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both age and obesityleadto decreased mobility ... particularly when it comes to walking and performing lower extremity tasks
Orseololeda life of great asceticism ... performing the most menial tasks
NASA 's humanoid robot Robonaut 2was designedto help human crewmembers perform menial tasks
FIG . 16would causea display of its related lower level tasks
act of bed - makinghad setoff a chain of small household tasks
You will be askedto seta task reminder during submission of the tasks
reflexresultsin increasing involuntary manual tasks
with some abnormalities in shapeleadsto virtually complete skeletal elements of the limb
Specifically , she begandesigninga high - tech exoskeleton for paralyzed people
many dayssetaside for overhead tasks
the dystrophin genecausingdistal asymmetric muscle weakness of the upper limbs
tremor of the trunk and head ... a marked high - amplitude intention tremorcausesdifficulty in everyday tasks requiring the upper limbs
Exoskeleton Advances in bionic technologyhave resultedin the development of a bionic exoskeleton
Advances in bionic technologyhave resultedin the development of a bionic exoskeleton
it easierto causea outstanding section of tasks
a baseleadsto more advanced physical tasks
also(passive) are ... designedThe leg sections of the exoskeleton
attachmentsdesignedto carry feet very specific tasks
as an assistance device and a training device for human subjects with spine disorders(passive) is designedThe Robotic Spine Exoskeleton
I am most productivesetout to complete tasks in 90-minute increments
researchershave designeda lower - limb robot exoskeleton
the betting marketplacesshould resultin higher tasks
at the Robotics Research Centre ( RRC ) of Nanyang Technological University ( NTU ) , Singapore(passive) has been designedA kinematic model of the exoskeleton
the system ... the two factscauseda speed - up in tasks
The project aimsto designa bilateral active lower - limb exoskeleton
The gait of a human was analyzedto designthe lower - extremity exoskeleton robot
by EPFL scientists(passive) designed byan improved exoskeleton
industrial partner Wearable Robotics(passive) designed byan upper limb exoskeleton
My experiencesoriginatefrom tiny tasks
for assistance and functional training of humans(passive) has been designedAn upper - arm wearable exoskeleton
ankle power generationinfluencesworkload placed on more proximal leg muscles
Kazakhstandesigneda full - body rehabilitative exoskeleton
four mechanical engineering students at the University of Pennsylvania(passive) designed byan upper - body exoskeleton
to help paraplegics and other handicapped people to walk againare designedto help paraplegics and other handicapped people to walk again
Symptoms(passive) are causedSymptoms
for gait trainingdesignedfor gait training
in inabilityresultsin inability
and developed in ReNeu Robotics lab as a platform to develop and study novel methods of hand rehabilitationdesignedand developed in ReNeu Robotics lab as a platform to develop and study novel methods of hand rehabilitation
to restore function to the weakened or paralyzed arms of patients suffering from stroke , brachial plexus injury or other neuromuscular disease or injurydesignedto restore function to the weakened or paralyzed arms of patients suffering from stroke , brachial plexus injury or other neuromuscular disease or injury
to allow paraplegics as well as other wheelchair users the ability to rehabilitate through walkingdesignedto allow paraplegics as well as other wheelchair users the ability to rehabilitate through walking
to allow paraplegics , as well as other wheelchair users the ability to rehabilitate through walkingdesignsto allow paraplegics , as well as other wheelchair users the ability to rehabilitate through walking
to allow paraplegics as well as other wheelchair users the ability to rehabilitate through walkingdesignedto allow paraplegics as well as other wheelchair users the ability to rehabilitate through walking
to augment Soldiersdesignedto augment Soldiers
and developed by Dr. Jean Pillet , Paris , Francedesignedand developed by Dr. Jean Pillet , Paris , France
developed by Dr. Jean Pillet , Paris , Francedesigneddeveloped by Dr. Jean Pillet , Paris , France
to limb weakness causing difficulty in sittingleadsto limb weakness causing difficulty in sitting
any painmay ... causeany pain
to increase a soldier 's strength and endurancedesignedto increase a soldier 's strength and endurance
for wheelchairdesignedfor wheelchair
to assess students ' learning of standards for mathematical content and standards for mathematical practice as outlined in the common core state standardsdesignedto assess students ' learning of standards for mathematical content and standards for mathematical practice as outlined in the common core state standards
for wheelchair bound individuals suffering from spinal cord injuries , stroke , and other mobility disabilitiesdesignedfor wheelchair bound individuals suffering from spinal cord injuries , stroke , and other mobility disabilities
to ease the physical strain of repetitive overhead assembly workdesignedto ease the physical strain of repetitive overhead assembly work
for people with spinal cord injuries who are forced to move in a wheelchairdesignedfor people with spinal cord injuries who are forced to move in a wheelchair
to help the soldier carry his heavy loaddesignedto help the soldier carry his heavy load
to help people with spinal cord injuries walk again by bypassing the damaged cord altogetheris designedto help people with spinal cord injuries walk again by bypassing the damaged cord altogether
to help people with spinal cord injuries walk again by bypassing the damaged cord altogetheris designedto help people with spinal cord injuries walk again by bypassing the damaged cord altogether
for rehabilitation of adults between 1.50 and 1.95 mdesignedfor rehabilitation of adults between 1.50 and 1.95 m
for rehabilitation of adults between 1.50 and 1.95 m in heightdesignedfor rehabilitation of adults between 1.50 and 1.95 m in height
for rehabilitation of adults between 1.50 m. and 1.95 m. in heightdesignedfor rehabilitation of adults between 1.50 m. and 1.95 m. in height
to reducedesignedto reduce
to help people with paralysis to walkdesignedto help people with paralysis to walk
to help workers lift heavy objects and perform overhead tasksdesignedto help workers lift heavy objects and perform overhead tasks
for workers doing overhead assembly tasksdesignedfor workers doing overhead assembly tasks
to improve the functional capacity of the wearerdesignedto improve the functional capacity of the wearer
of metal that has been ingested thencomposedof metal that has been ingested then
Dubbed EksoVest(passive) is designedDubbed EksoVest
to assist civilian , military , and law enforcement personnel in accurate , precise , and reliable handgun techniquesdesignedto assist civilian , military , and law enforcement personnel in accurate , precise , and reliable handgun techniques