mhurhangee/ep-ind-claims huggingface dataset:
A terminal comprising: a receiving section that receives a first configuration which includes parameters common to a first physical uplink shared channel, PUSCH, transmission corresponding to configured grant type 1 and a second PUSCH transmission corresponding to configured grant type 2, and receives a second configuration for a third PUSCH transmission scheduled by a dynamic grant; and a control section that performs one of the first PUSCH transmission and the second PUSCH transmission, based on the first configuration, and performs the third PUSCH transmission based on the second configuration. a receiving section that receives a first configuration which includes parameters common to a first physical uplink shared channel, PUSCH, transmission corresponding to configured grant type 1 and a second PUSCH transmission corresponding to configured grant type 2, and receives a second configuration for a third PUSCH transmission scheduled by a dynamic grant; and a control section that performs one of the first PUSCH transmission and the second PUSCH transmission, based on the first configuration, and performs the third PUSCH transmission based on the second configuration.
A method for denoising marine seismic data recorded with first and second seismic sensors, said first seismic sensor being a hydrophone and said second seismic sensor being a geophone or an accelerometer, the method comprising: receiving first seismic data recorded with the first sensor in a time-space domain; receiving second seismic data recorded with the second sensor in the time-space domain, wherein the first and second seismic data are recorded at the same locations underwater; calculating with a processor models of the first and second seismic data in a transform domain that is different from the time-space domain; performing a wavefield separation using the first and second datasets in the transform domain; characterized in that it further comprises: determining a noise in the transform domain corresponding to the second seismic data based on the wavefield separation; reverse transforming the noise from the transform domain into the time-space domain; and denoising the second seismic data by subtracting the noise in the time-space domain from the second seismic data. receiving first seismic data recorded with the first sensor in a time-space domain; receiving second seismic data recorded with the second sensor in the time-space domain, wherein the first and second seismic data are recorded at the same locations underwater; calculating with a processor models of the first and second seismic data in a transform domain that is different from the time-space domain; performing a wavefield separation using the first and second datasets in the transform domain; characterized in that it further comprises: determining a noise in the transform domain corresponding to the second seismic data based on the wavefield separation; reverse transforming the noise from the transform domain into the time-space domain; and denoising the second seismic data by subtracting the noise in the time-space domain from the second seismic data. determining a noise in the transform domain corresponding to the second seismic data based on the wavefield separation; reverse transforming the noise from the transform domain into the time-space domain; and denoising the second seismic data by subtracting the noise in the time-space domain from the second seismic data.
A valve assembly for a high-pressure fluid reservoir, comprising: an isolation valve having a coil that is selectively energizable, an armature that is moveable between a first position when the coil is energized and a second position when the coil is de-energized, and an isolation valve seal coupled to the armature; a float valve having a float; a housing that houses both the isolation valve and the float valve, the housing having a port that is opened and closed by the float valve; characterized in the float has a passage at a bottom portion and an orifice at a top portion, wherein the isolation valve seal is aligned to open and close the passage; an isolation valve having a coil that is selectively energizable, an armature that is moveable between a first position when the coil is energized and a second position when the coil is de-energized, and an isolation valve seal coupled to the armature; a float valve having a float; a housing that houses both the isolation valve and the float valve, the housing having a port that is opened and closed by the float valve; characterized in the float has a passage at a bottom portion and an orifice at a top portion, wherein the isolation valve seal is aligned to open and close the passage;
A computer-implemented method, comprising: producing, by a production application executing in a production environment production data corresponding to one or more memory snapshots or dumps that represent the memory state of the production application at a particular time; identifying in the production data, by a first executed component, one or more locations of instances of sensitive production data based on a code annotation in the production application; searching, by the first executed component, the production data produced by the production application for other instances of the sensitive production data; generating, by the first executed component, a mask for the sensitive production data that conceals the sensitive production data; maintaining metadata regarding the sensitive production data; and masking, by the first executed component, the instances of the sensitive production data whose location has been identified and the other instances of the sensitive production data found by the searching by replacing the sensitive production data with the mask. producing, by a production application executing in a production environment production data corresponding to one or more memory snapshots or dumps that represent the memory state of the production application at a particular time; identifying in the production data, by a first executed component, one or more locations of instances of sensitive production data based on a code annotation in the production application; searching, by the first executed component, the production data produced by the production application for other instances of the sensitive production data; generating, by the first executed component, a mask for the sensitive production data that conceals the sensitive production data; maintaining metadata regarding the sensitive production data; and masking, by the first executed component, the instances of the sensitive production data whose location has been identified and the other instances of the sensitive production data found by the searching by replacing the sensitive production data with the mask.
