Home /Research /FABRICATION OF AN IN-PIPE MOBILE INSPECTION ROBOT DRIVEN BY PNEUMATIC PRESSURE AND IMITATING MOVING OF A GREEN CATERPILLAR
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FABRICATION OF AN IN-PIPE MOBILE INSPECTION ROBOT DRIVEN BY PNEUMATIC PRESSURE AND IMITATING MOVING OF A GREEN CATERPILLAR

Yukiya Goto, Manabu ONO, Shigeo Kato

Year
2008
Citations
1
Access
Open access

Abstract

We have many small diameter pipes that are gas or water pipes for individual or corporate houses and boilers or hot water pipes for industries. They must be periodically inspected in order to protect the accident previously. Diameters of these pipes are different at the place where pipes change from the main to the branch and a step comes here. The inspection robot for these pipes must move different diameter and go over the step. We propose a mobile robot that imitates the moving of a green caterpillar. The robot is constructed by the eight parallel rubber bellows and three suction brakes. The fabricated mobile robot was confirmed to move in different diameter pipes whose diameters are more than 70 mm. Its speed was 20 mm/s.

Keywords

BellowsRobotMobile robotSuctionEngineeringMechanical engineeringMarine engineeringComputer scienceArtificial intelligence

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