mhurhangee/patent-ind-claim-en huggingface dataset:
A receiver for cancelling interference from a received signal in wireless communication system, the receiver comprising: a filter weights estimation module configured to generate filter weights from the received signal; a widely linear single antenna interference cancellation, WL-SAIC, module , coupled to the filter weights estimation module, configured to process the received signal; a channel estimation module configured to calculate a channel estimation from the received signal; an output equalizer , coupled to the WL-SAIC module and the channel estimation module, configured to generate an adjusted data ; the receiver characterized in comprising: a data filter weights module , coupled to the output equalizer, configured to calculate data filter weights from the received signal and the adjusted data; and a data WL-SAIC filter , coupled to the data filter weights module , configured to input the received signal and output a corrected burst . a filter weights estimation module configured to generate filter weights from the received signal; a widely linear single antenna interference cancellation, WL-SAIC, module , coupled to the filter weights estimation module, configured to process the received signal; a channel estimation module configured to calculate a channel estimation from the received signal; an output equalizer , coupled to the WL-SAIC module and the channel estimation module, configured to generate an adjusted data ; the receiver characterized in comprising: a data filter weights module , coupled to the output equalizer, configured to calculate data filter weights from the received signal and the adjusted data; and a data WL-SAIC filter , coupled to the data filter weights module , configured to input the received signal and output a corrected burst . a data filter weights module , coupled to the output equalizer, configured to calculate data filter weights from the received signal and the adjusted data; and a data WL-SAIC filter , coupled to the data filter weights module , configured to input the received signal and output a corrected burst .
Floor drain which can be inserted into a continuous floor opening, comprising a drain pot with a flanged edge on the upper side and a drain connection piece on the lower side as well as a fire protection sleeve having fire protection means, wherein the fire protection sleeve comprises a heat- and pressure-stable holding body with a passage opening for the drain connection piece , and the fire protection means are arranged at an inner region of the through-opening of the holding body and at an outer region of the lateral surface of the holding body , and the fire protection sleeve is fastened to the underside of the drain pot by fastening means in such a way that the drain connection piece is arranged inside the fire protection sleeve so that the floor drain can be inserted into the floor opening with the fire protection sleeve fastened to the underside of the drain pot , the fire protection sleeve being arranged in the floor opening in the installation position in such a way that the drain connection piece is located centrally within the passage opening of the holding body .
A transmission device comprising: a video encoding unit configured to generate a video stream with video data; a subtitle encoding unit configured to generate a subtitle stream with bitmap data obtained by conversion of subtitle graphics data; and a transmission unit configured to transmit a container containing the video stream and the subtitle stream, wherein the subtitle stream contains a first segment having a bitmap conversion table with color gamut and/or brightness conversion information to enable a receiving device to convert the bitmap data to the subtitle graphics data conformable to color gamut or dynamic range of superimposition target video data on which the subtitle graphics data is superimposed, wherein the subtitle stream includes bitmap conversion table conformability information that includes characteristic information regarding the subtitle graphics data after conversion from the bitmap data or the subtitle graphics data before conversion into the bitmap data, wherein if there are multiple bitmap conversion tables, a bitmap conversion table conformable to the characteristics of the superimposition target video data is selected by a receiving device among the multiple bitmap conversion tables based on the bitmap conversion table conformability information. a video encoding unit configured to generate a video stream with video data; a subtitle encoding unit configured to generate a subtitle stream with bitmap data obtained by conversion of subtitle graphics data; and a transmission unit configured to transmit a container containing the video stream and the subtitle stream, wherein the subtitle stream contains a first segment having a bitmap conversion table with color gamut and/or brightness conversion information to enable a receiving device to convert the bitmap data to the subtitle graphics data conformable to color gamut or dynamic range of superimposition target video data on which the subtitle graphics data is superimposed, wherein the subtitle stream includes bitmap conversion table conformability information that includes characteristic information regarding the subtitle graphics data after conversion from the bitmap data or the subtitle graphics data before conversion into the bitmap data, wherein if there are multiple bitmap conversion tables, a bitmap conversion table conformable to the characteristics of the superimposition target video data is selected by a receiving device among the multiple bitmap conversion tables based on the bitmap conversion table conformability information.
