mhurhangee/patent-ind-claim-en huggingface dataset:
A frame loss concealment method, wherein when a segment of a coded signal cannot be reconstructed by a decoder, an available part of a signal prior to this segment is used as a prototype frame, where the prototype frame of length L is extracted from the available signal with a window function w(n) and transformed into a frequency domain, the method comprising: - identifying at least one peak of a magnitude spectrum of the prototype frame; - identifying frequencies in the vicinity of the at least one peak to identify a sinusoidal frequency f k with higher resolution than the frequency resolution of the used frequency domain transform; - calculating a phase shift θ k for a sinusoid k ; - shifting a phase of all spectral coefficients in the prototype frame included in an interval M k around the sinusoid k by θ k while retaining the magnitude of those spectral coefficients; - randomizing phases of spectral coefficients that are not phase shifted; and - creating a substitution frame by performing an inverse frequency transform of a frequency spectrum of the prototype frame. - identifying at least one peak of a magnitude spectrum of the prototype frame; - identifying frequencies in the vicinity of the at least one peak to identify a sinusoidal frequency f k with higher resolution than the frequency resolution of the used frequency domain transform; - calculating a phase shift θ k for a sinusoid k ; - shifting a phase of all spectral coefficients in the prototype frame included in an interval M k around the sinusoid k by θ k while retaining the magnitude of those spectral coefficients; - randomizing phases of spectral coefficients that are not phase shifted; and - creating a substitution frame by performing an inverse frequency transform of a frequency spectrum of the prototype frame.
A composition comprising: - a Lactobacillus rhamnosus CNCM I-3690 strain and - a Lactobacillus paracasei CNCM I-3689 strain wherein the ratio of said Lactobacillus rhamnosus CNCM I-3690 strain to said Lactobacillus paracasei CNCM I-3689 strain (LR α :LP α ) is between 9:1 and 15:1. - a Lactobacillus rhamnosus CNCM I-3690 strain and - a Lactobacillus paracasei CNCM I-3689 strain
A tubular connection comprising: a pin member having external wedge threads configured to engage a box member having corresponding internal wedge threads; and a solid lubricant coating permanently bonded on at least one of the internal and external wedge threads, wherein either the solid lubricant coating comprises at least two material layers, wherein at least one of the at least two layers comprises a corrosion inhibiting coating and at least one of the at least two layers comprises a dry lubricant coating; or the solid lubricant coating is a dry corrosion inhibiting coating combined with a dispersion of particles of solid lubricant therein . a pin member having external wedge threads configured to engage a box member having corresponding internal wedge threads; and a solid lubricant coating permanently bonded on at least one of the internal and external wedge threads, wherein either the solid lubricant coating comprises at least two material layers, wherein at least one of the at least two layers comprises a corrosion inhibiting coating and at least one of the at least two layers comprises a dry lubricant coating; or the solid lubricant coating is a dry corrosion inhibiting coating combined with a dispersion of particles of solid lubricant therein .
A curing method of a resin composite material (1A to 1I), comprising the steps of: a lamination step (S1) of laminating a resin composite material (1A to 1I) on a molding tool ; an electromagnetic wave irradiation step (S2) of irradiating the resin composite material (1A to 1I) laminated on the molding tool with electromagnetic waves (EW) to heat the resin composite material (1A to 1I); and a pressurization step (S3) of pressurizing the surface of the heated resin composite material (1A to 1I), wherein the resin composite material (1A to 1I) is formed by combining a fibrous reinforcing material and a thermosetting or thermoplastic matrix resin , wherein a metal nanomaterial which absorbs electromagnetic waves (EW) and self-heats is added to the matrix resin , wherein the metal nanomaterial is nanofibers or nanocoils, and wherein, in a case where the metal nanomaterial is nanofibers, the nanofibers are manufactured using an electro-spinning method, or, in a case where the metal nanomaterial is nanocoils, the nanocoils are obtained by setting nanofibers manufactured using an electro-spinning method as core portions and forming metal films on the surface of the nanofibers. a lamination step (S1) of laminating a resin composite material (1A to 1I) on a molding tool ; an electromagnetic wave irradiation step (S2) of irradiating the resin composite material (1A to 1I) laminated on the molding tool with electromagnetic waves (EW) to heat the resin composite material (1A to 1I); and a pressurization step (S3) of pressurizing the surface of the heated resin composite material (1A to 1I), wherein the resin composite material (1A to 1I) is formed by combining a fibrous reinforcing material and a thermosetting or thermoplastic matrix resin , wherein a metal nanomaterial which absorbs electromagnetic waves (EW) and self-heats is added to the matrix resin , wherein the metal nanomaterial is nanofibers or nanocoils, and wherein, in a case where the metal nanomaterial is nanofibers, the nanofibers are manufactured using an electro-spinning method, or, in a case where the metal nanomaterial is nanocoils, the nanocoils are obtained by setting nanofibers manufactured using an electro-spinning method as core portions and forming metal films on the surface of the nanofibers.
