Lab Guide 11
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What should be the maximum rise on a ramp to ensure safety compliance?

  • 1 inch for every 20 inches of length
  • 1 inch for every 12 inches of length (correct)
  • 1 inch for every 15 inches of length
  • 1 inch for every 5 inches of length
  • Which elbow angle is most efficient for wheelchair propulsion?

  • 150 degrees
  • 90 degrees
  • 120 degrees (correct)
  • 180 degrees
  • When teaching a patient to perform wheelies, what is the ideal position of the center of mass (CoM)?

  • Behind the rear wheels
  • Directly above the rear wheels (correct)
  • Between the front and rear wheels
  • In front of the front wheels
  • What is the recommended minimum width for a wheelchair ramp according to universal design principles?

    <p>36 inches</p> Signup and view all the answers

    Which method is most commonly used for ascending a curb with a dependent patient?

    <p>Tilting the wheelchair back and pushing</p> Signup and view all the answers

    What should the hand position be at the start of the wheel push for optimal efficiency?

    <p>At the top of the wheel</p> Signup and view all the answers

    What is the appropriate elbow angle for the most effective push in wheelchair propulsion?

    <p>100-120°</p> Signup and view all the answers

    How does a reclining back differ from a tilt-in-space wheelchair?

    <p>Only the backrest reclines in reclining backs</p> Signup and view all the answers

    Why is it advised to tilt the wheels of the wheelchair?

    <p>To improve stability and control</p> Signup and view all the answers

    What is the maximum slope recommended for a safe wheelchair ramp?

    <p>1:12</p> Signup and view all the answers

    What is the minimum width required for a wheelchair ramp for adequate safety?

    <p>36 inches</p> Signup and view all the answers

    When descending a ramp, what direction should the caregiver face while assisting a patient?

    <p>Facing backward</p> Signup and view all the answers

    What is a potential risk when a caregiver supports a patient down an incline facing forward?

    <p>Increased momentum</p> Signup and view all the answers

    What is the primary purpose of using tilt-in-space for wheelchair users?

    <p>To maintain hip angles and relieve pressure</p> Signup and view all the answers

    Which of the following is true regarding the weight capacity of standard wheelchairs?

    <p>Most can handle between 250-300 pounds</p> Signup and view all the answers

    What position should the caregiver take when assisting a patient down a ramp?

    <p>Positioning the chair backward for control</p> Signup and view all the answers

    Why is it advisable for a patient to lean forward while ascending a ramp?

    <p>To counterbalance and maintain stability</p> Signup and view all the answers

    What is the maximum slope ratio recommended for wheelchair ramps?

    <p>1:12</p> Signup and view all the answers

    When performing a wheelie, where should the center of mass (CoM) be positioned?

    <p>Just behind the axle</p> Signup and view all the answers

    What is a major consideration when ordering a wheelchair concerning weight and durability?

    <p>Weight impacts the ease of transporting and durability</p> Signup and view all the answers

    How should a caregiver assist a patient into an elevator using a wheelchair?

    <p>Back the wheelchair into the elevator</p> Signup and view all the answers

    What is the function of the two-finger confirmation check?

    <p>To ensure adequate spacing for comfort and circulation</p> Signup and view all the answers

    During a forward fall, which is an appropriate protective measure?

    <p>Use arms to shield the face</p> Signup and view all the answers

    What is one of the primary benefits of having tilted wheelchair wheels?

    <p>They widen the base of support, enhancing stability.</p> Signup and view all the answers

    Which of the following best describes a trade-off associated with ordering a wheelchair?

    <p>Choosing lightweight materials often sacrifices some durability.</p> Signup and view all the answers

    What key feature should be considered to balance comfort and maintenance in wheelchair design?

    <p>Wheels should be solid rubber to minimize maintenance needs.</p> Signup and view all the answers

    In the context of wheelchair design, what is the implication of maneuverability versus stability?

    <p>Maneuverable wheelchairs generally require more user skill to operate safely.</p> Signup and view all the answers

    What is an important consideration regarding the foldability features of wheelchairs?