A copper tube which is highly resistant to ant nest corrosion and which is formed of a copper material comprising a copper alloy consisting of 0.15-0.50% by weight of phosphorus and the balance being copper and impurities, wherein the content of a group of specific impurity elements consisting of Cr, Mn, Fe, Co, Zr and Mo among the impurities is not higher than 0.01 % by weight in total, wherein the copper material includes phosphorus oxide particles, such that a number density of particles having a circle equivalent diameter of not less than 0.1 μm among the phosphorus oxide particles is not more than 50000/mm 2 .
A biocide composition comprising at least the following components: a) calcium fluoride b) a salicylic acid ester c) at least one organic acid selected from the group comprising or consisting of cinnamic acid, rosmarinic acid, vanillic acid, ascorbic acid, abscisic acid, mandelic acid, mevalonic acid, aspartic acid, fumaric acid, gallic acid, quinic acid, boswellic acid, carnosic acid, chlorogene acid, caffeic acid, other hydroxycarboxylic acids, or a salt or ester thereof, and salicylic acid or a salt thereof, or thymol or citronellal, d) a cationic polymer which is selected from the group consisting of a poly(alkylene)guanidin, in particular poly(hexamethylen)guanidin (PHMG), e) water. a) calcium fluoride b) a salicylic acid ester c) at least one organic acid selected from the group comprising or consisting of cinnamic acid, rosmarinic acid, vanillic acid, ascorbic acid, abscisic acid, mandelic acid, mevalonic acid, aspartic acid, fumaric acid, gallic acid, quinic acid, boswellic acid, carnosic acid, chlorogene acid, caffeic acid, other hydroxycarboxylic acids, or a salt or ester thereof, and salicylic acid or a salt thereof, or thymol or citronellal, d) a cationic polymer which is selected from the group consisting of a poly(alkylene)guanidin, in particular poly(hexamethylen)guanidin (PHMG), e) water.
A modem comprising: a buffer ; an active status controller configured to determine that the modem is active based on a number of packets obtained from a network; a prediction controller configured to predict that the number of packets obtained are indicative of a workload type based on a trained model; and a latency value generator configured to generate a latency value based on the workload type of the number of packets, the latency value configured to cause a processor processing the number of packets to enter a power saving state or a power executing state, wherein the latency value indicates an amount of time the modem can buffer packets received from the network before there is no space remaining in the buffer for buffering. a buffer ; an active status controller configured to determine that the modem is active based on a number of packets obtained from a network; a prediction controller configured to predict that the number of packets obtained are indicative of a workload type based on a trained model; and a latency value generator configured to generate a latency value based on the workload type of the number of packets, the latency value configured to cause a processor processing the number of packets to enter a power saving state or a power executing state, wherein the latency value indicates an amount of time the modem can buffer packets received from the network before there is no space remaining in the buffer for buffering.
A bearing supporting apparatus for a wind turbine generator system, wherein the wind turbine generator system comprises an impeller and a generator, a hub of the impeller is arranged on an outer side of a main bearing seat of the generator, the bearing supporting apparatus for the wind turbine generator system comprising: at least one locking connector , wherein the locking connector has a locking wedge arranged between the main bearing seat and the hub .
A harvester comprising: a main frame , defining a front section of a bale chamber in which a bale is formed, the main frame including a pair of side walls between which a bale chamber is extending; a tailgate pivotally connected to the pair of side walls of the main frame by at least a first load pin , defining a rear section of the bale chamber, and configured to pivot open to eject the bale; at least a first load sensor, and at least a first processing unit in operable communication with the at least first load sensor; wherein the at least first load sensor is configured to obtain one or a combination of: (i) one or a plurality of reference weights (Fref) in a first operational state; and (ii) one or a plurality of load weights (Fload) in a second operational state; wherein the first operational state comprises a bale chamber free of a bale and the second operational state comprises a bale chamber comprising a formed or partially formed bale; and wherein the at least first processing unit is configured to calculate a bale weight value by subtracting the one or plurality of reference weights (Fref) from the one or plurality of load weights (Fload), characterized in that the at least first load sensor is positioned on or within the at least the first load pin for measuring a weight force exerted thereon by the tailgate or by the tailgate and the bale supported by the tailgate. a main frame , defining a front section of a bale chamber in which a bale is formed, the main frame including a pair of side walls between which a bale chamber is extending; a tailgate pivotally connected to the pair of side walls of the main frame by at least a first load pin , defining a rear section of the bale chamber, and configured to pivot open to eject the bale; at least a first load sensor, and at least a first processing unit in operable communication with the at least first load sensor; wherein the at least first load sensor is configured to obtain one or a combination of: (i) one or a plurality of reference weights (Fref) in a first operational state; and (ii) one or a plurality of load weights (Fload) in a second operational state; wherein the first operational state comprises a bale chamber free of a bale and the second operational state comprises a bale chamber comprising a formed or partially formed bale; and wherein the at least first processing unit is configured to calculate a bale weight value by subtracting the one or plurality of reference weights (Fref) from the one or plurality of load weights (Fload), characterized in that the at least first load sensor is positioned on or within the at least the first load pin for measuring a weight force exerted thereon by the tailgate or by the tailgate and the bale supported by the tailgate.
