mhurhangee/ep-ind-claims huggingface dataset:
A method of reducing false alarms issued by a radar installation, the method comprising the steps of:- establishing a clutter map corresponding to a surveillance area; populating the clutter map with plots derived from plot data returned from the radar installation over a number of looks; identifying an apparent target; generating one or more cells in the clutter map dependent on the location of the plot data contained in the clutter map and a channel ccupied by the apparent target and introducing a coarse regular grid of cells to the clutter map; calculating a clutter density associated with the, or each, cell; and determining a status of the apparent target dependent on the, or each, clutter density, characterised in that the method further comprises the steps of: monitoring a clutter density associated with each cell as calculated in the calculating step; and dividing any cell into two or more sub-cells when the clutter density of the respective cell reaches, or exceeds, a threshold value, to thereby refine the grid in areas having a dense population of clutter. establishing a clutter map corresponding to a surveillance area; populating the clutter map with plots derived from plot data returned from the radar installation over a number of looks; identifying an apparent target; generating one or more cells in the clutter map dependent on the location of the plot data contained in the clutter map and a channel ccupied by the apparent target and introducing a coarse regular grid of cells to the clutter map; calculating a clutter density associated with the, or each, cell; and determining a status of the apparent target dependent on the, or each, clutter density, characterised in that the method further comprises the steps of: monitoring a clutter density associated with each cell as calculated in the calculating step; and dividing any cell into two or more sub-cells when the clutter density of the respective cell reaches, or exceeds, a threshold value, to thereby refine the grid in areas having a dense population of clutter. monitoring a clutter density associated with each cell as calculated in the calculating step; and dividing any cell into two or more sub-cells when the clutter density of the respective cell reaches, or exceeds, a threshold value, to thereby refine the grid in areas having a dense population of clutter.
A screw set (11, 21) comprising: a screw body including a fixing threaded portion; and a nut screw fitted to a male threaded portion formed on an outer peripheral surface of the screw body; characterized in that at least one of the male threaded portion or a female threaded portion of the nut includes a sliding means such that a screw fitting force of the male threaded portion and the female threaded portion is weaker than a screw fitting force in the fixing threaded portion, and the sliding means includes a fluorine coating or another material having low friction coefficient and lubricating property such as molybdenum dioxide, lubricating oil. a screw body including a fixing threaded portion; and a nut screw fitted to a male threaded portion formed on an outer peripheral surface of the screw body; characterized in that at least one of the male threaded portion or a female threaded portion of the nut includes a sliding means such that a screw fitting force of the male threaded portion and the female threaded portion is weaker than a screw fitting force in the fixing threaded portion, and the sliding means includes a fluorine coating or another material having low friction coefficient and lubricating property such as molybdenum dioxide, lubricating oil.
An apparatus for splitting up articles of tobacco industry into fragments, wherein a rod-like article (1, 2) comprises a filling material (A, B, C, D) wrapped in a wrapper, and wherein the apparatus comprises: - a carrying unit (3, 13) with recesses (6, 16) arranged to receive the rod-like articles (1, 2), - a holding unit (4, 14) arranged to hold the rod-like article (1, 2) in the recess (6, 16) of the carrying unit (3, 13), and - a splitting unit (5, 7, 8, 15) comprising a pressing surface (5A, 5B, 7A, 9B, 15A), wherein the pressing surface (5A, 5B, 7A, 9B, 15A) is positioned adjacently to the carrying unit (3, 13), wherein the distance (e, c, d, f, h, n) between the pressing surface (5A, 5B, 7A, 9B, 15A) and the bottom of the recess (6, 16) decreases during movement of the carrying element (3, 13), which causes dislocation of a fragment of the rod-like article (1, 2) that is outside the recess (6, 16) and creates a breaking stress in the wrapper material at a boundary between the fragment located in the recess (6, 16) and the fragment located outside the recess (6, 16). - a carrying unit (3, 13) with recesses (6, 16) arranged to receive the rod-like articles (1, 2), - a holding unit (4, 14) arranged to hold the rod-like article (1, 2) in the recess (6, 16) of the carrying unit (3, 13), and - a splitting unit (5, 7, 8, 15) comprising a pressing surface (5A, 5B, 7A, 9B, 15A), wherein the pressing surface (5A, 5B, 7A, 9B, 15A) is positioned adjacently to the carrying unit (3, 13), wherein the distance (e, c, d, f, h, n) between the pressing surface (5A, 5B, 7A, 9B, 15A) and the bottom of the recess (6, 16) decreases during movement of the carrying element (3, 13), which causes dislocation of a fragment of the rod-like article (1, 2) that is outside the recess (6, 16) and creates a breaking stress in the wrapper material at a boundary between the fragment located in the recess (6, 16) and the fragment located outside the recess (6, 16).