    <p>They can offer compact transport options, assisting with mobility.</p> Signup and view all the answers

    What is the main reason proper wheelchair fit is essential for users?

    <p>It supports optimal body alignment and comfort during use.</p> Signup and view all the answers

    Which method is recommended for efficiently navigating steep ramps?

    <p>Use a zigzagging motion to ascend steep slopes</p> Signup and view all the answers

    Which feature primarily affects the maneuverability of a wheelchair on uneven surfaces?

    <p>The type of wheels used.</p> Signup and view all the answers

    How does the design of a wheelchair impact heat dissipation during use?

    <p>Wheelchairs made with breathable materials help minimize heat buildup.</p> Signup and view all the answers

    What is the ideal hand position for a patient to start their push for optimum propulsion efficiency?

    <p>At the top of the pushrim</p> Signup and view all the answers

    What is a key consideration regarding the foldability features of a wheelchair?

    <p>Foldable wheelchairs tend to be less durable.</p> Signup and view all the answers

    What body mechanics are explicitly recommended for wheelchair propulsion?

    <p>Utilizing leg muscles for better efficiency</p> Signup and view all the answers

    In the context of wheelchair maintenance, which is most critical for preventing long-term issues?

    <p>Regularly checking and tightening wheel axle bolts.</p> Signup and view all the answers

    Which safety consideration is paramount when navigating curbs?

    <p>Keep your leg in contact with the wheelchair</p> Signup and view all the answers

    What distinguishes a reclining back wheelchair from a tilt-in-space wheelchair?

    <p>Tilt-in-space provides better pressure relief</p> Signup and view all the answers

    Which consideration is often a trade-off between maneuverability and stability in wheelchair design?

    <p>The width of the rear wheels.</p> Signup and view all the answers

    What aspect of wheelchair design is most correlated with user comfort?

    <p>The size and shape of the seat cushion.</p> Signup and view all the answers

    Which of the following is a common advantage of foldable wheelchairs?

    <p>Easier transportation and storage</p> Signup and view all the answers

    Which type of wheelchair wheel is best suited for outdoor and uneven surfaces?

    <p>Large, air-filled tires</p> Signup and view all the answers

    Which of the following factors plays a crucial role in the efficiency of wheelchair propulsion?

    <p>The alignment of the wheels.</p> Signup and view all the answers

    What is a potential disadvantage of prioritizing maneuverability in wheelchair design?

    <p>Decreased stability during navigation</p> Signup and view all the answers

    Study Notes

    Wheelchair Propulsion

    • Hand Placement: To optimize efficiency, position the hand at the bottom of the pushrim for the start and top of the pushrim for the finish.
    • Elbow Angle: An elbow angle of 90 degrees is most efficient for propulsion.

    Wheelchair Types

    • Reclining Back: Adjusts the angle of the back to increase comfort.
    • Tilt-in-Space: Allows the user to recline without changing their position relative to the floor.

    Wheelchair Capacity

    • Standard Capacity: Typically handles 250 pounds.

    Wheelchair Maneuvering

    • Curb Ascent: Position the wheelchair facing the curb.
    • Right Turn: Push the left wheel forward and the right wheel back.
    • Wheelchair Wheelie: The center of mass (CoM) should be positioned forward when attempting a wheelie.

    Wheelie Usage

    • Purpose: Used in situations where a ramp is unavailable or to navigate over small obstacles.

    Ramp Accessibility

    • Slope: Maximum slope should be 1:12 for the most efficient accessibility.
    • Rise: Maximum rise should be 30 inches.
    • Width: Minimum width should be 36 inches.

    Ramp Ascend and Descend

    • Ascent: Teach patients to ascend a ramp facing forward. For steep ramps, instruct them to use a zigzag pattern.
    • Descend: Assist the patient down the ramp facing backward with the wheelchair’s back wheels in contact with the ramp.

    Assisting Patients

    • Descend Incline Facing Forward: Assist the patient facing backward to prevent the wheelchair from tilting forward.
    • Elevator Assistance: Assist the patient facing forward into the elevator.

