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CAD Drawings
Lift Base
Main Column
Chair Assembly
Counterweight
Overall Lift
Links to Related Material
ME 415W
Special Olympics
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Project Title: |
Portable Lift for
Handicapped Swimmers |
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Sponsor: |
Centre County Special Olympics |
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Faculty Coach: |
Dr. Martin Trethewey |
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Course: |
ME 415W, Fall 2001 |
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Team Members: |
Lindsay Keller |
Todd Byers |
Kevin Mintzer |
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Derek Lim |
Alan Kong |
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Due to the difficulty of lifting handicapped
individuals into and out of a pool, numerous devices have been developed and
refined. Several companies have supplied thousands of wheelchair users
with pool lifts to assist them in and out of the pool.
These lifts, however,
are not portable and are costly, especially for most public pools to afford.
These associated setbacks give reason for many pools not to invest in pool
lifts, and consequently prohibit wheelchair bound individuals from using the
pool.
Alternatively, portable pool lifts would be ideal as
they can be transported by either car or van to the swimming pool location.
Unfortunately, there are few portable lifts on the market. The
objective, and the goal of the assigned project, is to design a portable
pool lift for wheelchair-bound swimmers that can be transported with them to
the pool.
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The main objective sought was to deliver a fully functional prototype
that is:
- Lightweight--
The main component of this prototype will weigh less
than 75 pounds with additional pieces weighing a total
of no more than 50 pounds so that the lift is manageable
by a single person.
- Small--
All components of the lift will fit conveniently into
the trunk of a midsize sedan or van.
- Easily Assembled-- The lift is able to be assembled
by an individual in approximately 20 minutes or less,
including fill up time for water bladder counterweight.
- Lift capacity-- A person weighing 200 lbs or less
can be accommodated.
- Portable-- Due to the small size and weight, as well
as other mobility features, is easily transported from
one location to another.
In order
to develop a portable pool lift that allows wheelchair
bound individuals to be transported into and out of a
pool, Pool Side Power brainstormed and developed three
possible designs. Background information gathered from
patents, existing stationary and portable pool lifts,
local swimming pools, and input from coaches and pool
managers was incorporated into the three preliminary
designs. Each design was evaluated and ranked on
size, weight, portability, construction feasibility,
cost, and safety. This assessment allowed Pool Side
Power to deduce which design was most feasible and
applicable to the design task at hand. The chosen
design underwent further development before fabrication
of the fully functioning prototype. Testing of the
lift was conducted to ensure that all objectives were
effectively met. |
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