Abstract: An electronic controller includes a housing. The housing has an opening configured such that a radio module is removably insertable into the housing, and a cover and plug are also insertable into the housing.

Abstract: An electronic controller includes a housing. The housing has an opening configured such that a radio module is removably insertable into the housing, and a cover and plug are also insertable into the housing.

Abstract: A consumer electronics device is arranged for outputting a hearing loss compensated signal. The consumer electronics device comprises an operating system whereon at least one application can be run that yields a sound output signal. Wherein the consumer electronics device further comprises: a first software module adapted for rerouting the sound output signal, and a second software module adapted for receiving from the first software module the rerouted sound output signal, for performing hearing loss compensation on the rerouted sound output signal and for outputting the hearing loss compensated signal.

Abstract: A method for outputting from a device having data communication capability received multimedia data with an adjustable latency comprises the steps of: receiving data packets including the multimedia data and storing the multimedia data in a buffer; measuring at least one characteristic indicative of the input rate of the received data packets; measuring a latency introduced by the buffer; obtaining information indicative of the output rate of the device and determining a target latency for the multimedia data to be outputted based on statistical information derived from the measured at least one characteristic indicative of the input rate and the obtained information indicative of the output rate; adjusting the latency so that it complies with the target latency by modifying the rate at which the multimedia data is outputted or the rate at which the multimedia data is stored in the buffer.

Abstract: A method for adjusting a parameter on a consumer electronics device is arranged for outputting a hearing loss compensated signal having a plurality of parameters. The consumer electronics device comprises processing means arranged for processing an audio input signal and for generating an audio output signal which is a hearing loss compensated version of the audio input signal. The method comprises producing with the consumer electronics device the audio output signal to be presented to a user. A rotation applied to the consumer electronics device such that the rotation is in a first direction in a substantial horizontal plane and, adjusting at least one parameter relates to the audio output signal's dynamic range, whereby the rotation in the first direction corresponds to a reduction of the dynamic range and a rotation in a direction opposite to the first direction to an increase of the dynamic range, or vice versa.

Abstract: A method for outputting from a device having data communication capability received multimedia data with an adjustable latency comprises the steps of: receiving data packets including the multimedia data and storing the multimedia data in a buffer; measuring at least one characteristic indicative of the input rate of the received data packets; measuring a latency introduced by the buffer; obtaining information indicative of the output rate of the device and determining a target latency for the multimedia data to be outputted based on statistical information derived from the measured at least one characteristic indicative of the input rate and the obtained information indicative of the output rate; adjusting the latency so that it complies with the target latency by modifying the rate at which the multimedia data is outputted or the rate at which the multimedia data is stored in the buffer.

Abstract: An electric motor with an add-on unit, such as a gearbox unit, encoder unit or controller unit, and disclosed whereby the electric motor and add-on unit can be firmly connected to each other. For a firm connection, a shrink ring is thermally shrunk on to the electric motor and add-on unit in the area of the joint so that the shrink ring covers the joint. A method is also disclosed for producing the connection, wherein a temperature difference is first created between the shrink ring on the one hand and the electric motor as well as add-on unit on the other hand, whereby furthermore the temperature of the shrink ring is greater than the temperature of the electric motor and add-on unit and whereby the components are then joined together and held so that the shrink ring shrinks on to the electric motor and add-on unit.

Abstract: A method for adjusting a parameter on a consumer electronics device is arranged for outputting a hearing loss compensated signal having a plurality of parameters. The consumer electronics device comprises processing means arranged for processing an audio input signal and for generating an audio output signal which is a hearing loss compensated version of the audio input signal. The method comprises producing with the consumer electronics device the audio output signal to be presented to a user. A rotation applied to the consumer electronics device such that the rotation is in a first direction in a substantial horizontal plane and, adjusting at least one parameter relates to the audio output signal's dynamic range, whereby the rotation in the first direction corresponds to a reduction of the dynamic range and a rotation in a direction opposite to the first direction to an increase of the dynamic range, or vice versa.

Abstract: A consumer electronics device is arranged for outputting a hearing loss compensated signal. The consumer electronics device comprises an operating system whereon at least one application can be run that yields a sound output signal. Wherein the consumer electronics device further comprises: a first software module adapted for rerouting the sound output signal, and a second software module adapted for receiving from the first software module the rerouted sound output signal, for performing hearing loss compensation on the rerouted sound output signal and for outputting the hearing loss compensated signal.

Abstract: A personal communication device provides hearing support, and includes an input receiving an audio signal, a programmable processor, and an output outputting the processed signal. The programmable processor performs a filtering operation on a digital version of the audio signal in a first signal path based on parameter settings and provides control logic that determines the parameter settings based on information on user preferences, on audiological information and on information on the listening situation to provide hearing loss compensation. The programmable processor has a second signal path in parallel with the first signal path that receives the digital version of the audio signal and parameter settings and determining the filter coefficients of the filtering operation based on the parameter settings and the digital version of the audio signal.

