Abstract: Embodiments can provide a system, a wheel localizer, a wheel localization device, a method or a computer program for locating a position of wheel. The system for locating the position of the wheel on the vehicle includes a detector for obtaining information related to a state of movement of the vehicle and a locator for determining the position of the wheel based on the information related to the state of movement of the vehicle.

Abstract: A system includes an acceleration sensor for detecting a centrifugal acceleration, and a processing unit, which is coupled to the acceleration sensor and which is configured to determine numerical values from measured values of the centrifugal acceleration. The determined numerical values are representative of a mileage of a tire and/or wear of the tire and/or an installation radius of the system in the tire.

Abstract: Embodiments can provide a system, a wheel localizer, a wheel localization device, a method or a computer program for locating a position of wheel. The system for locating the position of the wheel on the vehicle includes a detector for obtaining information related to a steering angle of the vehicle and a locator for determining the position of the wheel based on the information related to the steering angle of the vehicle. Embodiments further provide a device, a method and a computer program configured to determine information related to one or more expected rotational frequencies of one or more wheels of a vehicle. The device includes a path detector configured to determine expected path lengths of the one or more wheels of the vehicle based on information related to a path of the vehicle.

Abstract: Embodiments can provide a system, a wheel localizer, a wheel localization device, a method or a computer program for locating a position of wheel. The system for locating the position of the wheel on the vehicle includes a detector for obtaining information related to a state of movement of the vehicle and a locator for determining the position of the wheel based on the information related to the state of movement of the vehicle.

Abstract: A recording arrangement receives reception information including program, picture and/or sound information in a receiving channel of a television program. A detector detects the received program information which characterizes the start and end times of the television programs. A recorder is adapted to record the picture and/or sound information on a record carrier from a recording start time till a recording end time. A recording controller which, when a user of the recording arrangement has defined the recording start time and the receiving channel for a recording, is adapted to propose the end determined by the detector as the recording end time for the recording of the television program that can be received in the receiving channel.

Abstract: A pressure sensor apparatus includes a reception container for receiving a pressure sensor, the reception container having an opening on one side. Furthermore, the pressure sensor apparatus includes a protective membrane closing the opening, a pressure sensor arranged in the reception container, and a gel arranged between the pressure sensor and the protective membrane.

Abstract: The invention relates to a sensor module in a flexible housing with integrated transmission means. A possible application of such a flexible sensor module would be the use as transponder-based tire pressure measuring system. Here, the complete module could be vulcanized into the tire, and the data could be transmitted by means of a standardized receiver unit. The transmission may herein be made by radio or inductively, for example.

Abstract: A pressure sensor for detecting an effective pressure comprises a first pressure detection means for providing a first pressure measurement signal and a second pressure detection means for providing a second pressure measurement signal, wherein the first pressure measurement signal differs from the second pressure measurement signal, as well as an evaluation means for determining the effective pressure based on the first and the second pressure measurement signal. Thereby it is achieved that in a pressure measurement the measurement errors are reduced.

Abstract: A pressure sensor apparatus includes a reception container for receiving a pressure sensor, the reception container having an opening on one side. Furthermore, the pressure sensor apparatus includes a protective membrane closing the opening, a pressure sensor arranged in the reception container, and a gel arranged between the pressure sensor and the protective membrane.

Abstract: A pressure sensor for detecting an effective pressure comprises a first pressure detection means for providing a first pressure measurement signal and a second pressure detection means for providing a second pressure measurement signal, wherein the first pressure measurement signal differs from the second pressure measurement signal, as well as an evaluation means for determining the effective pressure based on the first and the second pressure measurement signal. Thereby it is achieved that in a pressure measurement the measurement errors are reduced.

Abstract: The invention relates to a sensor module in a flexible housing with integrated transmission means. A possible application of such a flexible sensor module would be the use as transponder-based tire pressure measuring system. Here, the complete module could be vulcanized into the tire, and the data could be transmitted by means of a standardized receiver unit. The transmission may herein be made by radio or inductively, for example.

Abstract: The invention relates to a device for artificial respiration of a patient by delivery of a perfluorocarbon, said device having an aerosol generator by means of which an aerosol of the perfluorocarbon is formed.

