Bachelor thesis of this edition is designed and built to create parallel robot programming, as well as for use in physical therapy, the patient muscle patient. The robot works by taking the patient's arm motion, move the plane according to the principles of physical therapy. In the section of the parallel robot design to design the size, are suitable for physical therapy and simple ease of use. It has a wide range of acrylic sheet, kasueng, lightweight material to create parallel robot. And a wide range of motors via the calculation of a sufficient capacity thok driven arm of the patient. For controlling the robot uses a microcontroller to communicate with the computer. On the part of the patient's device, loosen the grip has been designed to fit the shape of a human hand, so easy to catch. The material used is glass fiber resin naserim in order to have sufficient strength to support the weight of the patient's hands. In the section of the program of parallel robot using a feedback control system for closed or to check the tolerances in movement and use the theory to calculate the coordinates of all the robots and the ฟอร์เวิร์ schema dakhi matik natural world nature matik used to indicate the location of an object and the distance to any point-in-time performance mobile trial reflects the motion characteristics of robots that can move in any direction you want. However, mobile precision and repeat abilities can also be improved again.
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