mhurhangee/patent-ind-claim-en huggingface dataset:
A user interface device , comprising: an audio input subsystem ; a first and a second communications subsystem; at least one processor in operative communication with the audio input subsystem and the first and second communications subsystems; a first audio data input path between the audio input subsystem and an internal buffer ; a first audio data output path between the internal buffer and the first communications subsystem; a second audio data output path between the internal buffer and the second communications subsystem; a first audio data internal buffer bypass path between the audio input subsystem and the second communications subsystem; a switch element (SW1, SW2), when in a first state, directing audio data provided by the audio input subsystem on the first audio data input path to the internal buffer, and to both the first communications subsystem and the second communications subsystem on the first audio data output path and the second audio data output path, respectively; the switch element, when in a second state, terminating the first audio data input path and directing the audio data provided by the audio input subsystem to the second communications subsystem on the first audio data internal buffer bypass path. an audio input subsystem ; a first and a second communications subsystem; at least one processor in operative communication with the audio input subsystem and the first and second communications subsystems; a first audio data input path between the audio input subsystem and an internal buffer ; a first audio data output path between the internal buffer and the first communications subsystem; a second audio data output path between the internal buffer and the second communications subsystem; a first audio data internal buffer bypass path between the audio input subsystem and the second communications subsystem; a switch element (SW1, SW2), when in a first state, directing audio data provided by the audio input subsystem on the first audio data input path to the internal buffer, and to both the first communications subsystem and the second communications subsystem on the first audio data output path and the second audio data output path, respectively; the switch element, when in a second state, terminating the first audio data input path and directing the audio data provided by the audio input subsystem to the second communications subsystem on the first audio data internal buffer bypass path.
A method for using a processor to output haptic effects comprising: the processor receiving an audio signal ; the processor determining an envelope signal associated with the audio signal ; the processor determining a haptic effect based in part on the envelope signal ; and the processor outputting a haptic signal associated with the haptic effect characterised in that determining an envelope signal associated with the audio signal comprises: determining a Fast Fourier Transform of the audio signal within two or more time windows ; determining a magnitude from the Fast Fourier Transform for each time window ; determining a normalized signal by normalizing the magnitudes ; and determining the positive values from the normalized signal , the resulting positive values corresponding to the envelope of the audio signal. the processor receiving an audio signal ; the processor determining an envelope signal associated with the audio signal ; the processor determining a haptic effect based in part on the envelope signal ; and the processor outputting a haptic signal associated with the haptic effect characterised in that determining an envelope signal associated with the audio signal comprises: determining a Fast Fourier Transform of the audio signal within two or more time windows ; determining a magnitude from the Fast Fourier Transform for each time window ; determining a normalized signal by normalizing the magnitudes ; and determining the positive values from the normalized signal , the resulting positive values corresponding to the envelope of the audio signal. determining a Fast Fourier Transform of the audio signal within two or more time windows ; determining a magnitude from the Fast Fourier Transform for each time window ; determining a normalized signal by normalizing the magnitudes ; and determining the positive values from the normalized signal , the resulting positive values corresponding to the envelope of the audio signal.
A method for producing a breathable mat comprising a breathable layer, an absorbent layer, and an impermeable layer, said method comprising: - fabricating, by means of a knitting machine, a compact three-dimensional knitting product in a pattern of a honeycomb structure that comprises hexagonal shapes, in which said knitting product is kept under tension during the fabrication, - further stretching the obtained knitting product, as compared to when no tension is applied, - thermally fixing said stretched product, characterized in that in said stretching step the obtained knitting product is stretched through application of similar tractive forces at both the longitudinal and width sides of the knitting product, and to such extent that both the length and width of the knitting products are increased by 10% to 50%, and - further providing an absorbent layer and an impermeable layer, at a lower side of the thermally fixed knitting product. - fabricating, by means of a knitting machine, a compact three-dimensional knitting product in a pattern of a honeycomb structure that comprises hexagonal shapes, in which said knitting product is kept under tension during the fabrication, - further stretching the obtained knitting product, as compared to when no tension is applied, - thermally fixing said stretched product, characterized in that in said stretching step the obtained knitting product is stretched through application of similar tractive forces at both the longitudinal and width sides of the knitting product, and to such extent that both the length and width of the knitting products are increased by 10% to 50%, and - further providing an absorbent layer and an impermeable layer, at a lower side of the thermally fixed knitting product.
