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Security Barrier Beyond Imagination

2011/6/14 15:57:00 38

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"HORST" induction overalls

Hohenstein Institute, the famous R & D Institute in Germany, has brought the latest research results, the anti cut overalls with built-in inducting devices, for the exhibition in Haines. The overalls made of this new technology can provide a safe operation guarantee for forestry workers when they use wood chainsaw for logging operations.

According to the introduction, the overalls with this new technology can make logging workers safer when using electric saw, and at the same time have good wearing comfort. The special advantage of this kind of anti cut overalls is that the fabric of trousers is woven into the sensing layer. When the chainsaw runs closer to the trousers than the safety distance, the sensing layer in the fabric will send out an induction signal to activate the alarm device in the trouser pocket. When the electric saw is away from the overalls 5~10 cm, the alarm device will automatically start the power supply of the remote control and cut off the electric saw, so as to effectively prevent the human body from being cut during the operation.

The R & D team of the project named the newly developed electronic protection system "HORST", which is German. trousers The integration of two meanings of "forest" and "forest". According to Haines Tan Research Institute test, although this technology is simple, but the application is very effective, its protection function is very reliable and effective for heavy manual workers protection. It transforms the traditional "passive cut prevention" into "active protection", because the system can prevent the danger of being cut when the electric saw is not exposed to the work clothes. It is reported that the technology has won the Techtextil exhibition Innovation Award in 2011 with its unique innovation and wide application prospects.

"Kevla" equipped with track racing

DuPont Co's Kevla carbon fiber has been widely used in industrial textiles and is well known in the industry. The company recently released the latest decision to sponsor the latest battery electric vehicle "E-Ttracer".

Kevla has been widely used as passenger car, light truck and F1 racing car. Its excellent performance and durability greatly improve the safety performance of vehicles. It is a huge innovation in reducing human dependence on petroleum raw materials. Today, it is also used as a cockpit material for "E-Ttracer" to enhance the protection of the driver's life.

"E-Ttracer" is a unique vehicle developed by Peraves, Switzerland. It is considered to be a super cool motorcycle with a large number of followers. "We have been working with DuPont Kevla for more than 20 years. It is light weight, and more importantly, it is different from glass fiber or carbon fiber. It will not become debris in the collision of high-speed motion, which makes it more advantageous than traditional body materials." Peraves company CEO Roger Riedener said. "E-Ttracer" can run 180 miles (equivalent to 288 kilometers) under the condition of sufficient electricity, and the maximum speed can reach 240 km, and the acceleration performance of 0 to 100 km is only 5 seconds.

" New Life "Recycled polyester"

"New Life" is the polyester displayed by Italy Filature Miroglio company at this Frankfurt industrial textiles exhibition. Recycling cycle New technology of regeneration. This innovative technology is a polyester filament yarn "Pruvf" produced from recycled plastic polyester bottles from the northern part of Italy. "Pruvf" recycled yarn has the characteristics of good quality, stable performance and wide application. It can be processed as a functional product with UV protection function. It is an ideal material for curtain fabrics. It is very suitable for outdoor awning and other purposes.

The uniqueness of "New Life" product is embodied in two aspects: first, the supply chain of products is not vertical; it has a stable supply partner for raw materials in an authentication system, so the products are fully traceable; two, the raw material of the technology comes from the use of waste plastic bottles, and the production and processing are realized in the form of mechanical processing instead of chemical processing. These discarded PET bottles were first classified by professional companies in the process of recycling. After being cleaned and physically cut by Filature Miroglio, polyester bottles became chips suitable for chemical fiber spinning, and then processed into high-performance recycled polyester yarn products suitable for many uses. The performance of this yarn product is comparable to that of polyester yarn made of raw material for the first time. According to the calculation of professional institutions, the production of 1 tons of recycled polyester yarn can use 2.4 tons of plastic raw materials from the landfills. Compared with the traditional polyester yarn products, it saves 43600 liters of water resources and reduces the carbon emissions of 3 tons of incineration. Energy conservation and emission reduction are very obvious.

The actual picture of workers on site operation