Safe Wheelchair Transportation in Pediatrics
Transcription
Safe Wheelchair Transportation in Pediatrics
Safe Wheelchair Transportation in Pediatrics 05/15/2014 NuMotion Clinical Education, Convaid University Objectives Describe the key components of a WC-19 WOTRS system Select appropriate transportable equipment based on client’s needs Describe 3 possible hazards when using a wheelchair for transport Describe 3 options in wheelchair transportation Introduction When traveling in a motor vehicle, it is generally safest to transfer to a vehicle seat Use the vehicle seatbelt system or a child safety seat that complies with Federal Safety Standards Store and secure the wheelchair in vehicle Introduction If transferring is NOT possible: Secure the wheelchair to the vehicle floor (forward facing) Use all 4 crash-tested wheelchair securement straps Use crash-tested 3-point seatbelts to secure the wheelchair rider to the wheelchair If a 3-point seat belt is not available, a 2-point belt would be the minimum Starting with the Right Equipment It is best to use a wheelchair that has been designed and crash-tested for use as a seat in a motor vehicle Crash-tested wheelchairs comply with ANSI/RESNA WC19 standards and/or ISO 7176/19 (International) How do you know a wheelchair has been designed for transport and crash tested? How do you know a wheelchair has been designed and crash tested? ANSI/RESNA WC19 is a voluntary standard developed by transportation safety and rehabilitation experts Wheelchairs that comply with the design and performance standards are labeled The Right Equipment A WC19 compliant wheelchair has 4 clearly labeled and crash tested securement points The securement points is where hook fittings on tie down straps are easily attached The Right Equipment The Wheelchair Tiedown and Occupant Restraint System (WTORS) Use a complete WTORS system Secure the wheelchair to the vehicle Secure the wheelchair occupant with a properly designed and tested seatbelt system The Right Equipment WTORS A complete WTORS system consists of: 2 front wheelchair securement straps 2 rear wheelchair securement straps 2 vehicle tracks or 4 anchor points for the straps And a 3-point occupant restraint belt for the wheelchair occupant’s torse and pelvis The Right Equipment WTORS A WTORS system requires someone other than the wheelchair rider to secure and release the wheelchair A WTORS system can secure al types of WC19 and non-WC19 wheelchairs Always position the wheelchair and the rider in a forward-facing configuration. The Right Equipment Some of the common manufacturers of WTORS are: Q’Straint Sure-Lok Orthosafe Always use crash tested straps for the wheelchair and occupant that comply with SAE J2249 Read labels and/or product descriptions Overall goal of WC19 The overall goal of WC19 and SAE J2249 is to provide the wheelchair user with the opportunity and the option to use equipment (i.e., a wheelchair seat, a wheelchair, a wheelchair securement system, and an occupant restraint) that is comparable in design and performance to seats and restraint systems available to able-bodied travelers in motor vehicles. What is ISO 7176/19? ISO is the International Organization for Standardization The ISO 7176/19 was developed by the Working Group 6 of ISO TC73 SC1, in conjunction with the ANSI/RESNA WC19 working group The ISO standard is similar in scope to the WC19 standards, in that both require that the wheelchair provide four securement points for securement using a four-point, strap-type tiedown that comply with the same structural geometry specifications. Difference between WC19 and ISO 7176/19 ISO 7176-19 currently only applies to adult wheelchairs for which testing is conducted using a 168-lb anthropomorphic test device (ATD) WC19 also applies to Pediatric Wheelchairs ISO 7176-19 does not place any limitations on wheelchair size, mass, or configuration regarding seating posture Difference between WC19 and ISO 7176/19 2 exceptions between WC19 and ISO 7176/19: WC19 allows the wheelchair securement points to be spaced laterally closer together, and WC19 allows 450 mm of rearward head excursion for the midsize male adult ATD during rebound, whereas 7176-19 allows only 400 mm or rearward head excursion. WC19 and ISO 7176/19 A wheelchair that complies fully with WC19 also complies with ISO 7176-19 However, a wheelchair that complies with ISO 7176-19 may not comply with WC19 Securing the Occupant VERY IMPORTANT Must provide for effective restraint of the wheelchair passenger Use crash-tested pelvic and shoulder belts Proper placement of the restraint belts is KEY to their effectiveness Securing the Occupant The torso belt should cross diagonally across the middle of the chest It