A method of stacking sheets that are successively supplied to a stacker module, the method comprising the steps of: - stacking the successive sheets on top of a stack forming on a lift table; - lowering the lift table as the stack grows; and - activating an eject mechanism for transferring a completed stack from the lift table onto an eject table, characterized by the steps of: - determining a target height of a stack to be formed on the lift table; - moving the eject mechanism and the eject table to a height position at which the lift table will arrive as soon as the stack has reached the target height; and - activating the eject mechanism as soon as the lift table has arrived in that height position. - stacking the successive sheets on top of a stack forming on a lift table; - lowering the lift table as the stack grows; and - activating an eject mechanism for transferring a completed stack from the lift table onto an eject table, - determining a target height of a stack to be formed on the lift table; - moving the eject mechanism and the eject table to a height position at which the lift table will arrive as soon as the stack has reached the target height; and - activating the eject mechanism as soon as the lift table has arrived in that height position.
A computer implemented method for modeling frequency usage in a radio communications system comprising a plurality of stations, each station having a plurality of radio transmitters, wherein the modeling frequency usage comprises choosing a probability distribution over a spectrum of frequencies available to the radio transmitters and assigning frequencies to the radio transmitters based on the chosen probability distribution, and the frequency usage of at least one of said stations is determined based on a probability fup ik of one of said plurality of stations i using a predetermined frequency k, said probability fup ik of said station i using said predetermined frequency k being determined based on the probabilities fap mk of said plurality of radio transmitters in said station i being assigned said predetermined frequency k.
A non-invasive biolipid concentration measuring device configured to non-invasively measure a blood lipid concentration in a living body, the non-invasive biolipid concentration measuring device comprising: an irradiator configured to emit light having a given light intensity toward an inside of the living body from an outside; a light intensity detector disposed at a position separated by a given distance from an irradiation position to which light is emitted by the irradiator, the light intensity detector being configured to detect a light intensity of light emitted from the living body; a scattering coefficient calculator configured to calculate a light scattering coefficient in the living body based on the light intensity detected by the light intensity detector; and a lipid concentration calculator configured to calculate a lipid concentration in the blood based on the light scattering coefficient calculated by the scattering coefficient calculator, characterized in that the scattering coefficient calculator calculates an effective attenuation coefficient from a gradient of an attenuation rate of the light intensity with respect to an irradiation-detection distance between the irradiation position and a detection position at which the light intensity is detected by the light intensity detector, and calculates a light scattering coefficient in the living body from the effective attenuation coefficient. an irradiator configured to emit light having a given light intensity toward an inside of the living body from an outside; a light intensity detector disposed at a position separated by a given distance from an irradiation position to which light is emitted by the irradiator, the light intensity detector being configured to detect a light intensity of light emitted from the living body; a scattering coefficient calculator configured to calculate a light scattering coefficient in the living body based on the light intensity detected by the light intensity detector; and a lipid concentration calculator configured to calculate a lipid concentration in the blood based on the light scattering coefficient calculated by the scattering coefficient calculator, characterized in that the scattering coefficient calculator calculates an effective attenuation coefficient from a gradient of an attenuation rate of the light intensity with respect to an irradiation-detection distance between the irradiation position and a detection position at which the light intensity is detected by the light intensity detector, and calculates a light scattering coefficient in the living body from the effective attenuation coefficient.
A method for embedding an invisible digital watermark in a half-tone image, comprising: inputting a half-tone image to be embedded with a watermark; determining the watermark to be embedded; establishing cluster centers of stochastically clustered (stoclustic) screens in the input image; embedding a phase-shifted cluster of tiles containing the watermark into the input image by importing a sequence of tiles, the tiles comprising the phase-shifted cluster and corresponding to the desired watermark, the sequence of tiles shifting the phase-shifted cluster from zero phase shift to n phase shift and back to zero phase shift; repeating the determining, establishing and embedding steps until all watermarks have been embedded; and outputting the image containing the embedded invisible digital watermark. inputting a half-tone image to be embedded with a watermark; determining the watermark to be embedded; establishing cluster centers of stochastically clustered (stoclustic) screens in the input image; embedding a phase-shifted cluster of tiles containing the watermark into the input image by importing a sequence of tiles, the tiles comprising the phase-shifted cluster and corresponding to the desired watermark, the sequence of tiles shifting the phase-shifted cluster from zero phase shift to n phase shift and back to zero phase shift; repeating the determining, establishing and embedding steps until all watermarks have been embedded; and outputting the image containing the embedded invisible digital watermark.
