Clinics Series & Rehabilitation Guide

BRAIN-COMPUTER

REHAB ROBOT

Syrebo Upper Limb Rehabilitation Robot adopts a full-featured mobile chassis and high-precision optical positioning technology, providing users with various effective target-oriented training to enhance upper limb strength, speed, accuracy, and reshape upper limb functionality.

Key features

·Ergonomic design, specialized accessory combination                          ·Adjustable arm length, suitable for a wide range of patients
·One-touch height adjustment table,compatible with wheelchairs      ·4 sets of safety protection systems, increasing safety assurance
· Precision optical positioning, surpassing industry standards               ·Omni-directional mobile platform

With the innovative Human Factors Engineering design, and the application of lightweight materials, the Syrebo® Dynamic Arm Support provides timely assistance to minimize gravity and friction during upper limb movement. Therefore, it enables users to engage in functional activities during early rehabilitation and enhances their capacity for activities of daily living.

Daily life scene ability training

ADLs training

Assist users in activities of daily living (ADL) training such as eating and grooming. Assess the recovery of limb function after each training stage based on changes in the range of motion of the arm. For example, transitioning from eating with a long-handled spoon to being able to eat with a regular spoon.

OT training

Incorporate therapeutic exercises using small objects such as balls, building blocks, and wooden pegboards to allow for natural and flexible movements in three dimensions. This allows for effortless arm mobility with minimal exertion.

Task-oriented training

Use the Syrebo® Hand Function Series products in conjunction with task-oriented training to facilitate more effective and effortless motor function rehabilitation. Gradually restore damaged neural pathways in the brain associated with movement.

Syrebo Hand Rehabilitation Robot SY-HR03E combines flexible robotics technology and neuroscience.It can provide multiple training modes such as passive training, task-oriented training, assistance training, resistance training, bilateral mirror training, and active game training,comprehensively covering the period from stroke paralysis to rehabilitation.

Advanced 6 training modes:

Passive training

The rehabilitation glove can drive the affected hand to execute flexion and extension exercises, and the patient can simultaneously see the 3D hand of this hand on the screen.

Task-oriented Training

With the help of rehab glove and on-screen 3d animation,users can interact with real objects, which could further enhance patients' learning process and re-educate patients to use hand during the Activities of Daliy Living(ADLs).

Assistance Training

Syrebo rehabilitation glove is able to capture the patient's weak active movement then helps him amplify the movement, assists the patient to complete the active movement.

Bilateral Mirror Training

The healthy hand is used to drive the affected hand to achieve grasping action. And the simultaneous visual effects and proprioceptive feedback feeling and seeing hand) are able to stimulate patient's neuroplasticity.

Resistance Training

Power glove will give the patient an opposite force and the patient needs to complete the flexion and extension exercises under resistance.

Active Game Training

Multi interactive hand &brain combined games,enhance the immersion of hand rehabilitation,make training more interesting,improve patients willingness of active participation.

Syrebo Hand Rehabilitation Robot SY-HR06E is the upgraded model,better than SY-HR03E model.It can provide more training modes such as passive training, task-oriented training, assistance training, resistance training, bilateral mirror training, active game training, and fine motor training.

Applied principle

Moter Relearning Programme(MRP) Theory

Based on the theory of brain plasticity and brain functional reorganization, in order to better promote the functional reorganization of the brain, MRP needs many times repeated action training, so that patients can fully experience the normal motor feeling and required strength of each simple action to each group of complex actions, so as to better master and improve the motor control ability, and promote the coordinated movement of multiple muscle groups.

The closed-loop rehabilitation theory of “central-peripheral-central”

The Core Idea of the theory: the comprehensive application of central and peripheral interventions can better promote hand function rehabilitation.

Bilateral Synergy(BS) Theory

BS training principle: symmetrical movement of bilateral muscle groups of the same name at the same time activates similar neural networks in both hemispheres of the brain. Through bilateral training, when a symmetrical movement is completed, the same motion parameters of both hands can be realized through the communication between neurons, and gradually strengthened.

Motor Imagery(MI) Theory

Many studies proved that MI training is one of the important methods for clinical rehabilitation of hemiplegia. MI therapy combined with conventional rehabilitation training has a synergistic effect on stroke patients with hemiplegia, which can be further improved the upper limb function of stroke patients with hemiplegia and can significantly improve their FMA, MAS and muscle strength.

The neural activity of the brain is related to the movement intention. When the patient produces the movement intention, the patient’s brain signal is collected through the signal acquisition device, and then the computer is used to extract and analyze the characteristics of these signals. After that, the extracted The output features are converted into instructions and transmitted to the output device, and finally the output device completes the instructions, so as to achieve the purpose of controlling the peripheral (muscles, bones, etc.)

Medical Research

The effect is superior to conventional rehabilitation training methods such as simple motor imagery, mirror therapy, robot-assisted training, compulsory exercise, virtual reality therapy, and transcranial direct current stimulation.

Improve the performance of stroke patients in terms of hand motor function, quality of life and neuroplasticity, and these improvement effects still exist in the long-term follow-up after treatment.

Combined with conventional rehabilitation treatment, the upper limb part of the patient's FMA, the modified Bathel index, the modified Ashworth score and the upper limb manual muscle strength evaluation index were all significantly improved.

SY-HR08E training modes details

Passive training

In the passive training mode, the rehabilitation glove can drive the affected hand to execute flexion and extension exercises. The flexion time parameter and the extension time parameter can be adjusted individually to meet the different training needs of different users.

Fine Motor Training

According to the prompts, the patients complete the designated active gesture training, and can adjust the detailed movement parameters, gradually strengthen the completion of the movement, and improve the hand movement ability and coordination.

Passive Training + Task-oriented Training

Passive training is combined with task-oriented hand function training. Patients can actively participate in controlled exercise training and repeated reinforcement.

Assistance Training

The muscle force sensor captures the patient's active muscle contraction, recognizes the patient's active motor intention, and assists the patient to complete the full range of joint training.