The Purdue University Has Developed A New Robot Cloth.

Recently, Purdue University has developed a "cloth robot" with embedded sensors and can move and expand.

They will help future robots.

The "skin" with "tactile" will become a robot coat to enhance the strength and endurance of human body, reduce the impact of pilots and astronauts on the voyage, and may also become a useful assistant for human exploration of space.

It is understood that researchers in the robot's cotton fabric, mixed with flexible polymer sensor and memory metal made of linear drive.

Memory metal will curl and contract when heating up, so that the cloth will "move".

"At present, most" robot cloth "can only sense the signals emitted by electronic components through wires.

But we have successfully integrated driving and sensing.

Rebecca Kramer, a professor of mechanical engineering at Purdue University, said: "we used sewing technology to sew linear drivers and sensors into cloth, so this technology has integrated into modern textile industry and large-scale production.

Recently, Lan Jing group has introduced the Lan Jing to disperse the fiber to the market. Shayda Rahbaran, manager of the business development department of Lan Jing group, said that the market of the wipes is expanding at a rate of 6.5% per annum. More and more families use wet towels in their daily household hygiene and personal care. This has become a trend and trend.

However, these wet towels are often thrown into the toilet by users, leading to the blockage of the public sewage treatment system. Therefore, the market urgently needs new production technology to solve this problem.

"Lan Jing" Tencel fiber uses pure plants as raw materials, does not contain any added ingredients, and is biodegradable. With proper processing methods, it can pform itself into a practical cleaning wet towel. On the one hand, it meets the requirements of consumers, and on the other hand, it also meets the requirements of biodegradable environmental protection.

With this

Tencel fiber is very strong and tough. The wet towel made of it is much higher than that of ordinary materials such as pulp and short viscose fiber, so it can reduce the use of the binder which contains acrylic, latex and two-component fibers.

Shayda Rahbaran said.