Abstract: Device for measuring the flash point of liquids and solids includes a measurement chamber (formed by a measurement basin and a lid) and which is provided with means for heating the liquid or the solid in the basin, an electrical igniter having a spark gap, temperature sensors, a pressure measuring apparatus and a press-on device for tightly connecting the measurement basin and the lid. A control device is provided in order to control the heating means, the igniter and the press-on device and to collect the measured values of the temperature sensors and the pressure measuring apparatus. The control device is formed by a computer designed as an embedded system, which is connected to the heating means, the igniter, the press-on device, the temperature sensors and the pressure measuring apparatus by means of an interface device. The measurement chamber and the control device are arranged in a common housing.

Abstract: Device for measuring the flash point of liquids and solids includes a measurement chamber (formed by a measurement basin and a lid) and which is provided with means for heating the liquid or the solid in the basin, an electrical igniter having a spark gap, temperature sensors, a pressure measuring apparatus and a press-on device for tightly connecting the measurement basin and the lid. A control device is provided in order to control the heating means, the igniter and the press-on device and to collect the measured values of the temperature sensors and the pressure measuring apparatus. The control device is formed by a computer designed as an embedded system, which is connected to the heating means, the igniter, the press-on device, the temperature sensors and the pressure measuring apparatus by means of an interface device. The measurement chamber and the control device are arranged in a common housing.

Abstract: An assembly adjusts functional characteristics of the assembly. The assembly includes a wheel for a vehicle, a pneumatic tire mounted on the wheel, a first electromagnetic structure attached to the pneumatic tire, and a second electromagnetic structure attached to the wheel. The assembly has a first condition characterized by the first and second electromagnetic structures being not energized and a second condition characterized by the first and second electromagnetic structures being energized. The first condition is characterized by a first footprint of the pneumatic tire with a shape different than a shape of a second footprint of the pneumatic tire in the second condition.

Abstract: An assembly adjusts functional characteristics of the assembly. The assembly includes a wheel for a vehicle, a pneumatic tire mounted on the wheel, a first electromagnetic structure attached to the pneumatic tire, and a second electromagnetic structure attached to the wheel. The assembly has a first condition characterized by the first and second electromagnetic structures being not energized and a second condition characterized by the first and second electromagnetic structures being energized. The first condition is characterized by a first footprint of the pneumatic tire with a shape different than a shape of a second footprint of the pneumatic tire in the second condition.