mhurhangee/ep-ind-claims huggingface dataset:
A receiving apparatus comprising: a receiver (3203, 3213) configured to receive a multiplex information symbol followed by one or two orthogonal frequency division multiplexing, OFDM, modulation signals, the multiplex information symbol carrying multiplex information indicating whether the two OFDM modulation signals are simultaneously transmitted following the multiplex information symbol or one OFDM modulation signal is transmitted following the multiplex information symbol, and a multiplex information symbol demodulator configured to demodulate the multiplex information symbols (2901, 2903, 3001), wherein, the two OFDM modulation signals are composed of a first OFDM modulation signal transmitted from a first antenna unit and a second OFDM modulation signal transmitted from a second antenna unit, and the receiving apparatus is adapted to execute a channel estimation for the first OFDM modulation signal and a second OFDM modulation signal when the multiplex information indicates the two OFDM modulation signals are simultaneously transmitted following the multiplex information symbol. a receiver (3203, 3213) configured to receive a multiplex information symbol followed by one or two orthogonal frequency division multiplexing, OFDM, modulation signals, the multiplex information symbol carrying multiplex information indicating whether the two OFDM modulation signals are simultaneously transmitted following the multiplex information symbol or one OFDM modulation signal is transmitted following the multiplex information symbol, and a multiplex information symbol demodulator configured to demodulate the multiplex information symbols (2901, 2903, 3001), wherein, the two OFDM modulation signals are composed of a first OFDM modulation signal transmitted from a first antenna unit and a second OFDM modulation signal transmitted from a second antenna unit, and the receiving apparatus is adapted to execute a channel estimation for the first OFDM modulation signal and a second OFDM modulation signal when the multiplex information indicates the two OFDM modulation signals are simultaneously transmitted following the multiplex information symbol.
A scintillator for a radiation dosimeter, the scintillator comprising: a photopolymer resin that contains a polymerizable monomer, a filler, and a photopolymerization initiator, characterized in that the photopolymer resin further contains an inorganic fluorescent substance, and the inorganic fluorescent substance has a relative sensitivity characteristic in an X-ray energy range of 40 kV to 150 kV which has a complementary relationship with a relative sensitivity characteristic of the photopolymer resin. a photopolymer resin that contains a polymerizable monomer, a filler, and a photopolymerization initiator, characterized in that the photopolymer resin further contains an inorganic fluorescent substance, and the inorganic fluorescent substance has a relative sensitivity characteristic in an X-ray energy range of 40 kV to 150 kV which has a complementary relationship with a relative sensitivity characteristic of the photopolymer resin.
A method of analyzing nucleic acids obtained from a formalin-fixed paraffin embedded (FFPE) tissue sample while retaining spatial context, comprising: a) partitioning the nucleic acids obtained from the FFPE tissue sample into a plurality of wells; wherein nucleic acids in spatial proximity to each other in the FFPE tissue sample are introduced into the same well; b) barcoding partitioned nucleic acids to form a plurality of barcoded nucleic acids, wherein barcoded nucleic acids within a given discrete well each comprise a common partition-specific barcode sequence, such that the barcode sequences identify nucleic acids from a given well; c) obtaining sequence information from the plurality of barcoded nucleic acids, wherein the sequence information from the plurality of barcoded nucleic acids comprises sequence information of the partition-specific barcode sequence; and d) attributing the plurality of barcoded nucleic acids to a region of spatial proximity, wherein barcoded nucleic acids derived from a region of spatial proximity in the FFPE tissue sample comprise the same partition-specific barcode sequence. a) partitioning the nucleic acids obtained from the FFPE tissue sample into a plurality of wells; wherein nucleic acids in spatial proximity to each other in the FFPE tissue sample are introduced into the same well; b) barcoding partitioned nucleic acids to form a plurality of barcoded nucleic acids, wherein barcoded nucleic acids within a given discrete well each comprise a common partition-specific barcode sequence, such that the barcode sequences identify nucleic acids from a given well; c) obtaining sequence information from the plurality of barcoded nucleic acids, wherein the sequence information from the plurality of barcoded nucleic acids comprises sequence information of the partition-specific barcode sequence; and d) attributing the plurality of barcoded nucleic acids to a region of spatial proximity, wherein barcoded nucleic acids derived from a region of spatial proximity in the FFPE tissue sample comprise the same partition-specific barcode sequence.