    Curb Maneuvering

    • Dependent Patients: The most typical method is to lift the wheelchair over the curb.
    • Independent Assistance: Patients can assist the caregiver by leaning back on the wheelchair, reducing the effort needed to lift the wheelchair.

    Wheelchair Stair Navigation

    • Upstairs/Downstairs: Position 3 individuals: two at the bottom and one at the top. The individuals at the bottom should grip the wheels. The individual at the top grips the backrest.
    • Action: The three individuals slightly lift the wheelchair in a synchronized manner.

    Fall Protection

    • Forward: Protect the head, face, and neck.
    • Backward: Protect the back and head.
    • Lateral: Protect the hip and shoulder.

    Two-Finger Confirmation

    • Purpose: To check the proper positioning of the wheelchair's wheels.
    • How: Place two fingers between the wheelchair's rear wheels and ensure they fit snugly.

    Wheelchair Wheel Tilting

    • Benefit: Tilting wheels minimizes the force required to propel.

    Wheelchair Ordering

    • Trade-offs: Consider factors such as weight, adjustability, cost, and functionality when ordering a wheelchair.

    Wheelchair Propulsion

    • Start pushing from the top of the wheel (12 o'clock position) for optimal leverage.
    • Finish the push at the back of the wheel (2-3 o’clock position) to maximize efficiency.
    • Maintain an elbow angle of 100-120 degrees for effective force and to minimize strain.

    Wheelchair Types

    • Reclining Back Wheelchair: Only the backrest reclines, keeping the seat stationary.
    • Tilt-in-Space Wheelchair: Both the seat and backrest tilt together, maintaining hip angles and redistributing weight for comfort and pressure relief.

    General Wheelchair Information

    • Standard wheelchairs typically handle up to 250-300 pounds.
    • Approach a curb backward to make it easier to ascend, allowing the larger back wheels to make contact first.
    • Tilt the wheels to widen the base of support, enhancing stability and making turning easier.

    Wheelchair Maneuvers

    • To turn right, pull back on the right wheel while pushing forward on the left wheel.
    • To perform a wheelie, position the center of mass just behind the axle. This is useful for negotiating small obstacles and curbs.
    • Teach wheelies to patients who need to be independent in difficult terrains to prevent tipping.

    Ramp Accessibility

    • The maximum recommended slope for a ramp is 1:12 (1 inch of rise for every 12 inches of ramp length).
    • A single ramp should not have a rise greater than 30 inches without a landing for rest.
    • Ramps should be at least 36 inches wide to accommodate standard wheelchair dimensions.

    Ascending Ramps

    • Lean forward to counterbalance while ascending a ramp.
    • Use smooth, steady pushes, and consider zig-zagging or taking short breaks if the ramp is steep.

    Descending Ramps

    • Position the wheelchair backward to prevent runaway speed, and keep hands ready for control.
    • Avoid assisting a patient down an incline facing forward as this can cause the wheelchair to gain too much speed and make it difficult to control.

    Wheelchair Transfers

    • Assist patients into an elevator by backing the wheelchair in so they face the door when exiting.
    • For dependent patients, back the chair up the curb for ascending and lower it forward onto the larger wheels for descending.
    • Patients can help by leaning forward when ascending and backward when descending to adjust their center of mass for stability.

    Stair Transfer Basics

    • For stair transfers, two helpers should be at the back, holding the frame or handles, and one helper at the front gripping the footrest or lower frame.
    • Each helper should guide and stabilize the chair, not fully lift it.

    Safety Precautions

    • When falling forward, use arms to protect the face, tucking elbows in.
    • When falling backward, tuck chin to protect the head and neck, and avoid reaching back.
    • When falling laterally, extend one arm to break the fall, protecting the shoulder and head.
    • Perform a two-finger confirmation check by placing two fingers between the patient’s body and the WC at pressure points (e.g., hips, knees) to ensure adequate spacing.

    Wheelchair Ordering Considerations

    • Weight vs. Durability: Lighter chairs are easier to transport, but heavier ones are more durable.
    • Adjustability vs. Stability: Adjustable chairs offer customization but can sometimes sacrifice stability.
    • Cost vs. Features: Advanced features increase costs, so prioritizes essential features.

