Systems, methods, and apparatuses for rehabilitation and training

1. A system for performing rehabilitation or training of a subject, comprising:

a depth sensor for providing data to determine the three dimensional location of the body in space according to the distance from depth sensor;

a body model;

a computational device having computer instructions operating thereon configured to analyze said data from said depth sensor according to said body model, to detect a compensation movement of a body part having a displacement angle from a neutral axis that is greater than a first threshold angle, to adjust the appearance of an existing display element according to a gradient, the gradient corresponding to the degree of compensation beyond the first threshold angle, and if the degree of compensation is greater than a second threshold angle, changing the appearance of the existing display element to a maximum state;

a display for displaying the display element and information to the subject according to said analyzed data; and

a frame for holding said computational device and said display;

wherein said body part comprises a trunk, a shoulder or a combination thereof; said compensation movement comprises trunk forward displacement, trunk lateral displacement, trunk rotation, shoulder elevation, shoulder abduction, elbow flexion or a combination thereof; said compensation movement occurs during movement of a hand; said compensation movement causes said body part to be displaced out of a plane of movement wherein such compensation is not performed; and the body part is the trunk of the user and the first threshold angle is 7 degrees and the second threshold angle is 20 degrees.

2. The system of claim 1 , adapted for being mobile.

3. The system of claim 2 , adapted for a subject who is seated.

4. The system of claim 2 , adapted for a subject who is reclining.

5. The system of claim 1 , wherein said depth sensor is attached to said frame.

6. The system of claim 1 , wherein said depth sensor is attached to said display.

7. The system of claim 1 , further comprising a controller for controlling at least one function of said computational device.

8. The system of claim 7 , wherein said controller is attached to said frame.

9. The system of claim 8 , wherein said controller and said display are attached to a single pillar of said frame.

10. A method, comprising:

detecting a compensation movement of a body part having a displacement angle from a neutral axis that is greater than a first threshold angle, said first threshold angle determined according to a range of motion defined according to a plurality of subjects who do not suffer from a neurological deficit;

adjusting the appearance of an existing display element according to a gradient, the gradient corresponding to the degree of compensation beyond the first threshold angle; and

if the degree of compensation is greater than a second threshold angle, changing the appearance of the existing display element to a maximum state;

wherein the body part is the trunk of the user and the first threshold angle is 7 degrees and the second threshold angle is 20 degrees.

11. The method of claim 10 , wherein the adjusting the appearance of an existing display element comprises changing the tone, shade, tint, or hue or changing the transparency of the display element and the maximum state comprises a color substantially free of tone, shade, or tint or substantially transparence.

12. The method of claim 10 , wherein the adjusting the appearance of an existing display element comprises changing the tone, shade, tint, or hue or changing the transparency of the display element and the maximum state comprises a color substantially free of tone, shade, or tint or substantially transparence.

13. The method of claim 10 , wherein said neurological deficit is caused by a condition selected from the group consisting of a stroke, a physical accident, a neurological disease or a combination thereof.

14. A method, comprising:

detecting a compensation movement of a body part having a displacement distance from a resting position that is greater than a first threshold distance, said displacement distance measured during an activity of a single joint, wherein said body part having said displacement distance is different from said single joint;

adjusting the appearance of an existing display element according to a gradient, the gradient corresponding to the compensation distance beyond the first threshold distance; and

if the compensation distance is greater than a second threshold distance, changing the appearance of the existing display element to a maximum state;

wherein the body part is the trunk of the user and the first threshold angle is 7 degrees and the second threshold angle is 20 degrees.

15. A system for performing rehabilitation or training of a subject, comprising:

a depth sensor for providing data to determine the three dimensional location of the body in space according to the distance from the depth sensor;

a body model;

a computational device having computer instructions operating thereon configured to analyze said data from said depth sensor according to said body model, to detect a compensation movement of a body part having a displacement angle from a neutral axis that is greater than a first threshold angle, to adjust the appearance of an existing display element according to a gradient, the gradient corresponding to the degree of compensation beyond the first threshold angle, and if the degree of compensation is greater than a second threshold angle, changing the appearance of the existing display element to a maximum state;

a display for displaying the display element and information to the subject according to said analyzed data; and

a frame for holding said computational device and said display;

wherein said body part comprises a trunk, a shoulder or a combination thereof; said compensation movement comprises trunk forward displacement, trunk lateral displacement, trunk rotation, shoulder elevation, shoulder abduction, elbow flexion or a combination thereof; said compensation movement occurs during movement of a hand; said compensation movement causes said body part to be displaced out of a plane of movement wherein such compensation is not performed; said body part comprises said trunk and said trunk is determined to be participating in a compensatory movement if said first threshold is greater than 7 degrees.

16. A method, comprising:

detecting a compensation movement of a body part having a displacement angle from a neutral axis that is greater than a first threshold angle;

adjusting the appearance of an existing display element according to a gradient, the gradient corresponding to the degree of compensation beyond the first threshold angle;

if the degree of compensation is greater than a second threshold angle, changing the appearance of the existing display element to a maximum state; wherein said body part comprises a trunk and wherein said trunk is determined to participate in said compensation movement if said first threshold angle is greater than 7 degrees.

17. A method, comprising:

detecting a compensation movement of a body part having a displacement distance from a resting position that is greater than a first threshold distance, said displacement distance is measured during an activity of a single joint, said single joint does not comprise said body part having said displacement distance, such that said single joint is not part of said body part or vice versa;

adjusting the appearance of an existing display element according to a gradient, the gradient corresponding to the compensation distance beyond the first threshold distance; and

if the compensation distance is greater than a second threshold distance, changing the appearance of the existing display element to a maximum state;

wherein the body part is the trunk of the user and the first threshold angle is 7 degrees and the second threshold angle is 20 degrees.