mhurhangee/patent-ind-claim-en huggingface dataset:
A method for audio playback processing, comprising: receiving an encoded audio file and metadata associated therewith, wherein the metadata includes i) a set of loudness parameters that include program loudness of a downmixed version of the encoded audio file and ii) DRC parameters, wherein the program loudness is an audio measurement of an average loudness estimate of the entire content of the downmixed version of the encoded audio file; decoding the encoded audio file to produce a decoded audio signal; processing the decoded audio signal to produce a stereo downmix; performing dynamic range adjustments upon the decoded audio signal prior to downmix, in accordance with the DRC parameters in the metadata; and normalizing the stereo downmix for loudness based on the set of loudness parameters in the metadata. receiving an encoded audio file and metadata associated therewith, wherein the metadata includes i) a set of loudness parameters that include program loudness of a downmixed version of the encoded audio file and ii) DRC parameters, wherein the program loudness is an audio measurement of an average loudness estimate of the entire content of the downmixed version of the encoded audio file; decoding the encoded audio file to produce a decoded audio signal; processing the decoded audio signal to produce a stereo downmix; performing dynamic range adjustments upon the decoded audio signal prior to downmix, in accordance with the DRC parameters in the metadata; and normalizing the stereo downmix for loudness based on the set of loudness parameters in the metadata.
An adaptive MAP channel decoding apparatus, comprising: a channel estimator adapted to calculate a channel noise power and a scaling factor; a MAP channel decoder ; a controller adapted to determine an operation mode of the MAP channel decoder ; and the MAP channel decoder being adapted to selectively operate in a static channel mode or in a time-varying mode, wherein the MAP channel decoder is adapted to use in the static channel mode the following equation for decoding: xEy = min x y − log 1 + e − x − y and wherein the MAP channel decoder is adapted to use in the time-varying mode the following equation for decoding: xEy = min x y where x and y are metric values, wherein a current channel state is determined by the controller to be time-varying or static based on changes in the channel noise power or the scaling factor, and wherein the time-varying channel mode is determined if the current channel state is determined to be time-varying, and otherwise the static channel mode is determined. a channel estimator adapted to calculate a channel noise power and a scaling factor; a MAP channel decoder ; a controller adapted to determine an operation mode of the MAP channel decoder ; and the MAP channel decoder being adapted to selectively operate in a static channel mode or in a time-varying mode, wherein the MAP channel decoder is adapted to use in the static channel mode the following equation for decoding: xEy = min x y − log 1 + e − x − y and wherein the MAP channel decoder is adapted to use in the time-varying mode the following equation for decoding: xEy = min x y where x and y are metric values, wherein a current channel state is determined by the controller to be time-varying or static based on changes in the channel noise power or the scaling factor, and wherein the time-varying channel mode is determined if the current channel state is determined to be time-varying, and otherwise the static channel mode is determined.
A pressure cooker lid with a lid handle , a lid body , a cooking pressure control device and a functional element and a rotatable machine element , by means of which both a target cooking pressure p z of the cooking pressure control device and a parameter influencing a function of the function element can be set mechanically via a rotary movement about its axis of rotation , wherein the cooking pressure control device and the functional element are arranged at the same height (H) as seen in the direction of the axis of rotation , characterized in that , when a connecting straight line connecting the cooking pressure control device to the functional element and the axis of rotation are projected onto a plane which is perpendicular to a connecting line connecting the connecting straight line and the axis of rotation at a minimum distance, the following applies to the angle α between the projection of the connecting straight line onto this plane and the projection of the axis of rotation onto this plane: α ≥45°. a lid handle , a lid body , a cooking pressure control device and a functional element and a rotatable machine element , by means of which both a target cooking pressure p z of the cooking pressure control device and a parameter influencing a function of the function element can be set mechanically via a rotary movement about its axis of rotation , wherein the cooking pressure control device and the functional element are arranged at the same height (H) as seen in the direction of the axis of rotation , characterized in that , when a connecting straight line connecting the cooking pressure control device to the functional element and the axis of rotation are projected onto a plane which is perpendicular to a connecting line connecting the connecting straight line and the axis of rotation at a minimum distance, the following applies to the angle α between the projection of the connecting straight line onto this plane and the projection of the axis of rotation onto this plane: α ≥45°.
