside the hospital and for transport.For the correct application of cervical collar consult the WizLoc collar manual (to request copies of the manual contact Ferno Italia Customer Service, page 2). Figure 16 - Aligning the patient Figure 17 - Fitting the cervical collar 3. Adjust the restraint so that the feet are held properly and securely (Figure 33).For the correct application of cervical collar consult the WizLoc collar manual (to request copies of the manual contact Ferno Italia Customer Service, page 2). 3. Apply the immobilizer (Figure 18). For the correct application of the immobilizer refer to the 365-E head immobilizer manual (to request copies of the manual contact Ferno Italia Customer Service, page 2). Use the SCOOP EXL stretcher as specified in this manual.Dry with a cloth. Make sure that all the components of Repairs must be performed by Ferno's qualified personnel the device are completely dry before reusing them.http://www.jeannette-immobilien.at/userfiles/epson-r280-service-manual.xml

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Perform maintenance as environment, dry and protected from direct sunlight.Follow the instructions provided with the product. Keep the instructions together with this manual. When you are using accessories, pay attention to additional factors such as height and width of doors, etc. Always follow the directions in this instruction manual. For more product information, contact Ferno Customer Service (page 2). 7.1 SCOOP EXL stretcher accessories. Advanced Trauma life support course for physicians, American college of surgeons, 9th edition, 2012. Name E-mail Phone Message Get In Touch It got its start by addressing a customer need for a better transport cot, and it has continued that tradition by listening to the needs of EMS and medical professionals to create innovative products. Its decades of experience are built into every FERNO ambulance cot and patient transport system. It strives to maximize the delivery of patient care while improving the safety and reducing the risk of injury for both caregivers and patients. Improper use and care may void this warranty. This warranty does not apply to freight damage or damages sustained through using the product. Product must be returned in new, unused, and salable condition. All returns are subject to a 20 restocking fee. All shipping charges remain payable by the purchaser. Please Sign in or create an account. The LSP portable resuscitation system has the complete equipment to provide 100 oxygen to breathing and non breathing patients. The LSP products also includes the Demand valve for emergencies. Secondary equipment for oxygen manifolds. Depends on the situation you will need oxygen kits complete with cylinder, regulator and oxygen mask, most of them are for home care.http://anbao.vn/uploads/userfiles/epson-r260-repair-manual.xml Manufacturers: Allied Healthcare Products, Mada Medical, Western Medica, Ferno Washington, Meret, Cramer Decker We do carry all type of Airway Management equipment such as: Intubation kits, Combitubes, Laryngoscopes, Fiber Optic blades, Endotracheal Tubes, Laryngeal Mask, Nasopahryngeal Airways, Guedel airways. Manufacturers: SunMed, Teleflex, Rusch, American Diagnostic, LMA. The Scoop EXL eliminates the need for log-roll maneuvers, which significantly decreases movement to the cervical spine.The Scoop EXL eliminates the need for log-roll maneuvers, which significantly decreases movement to the cervical spine. Model 445. Universal Head Immobilizer. October 1999. Pub. No. 234-2100-00. Users’ Manual. Model 445 Universal Head Immobilizer. Disclaimer. This manual contains general instructions for the use, operationThe instructions are not all-inclusive. Safe and proper use of this product is solely at the discretion ofAll other safety measures taken by the user should be withinRetain this manual for future reference. Include it with the productAdditional free copies areProprietary Notice. The information disclosed in this manual is the property of FernoWashington, Inc., Wilmington, Ohio, USA. Ferno-Washington. Inc. reserves all patent rights, proprietary design rights,Ferno-Washington, Inc.Wilmington, OH 45177-9371 U.S.A. Telephone. 800.733.3766. Fax. 937.382.1191. Internet. www.Ferno.comModel 445 Universal Head Immobilizer. Users’ ManualSection 1 - Safety Information. 4. Section 2 - Learning About the Head Immobilizer. 5. Section 3 - Operator Skills and Training. 6. Section 4 - Using the Head Immobilizer. 6. Section 5 - Maintaining the Head Immobilizer. 10. Section 6 - Repair Parts. 11. Section 7 - Limited Warranty. 12. Section 8 - Customer Service. 12. Training Record. 13. Maintenance Record. 14. Illustrations. Components. 