Abstract: In at least some implementations, a method of displaying dynamic content in a vehicle includes determining a location of a vehicle along a path of travel, determining a vehicle speed, determining an upcoming navigation instruction to be provided to a driver of the vehicle to aid in navigating the vehicle along the path of travel, determining a dynamic content file corresponding to the upcoming navigation instruction and a total display time for the dynamic content file, determining a vehicle location at which to display the dynamic content file in the vehicle as a function of the location of the vehicle, the vehicle speed and the total display time for display the dynamic content file, and providing a display of the dynamic content file for the total display time.

Abstract: A method for cell disruption of biogenic suspended raw materials by means of a combination of pressurization, atomization and decompression with a subsequent selective extraction and separation of cellular valuable substances includes at least one reservoir cubicle serving as reservoir for a suspension composed of biogenic raw material and at least another reservoir cubicle utilized as reservoir for a solvent. A cellular extract is produced in one unit for cell disruption, and is subsequently flown through by a gas in an extraction stage. The gas burdened with cellular valuable substances is separated from the cellular valuable substances in a separation stage by lowering the pressure. The suspension includes biogenic raw material pressurized to a pressure of 100-2500 bar by a device for pressure boosting. The solvent is pressurized to a pressure of 100-2500 bar by a device for pressure boosting.

Abstract: The invention relates to an extraction method for producing soluble substances from organic plant or animal raw material with high pressure, wherein supercritical gas is used as a solvent and wherein the organic material is filled into one or a plurality of high pressure reservoirs. The high pressure reservoirs are closed and a pressure of more than 800 bar is subsequently applied. In an extraction step, the supercritical gas flows at least once through the filled high pressure reservoir, wherein no additional entraining agent is added to the supercritical gas. Subsequently the charged supercritical gas is fed completely or partially to a separation stage, wherein natural substances or substance mixtures are reacted or separated from each other by lowering the pressure. The pressure in the extraction stage exceeds the maximum solubility pressure of the oil or fat of the raw material in the supercritical gas at least by 10%. The respective oil or fat of the raw material serves as the entraining agent.

Abstract: In a method for extracting products of value from animal or vegetable starting material, a solution is to be created, with which extraction is improved, with regard to both the yield and separation of natural products to be extracted, and management of the method. This is achieved in that soluble constituents are extracted from the starting material in a first extraction step, using CO2, and subsequently, in a second extraction step, other constituents are extracted with compressed hydrocarbons.

Abstract: The invention relates to a method for suspending and introducing solid matter in a high-pressure process, for example colorant pigments in a high-pressure process, in which a supercritical fluid is used as the process medium and a pressure in excess of 150 bar prevails. According to the invention, the suspension of the solid matter takes place at a low-pressure in a completely separate suspension method. In the latter, the solid matter is suspended or partially dissolved in a non-critical, liquid gas. The pressure in said suspension method is less than 90% of the critical pressure of the liquid gas. The suspension is introduced into the high-pressure process by means of a pump.

Abstract: The present invention relates to a method of and an apparatus for treating of textile substrates with a supercritical fluid. The textile substrates are formed as spools of yarn or rolled webs, and the supercritical fluid flows over and/or through them substantially perpendicular to their spool or winding axis. At that, the treatment temperature assumes different values during the treatment period. It is provided that during the treatment period, the treatment temperature values are set by at least two functions of the treatment time, and that the supercritical fluid is conditioned differently at the time the following function takes effect.