Abstract: In the case of an output device (1) for direct output or for storage and deferred output of received audio (EAI) and video (EVI) television program data, having receiving means (3) for receiving the audio (EAI) and video (EVI) data and having memory means (11) for storing the received audio (EAI) and video (EVI) data, the memory means (11) allowing simultaneous storage of the received audio (EAI) and video (EVI) data and read-out of previously stored audio (WAI) and video (WVI) data, and having selection means (4, 5, 17, 18) for selecting audio (AAI) and video (AVI) data to be output and having output means (17, 18) for outputting the audio (AAI) and video (AVI) data to be output, in order to allow visual playback of the video data (AVI) and acoustic playback of the audio data (AAI), wherein the selection means (4, 5, 17, 18) are designed to select the video data (EVI) currently being received with the audio data (WAI) received and stored a back period (TR) ago or to select the video data (WVI) received and s

Abstract: A system (1; 49; 65) comprising a data source (2, 4; 50; 66) for supplying an information packet stream containing digital data coded in accordance with a first coding method and/or a second coding method, a processing device (3; 51; 69) for processing an information packet stream, and a data sink (4, 5, 6; 52, 53; 67) for receiving an information packet stream comprises insertion means (37; 62; 71), which the insertion means (37; 62; 71) comprise detection means (38) adapted to detect digital data contained in a sub-stream of the information packet stream and coded in accordance with a second coding method and to supply control information upon detection of such data, and a packet stream generator (16) which, when control information appears, is adapted to insert further digital data coded in accordance with the first coding method and containing additional information about the sub-stream into further information packets of the information packet stream.

Abstract: A recording arrangement (1) having receiving means (4) for receiving reception information (EI1, EI2) including program information (PI1, PI2) and, in at least one receiving channel (C1, C2, C3), picture information and/or sound information of a television program, and having detection means (10) for the detection of the received program information (PI1, PI2), which characterizes the start times (BZ) and end times (EZ) of television programs that can be received in the receiving channels (C1, C2, C3), and having recording means (6), which are adapted to record the picture information and/or sound information received in the receiving channel (C1, C2, C3) on a record carrier from a recording start time (ABZ) till a recording end time (AEZ), includes recording control means (13) which, when a user of the recording arrangement (1) has defined the recording start time (ABZ) and the receiving channel (C1, C2, C3) for a recording, are adapted to propose the end time (EZ) determined by the detection means (10) as t

Abstract: A pressure sensor comprises a substrate and a layer defining together with said substrate a pressure sensor cavity, said layer including a diaphragmlike area which is adapted to be acted upon by an external pressure. A micro-miniaturizable pressure sensor of the above-mentioned type, which is used for differential pressure measurement or for relative pressure measurement, is provided on the basis of the features that said cavity is followed by a channel which extends along the surface of said substrate, said channel comprising a layered structure including also the layer which also defines the diaphragmlike area of the pressure sensor, the ratio of the width of the channel to the thickness of the layered structure above the channel being smaller than the ratio of the smallest extension of the diaphragmlike area in the diaphragm plane to the thickness of the diaphragmlike area.

Abstract: A process for manufacturing an integratable capacitative pressure sensor includes the following steps, starting from a semiconductor substrate (1): application of a guard film (2), precipitation of a polycrystalline semiconductor film (4), doping the polycrystalline semiconductor film (4) and removal of the guard film (2) by etching; then insulating the semiconductor zone (7) from the semiconductor substrate (1), and applying an insulator film (8) on the insulated semiconductor zone (7). The pressure sensor product, which is compatible with CMOS circuits and has increased sensor accuracy, includes a semiconductor zone (7) insulated from the semiconductor substrate (1) and an insulator film (8) applied on the insulated semiconductor zone (7), the polycrystalline semiconductor film (4) being located on the insulator film (8) above the insulated semiconductor zone (7).

Abstract: A process for manufacturing an integratable capacitative pressure sensor includes the following steps, starting from a semiconductor substrate (1): application of a guard film (2), precipitation of a polycrystalline semiconductor film (4), doping the polycrystalline semiconductor film (4) and removal of the guard film (2) by etching; then insulating the semiconductor zone (7) from the semiconductor substrate (1), and applying an insulator film (8) on the insulated semiconductor zone (7). The pressure sensor product, which is compatible with CMOS circuits and has increased sensor accuracy, includes a semiconductor zone (7) insulated from the semiconductor substrate (1) and an insulator film (8) applied on the insulated semiconductor zone (7), the polycrystalline semiconductor film (4) being located on the insulator film (8) above the insulated semiconductor zone (7).