Rehabilitation can be easily seen as an aid
that enhances the remaining functions or the assist with rehabilitation of
patients whose disorders had developed. To fully understand rehabilitation
therapy, the concept that it is rather a “treatment” for symptoms needs to be
established.
For example, hemiparesis caused by stroke should not be understood as a disorder, but a “symptom” resulted from the stroke. Rehabilitation therapy for stroke patients is about treating or minimizing the symptoms of tetraplegia with the best method possible, not simply helping those with disorders already developed.
More specifically, it is enabling the proper movement of arms and legs by reviving the brain (brain reorganization through brain plasticity) damaged by stroke. For this to happen, comprehensive rehabilitation methods—physical, occupational, speech, and cognitive therapies—are in use and drug treatment is also an important method. Another therapeutic method that is now considered significant is robotic rehabilitation.
What are the advantages of using robots for the treatment?
If there are abnormal symptoms in
exercising the limbs followed by problems with nerves or musculoskeletal
system, then understanding the patient’s current condition and continuing
repetitive exercises with accurate motions are vital above everything else.
Before the development of rehabilitation robots, a medical team or a therapist
had had to assist the patients one at a time for each motion. In severe cases
of motor paralysis, several therapists had been needed for a single patient’s
treatment. But, after the development of the medical robots, the necessary
movements for the treatment became possible to be performed more accurately,
correctly, and repetitively.
The Benefits of Using the Exoskeleton gait training system
There are many benefits or advantages which
you can get by using the Exoskeleton gait training system. The first advantage
is that this walking device is superior. Meaning, this walking device provides
an accurate and superlative therapeutic effect on locomotor retraining. This
walking device can also apply accurate gait mechanism based on a kinematic
study, generate the most natural gait pattern, and prevent foot drop & toe
dragging.
The second benefit of using the Exoskeleton gait training system is that this walking device is natural. Meaning, this device is engineered to provide the most natural kinematic and kinetic and also energy efficient gait patterns. Those can help clients who suffer from an acute and severe stroke, spinal cord injury, and also gait impairments to reestablish the optimal and automatic locomotor pattern and to accelerate faster recovery during the rehabilitation phase.
The third benefit of using the Exoskeleton gait training system is that this walking device is interactive. It means that this device can provide an intelligent interactive mode that can automatically accommodate spasticity or associated stiffness, the assistance & resistance forces, walking speed, and knee, hip, as well as ankle joint kinetics to maximize an automatic locomotor relearning retention, plus a full recovery. The therapeutic speed is automatically adjusted to fit the patient’s muscle power. The treadmill, robot, and patients can be mutually interactive through sensing the condition of the patient. When the patient reaches the targeted power, the therapeutic speed of the treadmill will go up by 0.1 km/h to fit the patient’s condition. Meanwhile, if the patient feels the resistance during the training, the therapeutic speed will fall down.
The fourth benefit of using the Exoskeleton gait training system is that this walking device is functional. Meaning, this device provides a variety of functional rehabilitation exercises which are associated with walking such as kicking balls, playing the game, and many more. These will help to optimize neuromotor control of locomotion in clients. Not only that but this walking device also provides various training mode to focus on the patient’s body condition. The fifth benefit of using this walking device is that this device is economical. Meaning, this device provides a cost-effective return in the long-run.
The last benefit of using the Exoskeleton gait training system is that this device can give motivation to the clients. This walking device is equipped with 3D reality exploration, side-scrolling game, and virtual environment exploration. By providing fun and exciting and customized 3D augmented reality exercise games, this walking device will help the clients so that they will not think the gait training as the form of therapy. Rather, the clients will enjoy walking in an interactive and ecologically natural or virtual environment as they use the walking device.
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