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Dive into the research topics where Seiichi Takeuchi is active.

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Featured researches published by Seiichi Takeuchi.


human-robot interaction | 2010

The development of small size humanoid robot which is easy to use

Hirofumi Niimi; Minoru Koike; Seiichi Takeuchi; Noriyoshi Douhara

We designed humanoid robots based on the skeleton. They were easy to make the motions by designing them in the proportion of human. The motions of crawl on the hands and knees, roll-over and crawl on the back were made by using humanoid robot SANDY-3.


Archive | 2010

ROBO-BLOCK and Rational Formula of Robots

Hirofumi Niimi; Minoru Koike; Seiichi Takeuchi; Noriyoshi Douhara

ROBO-BLOCK (robot block system) and the rational formula of robots were proposed. ROBO-BLOCK is composed of servomotors, the parts for servomotor rotor, the brackets for servomotor fixation, the board parts and the controllers. A robot can be assembled easily by ROBO-BLOCK. Meanwhile, it is convenient when the structure of the robot can be described easily as a character. The whole structure of the robot is expressed as rational formula of the robot to show molecule structure in chemistry. ROBO-BLOCK can be useful for not only the research but also the education. SANDY-1 was developed based on the structure formula of human and skeletal structure and the motion was confirmed.


International Workshop and Conference on Photonics and Nanotechnology 2007 | 2007

Humanoid by ROBO-BLOCK

Hirofumi Niimi; Minoru Koike; Seiichi Takeuchi; Noriyoshi Douhara

Humanoid by ROBO-BLOCK (robot block system) and the rational formula of robots were proposed. ROBO-BLOCK is composed of servo motors, the parts for servomotor rotor, the brackets for servomotor fixation, the board parts and the controllers. A robot can be assembled easily by ROBO-BLOCK. Meanwhile, it is convenient when the structure of the robot can be described easily as a character. The whole structure of the robot is expressed as rational formula of the robot to show molecule structure in chemistry. ROBO-BLOCK can be useful for not only the research but also the education. Creative student experiment was done in the college of industrial technology.


Jsme International Journal Series B-fluids and Thermal Engineering | 2005

Effects of turbulence characteristics in the spray combustion

Seiichi Takeuchi; Noriyoshi Douhara


Journal of Thermal Science and Technology | 2008

Influences of Turbulence Characteristic on the Dispersion Behavior of Droplets in the Spray Flame

Seiichi Takeuchi; Noriyoshi Douhara


society of instrument and control engineers of japan | 2010

Study of locomotion strategy of humanoid robot using whole body

Hirofumi Niimi; Seiichi Takeuchi; Minoru Koike; Noriyoshi Douhara


The proceedings of the JSME annual meeting | 2010

G1500-3-6 The Strategy of the Movement Motion of Humanoid Robot

Hirofumi Niimi; Minoru Koike; Seiichi Takeuchi; Noriyoshi Douhara


The Proceedings of JSME annual Conference on Robotics and Mechatronics (Robomec) | 2010

2A2-D21 Study of Moving Motions by using the Arms and the Legs of Small Size Humanoid Robot

Hirofumi Niimi; Minoru Koike; Seiichi Takeuchi; Noriyoshi Douhara


Proceedings of the 13th International Conference on Climbing and Walking Robots and the Support Technologies for Mobile Machines | 2010

STUDY OF CRAWL-MOTION OF LIZARD TYPE ROBOT AND HUMANOID ROBOT

Hirofumi Niimi; Minoru Koike; Seiichi Takeuchi; Noriyoshi Douhara


The Proceedings of JSME annual Conference on Robotics and Mechatronics (Robomec) | 2009

1A2-B10 The development of the educational tool for the robot used by ROBO-BLOCK

Hirofumi Niimi; Minoru Koike; Seiichi Takeuchi; Noriyoshi Douhara

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Noriyoshi Douhara

College of Industrial Technology

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Hirofumi Niimi

College of Industrial Technology

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Minoru Koike

College of Industrial Technology

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