5. Figure 1 - Retention Straps Threaded Through Cervical Device Slots. 7. Figure 2 - Retention Straps Wrapped Under the Backboard. 7.http://www.jfvtransports.com/home/content/digitor-multimeter-manual Figure 3 - Attaching the Top Retention Strap. 7. Figure 4 - Sliding the Base Plate Under the Patient’s Head. 8. Figure 5 - Positioning the Support Pads for Use on a Backboard. 8. Figure 6 - Using the Angled Side of the Support PadsFigure 7 - Fastening the Forehead Strap. 9. Figure 8 - Preparing for Storage. 9Model 445 Universal Head ImmobilizerThe following warnings appear in this manual. Boxes like the one below emphasize importantImportantUntrained operators can cause injury or beOSHA (Occupational Safety and Health. Administration) requires employers to protectAn unattended patient can be injured. StayTo reduce the risk of exposure when using theImproper maintenance can cause injury. Maintain the head immobilizer only asImproper parts and service can causeFor more information, contact. U.S. Department of Labor, OSHA. Office of Public Affairs, Room N-3647Washington, DC 20210Model 445 Universal Head Immobilizer. Users’ ManualThe Model 445 Universal Head Immobilizer (headThe head immobilizer is vinyl coated, and is bothIt is designed not toThe head immobilizer includes a base plate withEach component featuresThe head immobilizer can be used with a Ferno. Scoop TM stretcher or on a long (full-length)Length. 15 in (40 cm). Width. 10 in (26 cm). Height. 7 in (17 cm). Weight. 2 lb (794 g). General specifications are rounded to theFor detailedSupport Pads (2). Fastening Strips (2). Top Retention StrapSide Retention Straps (2). Base PlateModel 445 Universal Head ImmobilizerOperators using the head immobilizer need. Trainees need to:Immobilizer in ServiceFollow instructions in Inspecting the Head. Immobilizer, page 10.Model 445 Universal Head Immobilizer. Users’ ManualNote: You must use a full-length backboard withThe backboard must haveSlots. Figure 1 - Retention Straps Threaded Through. Cervical Device SlotsFigure 2 - Retention Straps Wrapped. Under the BackboardImportant. The base plate must be tight on the backboardIf the base plateFigure 3 - Attaching the Top Retention StrapModel 445 Universal Head ImmobilizerRead and follow all instructions in the Scoop. Stretcher Users’ Manual.This maneuver requiresOne operatorFigure 4 - Sliding the Base Plate. Under the Patient’s HeadScoop stretcher’s main frame tube; thenScoop stretcher with the restraints providedThe end of each pad should touch theFigure 5 - Positioning the Support PadsNote: The support pads may be secured at anModel 445 Universal Head Immobilizer. Users’ ManualThe end of eachWhen possible, align the holes in the support padsThis helps the patient hearFigure 6 - Using the Angled Side of the PadsClean and disinfect the head immobilizer beforeFigure 7 - Fastening the Forehead Strap. To reassemble the components, loop thePlace the support pads on their sides on theNote: The head immobilizer base plate can alsoFigure 8 - Preparing for StorageModel 445 Universal Head ImmobilizerBloodborne Disease Notice, page 4). The following chart represents minimumFerno recommends inspecting the headDisinfecting (this page). Each Month. The head immobilizer requires regularAs NeededEach UseCleaning (this page). Inspecting (this page). Important. Disinfectants and cleaners containingWhen using maintenance products, follow theClean all surfaces of the head immobilizer withRinse with warmContact Ferno Customer Service to order FernoHave your service technician check the following:Maintain the head immobilizer only asIf inspection shows damage or excessive wear,Model 445 Universal Head Immobilizer. Users’ ManualEMSAR is theEMSAR factory-trained technicians use Fernoapproved parts and repair procedures. EMSAR has a franchise location serving you. Phone or fax for details.DescriptionModel 445 Universal Head ImmobilizerFerno-Washington, Inc. (Ferno), warrants the products we manufacture to be free from defects in material andThis limited warranty applies when you use and care for the product properly. If the product is not used and caredThe warranty period begins the day the product is shipped from Ferno or the dayShipping charges are not covered by the limited warranty. WeLimited Warranty Obligation. If a product or part is proven to be defective, Ferno will repair or replace it. At our option, we will refund theThe purchaser accepts these terms in lieu of all damages. This is a summary of the limited warranty. The actual terms and conditions of the limited warranty,For assistance with the Model 445 Universal. Head Immobilizer, contact Ferno Customer. Service. Ferno-Washington, Inc.Wilmington, OH 45177-9371 