A method of granting control of a shared-access system , comprising: obtaining an identity of a user; obtaining a priority rating associated with the user, wherein the priority rating is updated in response to one or more observed activities of the user, the one or more observed activities being linked to the shared-access system ; comparing the priority rating with a threshold; and granting control of at least a part of the shared-access system to the user if the priority rating is above the threshold, characterised in that the threshold comprises, or is derived from, a respective priority rating which is associated with another user. obtaining an identity of a user; obtaining a priority rating associated with the user, wherein the priority rating is updated in response to one or more observed activities of the user, the one or more observed activities being linked to the shared-access system ; comparing the priority rating with a threshold; and granting control of at least a part of the shared-access system to the user if the priority rating is above the threshold, characterised in that the threshold comprises, or is derived from, a respective priority rating which is associated with another user.
An optical transmission system comprising: a multicore optical fiber including a plurality of cores ; and a plurality of optical transmission devices configured to output modulated signals of different types with a same wavelength and a same propagation direction at different optical powers from each other to respectively two adjacent cores at closest distance from each other among the cores. a multicore optical fiber including a plurality of cores ; and a plurality of optical transmission devices configured to output modulated signals of different types with a same wavelength and a same propagation direction at different optical powers from each other to respectively two adjacent cores at closest distance from each other among the cores.
Piglet-protection device for a farrowing pen , having - a first side part , - a trough console , which is connected to the first side part , and - a second side part , which is connected to the trough console so as to be pivotable about a pivot axis , wherein, by way of pivoting of the second side part , the piglet-protection device can be brought into a piglet-protection position (F), in which the second side part is arranged substantially parallel to the first side part , and into a movement position (S), in which the second side part is spread away from the first side part , wherein a first door element is arranged on the first side part and a second door element is arranged on the second side part , and wherein the door elements delimit the piglet-protection device at the rear in the piglet-protection position (F), wherein the first door element is arranged in a length-adjustable manner on the first side part and/or the second door element is arranged in a length-adjustable manner on the second side part , wherein the door element is arranged in a length-adjustable manner on the side part by means of a sliding-rail arrangement , characterized in that the sliding-rail arrangement has a slotted guide which is arranged on the side part , and wherein the door element has a guide section which is displaceably received in the slotted guide . - a first side part , - a trough console , which is connected to the first side part , and - a second side part , which is connected to the trough console so as to be pivotable about a pivot axis , wherein, by way of pivoting of the second side part , the piglet-protection device can be brought into a piglet-protection position (F), in which the second side part is arranged substantially parallel to the first side part , and into a movement position (S), in which the second side part is spread away from the first side part , wherein a first door element is arranged on the first side part and a second door element is arranged on the second side part , and wherein the door elements delimit the piglet-protection device at the rear in the piglet-protection position (F), wherein the first door element is arranged in a length-adjustable manner on the first side part and/or the second door element is arranged in a length-adjustable manner on the second side part , wherein the door element is arranged in a length-adjustable manner on the side part by means of a sliding-rail arrangement , characterized in that the sliding-rail arrangement has a slotted guide which is arranged on the side part , and wherein the door element has a guide section which is displaceably received in the slotted guide .
A vehicle comprising: a frame ; a body mounted on the frame ; and a body mount bracket that is an aluminum alloy cast provided at a bottom of the body and cooperates with a body mount on the frame to join the frame and the body ; the vehicle being characterized in that a longitudinal direction of the body mount bracket corresponds to a vehicle width direction, and in that the body mount bracket has: a boss that is provided at an outer end in the vehicle width direction and is penetrated by a body fastening bolt of the body mount ; and a longitudinal rib that extends inward in the vehicle width direction from the boss and is provided with a notch near the boss . a frame ; a body mounted on the frame ; and a body mount bracket that is an aluminum alloy cast provided at a bottom of the body and cooperates with a body mount on the frame to join the frame and the body ; a longitudinal direction of the body mount bracket corresponds to a vehicle width direction, and in that the body mount bracket has: a boss that is provided at an outer end in the vehicle width direction and is penetrated by a body fastening bolt of the body mount ; and a longitudinal rib that extends inward in the vehicle width direction from the boss and is provided with a notch near the boss . a boss that is provided at an outer end in the vehicle width direction and is penetrated by a body fastening bolt of the body mount ; and a longitudinal rib that extends inward in the vehicle width direction from the boss and is provided with a notch near the boss .
Scanning microscope, having a detector apparatus , which is configured to receive light and to generate electrical signals, with a light sensor having a light incidence side and with a cooling component, wherein the cooling component is in immediate contact with the light sensor and/or with a substrate carrying the light sensor on the light incidence side of the light sensor , wherein the detector apparatus has an avalanche diode with an electron accelerator connected upstream thereof.