A sterile surgical drape comprising a cover portion for a tracking reference array, wherein at least a part of the cover portion is formed inherently stable and has a form adapted to accommodate multiple tracking markers of a tracking reference array for computer-assisted surgery, characterized in that the cover portion has areas with minimized retro-reflection characteristics, which have a surface or surface structure avoiding reflections.
A computer-implemented image reprojection method comprising at a logic subsystem: dividing a depth buffer of depth values corresponding to an image produced based on a predicted pose into a plurality of tiles; for each tile of the plurality of tiles, calculating a planar deviation error value that estimates a geometric complexity of the tile and penalizes the tile in proportion to an extent to which a geometry of the tile deviates from a plane; producing a tessellated mesh of the plurality of tiles based on the planar deviation error values calculated for the plurality of tiles; receiving an updated pose; rendering the tessellated mesh based on the updated pose to produce a reprojected image identifying one or more areas in the reprojected image that were previously occluded based on the predicted pose and then uncovered based on the updated pose, where the one or more areas are identified based on primitives in the one or more areas being distorted by more than a threshold; and infilling the one or more areas in the reprojected image to produce an infilled reprojected image. dividing a depth buffer of depth values corresponding to an image produced based on a predicted pose into a plurality of tiles; for each tile of the plurality of tiles, calculating a planar deviation error value that estimates a geometric complexity of the tile and penalizes the tile in proportion to an extent to which a geometry of the tile deviates from a plane; producing a tessellated mesh of the plurality of tiles based on the planar deviation error values calculated for the plurality of tiles; receiving an updated pose; rendering the tessellated mesh based on the updated pose to produce a reprojected image identifying one or more areas in the reprojected image that were previously occluded based on the predicted pose and then uncovered based on the updated pose, where the one or more areas are identified based on primitives in the one or more areas being distorted by more than a threshold; and infilling the one or more areas in the reprojected image to produce an infilled reprojected image.
A base station in a master cell group configured to establish a bearer to a mobile station together with a base station in a secondary cell group for communication, comprising: a data transfer instruction unit configured to transmit to the base station in the secondary cell group an instruction regarding transfer of downlink data in the base station in the secondary cell group to the base station in the master cell group upon deletion or modification of the secondary cell group or upon deletion of the bearer in the secondary cell group; a reception unit configured to receive the downlink data transferred from the base station in the secondary cell group according to the instruction; and a transmission unit configured to transmit the received downlink data to the mobile station, characterised in, that for a plurality of bearers established in the base station in the secondary cell group, the data transfer instruction unit is further configured to provide the instruction for each of the plurality of bearers. a data transfer instruction unit configured to transmit to the base station in the secondary cell group an instruction regarding transfer of downlink data in the base station in the secondary cell group to the base station in the master cell group upon deletion or modification of the secondary cell group or upon deletion of the bearer in the secondary cell group; a reception unit configured to receive the downlink data transferred from the base station in the secondary cell group according to the instruction; and a transmission unit configured to transmit the received downlink data to the mobile station, characterised in, that for a plurality of bearers established in the base station in the secondary cell group, the data transfer instruction unit is further configured to provide the instruction for each of the plurality of bearers.
Method for decreasing the antinutritive effect of glucosinolate content of rapeseed or a rape product remaining after the partial or complete recovery of the oil content of rapeseed, which method consists of the step of contacting the rapeseed or the rape product or its mixture prepared with one or more other feeds with an intercalation complex of an element belonging to the main group 2 or 3 of the periodic table selected from Al, Ca and Mg formed with an anion and one or more polymers.
A computer-implemented method for generating a synthetic elastography image, the method comprising the steps of a) receiving B-mode ultrasound images of a region of interest at the frame rate of B-mode ultrasound; b) generating synthetic elastography images of the region of interest at the frame rate of B-mode ultrasound by applying a trained artificial neural network to the B-mode ultrasound images, wherein the artificial neural network has been trained on the basis of machine learning using elastography images generated by an elastography technique as training data. a) receiving B-mode ultrasound images of a region of interest at the frame rate of B-mode ultrasound; b) generating synthetic elastography images of the region of interest at the frame rate of B-mode ultrasound by applying a trained artificial neural network to the B-mode ultrasound images,
Separator for chlor-alkali electrolysis cells comprising zirconium oxide ceramic material particles mechanically bound to a network of organic polymer fibres by embedding said particles into a sintered network of said fibres, said ceramic material particles comprising zirconium chemically bound to hydroxyl groups.