U.S.A. Users’ ManualNameTraining MethodModel 445 Universal Head ImmobilizerByModel 445 Universal Head Immobilizer. There are six alternative lift loops on one side of each strap to facilitate balancing of the stretcher. The BackBoardStraps are looped securely through the handle holes (two on each side), and then connected to the sling bar hooks. Registered in England Company No. 12403172 If you continue to use this site we will assume that you are happy with it. Ok. With its specialized ZFrame Advanced Positioning, the PRO 28Z transforms from a cot to a chair so that you can easily navigate tight hallways, narrow staircases, and elevators—all without transferring the patient. The PRO 28Z is compatible with the FERNO iNLINE Fastening System for SAE-compliant safety in the ambulance. Any EMT or Paramedic who has transported a patient has encountered a product derived from FERNO's innovations, which date back to 1945. Ferno-Washington, Inc, Founders, Elroy Bourgraf and Dick Ferneau The modular ambulance system is SAE-compliant and customizable.Reduce Turn Time ? Improve Infection Control. Increase Efficiency. Reduce Costs. Shree Safety Services Masjid Bandar, Mumbai. Brochure Summit Healthcare Private Limited Andheri West, Mumbai This stretcher is functionalin the desert or jungle. It will not break even at49 degree Celsius. It read more. Universal Fire And Safety Solutions Parvat Patiya, Surat Healthfirst Medicorp Lullanagar, Pune A-17, Brahma Avenue Co-Op Housing Society, Lullanagar, Pune - 411048, Dist. Medical Simulations Kottayam Get Best Deal I agree to the terms and privacy policy Ask our expert Speak your question Please enter your question. Anupam Udyog Clive Row, Kolkata D, Clive Row, Kolkata - 700001, Dist.Alpha Biomedix Bapuji Nagar, Bengaluru Akhand Enterprises Karam Pura, Delhi. Agarwal Enterprises Dehradun Get Best Deal I agree to the terms and privacy policy Siddhanath Surgical Mumbai Adjustable: Yes Folded: No Application: Hospital Bed Brand: Medizone Healthcare read more. Medizone Health Care Patparganj, New Delhi. Sanmati Overseas New Delhi Vibgyor Surgical Ghaziabad Upway Pro Medical Solutions Delhi Get Best Deal I agree to the terms and privacy policy Saba Medical Store Bangla Bazar, Lucknow Brochure Anaecon India Health Care Private Limited Naraina, New Delhi. Features: - Robust, compact and lightweight and suitable for horizontal and vertical lifting. - Flexible and smooth allows easy sliding. - Strong handles allow it to be maneuvered by several rescuers. read more. Universal Enterprise Khodiyar Colony, Jamnagar Time Trading International Mansarover Garden, New Delhi We will review and answer your question shortly. Have a question? Ask our expert Get Best Deal I agree to the terms and privacy policy All rights reserved. See our cookies policy This ergonomically designed lightweight stretcher facilitates access to awkward low spaces and allows easy movement in confined areas.Once supplied with an RMA number goods must be returned complete with the manufacturers packaging and instructions in an un-damaged and re-saleable condition. For more information please visit our COVID-19 information page here You can read more about our commitment to your privacy in our easy-to-read Privacy Policy. Spinal immobilization is essential in reducing risk of further spinal injuries in trauma patients. The authors compared the traditional long backboard (LBB) with the Ferno Scoop Stretcher (FSS) (Model 65-EXL). They hypothesized no difference in movement during application andimmobilization between the FSS andthe LBB. Methods. Thirty-one adult subjects had electromagnetic sensors secured over the nasion (forehead) andthe C3 andT12 spinous processes andwere placed in a rigid cervical collar, with movement recorded by a goniometer (a motion analysis system). Subjects were tested on both the FSS andthe LBB. The sagittal flexion, lateral flexion, andaxial rotation were recorded during each of four phases: 1) baseline, 2) application (logroll onto the LBB or placement of the FSS around the patient), 3) secured logroll, and4) lifting. The FSS caused significantly less movement on application andincreased comfort levels. Decreased movement using the FSS may reduce the risk of further spinal cord injury. Key words: spinal immobilization, scoop, backboard, prehospital, goniometer, stretcher To learn about our use of cookies and how you can manage your cookie settings, please see our Cookie Policy. By closing this message, you are consenting to our use of cookies. By continuing to browse the site you are agreeing to our use of cookies. You must have JavaScript enabled in your browser to utilize the functionality of this website. It is ergonomically