Vs Maybach vs Mercedes - UHSS vs regular steel


Cool stuff. You wouldn't happen to have a link to that statement would you? Searching Google for MHSS, the only thing it leads me to is here.

Hmm, I gotta search for the statement. It was in one of the many press releases and/or engineer interviews, when the 212 was debuted.

MHSS seems to be maybe something M-B coined (?). They're certainly onto something, since their MHSS areas seem practically impervious to impact in standardized tests, more-so than any other manufacturers cars.

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Some mentioning of M-B's "MHSS"
2011 Mercedes-Benz CL Class Coupe (MHSS) | Boron Extrication
 
Looks like Daimler filed a patent with the central seating position mentioned in this thread? :t-drive:


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Karl-Heinz Baumann
 
from the Hannover trade show 2011. ;)


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hot tempered manganese boron steel B-pillar

ThyssenKrupp Steel Europe: Breakthrough for tailored tempering

New technology makes crash relevant parts light and safe

The tailored tempering process, developed on the basis of hot forming technology and patented by ThyssenKrupp Steel Europe, has made its industrial breakthrough. ThyssenKrupp Umformtechnik GmbH, a subsidiary of the Duisburg-based steel producer, has received an order from a German auto manufacturer to produce B-pillars for more than 100,000 cars annually by tailored tempering. The safety-relevant components are to be used in a compact car. ThyssenKrupp Umformtechnik, a manufacturer of car body and chassis components, developed the process to industrial maturity.

Use of hot forming in car manufacture is currently on the increase. The process permits weight savings of up to 30 percent in car components. Hot forming uses special manganese-boron steels. The sheet material is heated to 880 - 950 degrees Celsius, then formed into a component and cooled rapidly in the die. This produces components with strengths of up to 1,500 Megapascals (MPa)– These strengths are significantly higher than those produced even with the strongest steels used for cold stamping. The components are lighter because the high strength of the material means they can be designed with thinner walls and without additional reinforcements.

While conventional hot forming only allows production of components with the same strength throughout, tailored tempering produces parts which are not only very strong but also able to yield in specific areas. These properties are needed in crash-relevant components for instance, which have to protect vehicle occupants and absorb impact energy in a controlled way. The B-pillar, for example: This component, a vertical structural member extending from the door sill to the roof frame, has to be able to yield in the lower third to absorb crash energy. The upper part has to stabilize the passenger cell and to protect the occupants in a side impact. With the process patented by ThyssenKrupp Steel Europe, parts with differing local strength and elongation properties can be produced in a single step from a homogeneous steel sheet.

This is made possible by a newly developed die with flexible heating. The targeted heating of specific zones of the die gives the finished component elongation properties exactly where they are needed. Because the heated blank cools more slowly in these zones, the steel hardens less. The technology is highly cost-efficient because it eliminates several process steps.

The ThyssenKrupp Steel Europe hot forming process offers both precision and flexibility. Depending on sheet thickness, the area of transition between hard and soft zones is extremely narrow – just 15 – 60 millimeters – and this level of accuracy is reproducible. This means that the properties at every point of the finished component can be accurately predicted.

Source: ThyssenKrupp Steel Europe
:t-cheers:
 
Looks like Daimler filed a patent with the central seating position mentioned in this thread? :t-drive:


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Karl-Heinz Baumann
Very cool! Here's a link to the full patent.

A bit difficult to understand, but I think I get the gist of it: basically, a center seating position for the driver, as well as seating that can essentially move away from the crash zone -- thus preventing much of the energy from the crash from reaching the occupants?

I wonder when we'll start seeing this technology put into place and if we'll see it in all types of cars, or only smaller ones.
 
Netherlands is very low, despite the gigantic numbers of cars in a small area. Impressive. Or it could be because the roads are always jammed with cars and everybody driving 40 km/h ;)
 
Since we discussed Mercedes seating innovations in this thread, here's the latest. ;)



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First seating product featuring Johnson Controls, CRH and Keiper technology

Modular front seat structure is benchmark in lightweight construction

Burscheid (ots) - Johnson Controls, a global leader in automotive seating, interiors and electronics, has introduced a modular front seat structure that sets a new benchmark in lightweight construction. It also is the first product that demonstrates the combined expertise Johnson Controls is offering customers following the acquisition of C. Rob. Hammerstein (CRH) and Keiper. Johnson Controls will provide Daimler with more than 30 different versions of the front seat structure for several Mercedes-Benz models.

"We are excited by the introduction of this modular seat structure because it meets stringent industry requirements and achieves a new level of lightweight construction, believed to be the lowest-weight structure of its kind in the market," said Beda Bolzenius, president of Johnson Controls Automotive Experience.

The innovative seat structure was achieved through the combined contributions of Johnson Controls, CRH and Keiper. To realize a 4.0 to 6.4 kilogram weight reduction per vehicle, designers utilized a modular system featuring the latest lightweight recliner mechanisms and drives. This includes CRH's lightweight seat rails and electric spindle drives, using all synthetic materials for the tilt adjustment module rather than the conventional use of steel. The recliner, which comes from Keiper's Taumel 2000 series, offers maximum strength combined with minimum weight.

