mhurhangee/patent-ind-claim-en huggingface dataset:
A radio communication apparatus using a carrier aggregation including a first component carrier and a second component carrier, the radio communication apparatus comprising: an arrangement section configured for arranging a signal of a first channel to frequency resources of a first slot and a second slot in the first component carrier using a frequency hopping between the first slot and the second slot and arranging a signal of a second channel that is different from the first channel to frequency resources of the first slot and the second slot in the second component carrier using a frequency hopping between the first slot and the second slot; and an inverse Fourier transform section configured for applying an inverse discrete Fourier transform or an inverse fast Fourier transform to the signals of the first channel and the second channel, characterized in that the arrangement section is configured for performing the frequency hopping within an inverse discrete Fourier transform or inverse fast Fourier transform bandwidth by maintaining a predetermined frequency interval between the frequency resource to which the signal of the first channel is arranged and the frequency resource to which the signal of the second channel is arranged. an arrangement section configured for arranging a signal of a first channel to frequency resources of a first slot and a second slot in the first component carrier using a frequency hopping between the first slot and the second slot and arranging a signal of a second channel that is different from the first channel to frequency resources of the first slot and the second slot in the second component carrier using a frequency hopping between the first slot and the second slot; and an inverse Fourier transform section configured for applying an inverse discrete Fourier transform or an inverse fast Fourier transform to the signals of the first channel and the second channel, characterized in that the arrangement section is configured for performing the frequency hopping within an inverse discrete Fourier transform or inverse fast Fourier transform bandwidth by maintaining a predetermined frequency interval between the frequency resource to which the signal of the first channel is arranged and the frequency resource to which the signal of the second channel is arranged.
A method for determining an operational condition of a rotating vibratory system having a rotational speed, comprising: receiving vibration signals from one or more sensors associated with the vibratory system; preprocessing the vibration signals to remove known noise to create a preprocessed signal; processing the preprocessed signal in both a time domain and a frequency domain to create time domain data and frequency domain data, respectively; wherein processing in the frequency domain includes determining a spectral bandwidth of the preprocessed signal; characterised in that the spectral bandwidth is determined by: SB = 1 − m 2 2 m 0 m 4 wherein m0, m2 and m4 represent the first three even order spectral moments determined according to : m n = ∫ − ∞ ∞ ω n S ω dω where ω is the angular frequency and S(ω) is the power spectrum of the random vibration signal under examination; the processing further including determining randomness by determining if the spectral bandwidth converges to 1; and fusing the time domain data and the frequency domain data to determine the existence of abnormal operations based on the determined randomness. receiving vibration signals from one or more sensors associated with the vibratory system; preprocessing the vibration signals to remove known noise to create a preprocessed signal; processing the preprocessed signal in both a time domain and a frequency domain to create time domain data and frequency domain data, respectively; wherein processing in the frequency domain includes determining a spectral bandwidth of the preprocessed signal; characterised in that the spectral bandwidth is determined by: SB = 1 − m 2 2 m 0 m 4 wherein m0, m2 and m4 represent the first three even order spectral moments determined according to : m n = ∫ − ∞ ∞ ω n S ω dω where ω is the angular frequency and S(ω) is the power spectrum of the random vibration signal under examination; the processing further including determining randomness by determining if the spectral bandwidth converges to 1; and fusing the time domain data and the frequency domain data to determine the existence of abnormal operations based on the determined randomness.