should connect near the hip of the wheelchair rider Top anchor of the shoulder belt should connect to the vehicle above and behind the top of the shoulder All restraint belts should be in contact with the occupant’s body Securing the Occupant Postural support belts (pelvic positioning belts) are NOT strong enough to withstand crash forces Anterior Trunk Supports are NOT occupant restraint devices. They are postural support devices and will NOT withstand crash forces Always use properly labeled crashtested restraint belts and harnesses. Other KEY Points in WC19 The wheelchair backrest (seat to back angle) must be at an angle of 30 degrees or less Tilt angle should be as close to parallel to the ground as possible If more recline or tilt is needed, the shoulder belt anchor point MUST be moved rearward to maintain contact with the rider’s shoulder and chest Other Key Points in WC19 Maximize clear space around the wheelchair Remove hard trays and any other hard accessory. Consider the use of Foam trays during transit if they must be used for upper extremity positioning Check the WTORS equipment regularly Wheelchair Seating Standards. WC-20 Surrogate Wheelchair Addresses “complete seating systems” that includes a seat, a back support, and attachment hardware Provides a means to evaluate the frontal-impact crashworthiness of seating systems independent of production wheelchair frames by installing the seating system on a surrogate wheelchair frame Wheelchair Seating Standards. WC-20 Evaluates a seating-system’s accommodation of vehicle anchored lap/shoulder-belt restraints of seating systems as in WC19 for complete wheelchairs with: one rating for the ease of achieving proper belt positioning, second rating for the degree to which proper belt positioning is achieved. Must achieve an “acceptable” or better rating for each and no “zero” score for any belt-fit criteria Safety in Transportation Safety and Hazards in wheelchair transportation Safety in Transportation Wheelchair MUST be secured in Forward-facing configuration! There are other options for wheelchair securement If other than a WTORS (4-point tiedown and 3 point occupant restraint) is used, verify that the chair has been crash-tested safely with that device Safety in Transportation Alternative Wheelchair securement Docking Devices – Not WC19 Clamp-type securement devices • NOT recommended • They have NOT been effective in frontal crash testing 2 different “docking” devices “Clamp-Type” device NOT Recommended Safety in Transportation If you do not have a WC19 wheelchair: Attach straps to welded junctions on the wheelchair or other structural areas of the frame DO NOT attach straps to adjustable, moving or removable parts NO Armrest, NO Footrests, NO WHEELS! Safety in Transportation When transporting users with life support equipment, the following is recommended: Oxygen tanks MUST be removed from the chair and safely secured Ventilators and other heavy equipment SHOULD be removed and safely secured to the vehicle Life support equipment holders SHOULD be removed and safely secured Safety In Transportation WC19 standards require chair and occupant restraint at 30 MPH and 20 G’s at the moment of impact Energy Forces increase with the “Square of the Velocity”, i.e. at 30 MPH the forces are more than double than a 20 MPH (900 is more than double than 400) A 10 lb object becomes 200 lbs traveling forward at 30 MPG at the moment of impact! (20 G’s) Durability Testing Dynamic Crash Test Live Test, 30 MPH, 20G at impact Crash Test – Slow Motion Cruiser Successful Crash Test Crash Test – Improper Equipment Two-Drum Test Test: 480,000 cycles Drop Test Test: 6,666 drops Transportation in Pediatrics Key considerations Transportation and Pediatrics Children with Special Needs have as much a need to travel to school, social events, family events, and other events as able children for their social skills and psychological development Given their medical requirements, they need to be transported more often than able kids to attend their medical needs These children need to be transported in a safe manner when a transfer to the vehicle seat or car seat is not possible Transportation and Pediatrics School systems are responsible for ensuring that children with special needs are safely transported on all forms of federally approved transportation provided by the school system. Transportation in Pediatrics Families with special needs children need to be able to attend family functions, doctor appointments, activities of daily life and transport their child in a safe manner. Funding Challenges Challenges in WC19 wheelchair options and suggested documentation Funding WC19 Wheelchairs The “transit option” on WC19 compliant