Arrangement comprising a tower of a wind turbine and a damping device , wherein the tower is situated on a surface , whereby the damping device is arranged between the tower and the surface , characterized in that - the surface is a part of a deck of a vessel or storage site ashore, and the tower is temporarily located on the deck of the vessel or at the storage site ashore, e.g. at a harbor - the surface is a part of a deck of a vessel or storage site ashore, and the tower is temporarily located on the deck of the vessel or at the storage site ashore, e.g. at a harbor
A half thrust bearing for receiving an axial force of a crankshaft of an internal combustion engine, the half thrust bearing having a semi-annular shape and having a sliding surface for receiving the axial force and a back surface opposite to the sliding surface, wherein the sliding surface comprises a plurality of recesses , each recess having a recess surface , wherein the recess surface is recessed from the sliding surface toward the back surface of the half thrust bearing and is convex toward the back surface of the half thrust bearing in cross-sectional view in a circumferential direction of the half thrust bearing , and wherein the recess surface comprises a plurality of circumferential grooves , the circumferential grooves being recessed from the recess surface toward the back surface of the half thrust bearing , and the circumferential grooves extending along the circumferential direction of the half thrust bearing so that smooth surfaces and the circumferential grooves are alternately arranged on the recess surface.
A hitch assembly for coupling a tool to an excavation arm of an excavator, the assembly comprising: - a cylindrical connector having: ∘ a hollow centre extending through at least a portion of the length of the connector ; ∘ a first end coupleable to an excavation arm; and, ∘ a second end coupleable to a tool; - a latching member releasably engageable with the second end of the connector ; wherein in use the second end of the connector receives the tool, and the latching member engages with the connector to releasably couple the tool to the connector ; characterised in that the assembly further comprises: - a frame having first side and an opposing second side ; - a base plate having first face and an opposing second face ; and, - an extendible rod having a first end and a second end; wherein: - the first face of the base plate is removably coupleable to an end of an excavator arm of an excavator; - the second face of the base plate is pivotably attached to the first side of the frame and the first end of the extendible rod ; - the second end of the extendible rod is pivotably attached to the second side of the frame ; and, - the first end of the connector is attached to the second side of the frame , such that the cylindrical connector is coupleable to an excavation arm via the frame ; and wherein, in use, the extendible rod extends and retracts to pivot the frame with respect to the base plate . - a cylindrical connector having: ∘ a hollow centre extending through at least a portion of the length of the connector ; ∘ a first end coupleable to an excavation arm; and, ∘ a second end coupleable to a tool; ∘ a hollow centre extending through at least a portion of the length of the connector ; ∘ a first end coupleable to an excavation arm; and, ∘ a second end coupleable to a tool; - a latching member releasably engageable with the second end of the connector ; wherein in use the second end of the connector receives the tool, and the latching member engages with the connector to releasably couple the tool to the connector ; characterised in that the assembly further comprises: - a frame having first side and an opposing second side ; - a base plate having first face and an opposing second face ; and, - an extendible rod having a first end and a second end; - a frame having first side and an opposing second side ; - a base plate having first face and an opposing second face ; and, - an extendible rod having a first end and a second end; - the first face of the base plate is removably coupleable to an end of an excavator arm of an excavator; - the second face of the base plate is pivotably attached to the first side of the frame and the first end of the extendible rod ; - the second end of the extendible rod is pivotably attached to the second side of the frame ; and, - the first end of the connector is attached to the second side of the frame , such that the cylindrical connector is coupleable to an excavation arm via the frame ;
A method for modeling a thermal circuit of a power inverter, the method characterised by : setting a first input node of the thermal circuit to a first measured temperature; setting a second input node of the thermal circuit to a second measured temperature; determining at least one thermal characteristic of the thermal circuit using, at least, the first measured temperature and the second measured temperature; and determining an operating temperature of the thermal circuit based on the at least one thermal characteristic. setting a first input node of the thermal circuit to a first measured temperature; setting a second input node of the thermal circuit to a second measured temperature; determining at least one thermal characteristic of the thermal circuit using, at least, the first measured temperature and the second measured temperature; and determining an operating temperature of the thermal circuit based on the at least one thermal characteristic.
