mhurhangee/ep-ind-claims huggingface dataset:
A method of equalizing an audio signal within a processing device, the method comprising: dividing frequency coefficients of a portion of the audio signal into a plurality of sub-bands, wherein each sub-band includes one or more frequency coefficients; for one or more of the plurality of sub-bands, using the processing device to: a) determine at least one mastering signal magnitude based in part upon (i) a pre-determined mastering sound pressure level of the audio signal when mastered and (ii) the frequency coefficients of the one or more sub-bands, b) determine at least one playback signal magnitude based in part upon a master volume level of a playback device, c) generate first equal loudness curve data based upon the mastering signal magnitude, d) generate second equal loudness curve data based upon the playback signal magnitude; developing compensation data based upon the first and second equal loudness curve data within the one or more sub-bands; compensating the frequency coefficients of the portion of the audio signal using the compensation data; and transforming the compensated frequency coefficients within the sub-bands to produce an equalized audio signal. dividing frequency coefficients of a portion of the audio signal into a plurality of sub-bands, wherein each sub-band includes one or more frequency coefficients; for one or more of the plurality of sub-bands, using the processing device to: a) determine at least one mastering signal magnitude based in part upon (i) a pre-determined mastering sound pressure level of the audio signal when mastered and (ii) the frequency coefficients of the one or more sub-bands, b) determine at least one playback signal magnitude based in part upon a master volume level of a playback device, c) generate first equal loudness curve data based upon the mastering signal magnitude, d) generate second equal loudness curve data based upon the playback signal magnitude; a) determine at least one mastering signal magnitude based in part upon (i) a pre-determined mastering sound pressure level of the audio signal when mastered and (ii) the frequency coefficients of the one or more sub-bands, b) determine at least one playback signal magnitude based in part upon a master volume level of a playback device, c) generate first equal loudness curve data based upon the mastering signal magnitude, d) generate second equal loudness curve data based upon the playback signal magnitude; developing compensation data based upon the first and second equal loudness curve data within the one or more sub-bands; compensating the frequency coefficients of the portion of the audio signal using the compensation data; and transforming the compensated frequency coefficients within the sub-bands to produce an equalized audio signal.
A clutch unit comprising: an input-side clutch section configured to control transmission and interruption of rotational torque input by a rotation of an operation lever; and an output-side clutch section configured to transmit the rotational torque from the input-side clutch section to an output side and interrupt rotational torque that is reversely input from the output side, the input-side clutch section including a side plate to which the operation lever is fixed and an outer ring member that fits with the side plate, and the output-side clutch section including a stationary member whose rotation is restricted, characterized in that an angle regulating part configured to regulate a rotation angle of the operation lever is disposed radially inside of outer peripheral edges of the outer ring member and the stationary member. an input-side clutch section configured to control transmission and interruption of rotational torque input by a rotation of an operation lever; and an output-side clutch section configured to transmit the rotational torque from the input-side clutch section to an output side and interrupt rotational torque that is reversely input from the output side, the input-side clutch section including a side plate to which the operation lever is fixed and an outer ring member that fits with the side plate, and the output-side clutch section including a stationary member whose rotation is restricted, characterized in that an angle regulating part configured to regulate a rotation angle of the operation lever is disposed radially inside of outer peripheral edges of the outer ring member and the stationary member.
Method for the hard fine machining of a toothing or a profile of a workpiece by means of a hard fine machining tool in a hard fine machining machine, wherein the workpiece is clamped on a workpiece spindle and is machined by means of the hard fine machining tool, wherein during or after the machining of the workpiece in the hard fine machining machine at least one signal is measured by means of at least one sensor or a machine controller and is stored in the machine controller, wherein a comparison of the measured signal or at least one variable derived therefrom with stored reference data takes place in the machine controller in such a way that it is checked whether the measured signal or the at least one variable derived therefrom lies within a predefined tolerance, characterized in that in the event that the measured signal or the at least one variable derived therefrom lies at least partially outside the predefined tolerance, the workpiece is measured by means of an additional measuring device after the machining of the workpiece. wherein during or after the machining of the workpiece in the hard fine machining machine at least one signal is measured by means of at least one sensor or a machine controller and is stored in the machine controller, wherein a comparison of the measured signal or at least one variable derived therefrom with stored reference data takes place in the machine controller in such a way that it is checked whether the measured signal or the at least one variable derived therefrom lies within a predefined tolerance, characterized in that in the event that the measured signal or the at least one variable derived therefrom lies at least partially outside the predefined tolerance, the workpiece is measured by means of an additional measuring device after the machining of the workpiece.
