Abstract: A device for the continuous production of a liquid mixture of solids and liquids has a rotation-symmetric space with approximately vertical rotation axis for the formation of a rotational flow. In order to obtain a simple, but reliably operating mixing device that furnishes a predictable mixing result, even if a very intense or considerably weaker stream is to be periodically present, it is proposed to design the rotation-symmetric space as an annular space (13) with an internal overflow edge (14) and to provide a funnel-shaped collecting basin (18) under the overflow edge (14) and to provide the discharge openings of the dosing devices (52, 53) for the substances to be mixed above the overflow edge (14). The liquid mixture is to selectively pass to a mixing vessel (28) or directly to a discharge pump (27) at the outlet of the collecting basin (18).

Abstract: A motor vehicle for the decontamination of terrain and equipment and of personnel with at least one chemical dispersing device and spraying devices on the vehicle is provided having a module box placed on the vehicle frame in which the means for terrain and equipment decontamination are located, and a second module box placed on the vehicle frame and removable from it in a well known manner onto the ground, in which all the equipment required for the decontamination of personnel are located, and two tents can be built onto it and a shower arrangement is located on its rear side.

Abstract: Multi-axle motor vehicle, particularly commercial vehicles, preferably a motor vehicle with a body, of which the contents is comprised of instruments, such as a workshop car, the motor vehicle comprising a warp flexible frame (1, 2) and the body being discharged as much as possible of warping efforts: the body, respectively its bottom construction group (8), is supported at least at one end, preferably throughout its length with distribution on several locations and at both ends, on a load distribution curve surface (5), preferably configured as an arc of a circle, connected to the frame (1, 2), the curvature center of the load distribution curve surface (5) being located in the warping axis of the frame (1, 2, 3, 4): at least one side thrust support connection (12) is provided in order to prevent the load distribution surface (6) from sliding on the load distribution curve surface (5).