designed from high strength aluminium and precision mouldings allowing light weight with considerable strength. Key product features: It is ergonomically designed from high strength aluminium and precision mouldings allowing light weight with considerable strength. Key product features: Use single quotes (') for phrases. By staying here you are agreeing to our use of cookies.There are six alternative lift loops on one side of each strap to facilitate balancing of the stretcher. The BackBoardStraps are looped securely through the handle holes (two on each side), and then connected to the sling bar hooks. Your first data will appear. Request full-text Download citation Copy link Link copied Request full-text Download citation Copy link Link copied To read the full-text of this research, you can request a copy directly from the authors. Citations (28) References (14) Abstract In the prehospital setting, spine-injured patients must be transferred to a spine board to immobilize the spine. This can be accomplished using both manual techniques and mechanical devices. The study aimed to evaluate the effectiveness of the scoop stretcher to limit cervical spine motion as compared to 2 commonly used manual transfer techniques. Three-dimensional angular motion generated across the C5-C6 spinal segment during execution of 2 manual transfer techniques and the application of a scoop stretcher was recorded first on cadavers with intact spines and then repeated after C5-C6 destabilization. A 3-dimensional electromagnetic tracking device was used to measure the maximum angular and linear motion produced during all test sessions. Although not statistically significant, the execution of the log roll maneuver created more motion in all directions than either the lift-and-slide technique or with scoop stretcher application. The scoop stretcher and lift-and-slide techniques were able to restrict motion to a comparable degree. The effectiveness of the scoop stretcher to limit spinal motion in the destabilized spine is comparable or better than manual techniques currently being used by primary responders. Request full-text Citations (28) References (14). Some of the investigators found considerable movement in globally unstable injuries, e.g., during logroll, especially in the lower thoracic and upper lumbar segments.. Does turning trauma patients with an unstable spinal injury from the supine to a lateral position increase the risk of neurological deterioration? - A systematic review Article Full-text available Sep 2015 Per Kristian Hyldmo Gunn Elisabeth Vist Anders Christian Feyling Eldar Soreide Background. Airway protection and spinal precautions are competing concerns in the treatment of unconscious trauma patients. The placement of such patients in a lateral position may facilitate the acquisition of an adequate airway. However, trauma dogma dictates that patients should be transported in the supine position to minimize spinal movement. In this systematic review, we sought to answer the following question: Given an existing spinal injury, will changing a patient's position from supine to lateral increase the risk of neurological deterioration? Methods. The review protocol was published in the PROSPERO database (Reg. no. CRD42012001190). We performed literature searches in PubMed, Medline, EMBASE, the Cochrane Library, CINAHL and the British Nursing Index and included studies of traumatic spinal injury, lateral positioning and neurological deterioration. The search was updated prior to submission. Two researchers independently completed each step in the review process. Results. We identified 1,164 publications. However, none of these publications reported mortality or neurological deterioration with lateral positioning as an outcome measure. Twelve studies used movement of the injured spine with lateral positioning as an outcome measure; eleven of these investigations were cadaver studies. All of these cadaver studies reported spinal movement during lateral positioning. The only identified human study included eighteen patients with thoracic or lumbar spinal fractures; according to the study authors, the logrolling technique did not result in any neurological deterioration among these patients. Conclusions. We identified no clinical studies demonstrating that rotating trauma patients from the supine position to a lateral position affects mortality or causes neurological deterioration. However, in various cadaver models, this type of rotation did produce statistically significant displacements of the injured spine. The clinical significance of these cadaver-based observations remains unclear. The present evidence for harm in rotating trauma patients from the supine