Copycat Robot

Introducing T-HR3, third generation humanoid robot designed to explore how clever joints can improve brilliant balance and real remote controlToyota says its 29 joints allow it to copy the most complex of moves – safely bringing friendly, helpful robots one step closer.


Humanoid robots are very popular among Japanese people…creating one like this has always been our dream and that’s why we pursued it,” says Akifumi Tamaoki, manager of Partner robot division at Toyota.

The robot is controlled by a remote operator sitting in an exoskeletonmirroring its master’s moves, a headset giving the operator a realtime robot point of view.

We’re primarily focused on making this robot a very family-oriented one, so that it can help people including services such as carer” explains Tamaoki.
Toyota said T-HR3 could help around the homes or medical facilities in Japan or construction sites, a humanoid helping hand – designed for a population ageing faster than anywhere else on earth.


3D Printed Homes Are The Future Of Construction

This Amsterdam building site is a little different. The Europe’s first 3D-printed house is being constructed here. It’s being made from a bio-plastic mix, containing 75 percent plant oil reinforced with microfibres. DUS Architects co-founder Hans Vermeulen says the house won’t be perfect, but an important staging post to a sustainable, eco-friendly, future for construction.
3D printed anal-house-by-DUS-Architects

The building industry is a little bit more conservative at the moment but digitalisation can totally transform that industry into a more agile industry as well where you can actually share online and upgrade your neighbourhood online, and share world-wide good ideas and then send it to the machine“, he added.  Vermeulen calls traditional construction polluting and inefficient. 3D-printing homes will reduce waste and transportation costs, creating homes that can be taken down and reconstructed if the owners wants to leave town. He says the technology offers endless design possibilities. “Digital fabrication allows us and allows customers to tweak designs into their own personal needs,” he concluded. Last year Chinese firm WinSun displayed a five-storey apartment building it said it 3D-printed using recycled materials. But the technology remains in its infancy. Vermeulen’s 13-room complex should be ready by 2017.


How Bonds Fracture

Looking at the molecular level, in order to understand how bonds fracture, from airplane wings to dental crowns, this is the purpose of a MIT research team. Materials that are firmly bonded together with epoxy and other tough adhesives are ubiquitous in modern life — from crowns on teeth to modern composites used in construction. Yet it has proved remarkably difficult to study how these bonds fracture and fail, and how to make them more resistant to such failures.
Now researchers at MIT have found a way to study these bonding failures directly, revealing the crucial role of moisture in setting the stage for failure.

airplane wingsThe bonding problem is a general problem that is encountered in many disciplines, especially in medicine and dentistry,” says Buyukozturk, whose research has focused on infrastructure, where such problems are also of great importance. “The interface between a base material and epoxy, for example, really controls the properties. If the interface is weak, you lose the entire system.”
The composite may be made of a strong and durable material bonded to another strong and durable material,” Buyukozturk adds, “but where you bond them doesn’t necessarily have to be strong and durable.”
Their findings are published in the journal Proceedings of the National Academy of Science in a paper by MIT professors of civil and environmental engineering Oral Buyukozturk and Markus Buehler; research associate Kurt Broderick of MIT’s Microsystems Technology Laboratories; and doctoral student Denvid Lau, who has since joined the faculty at the City University of Hong Kong.