Modify a servo motor for complete rotation

Modify a servo motor for complete rotation

The development of virtual reality (VR) technology has generated a new concept of interaction of the patient and to modify their behavior. Extension of the development of surgical techniques for training, virtual reality and provide a basis for pilot training, training for patients with neurological deficits caused by multiple sclerosis, spinal cord have been. injury and stroke. There are also applications of virtual reality can be very useful in sensory deficits, particularly in view and hearing. VR to be directed to assist the performance of the motor and sensory VR can also be used for the development of innovative methods of physical therapy to improve the performance of the automatic mode of diagnosis and treatment of sensorimotor processing deficits and cognitive dysfunction in one place. from the confluence of the clinical trial of the nervous system, advances in basic science and computer science. In this article, the system design to facilitate the diagnosis and treatment of these diseases to see. Power Haptic. corpo.I counterforce to the values ​​calculated for the return on investment in the region, at the foot of the force proportional to the level of intrusion on the part of the body. (For example, wrist, fingers) in the corridor delineated by limited ROI. The investment returns generated for each may be included in the transfer matrix to determine the composition of the matrix vector of counterforce attacks must be taken to build a specific component. To continue the example of application of force by the arm to the transducer in a single point on the wrist, as is assumed for simplicity. The device has touch 3 ° freedom of productivity, I mean, being forced to take the form of a vector F = F [x (Q, t), y (Q, t), z (D, T)] where x, y, z is an array function. good spatial domain, D, and time, T. The preference applies to be transferred in this way the generator can produce more stable chaos due to touch, to send the right patient. Bio-engineering concepts and principles involved in the construction of such a force vector of spatial data has been described. The operation of the subroutines are performed in the laboratory of the authors. Correct application of counterforce significantly reduce vibration and precision of movement in patients with cerebellar deficits, as specified in the picture below, after the show was perfect