An ultrasonic diagnostic imaging system which tests transducer probes for image quality deficiency comprising: an ultrasound probe comprising an array of transducer elements adapted to acquire ultrasonic echo signals; a beamformer coupled to the array of transducer elements and adapted to form beamformed echo signals of scanlines from a plurality of acquired echo signals; a frequency analyzer coupled to receive beamformed echo signals and adapted to produce a signal indicating the frequency response of beamformed echo signals; a memory adapted to store reference signals of the frequency response of beamformed signals; a comparator adapted to compare the frequency response produced by the frequency analyzer with a reference signal and to produce an output signal identifying a defective probe when the comparison indicates an unacceptable difference between the frequency response and the reference signal; and a display coupled to receive the output signal from the comparator and adapted to display an indication of the defective probe, wherein the ultrasound probe further comprises a lens covering the transducer array, and wherein the beamformer is further adapted to form beamformed echo signals of scanlines when the lens is in contact with air. an ultrasound probe comprising an array of transducer elements adapted to acquire ultrasonic echo signals; a beamformer coupled to the array of transducer elements and adapted to form beamformed echo signals of scanlines from a plurality of acquired echo signals; a frequency analyzer coupled to receive beamformed echo signals and adapted to produce a signal indicating the frequency response of beamformed echo signals; a memory adapted to store reference signals of the frequency response of beamformed signals; a comparator adapted to compare the frequency response produced by the frequency analyzer with a reference signal and to produce an output signal identifying a defective probe when the comparison indicates an unacceptable difference between the frequency response and the reference signal; and a display coupled to receive the output signal from the comparator and adapted to display an indication of the defective probe, wherein the ultrasound probe further comprises a lens covering the transducer array, and wherein the beamformer is further adapted to form beamformed echo signals of scanlines when the lens is in contact with air.
Filter module arrangement that can be slotted together for filtering fluids, comprising a plurality of filter modules , wherein a filter module has a filtrate area, a fluid inflow channel connected to the filtrate area, a fluid outflow channel connected to the filtrate area and a filter device through which fluid from the fluid inflow channel is filtered into the filtrate area, wherein the fluid inflow channel and the fluid outflow channel each have an inlet opening and an outlet opening which are formed to be able to slot into each other, with the result that in each case a common fluid channel is formed from a plurality of filter modules , and wherein the filter modules have at least one runner element , on which the filter module can be supported, and a bearing support in which the plurality of filter modules is received and secured, wherein the bearing support has at least one first guide rail , in which the filter modules are movably guided and supported by means of the runner elements , characterized in that a filter module comprises two or more runner elements , which are arranged at at least two locations spaced apart from each other and which interact with a second or further guide rails. a plurality of filter modules , wherein a filter module has a filtrate area, a fluid inflow channel connected to the filtrate area, a fluid outflow channel connected to the filtrate area and a filter device through which fluid from the fluid inflow channel is filtered into the filtrate area, wherein the fluid inflow channel and the fluid outflow channel each have an inlet opening and an outlet opening which are formed to be able to slot into each other, with the result that in each case a common fluid channel is formed from a plurality of filter modules , and wherein the filter modules have at least one runner element , on which the filter module can be supported, and a bearing support in which the plurality of filter modules is received and secured, wherein the bearing support has at least one first guide rail , in which the filter modules are movably guided and supported by means of the runner elements , characterized in that a filter module comprises two or more runner elements , which are arranged at at least two locations spaced apart from each other and which interact with a second or further guide rails.
A method for facilitating inter-cell coordination in wireless communications, comprising: determining , at a first base station associated with a first network cell, control information associated with a second network cell by receiving the control information from a second base station in the second network cell, and transmitting the control information from the first base station to one or more user equipments, UEs, associated with the second network cell, wherein the control information comprises system information block, SIB, information associated with the first network cell concatenated to SIB information associated with the second network cell, and wherein transmitting the control information is in accordance with downlink channel resources associated with the second network cell. determining , at a first base station associated with a first network cell, control information associated with a second network cell by receiving the control information from a second base station in the second network cell, and transmitting the control information from the first base station to one or more user equipments, UEs, associated with the second network cell, wherein the control information comprises system information block, SIB, information associated with the first network cell concatenated to SIB information associated with the second network cell, and wherein transmitting the control information is in accordance with downlink channel resources associated with the second network cell.