A method for an automatic setting of parameters of a transmitter configured to perform an amplitude modulation of a carrier signal with a specified modulation factor, according to which method a digital carrier signal is conducted from a transmitter output through an impedance matching block to a connecting terminal of an antenna, characterized in that said method is carried out each time before a communication starts, that an amplitude of said carrier signal at the output of the impedance matching block is measured as a first amplitude value, that a value of the signal amplitude at the output of the impedance matching block is calculated as a second amplitude value, wherein said calculated second amplitude value should be assumed during amplitude modulation in a modulated low-level carrier signal section by the signal resulting from the amplitude modulation with said modulation factor from said carrier signal having an amplitude equal to the first amplitude value, that a transmitter setting is changed to decrease the carrier signal amplitude at the output of the impedance matching block, that an amplitude of a new carrier signal at the output of the impedance matching block is measured as a new amplitude value, that the transmitter setting keeps changing so many times until the new amplitude value is equal to or lower than said second amplitude value or is within a predetermined tolerance range around said second amplitude value and that the parameters of the last new transmitter setting are stored as the parameters of the transmitter setting, by means of which during the amplitude modulation the transmitter generates a signal to be transmitted in the modulated low-level carrier signal sections being amplitude-modulated with the specified modulation factor.
A decorative material comprising a cork sheet and a decorative sheet laminated sequentially on a wooden base material, the decorative sheet having a thickness of more than 0.20 mm and 0.50 mm or less, and the cork sheet having a density of more than 0.3 g/cm 3 and 0.5 g/cm 3 or less, wherein the decorative sheet comprises at least a backer layer, a base material sheet, a picture pattern layer, an adhesive layer, a transparent resin layer, and a transparent surface-protecting layer, with the transparent surface-protecting layer being the uppermost surface layer, the backer layer is a synthetic resin layer and it has a Martens hardness of 10 N/mm 2 or more and 250 N/mm 2 or less, and the Martens hardness (N/mm 2 ) of the backer layer multiplied by the square of the thickness (mm) of the backer layer is 0.3 N or more and 20.0 N or less. wherein the decorative sheet comprises at least a backer layer, a base material sheet, a picture pattern layer, an adhesive layer, a transparent resin layer, and a transparent surface-protecting layer, with the transparent surface-protecting layer being the uppermost surface layer, the backer layer is a synthetic resin layer and it has a Martens hardness of 10 N/mm 2 or more and 250 N/mm 2 or less, and the Martens hardness (N/mm 2 ) of the backer layer multiplied by the square of the thickness (mm) of the backer layer is 0.3 N or more and 20.0 N or less.
A portable terminal for controlling a charge current, comprising: a memory for storing a value indicating a charge capacity of the portable terminal; a charge Integrated Circuit, IC, for controlling a charging power supply to a battery based on at least one of an output voltage and an output current of the charge IC; a detector for detecting the output current, the output voltage and an input voltage of the charge IC, and determining, based on the detected input voltage of the charge IC, a charge capacity of a charge cable which is connected to the portable terminal; and wherein the charge IC is further adapted to reset the charge capacity of the portable terminal in the memory according to the charge capacity of the charge cable, and to interrupt or maintain the supply of a charging power based on the reset charge capacity of the portable terminal when the charge capacity of the charge cable is not equal to the charge capacity of the portable terminal. a memory for storing a value indicating a charge capacity of the portable terminal; a charge Integrated Circuit, IC, for controlling a charging power supply to a battery based on at least one of an output voltage and an output current of the charge IC; a detector for detecting the output current, the output voltage and an input voltage of the charge IC, and determining, based on the detected input voltage of the charge IC, a charge capacity of a charge cable which is connected to the portable terminal; and wherein the charge IC is further adapted to reset the charge capacity of the portable terminal in the memory according to the charge capacity of the charge cable, and to interrupt or maintain the supply of a charging power based on the reset charge capacity of the portable terminal when the charge capacity of the charge cable is not equal to the charge capacity of the portable terminal.