position to a lateral position, including the logroll maneuver, is inconclusive. View Show abstract. Therefore, we aim to systematically review the literature on reported measurement tools applicable within this research field. A keyword literature search of relevant articles was performed using the database of PubMed including international literature published in English between January 2010 and December 2015. Only studies describing methods applicable to estimate spinal movement during prehospital immobilization were included. Novel devices can assess spinal motion during prehospital care including extrication, application of immobilization devices, and transportation from the site of the accident to the final destination, and therefore can be considered for usage. In order to address these concerns, the Norwegian National Competence Service for Traumatology commissioned a faculty to provide a national guideline for pre-hospital spinal stabilisation. This work is based on a systematic review of available literature and a standardised consensus process. The faculty recommends a selective approach to spinal stabilisation as well as the implementation of triaging tools based on clinical findings. A strategy of minimal handling should be observed. Electronic supplementary material. Five rescuers are required for the maneuver ( Figure 1).. Motion in the Unstable Cervical Spine When Transferring a Patient Positioned Prone to a Spine Board Article Aug 2013 J ATHL TRAINING Bryan Conrad Diana Marchese Glenn R Rechtine Marybeth Horodyski Context. Two methods have been proposed to transfer an individual in the prone position to a spine board. Researchers do not know which method provides the best immobilization. Objective. To determine if motion produced in the unstable cervical spine differs between 2 prone logrolling techniques and to evaluate the effect of equipment on the motion produced during prone logrolling. Design. Crossover study. Setting. Laboratory. Patients or other participants. Main outcome measure(s). Three-dimensional motions were recorded during 2 prone logroll protocols (pull, push) in cadavers with an unstable cervical spine. Three equipment conditions were evaluated: football shoulder pads and helmet, rigid cervical collar, and no equipment. The mean range of motion was calculated for each test condition. We noted an interaction between technique and equipment, with the pull maneuver performed without equipment producing more anteroposterior motion than the push maneuver in any of the equipment conditions. We saw a slight difference in the motion measured during the 2 prone logrolling techniques tested, with less lateral-bending and anteroposterior motion produced with the logroll push than the pull technique. Therefore, we recommend adopting the push technique as the preferred spine-boarding maneuver when a patient is found in the prone position. Researchers should continue to seek improved methods for performing prone spine-board transfers to further decrease the motion produced in the unstable spine. Del Rossi et al 7 specifically looked at these 3 methods of spine boarding and found less motion with the use of lifting techniques as compared with the LR.. Controlled Laboratory Comparison Study of Motion With Football Equipment in a Destabilized Cervical Spine: Three Spine-Board Transfer Techniques Article Full-text available Sep 2015 Mark L Prasarn Marybeth Horodyski Matthew J Dipaola Glenn R Rechtine Background. Numerous studies have shown that there are better alternatives to log rolling patients with unstable spinal injuries, although this method is still commonly used for placing patients onto a spine board. No previous studies have examined transfer maneuvers involving an injured football player with equipment in place onto a spine board. Purpose. To test 3 different transfer maneuvers of an injured football player onto a spine board to determine which method most effectively minimizes spinal motion in an injured cervical spine model. Study design. Controlled laboratory study. Five whole, lightly embalmed cadavers were fitted with shoulder pads and helmets and tested both before and after global instability was surgically created at C5-C6. An electromagnetic motion analysis device was used to assess the amount of angular and linear motion with sensors placed above and below the injured segment during transfer. Spine-boarding techniques evaluated were the log roll, the lift and slide, and the 8-person lift. The 8-person lift technique resulted in the least amount of angular and linear motion for all planes tested as compared with the lift-and-slide and log-roll techniques. Conclusion. The log roll resulted in the most