Toyota recalls 1.6m more cars with Takata airbag inflators Yesterday, Toyota announced that it will recall another 1.6 million cars in the U.S. over the Takata air bag inflators located within. As with other faulty Takata air bag inflators, the ones located in these newly recalled vehicles are prone to deploying with too much force if first exposed to excessive levels of humidity. The new recall affects several Toyota models dating as far back as 2006. This brings Toyota’s U.S. recalled vehicles (with Takata air bag inflators) to 4.73 million, making it one of the harder hit auto makers. The recall will affect the Sienna, Corolla, Matrix, 4Runner, Yaris, Scion xB, some Lexus models, and more. All of these recalled cars were made from 2006 through 2011. This recall follows Takata’s reports to U.S. regulating authorities that declared another ~14 million air bag inflators defective, ultimately leading to an agreement that inflator recalls will expand by another 35 to 40 million running up through 2019.

This is after the 28.8 million that were recalled previously. The newest recall underscores the continued expansion of what has ended up being the most extensive automotive recall in the U.S. ever. The faulty inflators, unfortunately, have caused multiple deaths and dozens of injuries across the globe; when exposed to moisture, the inflators can deploy with too much force, causing shrapnel to hit the driver or passengers. Adiri Natural Nurser Baby Bottle Alessi Il Conico Kettle Aliph Jawbone Bluetooth Headset Apple Power Mac G4 Cube Arne Jacobsen City Hall Clock Bang & Olufsen Beocom 2 Bic Cristal Ballpoint Pen Braun Phonosuper SK 5 Chanel No. 5 Flacon Cooper Iron Rocking Chair Crest Neat Squeeze Stand-Up Toothpaste Tube Decathlon Quechua 2-Second Tent Dyson DC15 Vacuum Cleaner Fiskars O Series Scissors Giro AeroHead Bicycle Helmet Glock G17 Semi-Automatic Pistol Hug Salt and Pepper Shaker iBOT 4000 Mobility System

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Swatch GK 100 Jellyfish Watch Swiss Army Knife Model 1890 Taburet M Stacking Stool Umbra Garbino Trash Can Wetnoz Lil’ Pup Dog Bowl Sony AIBOWhat do you think of this product?Your overall rating on Inventors =Dynamic step traverse of a two-wheeled mobile robot Huei Ee Yap, Shuji HashimotoHuei Ee Yap received his BEng in Mechatronics Engineering and Information Technology from the Australian National University, Canberra, Australia in 2006 and his MEng in Pure and Applied Physics from Waseda University, Tokyo, Japan in 2009. He is currently working towards his PhD in Pure and Applied Physics in the Graduate School of Advanced Science and Engineering, Waseda University, Tokyo, Japan. His research interests include dynamic systems, non-linear system analysis and control and embedded robotics.Shuji Hashimoto received his BS, MS and DrEng in Applied Physics from Waseda University, Tokyo, Japan, in 1970, 1973, and 1977, respectively. He is currently Professor in the Department of Applied Physics and Vice President of Waseda University, where he has also been Director of the Humanoid Robotics Institute since 2000.

He is the author of over 400 technical publications, proceedings papers, editorials, and books. His research interests include human communication and KANSEI information processing, including image processing, music systems, neural computing, and humanoid robotics. We present a novel approach to enable a two-wheeled mobile robot to traverse stepped terrains while maintaining balance. By utilising the drive wheels as reaction wheels to generate reaction torque during flight, it is possible to regulate the attitude of the robot and alter the pre-impact landing angle, ensuring a successful landing. A state dependent feedback control scheme is designed to control the motion of the robot while keeping it upright. By taking into consideration the dynamics of the motion, the two-wheeled robot is able to traverse stepped terrain in a dynamic and fast manner. Our prototype robot has successfully negotiate steps, stairs as well as steps up to 70 cm high. Results of our findings confirm the viability and effectiveness of our proposed approach.

Keywords: two-wheeled robot, reaction wheels, step traverse, stair traverse, dynamic step traverse, stepped terrains, attitude control, airborne, feedback control, optimal control, inverted pendulum If you have personal access to this content, log in with your username and password here:Products and Services by Region Europe Gallery Browse the list below for imagery. Alternatively browse by company for the latest white papers, videos, news and contact information. Asphalt Equipment for Road Surfacing and Reversing Drum, Mortar and Mastic Asphalt Mixers Automatic Number Plate Recognition Systems Automatic Vehicle Identification (AVI) for Hands-Free Vehicle Access Barrier Protection Systems for Multi-Storey Car Parks and Industrial Environments Car Park Management and Access Control Systems Car Park Management Systems and Parking and Revenue Control Systems Car Park Pay-and-Display Equipment City Security Control Systems Concrete, Segmental and Cantilevered Bridge Building Equipment

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