Pneumatic vehicle tyre with run-flat properties, comprising a profiled tread, a multi-ply belt assembly, an inner layer composed of at least two inner layer sections (4a, 4b) which make contact in at least one overlap region and which are composed of different rubber mixtures, a carcass which in the bead regions (5, 5') is led, as carcass turn-ups (3a, 3a'), from axially inside to axially outside around tension-resistant cores (6, 6') and around core profiles (7, 7') seated on the cores, and side walls (8, 8') within which there is arranged at least one reinforcement profile (9, 9') which is of crescent-shaped cross section and which is closed in ring-shaped fashion over the circumference of the side wall, characterized in that the inner layer, as viewed in cross section, is composed of five inner layer sections (4a, 4b, 4b', 4c, 4c'), specifically such that the inner layer has a central inner layer section which is arranged radially at the inside below the tread region and which comprises a halobutyl-rubber-containing rubber mixture A, and the inner layer has, on both axial sides, in each case one lateral inner layer section composed of at least one rubber mixture B (4b, 4b') which is free from halobutyl rubber, and, on both axial sides, in each case one lateral inner layer section composed of the rubber mixture A (4c, 4c'), wherein the lateral inner layer sections composed of the rubber mixture A (4c, 4c') extend on each side from an overlap region (14, 14') with the lateral inner layer sections composed of the rubber mixture B (4b, 4b') as far as radially below each bead region (5, 5'), and wherein the lateral inner layer sections composed of the rubber mixture B (4b, 4b') extend on each side from in each case one further overlap region (13, 13') with the central inner layer section composed of the rubber mixture A, which is separate and remote from the respective other further overlap region (13, 13') with the central inner layer section on the other axial side, as far as the overlap region (14, 14') with the lateral inner layer sections composed of the rubber mixture A (4c, 4c').
A header for a combine harvester comprising a header frame, harvesting knives, a rotatable reel and a drive mechanism for driving the rotation of the reel, the reel comprising a central tube that is rotatable about a central rotation axis, a first and second side member (15,16) attached respectively at the outer ends of the tube, a plurality of intermediate members (17,18) mounted on the tube between the side members (15,16), a plurality of tine bars parallel to the tube and connected to the side members (15,16) and intermediate members (17,18) along the circumference of said members, the tine bars being provided with tines for lifting up and guiding crops before they are cut by the knives, characterised in that: • the intermediate members (17,18) are simultaneously pivotable about respective axes oriented transversely with respect to the central axis, so as to be positionable perpendicularly to the central tube and in a range of slanted positions which are stationary with respect to the frame of the header during rotation of the reel, • the tine bars are pivotably connected to the intermediate members, so that the rotation of the reel generates a reciprocating motion of the tine bars in the axial direction of the reel when the intermediate members (17,18) are in a slanted position. • the intermediate members (17,18) are simultaneously pivotable about respective axes oriented transversely with respect to the central axis, so as to be positionable perpendicularly to the central tube and in a range of slanted positions which are stationary with respect to the frame of the header during rotation of the reel, • the tine bars are pivotably connected to the intermediate members, so that the rotation of the reel generates a reciprocating motion of the tine bars in the axial direction of the reel when the intermediate members (17,18) are in a slanted position.
Filling system for filling a slot-like recess in an add-on part fixed to a substrate with a flowable, curable composition, having a filling element, especially a filling disc, which has an introduction opening for introduction of the flowable, curable composition into the slot-like recess and a through-opening for receiving a fixing element, characterised in that the filling system has a filling aid and is configured in such a way that the filling aid at least partly encompasses the filling element in a filling state, and the filling aid together with the filling element forms a first sealing surface for contact with the add-on part for delimitation of a filling volume of the slot-like recess.
A semiconductor structure comprising: a first semiconductor region, a second semiconductor region within the first semiconductor region, and a voltage isolator separating the first and second semiconductor region, the voltage isolator comprising: a nested series of insulating regions around the perimeter of the second semiconductor region, an intermediate semiconductor region between each adjacent pair of nested insulating regions, and a voltage control device comprising a conducting element connected to at least one intermediate semiconductor region in parallel with the at least one insulating region, so as to control a voltage across the at least one insulating region. a first semiconductor region, a second semiconductor region within the first semiconductor region, and a voltage isolator separating the first and second semiconductor region, the voltage isolator comprising: a nested series of insulating regions around the perimeter of the second semiconductor region, an intermediate semiconductor region between each adjacent pair of nested insulating regions, and a voltage control device comprising a conducting element connected to at least one intermediate semiconductor region in parallel with the at least one insulating region, so as to control a voltage across the at least one insulating region. a nested series of insulating regions around the perimeter of the second semiconductor region, an intermediate semiconductor region between each adjacent pair of nested insulating regions, and a voltage control device comprising a conducting element connected to at least one intermediate semiconductor region in parallel with the at least one insulating region, so as to control a voltage across the at least one insulating region.
