Abstract: A domestic refrigeration device includes an interior space in which a partial volume is formed as a separate storage region into which food products can be placed, and a wetting apparatus with which a fluid can be introduced into the storage region independently of the rest of the interior space. The wetting apparatus has a tank containing the fluid to be atomized and an atomizer unit connected to the tank for conducting the fluid. The tank can be moved relative to the atomizer unit in order to be filled with the fluid.

Abstract: A domestic refrigeration appliance includes an interior in which a partial volume is constructed as a separated storage area in which food can be placed, and a humidifying device with which a fluid can be introduced in the storage area independently of the rest of the interior. The humidifying device includes a tank having the fluid to be atomized and an atomizing unit which is connected to the tank for fluid conduction. The storage area has a drawer and at least the tank of the humidifying device is disposed outside of and next to the drawer without an overlap in the width direction of the domestic appliance and at the same height level as the drawer at least in some regions.

Abstract: The present invention relates to a device comprising a substrate based essentially on nitinol and, arranged thereon at least partially, a covering or a coating based on at least one polyphosphazene derivative having the general formula (I), a process for its production, and the use of the device as an artificial implant, vascular or nonvascular stent, catheter, thrombolectomy or embolectomy catheter, fragmentation spindle or catheter, filter, vascular connector, hernia patch, oral, dental or throat implant or urether.

Abstract: The invention is directed to an implant (1) with a main body (2) having a surface (5,6), and with a coating (7) of nanoparticles (8) provided at least on portions of the surface (5,6) of the main body (2), wherein the main body (2) is made from a material with a metal lattice structure, and the nanoparticles (8) of the coating (7) comprise a material which also has a metal lattice structure. The implant is characterized by the lattice structure of the material of the nanoparticles (8) being compatible in such a way to the lattice structure of the material of the main body (2), that both materials are mutually connectable by a diffusion process, in particular by a diffusion joining process. The invention is also directed to a method for manufacturing such an implant, wherein the method of manufacturing allows the simultaneous coating of a plurality of implants (1) under “mild” process conditions.

Abstract: A stent to be implanted in a living body with an essentially tube-shaped wall (12) made of material with low radio-opaqueness, which is designed through the shaping of openings (14) as flexible wall structure. In order to provide a stent (10) and a process for its manufacturing, which can be better recognized in case of research with x-radiation, a material (22) with high radio-opaqueness is inserted inside the flexible wall structure (20).