A tomography system comprising a plurality of X-ray or gamma ray sources and a plurality of detectors, which are offset from one other such that the detectors are not located directly opposite the sources, wherein the plurality of sources lie in a first plane and the plurality of detectors lie in a plurality of planes parallel to the first plane of sources, further comprising a controller adapted to process X-rays or gamma rays detected by said plurality of detectors and generate a three dimensional image wherein said controller comprises a plurality of programmatic instructions that, when executed, a) rebin each of said detected X-rays or gamma rays onto a non-flat surface, achieved by collecting data from X-rays close to a surface with more than one sheet b) perform a two dimensional reconstruction of said rebinned data on a non-flat surface, and c) generate said three dimensional image from said reconstructed images on the plurality of said surfaces.
A peptide, a pharmaceutical salt thereof or an active metabolite thereof, wherein said peptide is selected from: a) a peptide of sequence SEQ ID NO:8: ; and b) a peptide of sequence SEQ ID NO:9: ; and wherein the active metabolite is characterized by lacking 1 amino acid in the N-terminal region and/or from 1 to 3 amino acids of the C-terminal region. a) a peptide of sequence SEQ ID NO:8: ; and b) a peptide of sequence SEQ ID NO:9: ; and wherein the active metabolite is characterized by lacking 1 amino acid in the N-terminal region and/or from 1 to 3 amino acids of the C-terminal region.
A system for content delivery over a constrained communications network, the content comprising a channel offering distributable to a plurality of client devices disposed in at least one transport craft comprising an in-transport media server , the plurality of client devices being serviceable by a plurality of carriers, the system being configured to: compute a respective channel popularity score for the channel offering for each carrier of the plurality of carriers based at least in part on respective channel requests for the channel offering aggregated across the respective carrier, the aggregated channel requests originating from respective client devices of the plurality of client devices; publish a plurality of particular bitrate instances of the channel offering as available for request, the plurality of particular bitrate instances being determined based at least in part on the respective channel popularity score for one of the carriers, wherein the published plurality of particular bitrate instances are only those particular bitrate instances corresponding to a subset of bitrates; receive a request, issued by the in-transport media server, for one of the published particular bitrate instances of the channel offering; and deliver the requested published particular bitrate instance of the channel offering to the in-transport media server over the communications network. compute a respective channel popularity score for the channel offering for each carrier of the plurality of carriers based at least in part on respective channel requests for the channel offering aggregated across the respective carrier, the aggregated channel requests originating from respective client devices of the plurality of client devices; publish a plurality of particular bitrate instances of the channel offering as available for request, the plurality of particular bitrate instances being determined based at least in part on the respective channel popularity score for one of the carriers, wherein the published plurality of particular bitrate instances are only those particular bitrate instances corresponding to a subset of bitrates; receive a request, issued by the in-transport media server, for one of the published particular bitrate instances of the channel offering; and deliver the requested published particular bitrate instance of the channel offering to the in-transport media server over the communications network.