An apparatus comprising: one or more proton battery cells, each cell comprising: a proton-generating conductor region configured to generate and conduct proton charge carriers in the presence of water; an electron-generating conductor region configured to conduct electrons; a first electrode associated with one of the proton-generating conductor region and the electron-generating conductor region; and a second electrode associated with the other of the proton-generating conductor region and the electron-generating conductor region; a removable barrier layer that is impermeable to water vapor extending over and protecting the one or more cells from water vapor; and a buffer layer that is permeable to water vapor between the one or more cells and the barrier layer; characterized by: a substrate supporting the one or more cells; wherein the removable barrier layer contacts the substrate and forms attractive van der Waals interactions with at least the substrate, the removable barrier layer contacts the buffer layer and is attached more strongly to the substrate than to the buffer layer. one or more proton battery cells, each cell comprising: a proton-generating conductor region configured to generate and conduct proton charge carriers in the presence of water; an electron-generating conductor region configured to conduct electrons; a first electrode associated with one of the proton-generating conductor region and the electron-generating conductor region; and a second electrode associated with the other of the proton-generating conductor region and the electron-generating conductor region; a proton-generating conductor region configured to generate and conduct proton charge carriers in the presence of water; an electron-generating conductor region configured to conduct electrons; a first electrode associated with one of the proton-generating conductor region and the electron-generating conductor region; and a second electrode associated with the other of the proton-generating conductor region and the electron-generating conductor region; a removable barrier layer that is impermeable to water vapor extending over and protecting the one or more cells from water vapor; and a buffer layer that is permeable to water vapor between the one or more cells and the barrier layer; characterized by: a substrate supporting the one or more cells; wherein the removable barrier layer contacts the substrate and forms attractive van der Waals interactions with at least the substrate, the removable barrier layer contacts the buffer layer and is attached more strongly to the substrate than to the buffer layer. a substrate supporting the one or more cells; wherein the removable barrier layer contacts the substrate and forms attractive van der Waals interactions with at least the substrate, the removable barrier layer contacts the buffer layer and is attached more strongly to the substrate than to the buffer layer.
A heat exchanger for cooling or heating blood in external blood circulation comprising an elongated, substantially cylindrical, housing, a plurality of capillaries, which are fastened inside the housing by means of partitions so that they are substantially parallel with the longitudinal axis of the housing and mutually placed in defined distances from, while the housing contains an inlet and an outlet of the cooling/heating liquid and a finishing element at each end, the element containing an input, or output of the cooled/heated liquid, characterised in that it comprises inside the housing at least one laminarizer in the form of a partition with a plurality of openings, always one opening for each capillary, the diameter of the opening being bigger than the outer diameter of the capillary, and laminarizer is placed so that capillaries go through the centre of the openings in the laminarizer, wherein the partitions are placed in the housing so that the mounting space of the partition faces the space for the cooling/heating liquid, and at least one laminarizer and the partition are connected by distance pillars, and said heat exchanger is entirely made of plastics.
A use of a bactericidal agent for gram-positive bacteria containing spores of the fungus Myceliophthora thermophila for non-therapeutically increasing the performance of vertebrates and/or humans by stabilizing the intestinal flora.
L-oxiracetam for use in the prevention or treatment of coma, characterized in that the purity of L-oxiracetam is more than 99.3%, based on the weight percentage.