An unfolding bridge having reactive power capability with - a half-bridge with a first input terminal , a second input terminal , and an output terminal , comprising a first bridge switch (S1) connected between the first input terminal and the output terminal and a second bridge switch (S2) connected between the second input terminal and the output terminal , and with - a further half-bridge comprising a first further bridge switch (S5) connected between the first input terminal and a further output terminal and a second further bridge switch (S6) connected between the second input terminal and the further output terminal , - a switch controller for operation of the bridge switches (S1, S2, S5, S6) configured to reverse a connection of the output terminals with the input terminals via the bridge switches (S1, S2, S5, S6) at a zero crossing of an alternating current (I AC ) flowing at the output terminals , characterized in that in a current path between the input terminals via the first bridge switch (S1), the output terminals , and the second further bridge switch (S6), and in a current path between the input terminals , via the first further bridge switch (S5), the output terminals , and the second bridge switch (S2), at least one reverse voltage compensator is arranged configured to selectively shift in periods of time where the arithmetic sign of the alternating current and an alternating voltage between the output terminals differ the electrical potential of the respective input terminal with respect to the respective output terminal between which the reverse voltage compensator is arranged by a compensation voltage (U k ) that is dropped across the reverse voltage compensator , and thereby compensates for a reverse voltage being opposite to the flow of current in the current path in which the reverse voltage compensator is arranged. - a half-bridge with a first input terminal , a second input terminal , and an output terminal , comprising a first bridge switch (S1) connected between the first input terminal and the output terminal and a second bridge switch (S2) connected between the second input terminal and the output terminal , and with - a further half-bridge comprising a first further bridge switch (S5) connected between the first input terminal and a further output terminal and a second further bridge switch (S6) connected between the second input terminal and the further output terminal , - a switch controller for operation of the bridge switches (S1, S2, S5, S6) configured to reverse a connection of the output terminals with the input terminals via the bridge switches (S1, S2, S5, S6) at a zero crossing of an alternating current (I AC ) flowing at the output terminals ,
An X-ray imaging system element for determining a breast thickness, comprising a first compression element ; and a second compression element ; wherein the first compression element and the second compression element are movable relative to one another; wherein a breast is introducible between the first compression element and the second compression element ; wherein the breast is compressible between the first compression element and the second compression element ; wherein the breast is arrangeable asymmetrically between the first compression element and the second compression element, thereby defining a breast proximal region comprising the breast and a breast distal region not comprising the breast of the first compression element and the second compression element, wherein the first compression element is adapted to alter its geometrical shape, wherein the first compression element alters its geometrical shape according to a non-symmetrical deformation, when the breast is compressed between the first compression element and the second compression element ; wherein X-radiation is adapted to penetrate the first compression element , the breast and the second compression element ; wherein the first compression element comprises a plurality of marker lines, each marker line comprising at least three at least partly X-ray opaque marker element ; wherein the imaging system element is adapted to allow detection of an alteration of the geometrical shape of the first compression element , by analysing the marker elements image information in an X-ray image of the breast compressed between the first compression element and the second compression element, wherein the marker elements are arranged in the breast distal region.
Device for counting the score in a game of cards (20, 20a, 20b, 20c, 20d, 20e, ...), comprising: • at least one tray for deposition of the cards (20, 20a, 20b, 20c, ...) by a player in the game ; • a reading head for reading the cards (20, 20a, 20b, 20c, ...) of the player in the game ; • a drive member for subjecting the cards (20, 20a, 20b, 20c, ...) in the tray , one by one, to reading by the head ; • means for counting and means for storing the points totalled by the said player in the game , said points being counted taking into account all the readings carried out by the head on the cards (20, 20a, 20b, 20c, ...) of the player, characterized in that it comprises a plurality of trays for deposition of the cards by a plurality of players, said plurality of trays being associated with said single reading head . • . • at least one tray for deposition of the cards (20, 20a, 20b, 20c, ...) by a player in the game ; • a reading head for reading the cards (20, 20a, 20b, 20c, ...) of the player in the game ; • a drive member for subjecting the cards (20, 20a, 20b, 20c, ...) in the tray , one by one, to reading by the head ; • means for counting and means for storing the points totalled by the said player in the game , said points being counted taking into account all the readings carried out by the head on the cards (20, 20a, 20b, 20c, ...) of the player, characterized in that it comprises a plurality of trays for deposition of the cards by a plurality of players, said plurality of trays being associated with said single reading head . • .
System for removing sharp edges on a pipe coupling of a drill string (50, comprising: a receiving unit arranged in a riser, landing string or in other connections between the drill deck and a wellhead, and above a sealing arrangement that is used during pressure controlled drilling for dynamic sealing around the drill string , wherein the receiving unit is arranged to receive a grinding unit , wherein the grinding unit is equipped with at least one grinding element , and the grinding unit is locked into the receiving unit after the grinding unit is driven into the receiving unit with the help of the drill string or a suitable running tool. a receiving unit arranged in a riser, landing string or in other connections between the drill deck and a wellhead, and above a sealing arrangement that is used during pressure controlled drilling for dynamic sealing around the drill string , wherein the receiving unit is arranged to receive a grinding unit , wherein the grinding unit is equipped with at least one grinding element , and the grinding unit is locked into the receiving unit after the grinding unit is driven into the receiving unit with the help of the drill string or a suitable running tool.