Abstract: A heat management method for an external user terminal of an electronic entertainment system for streaming multimedia content (streaming box) in a vehicle, includes ascertaining an electric signal by the vehicle, ascertaining a heat discharge or a heat supply requirement of the streaming box on the basis of the electric signal and a defined reference, and in response thereto, automatically actuating an air pump and/or a heating and air conditioning device of the vehicle.

Abstract: An assembly for an entertainment system of a transportation apparatus includes a housing with an external connection for supplying the assembly with electric energy, a connection for outputting audio and/or image signals from the assembly, a cavity within the housing for receiving a device of the electronic entertainment system, hereafter referred to as streaming box, and a first video connection which is arranged in the housing of the assembly and which is configured to be connected to a second video connection of the streaming box.

Abstract: A method for using a touch-sensitive input device arranged in a transportation apparatus and for displaying display content transmitted from a streaming box arranged in the transportation apparatus by way a display device arranged in the transportation apparatus is provided. The method includes detecting input data of a user input on the touch-sensitive input device by way of the touch-sensitive input device, ascertaining a display element, which corresponds to the input data of the user input, of a first display content and/or of a specified command, which corresponds to the input data of the user input, by way of the streaming box, and in response thereto, displaying a second display content transmitted from the streaming box by way of the display device of the transportation apparatus.

Abstract: To determine intraocular pressure with a tonometer in which a measurement prism presses against the human eye with a given force and a corresponding relationship is established between the force and the area aplanated thereby, it is proposed that a plurality of measured values of force and aplanated area, each being associated with the other, be determined per unit of time during the course of a continuous increase in pressure by means of the power-driven, spring-pretensioned motion of the measurement prism and processed in the form of a curve in such a manner that the intraocular pressure can be determined differentially from the plurality of measured values.