Tyrosine kinase inhibitor for use in treating or preventing amyotrophic lateral sclerosis in a subject, wherein treating or preventing comprises: selection of a subject with amyotrophic lateral sclerosis or at risk for amyotrophic lateral sclerosis; and administration of an effective amount of the tyrosine kinase inhibitor to the subject, wherein the tyrosine kinase inhibitor is not Gleevec, wherein the tyrosine kinase inhibitor crosses the blood brain barrier, wherein the tyrosine kinase inhibitor is selected from the group consisting of nilotinib, bosutinib, and a combination thereof, and wherein the tyrosine kinase inhibitor is to be administered at a dosage of less than 10 mg/kg. selection of a subject with amyotrophic lateral sclerosis or at risk for amyotrophic lateral sclerosis; and administration of an effective amount of the tyrosine kinase inhibitor to the subject, wherein the tyrosine kinase inhibitor is not Gleevec, wherein the tyrosine kinase inhibitor crosses the blood brain barrier, wherein the tyrosine kinase inhibitor is selected from the group consisting of nilotinib, bosutinib, and a combination thereof, and wherein the tyrosine kinase inhibitor is to be administered at a dosage of less than 10 mg/kg.
An absorbent article having a longitudinal direction, a transverse direction and a thickness direction, wherein the absorbent article is an incontinence liner and comprises a fluid permeable topsheet , a fluid impermeable backsheet and an absorbent core enclosed between the topsheet and the backsheet having, in the longitudinal direction, a front section , a rear section and a crotch section between the front section and the rear section , the absorbent core having two longitudinally extending side regions being spaced apart in the transversal direction by at least one longitudinally extending channel region , characterized in that the channel region is of less basis weight than the side regions , wherein the ratio between the basis weight of the channel regions and the basis weight of the side regions of the absorbent core is between 1:3 and 2:3, that the channel region extends along the entire length of the absorbent core , that said absorbent core comprises superabsorbent material being generally equally distributed along said absorbent core and that the amount of said superabsorbent material in said absorbent core is within the interval 25-55% of the total weight of the absorbent core .
A locking device for a roof box comprising: - a first locking element adapted to be housed on a resting surface; - a second locking element that can be constrained to the first locking element and movable with respect to it along a locking axis (X) perpendicular to said resting surface; - a clamping device configured to vary a relative distance between said first and second locking element performing a clamping stroke of the second locking element and having a first end positioned above the first locking element and a second end constrained in a lower portion of the second locking element ; characterised in that said first locking element is elastically deformable and comprises an expansion device configured to expand said first locking element increasing its dimensions along said locking axis (X) to obtain an extra clamping stroke. - a first locking element adapted to be housed on a resting surface; - a second locking element that can be constrained to the first locking element and movable with respect to it along a locking axis (X) perpendicular to said resting surface; - a clamping device configured to vary a relative distance between said first and second locking element performing a clamping stroke of the second locking element and having a first end positioned above the first locking element and a second end constrained in a lower portion of the second locking element ; characterised in that said first locking element is elastically deformable and comprises an expansion device configured to expand said first locking element increasing its dimensions along said locking axis (X) to obtain an extra clamping stroke.
An apparatus for a Controller Area Network, CAN, transceiver , the apparatus comprising: a first input for receiving transmit-data, the transmit-data comprising data generated by a CAN controller to cause a CAN transceiver to transmit signalling that represents said transmit-data on the CAN bus ; a second input for receiving receive-data, the receive-data indicative of signalling from the CAN bus; and wherein the apparatus is characterized by being configured to: detect, in said receive-data, one or more fields (401 - 408) of a CAN frame ; and prevent transmission, by said CAN transceiver, of said signalling that represents said transmit-data at times corresponding to said detected one or more fields of the CAN frame to at least prevent an error frame in said transmit-data being transmitted. a first input for receiving transmit-data, the transmit-data comprising data generated by a CAN controller to cause a CAN transceiver to transmit signalling that represents said transmit-data on the CAN bus ; a second input for receiving receive-data, the receive-data indicative of signalling from the CAN bus; and wherein the apparatus is characterized by being configured to: detect, in said receive-data, one or more fields (401 - 408) of a CAN frame ; and prevent transmission, by said CAN transceiver, of said signalling that represents said transmit-data at times corresponding to said detected one or more fields of the CAN frame to at least prevent an error frame in said transmit-data being transmitted. detect, in said receive-data, one or more fields (401 - 408) of a CAN frame ; and prevent transmission, by said CAN transceiver, of said signalling that represents said transmit-data at times corresponding to said detected one or more fields of the CAN frame to at least prevent an error frame in said transmit-data being transmitted.
