Wearable Technologies,
Journal Year:
2024,
Volume and Issue:
5
Published: Jan. 1, 2024
Abstract
The
objectives
of
this
case
series
study
were
to
test
whether
an
elastic
back
exosuit
could
increase
a
wearer’s
endurance
when
lifting
heavy
objects
and
assess
more
cancels
out
the
exosuit’s
risk
reduction
benefits.
We
found
that
88%
participants
increased
their
repetitions
while
wearing
exosuit,
with
increases
ranging
from
28
75%.
then
used
these
empirical
data
ergonomic
assessment
model
based
on
fatigue
failure
principles
estimate
effects
cumulative
damage
(an
indicator
low
disorder
risk)
is
worn
lifts
are
performed.
Participants
exhibited
27–93%
lower
exosuit.
These
results
confirmed
participants’
capacity
without
canceling
injury
Back
exosuits
may
make
it
possible
simultaneously
boost
productivity
reduce
musculoskeletal
risks,
which
relevant
workers
in
civilian
defense
sectors.
The
objectives
of
this
case
series
study
were
to
test
whether
an
elastic
back
exosuit
could
increase
a
wearer’s
endurance
when
lifting
heavy
objects,
and
assess
more
cancels
out
the
exosuit’s
risk
reduction
benefits.
We
found
that
88%
participants
increased
their
repetitions
while
wearing
exosuit,
with
increases
ranging
from
28-75%.
then
used
these
empirical
data
ergonomic
assessment
model
based
on
fatigue
failure
principles
estimate
effects
cumulative
damage
(an
indicator
low
disorder
risk)
is
worn
lifts
are
performed.
Participants
exhibited
27-93%
lower
exosuit.
These
results
confirmed
participants’
capacity
without
canceling
injury
Back
exosuits
may
make
it
possible
simultaneously
boost
productivity
reduce
musculoskeletal
risks,
which
relevant
workers
in
civilian
defense
sectors.
Wearable Technologies,
Journal Year:
2024,
Volume and Issue:
5
Published: Jan. 1, 2024
Abstract
The
objectives
of
this
case
series
study
were
to
test
whether
an
elastic
back
exosuit
could
increase
a
wearer’s
endurance
when
lifting
heavy
objects
and
assess
more
cancels
out
the
exosuit’s
risk
reduction
benefits.
We
found
that
88%
participants
increased
their
repetitions
while
wearing
exosuit,
with
increases
ranging
from
28
75%.
then
used
these
empirical
data
ergonomic
assessment
model
based
on
fatigue
failure
principles
estimate
effects
cumulative
damage
(an
indicator
low
disorder
risk)
is
worn
lifts
are
performed.
Participants
exhibited
27–93%
lower
exosuit.
These
results
confirmed
participants’
capacity
without
canceling
injury
Back
exosuits
may
make
it
possible
simultaneously
boost
productivity
reduce
musculoskeletal
risks,
which
relevant
workers
in
civilian
defense
sectors.