A laminated packaging material for packaging of liquid or semi-liquid food products, comprising: - a bulk layer comprising cellulose-based material, preferably paper or paperboard, - a first outermost liquid-tight, heat-sealable thermoplastic layer , arranged on the outside of the bulk layer to constitute the outside of a package formed from the packaging material, - a second innermost liquid-tight, heat-sealable thermoplastic layer arranged on the inside of the bulk layer to be in direct contact with the filled food product, and - a barrier layer comprising a barrier substrate layer coated with a physical vapour deposited (PVD) barrier coating comprising partially oxidised aluminium, the barrier coating having a thickness of 8 to 40 nm and a transmittance of 20 to 60 %, as measured by a spectrophotometer at wavelengths over the visible spectrum and after stabilisation of the coating in air, the barrier layer being laminated between the bulk layer and the second, innermost liquid-tight, heat-sealable thermoplastic layer. - a bulk layer comprising cellulose-based material, preferably paper or paperboard, - a first outermost liquid-tight, heat-sealable thermoplastic layer , arranged on the outside of the bulk layer to constitute the outside of a package formed from the packaging material, - a second innermost liquid-tight, heat-sealable thermoplastic layer arranged on the inside of the bulk layer to be in direct contact with the filled food product, and - a barrier layer comprising a barrier substrate layer coated with a physical vapour deposited (PVD) barrier coating comprising partially oxidised aluminium, the barrier coating having a thickness of 8 to 40 nm and a transmittance of 20 to 60 %, as measured by a spectrophotometer at wavelengths over the visible spectrum and after stabilisation of the coating in air, the barrier layer being laminated between the bulk layer and the second, innermost liquid-tight, heat-sealable thermoplastic layer.
A method of wireless communication of a user equipment, UE, comprising: generating a plurality of demodulation reference signal, DM-RS, sequences, each DM-RS sequence being generated for a corresponding DM-RS symbol of a plurality of DM-RS symbols associated with a sidelink data channel based on a DM-RS symbol number of the corresponding DM-RS symbol; and transmitting the plurality of DM-RS symbols within the sidelink data channel in a subframe using the plurality of DM-RS sequences, wherein the DM-RS symbol number comprises an index of the DM-RS symbol in reference to a frame. generating a plurality of demodulation reference signal, DM-RS, sequences, each DM-RS sequence being generated for a corresponding DM-RS symbol of a plurality of DM-RS symbols associated with a sidelink data channel based on a DM-RS symbol number of the corresponding DM-RS symbol; and transmitting the plurality of DM-RS symbols within the sidelink data channel in a subframe using the plurality of DM-RS sequences, wherein the DM-RS symbol number comprises an index of the DM-RS symbol in reference to a frame.
An image processing apparatus comprising: a disparity-specific similarity calculation circuit configured to calculate similarities between a disparity calculation target pixel in a source image and each of similarity calculation target pixels arranged in a horizontal direction from a position of the disparity calculation target pixel in a reference image up to a position apart by a maximum disparity from the disparity calculation target pixel, at respective positions in the horizontal direction, with the positions in a vertical direction of the similarity calculation target pixels being located within a range of a maximum deviation amount between the source image and the reference image; an inter-line similarity extraction circuit configured to calculate average values of similarities of a plurality of pixels which have the same positions in the horizontal direction as the positions of the similarity calculation target pixels in the reference image and the positions in the vertical direction of which are within a range of a maximum deviation amount in the vertical direction between the source image and the reference image and extract the average values as similarities of the similarity calculation target pixels corresponding to one line from the calculated average values; and a cost optimization operation circuit configured to perform a cost optimization operation through global optimization using the extracted similarities of the similarity calculation target pixels corresponding to one line. a disparity-specific similarity calculation circuit configured to calculate similarities between a disparity calculation target pixel in a source image and each of similarity calculation target pixels arranged in a horizontal direction from a position of the disparity calculation target pixel in a reference image up to a position apart by a maximum disparity from the disparity calculation target pixel, at respective positions in the horizontal direction, with the positions in a vertical direction of the similarity calculation target pixels being located within a range of a maximum deviation amount between the source image and the reference image; an inter-line similarity extraction circuit configured to calculate average values of similarities of a plurality of pixels which have the same positions in the horizontal direction as the positions of the similarity calculation target pixels in the reference image and the positions in the vertical direction of which are within a range of a maximum deviation amount in the vertical direction between the source image and the reference image and extract the average values as similarities of the similarity calculation target pixels corresponding to one line from the calculated average values; and a cost optimization operation circuit configured to perform a cost optimization operation through global optimization using the extracted similarities of the similarity calculation target pixels corresponding to one line.