Climbing and Walking Robots part 15 pot
... between Module A and Module B. (b) Fig. 5. Structure of AMOEBA-I Climbing and Walking Robots4 20 Fig. 14 Person Following Experiment (From Indoor to Outdoor) Fig. 15. Person Following ... distance around the sensor. Therefore the robot can track and follow the target person in such lighting conditions. Climbing and Walking Robots4 38 b. The gradients range in [10°, 2...
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... Climbing and Walking Robots2 32 Nonlinear ¥ ControlAppliedtoBiped Robots 213 Nonlinear ¥ ControlAppliedtoBiped Robots AdrianoA.G.Siqueira,MarcoH.Terra and LeonardoTubota 0 Nonlinear ... force is inside the foot support area, the FRI and ZMP are coincident. In a Climbing and Walking Robots2 12 Nonlinear ¥ ControlAppliedtoBiped Robots 219 2.2 Ground Collision Pha...
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... Smrekar Climbing and Walking Robots, Edited by Behnam Miripour p. cm. ISBN 978-953-307-030-8 Climbing and Walking Robots2 0 Kang, T., Kim, H., Son, T. and Choi, H. (2003). Design of quadruped walking ... ASurveyofTechnologies and Applicationsfor Climbing Robots Locomotion and Adhesion 001 ManuelF.Silva and J.A.TenreiroMachado 2. MechanicalSynthesisforEasy and Fa...
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Climbing and Walking Robots part 2 pptx
... MechanicalSynthesisforEasy and FastOperationin Climbing and Walking Robots 23 Mechanical Synthesis for Easy and Fast Operation in Climbing and Walking Robots AntonioGonzalez-Rodriguez,AngelG.Gonzalez-Rodriguez and RafaelMorales X ... Fig. 9. Trajectories of two body parts and impact acceleration during stair climbing Climbing and Walking Robots5 2 Fig....
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Climbing and Walking Robots part 3 pdf
... and 5 motors are used in Hyperion-2, a wall climbing robot “Hyperion-1SP” and “Hyperion-2SP” was developed. Wall climbing motion and ceiling walking motion of Climbing and Walking Robots6 4 ... of wheels. 4 Stair Climbing Robots and High-gripCrawler 73 Stair Climbing Robots and High-gripCrawler KanYoneda,YusukeOta and ShigeoHirose X Stair Climbing Robots...
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Climbing and Walking Robots part 4 pps
... rubber belts, and the handrail to assist the elders while walking and moving up -and- down stairs, and the latter uses two legs and the handrail to assist walking and moving up -and- down stairs ... obstacles and stairs exist, crawler-type and leg-type robots become better candidates for application. The robots of the stick type and the biped type are generally desi...
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Climbing and Walking Robots part 5 ppsx
... is successfully calculated, go to step 1. Otherwise, the plan fails. Climbing and Walking Robots1 40 Climbing and Walking Robots1 18 4. Fuzzy Logic Control A fuzzy logic controller may be viewed ... Design and implementation of a stair -climbing robot,” Proc. of 2008 IEEE International Conference on Advanced Robotics and Its Social Impacts (ARSO 2008), Taipei, Taiwan. Climbing...
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Climbing and Walking Robots part 6 doc
... the two cases of the single spring and the well-adjusted stiffness OLASAT. Climbing and Walking Robots1 56 the energy loss. This is made possible by storing part of the kinetic energy of the biped ... force of the trailing leg. The linear spring of the trailing leg is massless with Climbing and Walking Robots1 58 and by substituting it into Equation (26), ∆ϑ(n + 1 ) is determined to b...
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Climbing and Walking Robots part 7 pptx
... to 0 .15[ m] and after 5 steps it is fixed at 0 .15[ m]. As a result of experiment, the dynamic and natural walking is realized over 25 steps. The step-length is about 0 .15[ m] and the walking velocity ... to 0 .15[ m] and after 5 steps it is fixed at 0 .15[ m]. As a result of experiment, the dynamic and natural walking is realized over 25 steps. The step-length is about 0 .15[...
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Climbing and Walking Robots Part 9 pptx
... Climbing and Walking Robots2 52 Climbing and Walking Robots2 42 0 0.1 0.2 0.3 0.4 -4 -3 -2 -1 0 1 -5 0 5 10 15 Angular of stance leg(rad) =15 A ngular velocity of stance ... position and torque of the Knee/Femur spring and the linear position and force of the Knee spring are shown in Figure 11. Climbing and Walking Robots2 62 12.0 12.5 13.0 13.5 14.0 14.5 15. 0 Time(s) P(W)...
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