Magna Reflex Holding Gmbh

Other

Kronoplus Technical Ag

Therm-ic Products Gmbh

Swiss Line Fashion Ag

Magna Auteca Zweigniederlassung

Magna Auteca Zweigniederlassung Der Magna Holding

Therm-ic Products Gmbh Nfg. & Co. Kg

Lenz Gmbh

David Macher

Heinz Zorn

Gerhard Kremer

Dieter Döhring

Johann Stark

Urs Maron

Gerhard Schreiner

Wolfgang Athenstaedt

Raimund Fritzl

Heinz Ziorn

Thomas Soczka-Guth

Ura Maron

The present invention relates to a heatable covering system for floors, ceilings and walls and to a method producing a heatable covering system. The covering system comprises covering panels which comprise at least on one longitudinal edge coupling means in order to be able to join covering panels with each other, wherein the covering panels are provided with electric heating means, built by at least one electrical conductive layer and a therein embedded enforcement layer, and which comprise electric contacting means.

Heatable covering system

The present invention relates to a heatable covering system for floors, ceilings, and walls. The covering system comprises covering panels which at least on one longitudinal edge comprise coupling means in order to be able to join covering panels with each other wherein the covering panels are provided with electrical heating means and have electrical contacting means in order to electrically contact the panels.

The invention relates to a shoe sole having kinematic properties on the basis of conventional materials (leather, rubber, EVA) or any desired combination of these materials in a single-layer or multilayer structure which do not block, but rather promote the natural rolling characteristics of the foot. In accordance with the invention, a shoe is equally proposed having a shoe sole of this type.

Kinematic shoe sole and shoe having kinematic shoe sole

The invention relates to an electrically heatable sheet of glass (), including at least one electrically conductive coating applied on at least one side of the sheet of glass and also to at least one contacting applied at least in regions on the coating, the contacting being configured as a spray coating.

Electrically heatable sheet of glass, method for production thereof and also window

The invention relates to a heating device and in particular to an element of a floor heating device. Known floor heating devices comprise heating means which are arranged underneath floor coverings, for example, below stone plates, tiles, parquet elements or laminated panels. Those heating means can be made of electrically heatable films which are arranged close to the surface of a covering in order to directly heat the room.

Heating device for wall, ceiling or floor coverings

An electrically heatable in sole may include at least one sole base body and one covering layer, at least one heating electrode, at least one rechargeable battery that is electrically connected to the heating electrode, and a control circuit for controlling the heating process and the charging of the battery. Heating electrodes, rechargeable batteries and a control circuit are arranged in the base body of the sole and/or between the base body and the covering layer. The control circuit includes a remote control device for starting and stopping the heating process, and a protection circuit for disconnecting the rechargeable batteries in the event of an error.

Electrically heatable insole

Control unit on electrically heated glove

The invention relates to a device for drying shoes, gloves or garments comprising a fan which produces an airflow and which is accommodated in a housing. The housing comprises two openings that are connected to two tube sockets which are arranged opposite one another and which are fastened to said housing. The tube sockets are connected to tubes for guiding the airflow. To this end, the tube sockets are angular and one end of each tube socket is rotatably connected to the housing while forming a swivel joint.

Device for drying shoes, gloves or garments

A heatable mirror having a transparent surface element made from a substrate of inorganic material and at least one reflective layer as well as at least one heat-conducting layer applied to the substrate and/or the reflective layer and which has contact elements. The heat-conducting layer is formed by conductive particles having an average diameter of 3 to 100 &mgr;m at least partially embedded in the surface of the substrate and/or the reflective layer and the heat-conducting layer is designed to be over the entire surface or strip-like, wherein the non-conductive region for the strip-like embodiment is an insulating separating layer between the strips.

Heatable mirror, method for producing a heat conductive layer, and the use thereof

A lighting device which is arranged on motor vehicles and/or in interiors of motor vehicles is proposed. It includes an electroluminescent layer assembly comprising at least one first electrode layer, a dielectric layer, an electroluminescent luminous layer and a transparent second electrode layer, wherein the electroluminescent layer assembly is arranged on a support and/or in a frame and the electrode layers are connected to an a.c. voltage control device. Preferably the electroluminescent layer assembly with the support and/or frame as well as the a.c. voltage control device with components and wiring arranged on a printed circuit board which is connected to the support and/or simultaneously constructed as a support for the electroluminescent layer assembly, and if necessary a transparent cover covering the electroluminescent layer assembly, form a compact structural unit.

Illuminating device

The invention relates to an eclectrochromic glass component, particularly for motor vehicle mirrors, which contains a doped ion-conducting basic polymer ( ) as the ion-conducting layer. The electrochromic glass component consists, for example of a glass substrate ( ) as well as a layer system having an electrochromic layer ( ), a mirror layer ( ), a doped polymer membrane ( ), for example of polybenzimidazole polymer, a proton store ( ), a rear electrode ( ) and a polyester film ( ). The layer system is sealed by a seal ( ) which closes the coating system towards the glass substrate ( ).

Electrochromic glass component

A sun visor assembly for an automotive vehicle has a sun visor panel and at least one lighting element flush mounted on the sun visor panel. The lighting element is an electroluminescent film electrically connected to a triggering device for energizing the electroluminescent film illuminating the sun visor panel.

Sun visor having an electro-luminescent film for illuminating a mirror

A supporting part for a seat has at least one plastic layer made of a material composed of thermally reversibly deformable material. The plastic layer can be shaped from a first shape into any predeterminable second shape at a shaping temperature higher than its temperature of use and can be fixed in this reversible shape at a temperature range lower than the shaping temperature. This layer can also be returned to its first shape by reheating it up to the shaping temperature. Another layer arranged as a heating layer is provided to apply a thermal treatment to the intermediate layer made of a material that can also o be reversibly deformable.

Supporting part for a seat

An external mirror assembly for an automotive vehicle has a shell having an aperture. A mirror is carried by the shell, substantially occluding the aperture. The mirror assembly has a lighting element having an electroluminescent film electrically connected to a triggering device for energizing the film and illuminating the mirror assembly. The triggering device includes first and second switches for generating a series of high and low frequency pulses and a control device connected to each of the switch for triggering each of the switches to illuminate the lighting element in either a flashing or continuous pattern.

Mirror having an illuminated film for signaling and general illumination

An electrochromic layer system, in particular for motorcar mirrors, comprising one first transparent, electrically conductive layer deposited on a glass carrier and serving as an electrode, one electrochromic layer, one second electrically conductive layer serving as a backplate electrode, and one reflecting layer. The electrochromic layer includes at least one oxidation-reduction layer as a metal oxide layer or a polymer layer having a conjugate double bond system, which is deposited upon the electrode. Hence, preferably a storage layer for ions is also provided.

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Voitsberg, Austria

David Macher