An optical information reader comprising: a main body portion that includes a reading opening through which illumination light and reflected light of the illumination light are transmitted; a grip portion that is rigidly connected to a section of the main body portion other than a section in which the reading opening is formed, and is gripped by a user; an imaging unit that optically captures an image of a predetermined imaging area (AR) through the reading opening ; and an interpreting unit that performs an information code interpreting process based on the image of the imaging area (AR) captured by the imaging unit , wherein an extending portion that extends towards a reading side of the reading opening is provided in a periphery of the reading opening , and the extending portion has an opened portion that is formed by being, at least partially, cut out from a tip end portion of the extending portion and allows a line-of-sight of the user to pass; characterized in that the extending portion includes a tip end which has a front surface (FF) including a tapered surface, the tapered surface being touchable to a surface of a display medium on which the information code is attached, the tapered surface becoming oblique to the surface when the user grips the information code reader and moves the information code closer to the display medium along an extending direction of the extending portion . a main body portion that includes a reading opening through which illumination light and reflected light of the illumination light are transmitted; a grip portion that is rigidly connected to a section of the main body portion other than a section in which the reading opening is formed, and is gripped by a user; an imaging unit that optically captures an image of a predetermined imaging area (AR) through the reading opening ; and an interpreting unit that performs an information code interpreting process based on the image of the imaging area (AR) captured by the imaging unit , wherein an extending portion that extends towards a reading side of the reading opening is provided in a periphery of the reading opening , and the extending portion has an opened portion that is formed by being, at least partially, cut out from a tip end portion of the extending portion and allows a line-of-sight of the user to pass; characterized in that the extending portion includes a tip end which has a front surface (FF) including a tapered surface, the tapered surface being touchable to a surface of a display medium on which the information code is attached, the tapered surface becoming oblique to the surface when the user grips the information code reader and moves the information code closer to the display medium along an extending direction of the extending portion .
A method, by an authentication service , for providing step-up authentication in a system providing single sign-on to a plurality of applications (110 1 , 110 2 , 110 3 ) on a computing device , the method comprising: receiving, from a token agent executing on the computing device , a request to authenticate a user of the computing device for a first application (110 1 ) using a primary token associated with a single sign-on capability; determining that the primary token is insufficient to authenticate the user for the first application (110 1 ); requesting the token agent to perform a step-up authentication of the user; updating the primary token to reflect the step-up authentication of the user after receiving an indication of a successful step-up authentication of the user from the token agent ; providing the updated primary token to the token agent ; receiving, from the token agent , a resubmission of the request to authenticate the user for the first application (110 1 ), the resubmitted request including the updated primary token reflecting the step-up authentication; and transmitting a secondary token to the token agent executing on the computing device based on granting access to the first application (110 1 ), wherein the secondary token authenticates the user for the first application (110 1 ), and wherein granting access to the first application (110 1 ) is based on receiving the resubmitted request including the updated primary token. receiving, from a token agent executing on the computing device , a request to authenticate a user of the computing device for a first application (110 1 ) using a primary token associated with a single sign-on capability; determining that the primary token is insufficient to authenticate the user for the first application (110 1 ); requesting the token agent to perform a step-up authentication of the user; updating the primary token to reflect the step-up authentication of the user after receiving an indication of a successful step-up authentication of the user from the token agent ; providing the updated primary token to the token agent ; receiving, from the token agent , a resubmission of the request to authenticate the user for the first application (110 1 ), the resubmitted request including the updated primary token reflecting the step-up authentication; and transmitting a secondary token to the token agent executing on the computing device based on granting access to the first application (110 1 ), wherein the secondary token authenticates the user for the first application (110 1 ), and wherein granting access to the first application (110 1 ) is based on receiving the resubmitted request including the updated primary token.