Dual-Leg Rehabilitation Exoskeleton

What is the concept behind the use of exoskeletons in rehabilitation?

- The primary concept pertains to the potential of utilizing exoskeletons to reestablish global mobility in patients with leg weakness.

Some of the technical characteristics of the E-Helper exoskeleton include:

*Net weight: 28 kg;*A battery life of eight hours;*the built-in battery is constructed from high-current lithium-iron-phosphate cells, ensuring its safety in the event of damage;*The patient's weight is between 110 and 190 pounds, and their height is between 150 and 190 inches.*14 Operating modes: the capacity to turn around, walk on stairs, and operate on inclined surfaces.gear motors with an expanded safety margin;
*a built-in microcomputer that maintains the patient database and compiles statistics for each patient;*There is no need for annual maintenance;*more than 80 unique parameters that can be custom-configured to meet the unique anthropometric requirements of each patient.Characteristics of the E-Helper:Four integrated motors. Patients with paraplegia of the lower extremities are capable of being lifted by this power.

The engine power of each leg with hemiparesis is adjusted separately.

Assistant mode – intelligent algorithms automatically adjust the therapy parameters based on the performance, resulting in a motivational, personalized challenge.

Exoskeleton The limb of the exoskeleton is equipped with a hinge that enables easy removal. This feature is unique to E-Helper.

E-Helper is equipped with connectors that facilitate the connection of FES wires for procedures that involve muscular activity control and electrical stimulation.