wheelchairs is considered an “upgrade” or “add on” to the basic manual or power wheelchair. Wheelchair transportation safety standards are still voluntary industry standards rather than Federal or State regulations The Food and Drug Administration have not yet recognized the importance of incorporating these industry standards into mandated design criteria Funding WC19 Wheelchairs Additionally, the coding body of the Centers for Medicare and Medicaid Services (CMS) does not require it and does not consider it a “medical necessity” Payment for transit options on wheelchair must be requested on a case-by-case basis Recommended Justification The safest place for anyone traveling in a motor vehicle is in the crash-tested vehicle seat and using the approved occupant restraint system. However: Due to weakness, in-coordination, (name the functional reason) this client is unable to independently initiate and safely complete a transfer from his/her wheelchair to the crash tested automobile, school bus or public transportation vehicle seat (identify the type of transit system). The transit system (identify the transit system) used by the client refuses to take responsibility for the transfer of the client from their wheelchair to a vehicle seat. They require that the client travel using their wheelchair as a seat in a motor vehicle. The transit system (identify the transit system) used by the client mandates the use of a crash tested or WC19 compliant wheelchair Recommended Justification Transportation in the larger community is important for this client because they: Must travel to and from work on a daily basis. They spend about XX min/day in this high-risk activity. Must travel to and from school on a daily basis. They spend about XX min/day in this high-risk activity. Are active in the community and must be able to travel in all types of vehicles including public transportation. They spend about XX hours/week in this high-risk activity. Must frequently travel to medical and therapy appointments in the community and travel using paratransit/public transit/wheelchair adapted van. He/She spends about XX hours/month in this high-risk activity Additional Facts The US Department of Transportation estimates that a typical auto driver will have a near accident 1 to 2 times per month and all drivers will be in a collision of some type every 6 years on average. The National Safety Council (NSC) reports there are more than 12 million motor vehicle accidents annually. If the population of the US is approx 300 million and approx 2 million use wheelchairs (2000, NIDRR) this translates to approx 1% of the population or 12,000 accidents per year! Additional Facts The $200.00 (average retail of the transit option) is small in comparison to the cost of even one emergency room visit. The transit option may prevent serious injury and potential worsening of the level of impairment with all of its related costs. Alternate Sources for Funding If funding for the “Transit Option” has been declined by Medicare, Medicaid or Third Party Insurance, some options are: School District Transportation Dept Local Charity Organizations Lions Club International Group Bake Sales Family and Friends fund raising assistance WTORS Manufacturer References Q’Straint 800 987-9987 www.qstraint.com Sure-Lok 866 787-3565 www.sure-lok.com OrthoSafe Systems 609 587-9444 www.njcost.com/ortho_safe.htm References Wheelchair Transportation Safety Standards, update 6/2011, Larry Schneider. U.M.T.R.I. Rehabilitation Engineering Research Center on Wheelchair Transportation Safety in partnership with the RESNA Subcommittee on Wheelchairs and Transportation website at http://www.rercwts.pitt.edu/WC19.html Rehabilitation Engineering Research Center at http://www.rercapt.org/ United States Department of Transportation at http://www.dot.gov/accessibility References The RERC on Wheelchair Transportation Safety: http://www.rercwts.org/ Able Data http://www.abledata.com/ableda ta.cfm?pageid=113573&top=160 40&ksectionid=19326 Attendance and CEU’s Convaid and RESNA are pleased to provide 0.1 Continuing Education Units (CEU’s) for registered attendance and successful completion of this educational progam. Presenter: Eli Anselmi Product & Education Specialist Questions: [email protected] CONTACT INFORMATION For more information please visit our website at: Speaker Contact: Eli Anselmi Convaid [email protected] | 406.581.1503 Numotion Clinical Education 800-500-9150 Course transcripts and additional copies of certificates of completion are available upon written request: 5501 Wilshire Blvd NE Ste C ABQ, NM 87113 1.800.500.9150. 888-Convaid ● www.convaid.com Convaidwheelchairs Convaid 2830 California Street, Torrance, CA 90503 USA