A method for preparing tissue for use as a sealing means for sealing a heart valve prosthesis with respect to paravalvular leaks, wherein the tissue is decellularized by means of at least one strong decellularization agent in a high concentration, which significantly changes the tissue structure and makes it open-pored, then is subjected to a cross-linking with a glutaraldehyde-containing solution, then is subjected to a shape- and structure-stabilising step , in which the tissue is exposed to a first solution containing glycerol and is exposed to a second solution containing polyethylene glycol, wherein the tissue is dried after the shape- and structure-stabilising step, characterized in that the dried tissue, prior to being fastened to the heart valve prosthesis, is cut to size and hot-pressed .
Vacuum pump with a flange , wherein the flange comprises a housing to be connected to a vacuum apparatus defining an opening , wherein the opening has a rectangular shape having an aspect ratio of width to height larger than 4 and preferably larger than 10, and the housing comprises a metal seal arranged around the opening to create a vacuum tight seal, characterised in that the vacuum pump further comprises a NEG and/or IGP element directly attached to the flange or disposed within the opening of the flange , and the area of the opening corresponds to the area of the NEG and/or IGP element . wherein the opening has a rectangular shape having an aspect ratio of width to height larger than 4 and preferably larger than 10, and the housing comprises a metal seal arranged around the opening to create a vacuum tight seal, characterised in that the vacuum pump further comprises a NEG and/or IGP element directly attached to the flange or disposed within the opening of the flange , and the area of the opening corresponds to the area of the NEG and/or IGP element .
A tong for engaging a tubular, comprising: a frame having jaws configured to engage the tubular; a tong control assembly disposed on the frame , including: a housing connected to the frame ; a handle immovably connected to the housing ; a shutoff switch disposed on or integrally formed with the handle ; and a toggle lever located at a suitable position on the housing , whereby the toggle lever is configured to be operated only while the shutoff switch is depressed, and wherein the toggle lever is configured to control at least one of: a rotational speed of the jaws ; a rotational direction of the jaws ; or a combination thereof; wherein the handle and the toggle lever are positioned such that a single hand can grasp the handle while operating the toggle lever and depressing the shutoff switch . a frame having jaws configured to engage the tubular; a tong control assembly disposed on the frame , including: a housing connected to the frame ; a handle immovably connected to the housing ; a shutoff switch disposed on or integrally formed with the handle ; and a toggle lever located at a suitable position on the housing , whereby the toggle lever is configured to be operated only while the shutoff switch is depressed, and wherein the toggle lever is configured to control at least one of: a rotational speed of the jaws ; a rotational direction of the jaws ; or a combination thereof; a housing connected to the frame ; a handle immovably connected to the housing ; a shutoff switch disposed on or integrally formed with the handle ; and a toggle lever located at a suitable position on the housing , whereby the toggle lever is configured to be operated only while the shutoff switch is depressed, and wherein the toggle lever is configured to control at least one of: a rotational speed of the jaws ; a rotational direction of the jaws ; or a combination thereof; a rotational speed of the jaws ; a rotational direction of the jaws ; or a combination thereof; wherein the handle and the toggle lever are positioned such that a single hand can grasp the handle while operating the toggle lever and depressing the shutoff switch .
A system comprising: input circuitry to obtain first data signals on a communication channel , the first data signals having a first frequency that is less than a predefined frequency; and sampling circuitry to sample the first data signals to produce second data having a second frequency that is greater than or equal to the predefined frequency, wherein the second data encodes informational content of the first data signals; characterized in that the system further comprises switching circuitry configured to support only AC-coupled data having a frequency that is greater than or equal to the predefined frequency, the switching circuitry being configured to receive the second data and to forward the second data; and output circuitry to receive the second data and parametric data representing non-informational signal content, to produce third data based on the second data, and to produce, based on the third data and the parametric data, second signals for output from the system. input circuitry to obtain first data signals on a communication channel , the first data signals having a first frequency that is less than a predefined frequency; and sampling circuitry to sample the first data signals to produce second data having a second frequency that is greater than or equal to the predefined frequency, wherein the second data encodes informational content of the first data signals; characterized in that the system further comprises switching circuitry configured to support only AC-coupled data having a frequency that is greater than or equal to the predefined frequency, the switching circuitry being configured to receive the second data and to forward the second data; and output circuitry to receive the second data and parametric data representing non-informational signal content, to produce third data based on the second data, and to produce, based on the third data and the parametric data, second signals for output from the system.