A system for controlling knock in a plurality of cylinders included in an engine, the system comprising: a plurality of knock sensors; and a controller coupled to each of the plurality of knock sensors, the controller configured to: receive a plurality of cylinder knock values corresponding to each of the plurality of knock sensors, determine an average knock value from the plurality of cylinder knock values, determine a cylinder spark timing offset value that comprises a difference between the average knock value and each of the plurality of cylinder knock values for each cylinder in the plurality of cylinders, determine an average spark timing offset value based on the cylinder spark timing offset value relative to a number of cylinders in the plurality of cylinders, and determine an adjusted spark timing value for each of the plurality of cylinders by subtracting the average spark timing offset value from a spark timing value of each of the plurality of cylinders. a plurality of knock sensors; and a controller coupled to each of the plurality of knock sensors, the controller configured to: receive a plurality of cylinder knock values corresponding to each of the plurality of knock sensors, determine an average knock value from the plurality of cylinder knock values, determine a cylinder spark timing offset value that comprises a difference between the average knock value and each of the plurality of cylinder knock values for each cylinder in the plurality of cylinders, determine an average spark timing offset value based on the cylinder spark timing offset value relative to a number of cylinders in the plurality of cylinders, and determine an adjusted spark timing value for each of the plurality of cylinders by subtracting the average spark timing offset value from a spark timing value of each of the plurality of cylinders. receive a plurality of cylinder knock values corresponding to each of the plurality of knock sensors, determine an average knock value from the plurality of cylinder knock values, determine a cylinder spark timing offset value that comprises a difference between the average knock value and each of the plurality of cylinder knock values for each cylinder in the plurality of cylinders, determine an average spark timing offset value based on the cylinder spark timing offset value relative to a number of cylinders in the plurality of cylinders, and determine an adjusted spark timing value for each of the plurality of cylinders by subtracting the average spark timing offset value from a spark timing value of each of the plurality of cylinders.
A rotary valve comprising a stator a rotor, and a pH sensor wherein the stator includes a plurality of connection ports (131a-137a), wherein the rotor includes interconnection paths for selectively interconnecting said ports by means of rotation of the rotor relative to the stator, and wherein the pH sensor is selectively interconnectable to respective ports via respective interconnection paths, the valve being characterized in that the pH sensor is integrated in the stator.
Method for feeding flat sheet-metal panels to a printing unit or coating unit of a sheet-metal coating machine in a positionally accurate manner, wherein the sheet-metal panels are transported one behind the other in a horizontal position and are aligned as they are being transported, wherein, in order to correct an inclination, the inclination of the respective flat sheet-metal panel is sensed and a first transport device, as the flat sheet-metal panel held by the first transport device is being transported, is rotated about an axis, which extends perpendicular to the transport plane, as a function of the sensed inclination and is displaced transversely to the transport direction, and, in order to correct the lateral position, the lateral position of the respective flat sheet-metal panel is sensed and a second transport device, as the flat sheet-metal panel held by the second transport device is being transported, is displaced transversely to the transport direction, characterized in that the first transport device is displaced transversely to the transport direction by a distance corresponding to the displacement of a respective flat sheet-metal panel transversely to the transport direction that results from the rotation of the first transport device as the respective flat sheet-metal panel is being transported.
A polyimide resin composition comprising a polyimide resin and a fatty acid metal salt, the polyimide resin comprising a repeating structural unit represented by the following formula and a repeating structural unit represented by the following formula, a content ratio of the repeating structural unit of the formula with respect to the total of the repeating structural unit of the formula and the repeating structural unit of the formula being 20 to 70 mol%, the fatty acid metal salt being composed of montanic acid and at least one metal selected from the group consisting of an alkali metal, an alkaline earth metal, and a transition metal: wherein R 1 represents a divalent group having 6 to 22 carbon atoms containing at least one alicyclic hydrocarbon structure; R 2 represents a divalent chain aliphatic group having 5 to 16 carbon atoms; and X 1 and X 2 each independently represent a tetravalent group having 6 to 22 carbon atoms containing at least one aromatic ring, wherein a content of the fatty acid metal salt in the polyimide resin composition is 0.15 to 3 mass%. the polyimide resin comprising a repeating structural unit represented by the following formula and a repeating structural unit represented by the following formula, a content ratio of the repeating structural unit of the formula with respect to the total of the repeating structural unit of the formula and the repeating structural unit of the formula being 20 to 70 mol%, the fatty acid metal salt being composed of montanic acid and at least one metal selected from the group consisting of an alkali metal, an alkaline earth metal, and a transition metal: wherein R 1 represents a divalent group having 6 to 22 carbon atoms containing at least one alicyclic hydrocarbon structure; R 2 represents a divalent chain aliphatic group having 5 to 16 carbon atoms; and X 1 and X 2 each independently represent a tetravalent group having 6 to 22 carbon atoms containing at least one aromatic ring, wherein a content of the fatty acid metal salt in the polyimide resin composition is 0.15 to 3 mass%.