Trust-M Balance Training Device

Balance training device "Trust-M" is designed to provide training to maintain balance and improve motion coordination using BFB.

 
 

 

Balance training device "Trust-M" is designed to provide training to maintain balance and improve motion coordination using BFB.

Application

Balance training device is used for diseases of the central and peripheral nervous system, musculoskeletal system; its usage significantly improves motion coordination, postural stability and management of the center of gravity.

Neurology – it is used for the rehabilitation of patients who have suffered a stroke, paresis, plegics, Parkinson's disease and multiple sclerosis.

Orthopedics – helps to increase stability of the spine in the trunk and waist, also helps in rehabilitation after injuries and spine diseases, knee and ankle joints injuries, and for the prevention of contractures.

Physiotherapy exercises – general strengthening of the physical conditions, stimulation of the intestine, improvement of blood circulation in the pelvic region, training of the muscles of the lower extremities, prevention of osteoporosis, training of the functions of the vestibular apparatus.

Advantages

The basis of the complex is the biomechanical sensor "Trust-M" with a high-precision registration of the angles of inclination and the determination of the spatial position.

The training device allows you to perform training in 2 planes simultaneously: sagittal and frontal.

You can set restrictions for training in one plane only.

Adjustable degree of rigidity of the platform.

Handrails are available to support the patient.

It is possible to train standing and sitting.

The biofeedback system with a set of fascinating games – "Target", "Trajectory", "Snowboard", "Ship", "Walking", "Quadrocycles", "Hang-glider".

Connect to PC via telemetry channel.

 

Dimensions of the balancing platform

700 х 500 х 170 mm

Load range (allowable weight of the patient)

15–150 kg

Maximum range of inclination angles in the sagittal plane

12.9 degrees

Maximum range of inclination angles in the frontal plane

17.8 degrees

Adjustment of platform tilt stiffness

2 modes

PC connection interface

wireless, by telemetry

Battery life

up to 6 hours

Software for training with gaming environments

at least 6 game scenarios

Software Patient database

registration and analysis of conducted training

Visualization of BFB game environments

2D, 3D stereo, 3D virtual reality (when using a VR helmet)

Technical specifications

Dimension of the balancing platform

700х500х170 (mm)

Net weight

13,8 kg

Load range (maximum patient weight)

15-150 kg

Maximum range of inclination angles in the sagittal surface

12,9 degree

Maximum range of inclination angles in the frontal surface

17,8 degree

 

 

 

 

Elasticity level at an inclination

inclination angle 0.8 degrees – the moment 39.2 Nm (SAG.)

inclination angle 0.8 degree - the moment 62,7 Nm (FR.)

inclination angle 12.9 degree - the moment 784 Nm (SAG.)

inclination angle 17.8 degree - the moment 1954 Nm (FR.)

2 mode (with force):

inclination angle 0.8 degree - the moment of 50.1 Nm (SAG.)

inclination angle 0.8 degree – the moment is 73.5 Nm (FR.)

inclination angle 12.9 degree - the moment 833 Nm (SAG.)

inclination angle 17.8 degree - the moment 2352 Nm (FR.)

Accuracy of determining the inclination angles

0.25 degree

Sampling frequency of determining the spatial position

1024 Hz

Interface connection to PC

Telemetric wireless

Internal battery

3.7 V Li-ion

Battery life

maximum 6 hours

Battery charging device

220V / 50Hz or via USB interface

 

Delivery Set

 

Balancing platform

1

Inclination restrictor the sagittal surface

1

Inclination restrictor the frontal surface

1

Handrails for patient stabilization

optionally

Safety-driven system

optionally

Intel processor-based PC with professional graphics adapter LCD monitor and printer

1

LCD panel for BFB on the rack

1

Biomechanical sensors "TRUST-M"

1-2

Fixing cuff set

1

Battery charger

1

Software BFB-Neurocor with the game media

1

Software Patient Database

1

User manual

1

User guide

1

Packing containers

1

 

Functional and software capabilities of the complex

 

Training execution on the balancing platform of the surveyed patient in the positions of "standing", " sitting»

available

Training execution on the balancing platform in the position of sagittal surface

available

Training execution on the balancing platform in the position of frontal surface

available

Training execution on the balancing platform in the positions of sagittal and frontal surface simultaneously

available

Stiffness regulation of the platform inclination

2 modes

 

BFB by support reaction

based on the registration of the angle of inclination of the platform or on the basis of the mutual spatial position of the patient's body segments (pelvis, spine segments, head) by using two biomechanical sensors

Type of BFB

visual channel on the patient's LCD panel

Conduction of the individual rehabilitation training (regulated load)

available

Built-in training programs

available

Training programs setup wizard

available

Automatic regulated function of the angle ranges

available

Registration parameters of the training

available

Analysis of training parameters

available

Database maintenance

available

Creating reporting and conclusion

available

Reports export to a text editor

MS Office, Open Office

 

 

 

Game media for BFB training

-target

-movement along a trajectory

-snowboard

-ship

-walking

-quad bikes

-hang-gliding

Visualization of game media BFB

2D, 3D stereo, 3D virtual reality (by using a VR helmet)

Russian interface

available

Compatible with Windows versions "7" "8 " "10”

available