Abstract: A personal communication device provides hearing support, and includes an input receiving an audio signal, a programmable processor, and an output outputting the processed signal. The programmable processor performs a filtering operation on a digital version of the audio signal in a first signal path based on parameter settings and provides control logic that determines the parameter settings based on information on user preferences, on audiological information and on information on the listening situation to provide hearing loss compensation. The programmable processor has a second signal path in parallel with the first signal path that receives the digital version of the audio signal and parameter settings and determining the filter coefficients of the filtering operation based on the parameter settings and the digital version of the audio signal.

Abstract: An electric motor with an add-on unit, such as a gearbox unit, encoder unit or controller unit, and disclosed whereby the electric motor and add-on unit can be firmly connected to each other. For a firm connection, a shrink ring is thermally shrunk on to the electric motor and add-on unit in the area of the joint so that the shrink ring covers the joint. A method is also disclosed for producing the connection, wherein a temperature difference is first created between the shrink ring on the one hand and the electric motor as well as add-on unit on the other hand, whereby furthermore the temperature of the shrink ring is greater than the temperature of the electric motor and add-on unit and whereby the components are then joined together and held so that the shrink ring shrinks on to the electric motor and add-on unit.

Abstract: The invention provides a method for dynamic determination of time constants to be used in a detection of the signal level of an input signal of unknown level in an electric circuit, comprising the following steps: —feed the input signal through an auxiliary level detection means that is reacting faster to changes in the input sound signal level than the detection of the signal level as a whole, —feed either the input signal or the output of the auxiliary level detection means through a guided level detection means, which is arranged with a guided time constant, and where the guided level detection means outputs an estimate of the level of the input signal, —analyze the outputs of the auxiliary and the guided level detector means, determine the time constant of the guided level detection means based on this analysis.

Abstract: Method of noise reduction in a hearing aid or a listening device to be used by a hearing impaired person in which the noise reduction is provided primarily in the frequency range wherein the hearing impaired has the smallest hearing loss or the best hearing.

Abstract: The invention provides a method for dynamic determination of time constants to be used in a detection of the signal level of an input signal of unknown level in an electric circuit, comprising the following steps: —feed the input signal through an auxiliary level detection means that is reacting faster to changes in the input sound signal level than the detection of the signal level as a whole, —feed either the input signal or the output of the auxiliary level detection means through a guided level detection means, which is arranged with a guided time constant, and where the guided level detection means outputs an estimate of the level of the input signal, —analyze the outputs of the auxiliary and the guided level detector means, determine the time constant of the guided level detection means based on this analysis.

Abstract: The invention provides a method for dynamic determination of time constants to be used in a detection of the signal level of an input signal of unknown level in an electric circuit, comprising the following steps:—feed the input signal through an auxiliary level detection means that is reacting faster to changes in the input sound signal level than the detection of the signal level as a whole,—feed either the input signal or the output of the auxiliary level detection means through a guided level detection means, which is arranged with a guided time constant, and where the guided level detection means outputs an estimate of the level of the input signal,—analyze the outputs of the auxiliary and the guided level detector means, determine the time constant of the guided level detection means based on this analysis.

Abstract: The invention relates to a jack bracket (12) for a motor vehicle, which is fixed to a sill of the motor vehicle with flanges and an opening (16) for a receiving element in which the jack is placed. The invention also relates to a method for the production of said bracket (12). In order to simplify the production and configuration of the bracket (12) without comprising its stability, the bracket (12) is comprised of a tubular hollow profile (6) and a lid (13), which is fixed on the end (10) opposite the sill of the hollow profile (6) covering said end (10) and which has the opening (16) for the receiving element.

Abstract: The invention relates to a jack bracket (12) for a motor vehicle, which is fixed to a sill of the motor vehicle with flanges and an opening (16) for a receiving element in which the jack is placed. The invention also relates to a method for the production of said bracket (12). In order to simplify the production and configuration of the bracket (12) without comprising its stability, the bracket (12) is comprised of a tubular hollow profile (6) and a lid (13), which is fixed on the end (10) opposite the sill of the hollow profile (6) covering said end (10) and which has the opening (16) for the receiving element.

Abstract: The invention provides a method for dynamic determination of time constants to be used in a detection of the signal level of an input signal of unknown level in an electric circuit, comprising the following steps:—feed the input signal through an auxiliary level detection means that is reacting faster to changes in the input sound signal level than the detection of the signal level as a whole,—feed either the input signal or the output of the auxiliary level detection means through a guided level detection means, which is arranged with a guided time constant, and where the guided level detection means outputs an estimate of the level of the input signal,—analyze the outputs of the auxiliary and the guided level detector means, determine the time constant of the guided level detection means based on this analysis.

Abstract: Method of noise reduction in a hearing aid or a listening device to be used by a hearing impaired person in which the noise reduction is provided primarily in the frequency range wherein the hearing impaired has the smallest hearing loss or the best hearing.