    Wheelchair Ramp Safety & Dimensions

    • Maximum slope of ramp should not exceed 1:12 inch rise:run
    • Maximum rise of a ramp should not exceed 30 inches
    • Minimum width of a ramp should be 36 inches
    • Handrails are required if the rise is greater than 6 inches or run greater than 72 inches

    Wheelchair Safety Considerations

    • Going up a curb with help: Tip the casters up onto the curb and push on the rims to help the wheelchair roll onto the curb.
    • Going down a curb with help: Reverse the process by tipping the casters down onto the curb and guide the wheelchair backward down the curb.
    • Going down a steep ramp with help: Use a zigzagging motion to control descent down a steep ramp, remember to guard the chair and keep your leg in contact with the back of the chair.
    • Going up a steep ramp unassisted: Use a pushing motion to ascend the ramp while keeping your leg in contact with the back of the chair, be mindful of your strength and limitations.
    • Going up a curb unassisted: The patient should be able to do this by pushing on the pushrim to go up

    Proper Wheelchair Fit

    • Ensure proper seating position supports the normal curves of the spine.
    • Hips should be flexed to at least 90 degrees.
    • Forearms should be supported with relaxed shoulder alignment.
    • Position the pelvis back and central in the seat.
    • Always use proper guarding and blocking when transferring a patient.
    • Key measurements for wheelchair fit: seat depth, seat width, seat-to-floor height, and seat back height.
    • Confirming fit: symmetrical posture, 90/90/90 position, hips flexed at or above the height of the hips, and normal spinal curves maintained.
    • Remember the 2" rule for proper fit, ensuring there's a 2-inch space between the patient's body and the wheelchair's seat.

    Wheelchair Propulsion on Even Surfaces

    • Skills needed: proper propulsion technique, tight turns, entering and exiting doors independently (as a caregiver pushing the wheelchair).
    • Propulsion Technique: Use the 10 and 2 or 3 o'clock position on the wheel for long, smooth strokes to optimize efficiency.
    • Turning: Hold one rim while pushing with the other.
    • Tight Turns: Move the wheels in opposite directions simultaneously.
    • Door Navigation: Be aware of the path of the door and ensure fingers do not get caught between the door and the wheel.

    Wheelchair Management on Uneven Surfaces

    • Curb Navigation: Easiest ascending forward and descending backward.
    • Ramp Navigation: Easiest ascending forward and descending backward, use a zigzagging motion for steep slopes.
    • Guarding and Safety: Maintain your leg in contact with the wheelchair.

    Advanced Wheelchair Management

    • Assisting someone in a wheelchair up and down stairs: Multiple helpers should guard and stabilize the chair, with two at the back and one at the front.

    Key Safety Considerations

    • Falling Forward: Protect face with arms, tucking elbows.
    • Falling Backward: Tuck chin to protect the head and neck, avoid reaching back.
    • Lateral Fall: Extend one arm to break the fall, protecting the shoulder and head.
    • Two-Finger Confirmation Check: Place two fingers between the patient's body and the wheelchair at key pressure points (hips, knees) to ensure adequate spacing for comfort and circulation.
    • Tilted WC Wheels: Provide wider base of support, enhancing stability and easier turning.
    • Weight vs Durability: Lightweight chairs are easier to transport but less durable.
    • Adjustability vs Stability: More adjustable chairs allow customization but can compromise stability.
    • Cost vs Features: Advanced features (powered chairs, tilt functions) increase costs.

    Review Questions

    • Where should the patient position their hand to start the push and finish it?
    • What elbow angle optimizes propulsion efficiency?
    • What are the differences between a reclining back and a tilt-in-space wheelchair?
    • What is the typical weight capacity of a standard wheelchair?

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    Explore the essential techniques for wheelchair propulsion and maneuvering in this insightful quiz. Learn about hand placement, elbow angles, and types of wheelchairs that enhance mobility and comfort. Test your knowledge on effective ramp accessibility and wheelchair tricks!

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