By taking new approaches to component construction and design, further weight savings were achieved. For example, the design of the integrated seatbelt buckle eliminates the need for a crash locking system and saves weight. The same applies to the side of the seat frame, which can withstand loads of up to 850 megapascal as the result of an efficient combination of high-strength steel and a new component design.

The manual structure for compact and medium segment vehicles, weighs between 9.5 and 12.3 kilograms, depending on the configuration. The fully electrified structure weighs 13 kilograms. Both of these are believed to set a new industry benchmark.

Johnson Controls' modular structure combines a lightweight seat design and other innovative solutions and meets the demanding Mercedes-Benz specifications. The backrest also provides increased spaciousness, as the basic structure has an extremely slim and compact design. This translates into more elbow and leg room, especially for rear seat passengers.

At the same time, the wide-ranging adjustment options - especially in length and height - of the structure enable an ergonomic and comfortable sitting position. The sense of comfort is increased by a comfortable cushion thickness and easy-to-operate adjustment options.

"It is increasingly challenging to find a balance between lightweight and high performance. Through the integration of electronics, such as rear seat entertainment systems in the headrest and a growing number of features, automotive seats have to serve multiple purposes," Bolzenius said. "Our new structure responds to the demands for strength requirements through patented solutions that create optimal force distribution enabled by the unique arrangement of drives and components. At the same time, we incorporated new materials and material combinations, such as high-strength steels and polyamide inserts."

First seating product featuring Johnson Controls, CRH and Keiper technology | Presseportal.de
 
an update :)


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Johnson Controls awarded ÖkoGlobe 2012 for ComfortThin seat
Top-class jury honors innovative seating technology

Burscheid (ots) - Johnson Controls, a global leader in automotive seating and seating components, was awarded the ÖkoGlobe in the category "Resources, Materials and Process Optimization" for its innovative ComfortThin seat at the awards ceremony yesterday in Cologne, Germany. The jury chose this year's winners of the international environmental award for the mobility industry from more than 110 applications - a greater number than ever before. "ComfortThin convinced the jury, since Johnson Controls successfully transferred lightweight and recyclable materials from other industries to an automotive product. Also, this seat creates additional weight saving potential through shorter bodywork, thus reducing fuel consumption," said Professor Ferdinand Dudenhöffer, automotive expert and spokesperson for the ÖkoGlobe jury.

Performance artist HA Schult initiated the prize in 2007. Besides himself and Dudenhöffer from the University of Duisburg-Essen, the top-class jury is made up of Professor Jürgen Brauckmann, member of the Board of TÜV Rheinland, Engelbert Faßbender, member of the Board of DEVK Versicherungen, energy expert Professor Claudia Kemfert from the German Institute for Economic Research (DIW Berlin) and Matthias Machnig, minister of economy, labor and technology for the state of Thuringia.

"We are very proud to have won the renowned ÖkoGlobe award for our ComfortThin seat. We are breaking new ground in seat design with this environmentally friendly technology," said Beda Bolzenius, president of Johnson Controls Automotive Seating. "Sustainable mobility is one of Johnson Controls' most important strategic priorities. We are continuously working on environmentally friendly innovations."

As part of a design partnership with British luxury mattress manufacturer Harrison Spinks, Johnson Controls has developed an environmentally friendly automotive seat with a thin profile, which at the same time offers passengers a high level of comfort.

Conventional urethane foam pads are replaced by pocketed coil springs from the bedding industry. This alternative is up to 100 percent recyclable and facilitates a weight reduction of between five and 20 percent.

Thanks to its thin profile, the ComfortThin seat creates space for passengers, particularly in smaller vehicles - in fact, rear-seat passengers can see 35 millimeters (approximately 1.4 inches) of additional leg and knee room.

As an alternative option, a vehicle equipped with ComfortThin seats can be made up to 35 millimeters (approximately 1.4 inches) shorter and leave the interior space unchanged. This means further weight savings of 4.5 kilograms (approximately 10 pounds) in the body of a lower-medium segment vehicle. The comfort remains the same, but the vehicles are lighter and more compact and can be driven by more efficient engines with smaller capacity. In this way, ComfortThin technology helps to lower fuel consumption and sustainably reduce CO2 emissions.

The new technology will be available for 2015 models. Testing of the seat in modified production cars has been positive and has piqued the interest of automakers. Digital images are available online from www.johnsoncontrols.co.uk/press.

About Johnson Controls

Johnson Controls is a global diversified technology and industrial leader serving customers in more than 150 countries. Our 162,000 employees create quality products, services and solutions to optimize energy and operational efficiencies of buildings; lead-acid automotive batteries and advanced batteries for hybrid and electric vehicles; and interior systems for automobiles. Our commitment to sustainability dates back to our roots in 1885, with the invention of the first electric room thermostat. Through our growth strategies and by increasing market share we are committed to delivering value to shareholders and making our customers successful.

About Johnson Controls Automotive Experience

Johnson Controls is a global leader in automotive seating, overhead systems, door and instrument panels, and interior electronics. We support all major automakers in the differentiation of their vehicles through our products, technologies and advanced manufacturing capabilities. With 240 locations worldwide, we are where our customers need us to be. Consumers have enjoyed the comfort and style of our products, from single components to complete interiors. With our global capability we supply approximately 50 million cars per year.

http://www.presseportal.de/pm/19526...ortthin-seat-top-class-jury-honors-innovative
 

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