motion at an unstable cervical injury as compared with the other 2 spine-boarding techniques examined. The 8-person lift and lift-and-slide techniques may both be more effective than the log roll at reducing unwanted cervical spine motion when spine boarding an injured football player. Reduction of such motion is critical in the prevention of iatrogenic injury. We performed a systematic review to identify all reports of this event, and describe its prevalence, characteristics, and any identifiable associated risk factors.. Early Secondary Neurologic Deterioration After Blunt Spinal Trauma: A Review of the Literature Article Full-text available Sep 2015 Acad Emerg Med Brandon Oto Domenic John Corey James Oswald Brooks Walsh Objectives. The objectives were to review published reports of secondary neurologic deterioration in the early stages of care after blunt spinal trauma and describe its nature, context, and associated risk factors.Methods. The authors searched the MEDLINE, EMBASE, and CINAHL databases for English-language studies. Cases were included meeting the criteria age 16 years or older, nonpenetrating trauma, and experiencing neurologic deterioration during prehospital or emergency department (ED) care prior to definitive management (e.g., discharge, spinal clearance by computed tomography, admission to an inpatient service, or surgical intervention). Results were qualitatively analyzed for characteristics and themes.ResultsForty-one qualifying cases were identified from 12 papers. In 30 cases, the new deficits were apparently spontaneous and were not detected until routine reassessment. Thirteen cases occurred during prehospital care, none of them sudden and movement-provoked, and all reported by a single study.Conclusions. Published reports of early secondary neurologic deterioration after blunt spinal trauma are exceptionally rare and generally poorly documented. High-risk features may include altered mental status and ankylosing spondylitis. It is unclear how often events are linked with spontaneous patient movement and whether such events are preventable. Several stretcher designs are available, including a number that are suitable for emergency department use. User ergonomics is an important evaluation criterion (18). Emergency department stretchers should be ergonomic and safe for patients and users alike.. The effect of stretcher type on safety and ease of treatment in an emergency department Article Full-text available Jan 2013 TURK J MED SCI Arif Duran Hayrettin Ozturk Umit yasar Tekelioglu Mucahit Emet Aim: Stretchers are frequently used to transport patients in the emergency department. Safety and comfort of the stretcher are important factors for the staff and patients. The present study investigated the effect of stretcher type on patient safety and treatment in an emergency department. Materials and methods: Doctors, nurses, interns, emergency medical technicians, and patient caregivers at the Abant Izzet Baysal University Medical Faculty Hospital emergency department completed a questionnaire on stretcher safety and comfort. Six stretchers were classical (group A), 6 had new technological specifications (group B), and 6 stretchers in group C were similar to those in group B in terms of technological specifications but were more expensive. Results: A total of 139 questionnaires were completed between 15 January and 29 February 2012 (group A: 42; group B: 66; group C: 31). We found statistically significant differences in ratings between group A and groups B and C (P 0.05). Conclusion: The safety and comfort of stretchers with satisfactory ergonomics and moderate cost are similar to those of higher-priced stretchers. View Show abstract.The relative motion that occurred between T12 and L2 was measured as the cadavers were moved. The data was recorded directly from the Liberty device onto a laptop computer. Joint angles were calculated using previously described methods. 19, 11,20,21 The Log Roll Push and the Log Roll Pull maneuvers were performed sequentially, in a random order, on each cadaver. Each maneuver was performed 6 times to try to ensure consistent results were observed. A repeated measures ANOVA was used to determine differences between the log rolling techniques. An a priori p value was set at 0. Motion in the unstable thoracolumbar spine when spine boarding a prone patient Article Full-text available Jan 2012 J SPINAL CORD MED Bryan Conrad Diana Marchese Glenn R Rechtine Marybeth Horodyski Previous research has found that the log roll (LR) technique produces significant motion in the spinal column while transferring a supine patient onto a spine board.

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