A washing control method for circulating water purification of a washing machine comprising a water supplying system , a water discharging system , a circulating water purification device and a turbidity detector , wherein in a rinsing process, circulating water purification rinsing is executed by the circulating water purification device ,, after washing is finished, turbidity of washed water is detected according to the turbidity detector , and the method is characterized in that , after preset water discharge amount corresponding to the turbidity is selected for discharging water and the amount is discharged, the circulating water purification rinsing is executed after supplying clean water for reducing the turbidity.
A method of monitoring a physical downlink control channel, PDCCH, by a user equipment in a wireless communication system, the method comprising: receiving (S181) a configuration message informing monitoring occasions for detecting a wake up signal, WUS; based on the monitoring occasions not being located within a WUS monitoring window between a predetermined time from a start time of a next discontinuous reception, DRX,-on duration and the same start time of the next DRX-on duration, monitoring for the detection of the WUS is not performed and monitoring the PDCCH is performed in the next DRX-on duration (S183); and based on at least one monitoring occasion, among the monitoring occasions, being located within the WUS monitoring window, monitoring for the detection of the WUS is performed. receiving (S181) a configuration message informing monitoring occasions for detecting a wake up signal, WUS; based on the monitoring occasions not being located within a WUS monitoring window between a predetermined time from a start time of a next discontinuous reception, DRX,-on duration and the same start time of the next DRX-on duration, monitoring for the detection of the WUS is not performed and monitoring the PDCCH is performed in the next DRX-on duration (S183); and based on at least one monitoring occasion, among the monitoring occasions, being located within the WUS monitoring window, monitoring for the detection of the WUS is performed.
Method for minimising the electricity consumption required for a public transport network comprising several consumers such as electric vehicles, said vehicles, when braking, delivering energy which is recoverable by consumers on the network such as moving vehicles, characterised in that - a timetable of running orders for all the vehicles is produced taking account of at least the following parameters: a dynamic location of each vehicle, a stop schedule for each vehicle outside a stop zone, a start schedule for each vehicle in a stop zone in the transport network; - depending on time and motion variations in at least one of said parameters, at least some of the running orders in the timetable are modified chronologically according to at least one criterion for the maximum distribution of energy recovered from braking to consumers potentially actively requiring power; - the timetable comprising the orders is delivered to the vehicles. - a timetable of running orders for all the vehicles is produced taking account of at least the following parameters: a dynamic location of each vehicle, a stop schedule for each vehicle outside a stop zone, a start schedule for each vehicle in a stop zone in the transport network; - depending on time and motion variations in at least one of said parameters, at least some of the running orders in the timetable are modified chronologically according to at least one criterion for the maximum distribution of energy recovered from braking to consumers potentially actively requiring power; - the timetable comprising the orders is delivered to the vehicles.
A composition comprising a polymer matrix for attachment to or coating on a cardiac valve for the treatment of Staphylococcus aureus, Enterococcus faecalis, or Enterococcus faecium at or about a heart valve, said polymer matrix comprising: - an impermeable layer (i); - a drug-releasing layer (d1, d2), said drug-releasing layer covering the impermeable layer (i), wherein the drug-releasing layer includes a therapeutically or prophylactically effective amount of an antibiotic selected from the group consisting of rifampicin, daptomycin, dalbavancin, vancomycin, or gentamycin, or any combination of 2 or more of rifampicin, daptomycin, dalbavancin, vancomycin, and gentamycin for use in the treatment or the prevention of endocarditis in a human. - an impermeable layer (i); - a drug-releasing layer (d1, d2), said drug-releasing layer covering the impermeable layer (i), wherein the drug-releasing layer includes a therapeutically or prophylactically effective amount of an antibiotic selected from the group consisting of rifampicin, daptomycin, dalbavancin, vancomycin, or gentamycin, or any combination of 2 or more of rifampicin, daptomycin, dalbavancin, vancomycin, and gentamycin
A solar cell comprising: a silicon substrate which is crystalline; a first silicon oxide layer which is disposed on a first principal surface of the silicon substrate and includes phosphorus as an impurity; and a first amorphous silicon layer which is disposed on the first silicon oxide layer, wherein a phosphorous concentration profile in a thickness direction between the first amorphous silicon layer and the silicon substrate has a maximum value in the first silicon oxide layer . a silicon substrate which is crystalline; a first silicon oxide layer which is disposed on a first principal surface of the silicon substrate and includes phosphorus as an impurity; and a first amorphous silicon layer which is disposed on the first silicon oxide layer, wherein a phosphorous concentration profile in a thickness direction between the first amorphous silicon layer and the silicon substrate has a maximum value in the first silicon oxide layer .
