Abstract: A container according to ISO standards as a mobile workspace in civilian and military use comprising a cuboid metal frame of ISO corners and edge profiles connecting these ISO corners as well as thermally insulated side walls, ceiling and floor. The edge profiles are designed in two parts and the two partial profiles of an edge profile run parallel to one another and the intermediate space between the two profiles is filled completely by a thermally insulating material, with the side walls, ceiling and floor having a vacuum insulation layer.

Abstract: The invention relates to an inflatable floor or wall structure for mobile buildings, which is formed by flexible boundary layers that are impermeable to air. A plurality of air chambers are formed between the boundary layers. According to the invention, one side of the pneumatic floor structure or wall structure is provided with a plurality of stiff profiled surface elements. The surface elements are mutually spaced such that the floor or wall structure can be rolled up after being deflated.

Abstract: A container that is used as a mobile workspace for both civilian and military applications. At least one flat-shaped structural element of the container, e.g., the interior or the exterior wall, the floor or the ceiling, includes surface layers with sandwiched insulation material, and rib-shaped spacers between the two surface layers. According to the invention, the two surface layers, as well as the rib-shaped spacers, may consist of fiber-reinforced plastic material, and the rib-shaped spacers hold a metal profile.

Abstract: A container according to ISO standards as a mobile workspace in civilian and military use comprising a cuboid metal frame of ISO corners and edge profiles connecting these ISO corners as well as thermally insulated side walls, ceiling and floor. The edge profiles are designed in two parts and the two partial profiles of an edge profile run parallel to one another and the intermediate space between the two profiles is filled completely by a thermally insulating material, with the side walls, ceiling and floor having a vacuum insulation layer.

Abstract: A mobile, self-sufficient operating assembly for providing electrical energy which includes two internal-combustion engines (21, 23) as well as two generators (22, 24). The internal-combustion engines (21, 23) and the generators (22, 24) being mutually connected by way of a transmission gearing (20) having several shifting clutches (4, 4?, 5, 5?). Electrical control devices control the shifting clutches (4, 4?, 5, 5?) of the transmission gearing (20) whereby optionally each of the two internal-combustion engines (21, 23) or both internal-combustion engines (21, 23) together can drive each of the two generators (22, 24) or both generators (22, 24) together.

Abstract: A mobile, self-sufficient operating assembly for providing electrical energy which includes two internal-combustion engines (21, 23) as well as two generators (22, 24). The internal-combustion engines (21, 23) and the generators (22, 24) being mutually connected by way of a transmission gearing (20) having several shifting clutches (4, 4?, 5, 5?). Electrical control devices control the shifting clutches (4, 4?, 5, 5?) of the transmission gearing (20) whereby optionally each of the two internal-combustion engines (21, 23) or both internal-combustion engines (21, 23) together can drive each of the two generators (22, 24) or both generators (22, 24) together.

Abstract: A container that is used as a mobile workspace for both civilian and military applications. At least one flat-shaped structural element of the container, e.g., the interior or the exterior wall, the floor or the ceiling, includes surface layers with sandwiched insulation material, and rib-shaped spacers between the two surface layers. According to the invention, the two surface layers, as well as the rib-shaped spacers, may consist of fiber-reinforced plastic material, and the rib-shaped spacers hold a metal profile.

Abstract: This invention relates to an improvement in a rotary piston engine of trochoidal design, of the epitrochoidal or hypotrochoidal type with an outer envelope, with the piston surface and/or housing bore being equidistant to the mathematically exact trochoid, and including a follow-up drive, the improvement comprising that the minus-equidistant of the piston and/or of the housing bore has a value exceeding 10% of that of the generating radius and smaller that that for which the piston contour is tangent with the follow-up drive in the dead center positions.

Abstract: This invention relates to an improvement in a casing for a rotary piston engine of trochoidal construction with an outer envelope curve, in which radial sealing strips are mounted in the casing between the individual working chambers, the improvement comprising that the working chamber delimitation between the radial sealing strips constituting the casing is formed by a circular arc approaching the extent of the exact envelope curve, whose center is positioned on the axis of symmetry of the respective working chamber.