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1. Tokyo,Japan,182-8585
2. Department of Precision Machinery and Precision Instrumentation,University of Science and Technology of China Hefei,China,230027
收稿日期:2005-06-16,
修回日期:2005-06-27,
网络出版日期:2005-10-30,
纸质出版日期:2005-10-30
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LU Yong-kui, WU Yue-hua, YANG Jie, 等. Design on hopping locomotion mechanism[J]. 光学精密工程, 2005,13(5):548-553.
LU Yong-kui, WU Yue-hua, YANG Jie, et al. Design on hopping locomotion mechanism[J]. Optics and precision engineering, 2005, 13(5): 548-553.
A new type of locomotion mechanism is introduced in this paper. With vibrating motors used in controling the movement of the hopping locomotion mechanism
the simple hopping locomotion mechanism had two motors
when the current went through the vertical motor
the vertical motor would vibrate to cause the mechanism to go forward
and when the current went through the horizontal motor
the mechanism will go around itself. A spring was added to the mechanism to change the natural frequency of the mechanism
when the frequency of the motor was equal to the natural frequency of the mechanism
the mechanism would hop resonantly. With the resonant hopping
the load of the mechanism was greatly enlarged
and some sensors could be added to the mechanism. Optical sensors were used to detect the infrared source
the current that went through the sensors related to the distance between the infrared light. Three optical sensors was put on the left
right and the front the mechanism
when the mechanism detect the special infrared source
it would turn itself to the light
and go forward to the light. The experiments of the mechanism shown that the mechanism could work well on different surfaces freely
and the resonant hopping locomotion mechanism with infrared sensors could move to the special light by automatic regulation. Experimental results and theoretical studies demonstrate that the innovative design for hopping locomotion mechanism is superior.
A new type of locomotion mechanism is introduced in this paper. With vibrating motors used in controling the movement of the hopping locomotion mechanism
the simple hopping locomotion mechanism had two motors
when the current went through the vertical motor
the vertical motor would vibrate to cause the mechanism to go forward
and when the current went through the horizontal motor
the mechanism will go around itself. A spring was added to the mechanism to change the natural frequency of the mechanism
when the frequency of the motor was equal to the natural frequency of the mechanism
the mechanism would hop resonantly. With the resonant hopping
the load of the mechanism was greatly enlarged
and some sensors could be added to the mechanism. Optical sensors were used to detect the infrared source
the current that went through the sensors related to the distance between the infrared light. Three optical sensors was put on the left
right and the front the mechanism
when the mechanism detect the special infrared source
it would turn itself to the light
and go forward to the light. The experiments of the mechanism shown that the mechanism could work well on different surfaces freely
and the resonant hopping locomotion mechanism with infrared sensors could move to the special light by automatic regulation. Experimental results and theoretical studies demonstrate that the innovative design for hopping locomotion mechanism is superior.
. Matuoka. Repeated hopping locomotion mechanism[M]. Publishing Company of University, Tokyo 1979.
. AOYAMA H, TAKESHI I. Precise sphere positioning control by two micro robots . Proc. of 3rd IFToMM Int. Micromechanism Symposuim,2001:53-56.
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