A seal structure comprising a pair of casings (31, 41); and a metal gasket which is arranged between the pair of casings (31, 41), wherein said metal gasket is provided with a planate outer peripheral portion, a bead portion (lid) which is formed by rising up from an inner peripheral end portion of said outer peripheral portion, to one side in a gasket thickness direction, and a bent portion (lie) which is formed by being bent from an outer peripheral end portion of said outer peripheral portion to the other side in the gasket thickness direction, and said bead portion (lid) and said bent portion (lie) are arranged so that the bead portion (lid) is directed to one casing and the bent portion (lie) is directed to the other casing in an initial arrangement before said metal gasket is pinched by said pair of casings (31, 41), and wherein said bead portion (lid) elastically deforms so as to reduce its height and said outer peripheral portion elastically deforms on the basis of the elastic deformation of said bead portion when said metal gasket is pinched by said pair of casings (31, 41), an outer peripheral end portion of said outer peripheral portion comes into contact with said one casing at this time, whereby any gap in which salt water could stay is not formed between said one casing and said outer peripheral portion, and said bent portion comes into contact with said other casing, whereby any gap in which the salt water could stay is not formed between said other casing and said outer peripheral portion, characterized in that said bent portion protrudes to an outer side from between the pair of casings (31, 41).
A medical food for use in the prevention, treatment, or amelioration of one or more symptoms associated with metabolic syndrome comprising a highly viscous polysaccharide dietary fiber composition comprising a viscous fiber blend or complex thereof, comprising from 48% to 90% (w/w) glucomannan, from 5% to 20% (w/w) xanthan gum, and from 5% to 30% (w/w) alginate, and at least one macronutrient selected from the group consisting of protein, carbohydrate, and fat, the medical food being compounded for the prevention, treatment, or amelioration of one or more symptoms associated with metabolic syndrome; wherein the one or more symptoms are selected from the group consisting of glucose induced organ damage, lipid accumulation in the liver and loss of pancreatic beta cells.
Naltrexone for use in the oral treatment of breakthrough depression comprising depressive relapse and recurrence in a subject undergoing treatment with at least one dopamine active anti-depressant agent, dopamine active augmenting agent, serotonin-norepinephrine reuptake inhibitor (SNRI), selective serotonin re-uptake inhibitor (SSRI), and/or norepinephrine-dopamine reuptake inhibitor (NDRI), wherein the naltrexone is used at a dose of 0.9-1.1 mg per day.
Profile strip for supporting a dimpled sheet protecting the outer wall of buildings up to its upper edge, having a first profile part that forms a rear contact surface for contacting the wall and a second profile part that has a dimpled sheet receptacle and an anchoring section that has a lower anchoring bar, wherein the dimpled sheet is a plastic sheet that is provided with a plurality of dimples arranged in parallel, wherein an upper end of the dimpled sheet, that is a row of dimples, can be inserted into the dimpled sheet receptacle, wherein, at the first profile part, a counter surface is formed by a bar engaging into the dimpled sheet receptacle, wherein, in the second profile part, which is mounted on the first profile part, the dimpled sheet receptacle opens towards the first profile part, and the second profile part can be moved relative to the first profile part, characterised in that, through cooperation of the lower anchoring bar of the anchoring section on the counter surface in a translational downward sliding relative movement of the first profile part and the second profile part (1, 2), a clamping gap delimited by a clamping gap counter surface, which is preferably formed by the first profile part and a lower boundary of the dimpled sheet receptacle, is reduced by a tensile load of the dimpled sheet.
Glazed and laminated motor vehicle roof with variable light transmission, offering enhanced optical and thermal comfort, comprising two outer and inner sheets of glass joined by means of thermoplastic separating sheets, a light transmission regulation assembly of liquid crystal film type incorporated in the lamination between the two sheets of glass, and a system of low-emissive layers disposed facing 4 the glazing, glazing whose light transmission in the activated state of the LC film, measured according to EN 410 with integration sphere, is at most 50% and preferably at most 40% and particularly preferably at most 30%, and in which the system of low-emissive layers is constructed as electrodes of a capacitive switch controlling the liquid crystal film.
