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Inspection robot SAFARI – construction and control |
P.
DUTKIEWICZ, K. KOZLOWSKI and W. WROBLEWSKI |
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The paper presents construction and control system of the climbing robot Safari designed at the Poznan University of Technology
for inspection of high building walls, executed in order to evaluate their technical condition. Because such tasks are uncomfortable and very
dangerous for humans, this mobile machine gives a possibility to observe and examine the state of the surface on which it is moving. The robot
is a construction developed for walking on flat but uneven vertical and horizontal surfaces. Its on-board equipment provides ability to remotely
examine and record images reflecting the robot’s surroundings. At the beginning of the paper, several concepts of existing climbing robots
(four-legged, six-legged, sliding platform) are outlined. Next, the mechanical system of the Safari robot is presented with special emphasis
on its kinematic equations and description of movement stages. Then, the on-board manipulator as well as the sensor and control systems are
described. |
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Keywords: |
walking robots, climbing robots, robot control, kinematics, sensor
system. |