A miniature inductor comprising: a semiconductor substrate; a metal conductive element overlying the semiconductor substrate, said metal conductive element shaped in a spiral as a multiple-turn winding with spacing between turns, the metal conductive element configured with a high aspect ratio defined as a thickness dimension much greater than a width dimension, and wherein turns of the metal conductive element are closely spaced on a scale comparable to the width dimension to attain a tight coupling condition defined as a high coupling coefficient across multiple turns, characterised in that the conductive element includes a silicon core with metal extending along sidewalls of the silicon core. a semiconductor substrate; a metal conductive element overlying the semiconductor substrate, said metal conductive element shaped in a spiral as a multiple-turn winding with spacing between turns, the metal conductive element configured with a high aspect ratio defined as a thickness dimension much greater than a width dimension, and wherein turns of the metal conductive element are closely spaced on a scale comparable to the width dimension to attain a tight coupling condition defined as a high coupling coefficient across multiple turns, characterised in that the conductive element includes a silicon core with metal extending along sidewalls of the silicon core.
A method for receiving by a user equipment, downlink data, the method comprising: repeatedly receiving, by the user equipment, a physical downlink control channel, PDCCH, carrying downlink control information across N consecutive subframes, where N is an integer greater than 1; and characterised by repeatedly receiving, by the user equipment, a physical downlink shared channel, PDSCH, carrying the downlink data, across D consecutive subframes starting from a subframe n+k after a subframe n in which the PDCCH is last received, based on the downlink control information, wherein the downlink control information includes repetition number information for the PDSCH, and D is an integer determined based on the repetition number information, and wherein k is an integer greater than 0. repeatedly receiving, by the user equipment, a physical downlink control channel, PDCCH, carrying downlink control information across N consecutive subframes, where N is an integer greater than 1; and characterised by repeatedly receiving, by the user equipment, a physical downlink shared channel, PDSCH, carrying the downlink data, across D consecutive subframes starting from a subframe n+k after a subframe n in which the PDCCH is last received, based on the downlink control information, wherein the downlink control information includes repetition number information for the PDSCH, and D is an integer determined based on the repetition number information, and wherein k is an integer greater than 0.
A confocal scanner comprising: a first micro lens disk having a plurality of micro lenses arranged thereon; a second micro lens disk having a plurality of micro lenses, which is arranged in correspondence to an arrangement pattern of the first micro lens disk, and having a common rotation axis to the first micro lens disk; and a beam splitter configured to guide an illumination light, which is to be irradiated to an object, to the first micro lens disk, and to guide a return light from the object having passed through each micro lens of the first micro lens disk to the corresponding micro lens of the second micro lens disk, wherein a numerical aperture of each micro lens arranged on the second micro lens disk is greater than a numerical aperture of each micro lens arranged on the first micro lens disk, wherein pinholes on a pinhole disk are arranged at respective focal positions of the respective micro lenses, which are arranged on the first micro lens disk, on a side facing the object, and wherein micro lenses for image reversal corresponding to the respective pinholes are arranged on the side facing the object. a first micro lens disk having a plurality of micro lenses arranged thereon; a second micro lens disk having a plurality of micro lenses, which is arranged in correspondence to an arrangement pattern of the first micro lens disk, and having a common rotation axis to the first micro lens disk; and a beam splitter configured to guide an illumination light, which is to be irradiated to an object, to the first micro lens disk, and to guide a return light from the object having passed through each micro lens of the first micro lens disk to the corresponding micro lens of the second micro lens disk, wherein a numerical aperture of each micro lens arranged on the second micro lens disk is greater than a numerical aperture of each micro lens arranged on the first micro lens disk, wherein pinholes on a pinhole disk are arranged at respective focal positions of the respective micro lenses, which are arranged on the first micro lens disk, on a side facing the object, and wherein micro lenses for image reversal corresponding to the respective pinholes are arranged on the side facing the object.