A nonwoven web for an absorbent article, the nonwoven web comprising: a first surface; a second surface; and a repeat unit comprising: a visually discernible pattern of three-dimensional features on the first surface or the second surface, wherein the three-dimensional features comprise one or more first regions and a plurality of second regions; wherein the one or more first regions are different than the plurality of second regions; wherein the one or more first regions comprise a plurality of substantially linear segments; wherein a first group of the plurality of substantially linear segments intersects with a second group of the plurality of substantially linear segments at angles of intersection; and wherein the angles of intersection are in the range of about 70 degrees to about 110 degrees, preferably about 80 degrees to about 100 degrees; wherein the first group of the plurality of substantially linear segments have a plurality of different lengths; and wherein at least one substantially linear segment of the first group intersects three or more other substantially linear segments of the second group. a first surface; a second surface; and a repeat unit comprising: a visually discernible pattern of three-dimensional features on the first surface or the second surface, wherein the three-dimensional features comprise one or more first regions and a plurality of second regions; wherein the one or more first regions are different than the plurality of second regions; wherein the one or more first regions comprise a plurality of substantially linear segments; wherein a first group of the plurality of substantially linear segments intersects with a second group of the plurality of substantially linear segments at angles of intersection; and wherein the angles of intersection are in the range of about 70 degrees to about 110 degrees, preferably about 80 degrees to about 100 degrees; wherein the first group of the plurality of substantially linear segments have a plurality of different lengths; and wherein at least one substantially linear segment of the first group intersects three or more other substantially linear segments of the second group. a visually discernible pattern of three-dimensional features on the first surface or the second surface, wherein the three-dimensional features comprise one or more first regions and a plurality of second regions; wherein the one or more first regions are different than the plurality of second regions; wherein the one or more first regions comprise a plurality of substantially linear segments; wherein a first group of the plurality of substantially linear segments intersects with a second group of the plurality of substantially linear segments at angles of intersection; and wherein the angles of intersection are in the range of about 70 degrees to about 110 degrees, preferably about 80 degrees to about 100 degrees; wherein the first group of the plurality of substantially linear segments have a plurality of different lengths; and wherein at least one substantially linear segment of the first group intersects three or more other substantially linear segments of the second group.
An acoustic disdrometer , comprising a housing ; an acoustic shell coupled to the housing, wherein the housing and the acoustic shell cooperate to define an acoustic chamber and wherein at least a portion of the acoustic shell is translucent; a control unit ; a first acoustic transducer positioned within the acoustic chamber , wherein the first acoustic transducer is configured to provide a first acoustic signal to the control unit in response to precipitation impacting the acoustic shell ; a dead air chamber at least partially defined by the housing ; a solar array mounted within the acoustic chamber and in electrical communication with the control unit . a housing ; an acoustic shell coupled to the housing, wherein the housing and the acoustic shell cooperate to define an acoustic chamber and wherein at least a portion of the acoustic shell is translucent; a control unit ; a first acoustic transducer positioned within the acoustic chamber , wherein the first acoustic transducer is configured to provide a first acoustic signal to the control unit in response to precipitation impacting the acoustic shell ; a dead air chamber at least partially defined by the housing ; a solar array mounted within the acoustic chamber and in electrical communication with the control unit .
Use of a cell culture medium for promoting growth of pluripotent stem cells, wherein the cell culture medium comprises growth arrest-specific 6 (GAS6), a basal medium, and at least one selected from the group consisting of decorin, matrix metalloproteinase-3 (MMP3), osteopontin (OPN), TNF-related weak inducer of apoptosis receptor (TWEAK R), insulin-like growth factor-binding protein 2 (IGFBP2), galectin 1 (LGALS1), and insulin-like growth factor-1 (IGF-1), wherein the cell culture medium does not comprise serum and albumin, and the concentration of the growth arrest-specific 6 (GAS6) contained in the medium is 2 ng/ml or more and 100 ng/ml or less.