Security document which is made up of a number of layers that are interconnected by means of lamination and comprise a substrate, a printed layer having security-relevant information and a cover layer, wherein the printed layer is arranged between the substrate and the cover layer, wherein - the cover layer has a security element having a structure (21, 23) which comprises structural elements that have dimensions of less than 200 micrometers; - the cover layer is a transparent layer; - the structural elements are formed as holes; - the structural elements are formed such that, when viewed perpendicularly to the surface, the structure (21, 23) is not visible to the naked eye and underlying information of the printed layer remains discernible; - the structural elements are formed such that, when viewed at an acute angle, the structure (21, 23) is visible as a matte surface and, when the incidence of light is inclined, shows the effect of an optical grating by the spectral colors of the incident light becoming visible; and - the structure comprises individualizing information about an owner of the security document. - the cover layer has a security element having a structure (21, 23) which comprises structural elements that have dimensions of less than 200 micrometers; - the cover layer is a transparent layer; - the structural elements are formed as holes; - the structural elements are formed such that, when viewed perpendicularly to the surface, the structure (21, 23) is not visible to the naked eye and underlying information of the printed layer remains discernible; - the structural elements are formed such that, when viewed at an acute angle, the structure (21, 23) is visible as a matte surface and, when the incidence of light is inclined, shows the effect of an optical grating by the spectral colors of the incident light becoming visible; and - the structure comprises individualizing information about an owner of the security document.
A turboprop comprising a propeller shaft and a gas generator running along said propeller shaft, this gas generator comprising a high-pressure shaft and a hollow low-pressure shaft both extending along the same longitudinal axis (AX'), the low-pressure shaft having a rear end coupled to a rear end of the propeller shaft via a reducer characterized in that it includes an accessory box contiguous to the reducer, and coupled to the rear end of the high-pressure shaft via a drive shaft passing through the low-pressure shaft.
Method for the production of polycrystalline nanodiamonds from graphite, characterized by comprising the following steps: a. submitting a graphitic material to a vacuum below 0.1 Pa; and b. irradiating the graphitic material under vacuum with ultraviolet radiation having an energy above 5 eV. a. submitting a graphitic material to a vacuum below 0.1 Pa; and b. irradiating the graphitic material under vacuum with ultraviolet radiation having an energy above 5 eV.
A method for preparing polycondensation products from guanidine, aminoguanidine or diaminoguanidine G with one or more benzyl or allyl derivatives BA according to the following reaction scheme: wherein each X independently represents a leaving group; each R 1 independently represents either an aromatic ring system with at least one aromatic ring, optionally containing one or more hetero atoms selected from O, N and S and optionally being substituted with one or two vinyl groups to which the -CH 2 -X group(s) is/are bound, or represents ethylene; Gua represents a guanidindiyl, aminoguanidindiyl or diaminoguanidindiyl residue; Y represents H-Gua, and Z represents H; or Y and Z together represent a chemical bond to obtain a cyclic structure; and n is ≥ 2; wherein at least one benzyl or allyl derivative BA is subjected to a polycondensation reaction with excess guanidine, aminoguanidine or diaminoguanidine G upon elimination of HX in order to provide a polyguanidine corresponding to the following formula, or: or having a cyclic structure resulting from cyclization upon elimination of a corresponding guanidine, or a salt of said polyguanidine. each X independently represents a leaving group; each R 1 independently represents either an aromatic ring system with at least one aromatic ring, optionally containing one or more hetero atoms selected from O, N and S and optionally being substituted with one or two vinyl groups to which the -CH 2 -X group(s) is/are bound, or represents ethylene; Gua represents a guanidindiyl, aminoguanidindiyl or diaminoguanidindiyl residue; Y represents H-Gua, and Z represents H; or Y and Z together represent a chemical bond to obtain a cyclic structure; and n is ≥ 2;
A camera system for a vehicle, the camera system comprising a camera and an image evaluation unit, wherein - the camera is adapted to be arranged in an interior of the vehicle behind a windowpane of the vehicle so that the camera can record an image sequence with multiple external recordings of external surroundings of the vehicle through the windowpane, and - the image evaluation unit is adapted to detect static image components, which are projected into the external recordings by reflections, in the external recordings of the image sequence based on previously known structures (11, 12), wherein the previously known structures (11, 12) are stored in an image file which can be accessed by the camera, and to extract the detected static image components from the external recordings of the image sequence. - the camera is adapted to be arranged in an interior of the vehicle behind a windowpane of the vehicle so that the camera can record an image sequence with multiple external recordings of external surroundings of the vehicle through the windowpane, and - the image evaluation unit is adapted to detect static image components, which are projected into the external recordings by reflections, in the external recordings of the image sequence based on previously known structures (11, 12), wherein the previously known structures (11, 12) are stored in an image file which can be accessed by the camera, and to extract the detected static image components from the external recordings of the image sequence.