A method of reducing a solid feedstock comprising the steps of, removing a bipolar stack, or at least a portion of a bipolar stack comprising bipolar elements, from a housing in order to load solid feedstock and/or in order to recover reduced product, arranging the solid feedstock on the upper surfaces of the bipolar elements in the bipolar cell stack disposed within the housing, circulating molten salt through the housing such that the salt contacts the bipolar elements and the solid feedstock, applying a potential to terminal electrodes (50, 60) of the bipolar cell stack such that the upper surface of the bipolar elements become cathodic and lower surface of the bipolar elements become anodic, the applied potential being sufficient to cause reduction of the solid feedstock.
A method of projecting light radiation onto a projection surface, the method comprising: - generating light radiation and projecting the light radiation generated onto a gobo in a gobo plane, - projecting towards the projection surface light radiation projected onto the gobo in the gobo plane, wherein the method comprises coupling to the gobo a light diffuser to provide diffusion of light radiation at the gobo, characterized in that the method comprises arranging the light diffuser downstream of the gobo, wherein the light diffuser is traversed by light radiation projected from the gobo plane towards the projection surface. - generating light radiation and projecting the light radiation generated onto a gobo in a gobo plane, - projecting towards the projection surface light radiation projected onto the gobo in the gobo plane, wherein the method comprises coupling to the gobo a light diffuser to provide diffusion of light radiation at the gobo, characterized in that the method comprises arranging the light diffuser downstream of the gobo, wherein the light diffuser is traversed by light radiation projected from the gobo plane towards the projection surface.
A device for controlling the opening of a door, the device comprising a control spindle having an axis of rotation, a handle suitable for being actuated by a user, rotation constraining means (28, 40) that are suitable for being activated to constrain the handle in rotation with the control spindle, means (14, 20) for inputting opening authorization information, and activation means suitable for actuating the rotation constraining means when the authorization information is input; · the rotation constraining means comprising at least one pin constrained in rotation with a first one of the elements constituted by the control spindle and by the handle, and a receiver part constrained in rotation with the second of said elements and presenting at least one receiver cavity, the activation means being suitable for causing the pin to move parallel to the axis of rotation between a deactivated position in which said pin is outside the receiver cavity and an activated position in which the pin is engaged in the receiver cavity; and · the pin being carried by a support suitable for being moved axially by the activation means; such that the device includes an actuator rod arranged on the axis of rotation and passing through a central hole in the receiver part so as to present a control end that is accessible from the other side of the receiver part that is remote from the pin, and in that the activation means are arranged on said other side and cooperate with said control end, the device being characterized in that the actuator rod is secured directly to the support.
An assembly of shims for use in assembling parts to form an aircraft component, the assembly of shims comprising a frame and a multiplicity of shims detachably connected in the frame.
A method for wireless communications by a wireless node, comprising: determining, based on a frequency raster of a system frequency band, a frequency offset to use in transmitting one or more synchronization signals and one or more physical broadcast channels, PBCHs; transmitting the one or more synchronization signals, using a synchronization signal, SS, transmission band having an SS center frequency aligned with the frequency raster, and the one or more PBCHs, using a PBCH transmission band having a PBCH center frequency that differs from the SS center frequency by the determined frequency offset. determining, based on a frequency raster of a system frequency band, a frequency offset to use in transmitting one or more synchronization signals and one or more physical broadcast channels, PBCHs; transmitting the one or more synchronization signals, using a synchronization signal, SS, transmission band having an SS center frequency aligned with the frequency raster, and the one or more PBCHs, using a PBCH transmission band having a PBCH center frequency that differs from the SS center frequency by the determined frequency offset.
Method for producing organically modified aerogels by i. preparing a sol comprising [SiO 4/2] units, ii. dispersing the resultant sol in a continuous phase where the sol forms a separate phase and the continuous phase comprises not less than 20 wt% of organosiloxane, iii. forming a gel from the sol in the continuous phase, iv. surface modifying the resultant gel in the presence of a compatibilizer in the continuous phase where acids or chlorosilanes or mixtures thereof are admixed as initiator, v. and drying the gels obtained. i. preparing a sol comprising [SiO 4/2] units, ii. dispersing the resultant sol in a continuous phase where the sol forms a separate phase and the continuous phase comprises not less than 20 wt% of organosiloxane, iii. forming a gel from the sol in the continuous phase, iv. surface modifying the resultant gel in the presence of a compatibilizer in the continuous phase where acids or chlorosilanes or mixtures thereof are admixed as initiator, v. and drying the gels obtained.