A flameproof feed-through adapted for use with an aperture, with the flameproof feed-through comprising: a feed-through element comprising a substantially planar shape, a first interface region , and a second interface region , wherein one or more conductors extend between the first interface region and the second interface region ; and two or more body portions being separate from the feed-through element and assembled to the feed-through element , with the two or more body portions holding the feed-through element in position with respect to the aperture, wherein the two or more body portions are configured to clamp against the feed-through element to form a joint wherein a perimeter of the assembled flameproof feed-through achieves a predetermined gap with the interior of the aperture; wherein the first interface region of the feed-through element extends at least partially to a first side of the flameproof feed-through and wherein the second interface region of the feed-through element extends at least partially to a second side of the flameproof feed-through with a circumferential surface of the two or more body portions and feed-through edges of the feed-through element being a predetermined perimeter size and shape to create a substantially flameproof interface between the flameproof feed-through and the aperture. a feed-through element comprising a substantially planar shape, a first interface region , and a second interface region , wherein one or more conductors extend between the first interface region and the second interface region ; and two or more body portions being separate from the feed-through element and assembled to the feed-through element , with the two or more body portions holding the feed-through element in position with respect to the aperture, wherein the two or more body portions are configured to clamp against the feed-through element to form a joint wherein a perimeter of the assembled flameproof feed-through achieves a predetermined gap with the interior of the aperture; wherein the first interface region of the feed-through element extends at least partially to a first side of the flameproof feed-through and wherein the second interface region of the feed-through element extends at least partially to a second side of the flameproof feed-through with a circumferential surface of the two or more body portions and feed-through edges of the feed-through element being a predetermined perimeter size and shape to create a substantially flameproof interface between the flameproof feed-through and the aperture.
A seat unit comprising: two primary seats arranged facing in opposing directions, wherein each seat comprises a seat back , and a seat pan , and is configured to convert between a seat position and a bed position; and a partition positioned between the two primary seats , wherein the partition comprises two secondary seats arranged facing in opposing directions, wherein each secondary seat is also arranged facing one of the two primary seats , characterized in that the partition comprises two footwells arranged in opposing directions so that an opening in each footwell is accessible by a passenger seated in the primary seat that faces the opening in the footwell called the mating primary seat , each footwell comprising a stationary lower surface and vertically oriented sides , each footwell being further enclosed by an upper surface and a rear surface , the stationary lower surface of each footwell forming a lower surface of the enclosed portion of the footwell and extending beyond the enclosed portion into the space of a passenger seated in the mating primary seat , so that the stationary lower surface may be used as a secondary seat for another passenger to visit or work with a passenger seated in the mating primary seat . two primary seats arranged facing in opposing directions, wherein each seat comprises a seat back , and a seat pan , and is configured to convert between a seat position and a bed position; and a partition positioned between the two primary seats , wherein the partition comprises two secondary seats arranged facing in opposing directions, wherein each secondary seat is also arranged facing one of the two primary seats , characterized in that the partition comprises two footwells arranged in opposing directions so that an opening in each footwell is accessible by a passenger seated in the primary seat that faces the opening in the footwell called the mating primary seat , each footwell comprising a stationary lower surface and vertically oriented sides , each footwell being further enclosed by an upper surface and a rear surface , the stationary lower surface of each footwell forming a lower surface of the enclosed portion of the footwell and extending beyond the enclosed portion into the space of a passenger seated in the mating primary seat , so that the stationary lower surface may be used as a secondary seat for another passenger to visit or work with a passenger seated in the mating primary seat .