A method for evaluating an air purification system , the method comprising: generating, with an air flow generator , a flow of air through a test filter so that an upstream air flow exists on an upstream side of the test filter and a downstream air flow exists on a downstream side of the test filter ; injecting, with a fluid injector , a multiple contaminant mixture into the upstream air flow ; measuring, with a contaminant measurement device , downstream concentrations for each contaminant of the multiple contaminant mixture in the downstream air flow ; and generating, based on the downstream concentrations for each contaminant of the multiple contaminant mixture , test filter breakthrough curves for each contaminant of the multiple contaminant mixture in the downstream air flow , wherein the predetermined upstream concentration is less than or equal to 100 parts per billion, wherein the test filter is a new filter and the downstream concentrations for each contaminant of the multiple contaminant mixture are obtained over a continuous time period ranging from several hundred hours to several thousand hours. generating, with an air flow generator , a flow of air through a test filter so that an upstream air flow exists on an upstream side of the test filter and a downstream air flow exists on a downstream side of the test filter ; injecting, with a fluid injector , a multiple contaminant mixture into the upstream air flow ; measuring, with a contaminant measurement device , downstream concentrations for each contaminant of the multiple contaminant mixture in the downstream air flow ; and generating, based on the downstream concentrations for each contaminant of the multiple contaminant mixture , test filter breakthrough curves for each contaminant of the multiple contaminant mixture in the downstream air flow , wherein the predetermined upstream concentration is less than or equal to 100 parts per billion, wherein the test filter is a new filter and the downstream concentrations for each contaminant of the multiple contaminant mixture are obtained over a continuous time period ranging from several hundred hours to several thousand hours.
Device for processing workpieces (W), in particular for processing workpieces made of wood, wood materials or the like, comprising: a support section for holding a workpiece (W), a carrier section , in particular a boom, a portal or articulated arm robot, said carrier section holding a work unit , wherein the work unit holds a die (35, 35', 35") which can be placed against a workpiece and a feed unit for feeding a forming material into an inlet opening (36, 36', 36") of the die (35, 35', 35"), said die (35, 35', 35") having a cavity (37, 37', 37") for forming a component (B) and an outlet opening , characterised in that the die comprises two die halves which can be moved relative to one another. a support section for holding a workpiece (W), a carrier section , in particular a boom, a portal or articulated arm robot, said carrier section holding a work unit , wherein the work unit holds a die (35, 35', 35") which can be placed against a workpiece and a feed unit for feeding a forming material into an inlet opening (36, 36', 36") of the die (35, 35', 35"), said die (35, 35', 35") having a cavity (37, 37', 37") for forming a component (B) and an outlet opening , characterised in that the die comprises two die halves which can be moved relative to one another.
A cell preparation for use in preventing and/or treating diabetic skin ulcer, comprising pluripotent stem cells positive for SSEA-3 isolated from biological mesenchymal tissue or cultured mesenchymal cells wherein said pluripotent stem cells have a plurality of properties, said plurality of properties comprising: (i) being CD105-positive; (ii) low or absent telomerase activity; (iii) ability to differentiate into any of the three germ layers; (iv) absence of neoplastic proliferation; and (v) self-renewal ability. (i) being CD105-positive; (ii) low or absent telomerase activity; (iii) ability to differentiate into any of the three germ layers; (iv) absence of neoplastic proliferation; and (v) self-renewal ability.
An anhydrous antiperspirant aerosol composition comprising a 1 to 50% by weight of antiperspirant active which is activated aluminium chlorohydrate or activated aluminium sesquichlorohydrate; and b 0.5 to 3% by weight of a sugar alcohol selected from D-sorbitol or xylitol a 1 to 50% by weight of antiperspirant active which is activated aluminium chlorohydrate or activated aluminium sesquichlorohydrate; and b 0.5 to 3% by weight of a sugar alcohol selected from D-sorbitol or xylitol
An imaging system , comprising: an optical channel configured to transfer light, a first sensor configured to generate first image data by imaging an object along a first optical path , and a second sensor configured to generate second image data by imaging the object along a second optical path , wherein the first sensor and the second sensor are focus shifted, wherein the first optical path and the second optical path are guided at least partly through the optical channel , and wherein the optical channel is partly rotatable such that a field of view of the first sensor and the second sensor is variable. an optical channel configured to transfer light, a first sensor configured to generate first image data by imaging an object along a first optical path , and a second sensor configured to generate second image data by imaging the object along a second optical path , wherein the first sensor and the second sensor are focus shifted, wherein the first optical path and the second optical path are guided at least partly through the optical channel , and wherein the optical channel is partly rotatable such that a field of view of the first sensor and the second sensor is variable.
Differential having a brake device , comprising a drive shaft , two output shafts , a differential housing which has an inlet opening for the drive shaft and two opposite outlet openings for the output shafts , and having a differential cage , wherein the at least one brake device is a drum brake which has a passive element , which exhibits a cylindrical frictional surface, and brake shoes , the frictional surfaces of which brake shoes can be placed against the cylindrical frictional surface of the passive element , wherein the passive element is fastened to the differential cage and/or to one of the shafts in such a way that its cylindrical frictional surface is arranged coaxially in relation to the respective opening , and wherein the brake shoes are held in a pivotable manner on a carrier plate which is flange-connected to an edge of said opening .