A prosthetic joint, comprising: (a) a first member comprising a rigid material and including a wear-resistant, concave interior defining a cup surface; and (b) a second member comprising a rigid material with a wear-resistant, convex contact surface, (c) wherein a selected one of the surfaces includes: (i) an annular first flange defining a wear-resistant first contact rim which protrudes relative to the nominal profile of the selected surface, the first flange located at or near an apex of the member; and (ii) an annular second flange defining a wear-resistant second contact rim which protrudes relative to the nominal profile of the selected surface, the second flange located at or near an outer periphery of the member; (d) where the first and second contact rims bear directly against the contact surface, so as to transfer axial and lateral loads between the first and second members, while allowing pivoting motion therebetween; and (e) wherein the flanges are shaped and sized so as to deform elastically and permit the first and second contact rims to conform in an irregular shape to the surface of the opposite member, when the joint is placed under a predetermined load. (a) a first member comprising a rigid material and including a wear-resistant, concave interior defining a cup surface; and (b) a second member comprising a rigid material with a wear-resistant, convex contact surface, (c) wherein a selected one of the surfaces includes: (i) an annular first flange defining a wear-resistant first contact rim which protrudes relative to the nominal profile of the selected surface, the first flange located at or near an apex of the member; and (ii) an annular second flange defining a wear-resistant second contact rim which protrudes relative to the nominal profile of the selected surface, the second flange located at or near an outer periphery of the member; (i) an annular first flange defining a wear-resistant first contact rim which protrudes relative to the nominal profile of the selected surface, the first flange located at or near an apex of the member; and (ii) an annular second flange defining a wear-resistant second contact rim which protrudes relative to the nominal profile of the selected surface, the second flange located at or near an outer periphery of the member; (d) where the first and second contact rims bear directly against the contact surface, so as to transfer axial and lateral loads between the first and second members, while allowing pivoting motion therebetween; and (e) wherein the flanges are shaped and sized so as to deform elastically and permit the first and second contact rims to conform in an irregular shape to the surface of the opposite member, when the joint is placed under a predetermined load.
A method for producing a ferronickel raw material, the method forming the ferronickel raw material from a nickel sulfide or a mixed sulfide containing nickel sulfide and cobalt sulfide, wherein treatments are performed through the following steps: A redissolution step, wherein a nickel sulfide or a mixed sulfide of nickel sulfide and cobalt sulfide is made into a slurry, and a oxidizing agent is added to the slurry to obtain a concentrate containing nickel when the nickel sulfide is dissolved, or to obtain a concentrate containing nickel and cobalt when the mixed sulfide is dissolved; A deferrization step, wherein alkali is added to the concentrate obtained in the redissolution step to obtain a neutralized precipitate and a post-neutralization solution; A solvent extraction step, wherein the post-neutralization solution obtained in the deferrization step is mixed with an organic extractant to separate into an extracted organic matter and a raffinate, and then a back-extraction solution and an organic matter after back-extraction are obtained from the extracted organic matter; A hydroxylation step, wherein alkali is added to the raffinate obtained in the solvent extraction step and mixed to form nickel hydroxide; A roasting step, wherein the nickel hydroxide obtained in the hydroxylation step is heated and roasted in a temperature range of not less than 230 degrees C and not more than 870 degrees C to form nickel oxide; and A washing and calcining step, wherein the nickel oxide obtained in the roasting step is water-washed using water with a water temperature of not less than 50 degrees C, and then calcined at a temperature of not less than 50 degrees C to form a post-washing nickel oxide. A redissolution step, wherein a nickel sulfide or a mixed sulfide of nickel sulfide and cobalt sulfide is made into a slurry, and a oxidizing agent is added to the slurry to obtain a concentrate containing nickel when the nickel sulfide is dissolved, or to obtain a concentrate containing nickel and cobalt when the mixed sulfide is dissolved; A deferrization step, wherein alkali is added to the concentrate obtained in the redissolution step to obtain a neutralized precipitate and a post-neutralization solution; A solvent extraction step, wherein the post-neutralization solution obtained in the deferrization step is mixed with an organic extractant to separate into an extracted organic matter and a raffinate, and then a back-extraction solution and an organic matter after back-extraction are obtained from the extracted organic matter; A hydroxylation step, wherein alkali is added to the raffinate obtained in the solvent extraction step and mixed to form nickel hydroxide; A roasting step, wherein the nickel hydroxide obtained in the hydroxylation step is heated and roasted in a temperature range of not less than 230 degrees C and not more than 870 degrees C to form nickel oxide; and A washing and calcining step, wherein the nickel oxide obtained in the roasting step is water-washed using water with a water temperature of not less than 50 degrees C, and then calcined at a temperature of not less than 50 degrees C to form a post-washing nickel oxide.
A communication method of a user equipment, UE, in a dual connectivity, DC, -based mobile communication system in which a master cell group, MCG, and at least one secondary cell group, SCG, are configured, the method comprising: receiving measurement gap configuration information related with a measurement gap used to periodically measure at least one serving cell of the MCG or the SCG, wherein the measurement gap configuration information includes first information for a first sub-frame of the measurement gap and second information for a repetition period of the measurement gap; identifying the first sub-frame of the measurement gap using a system frame number, SFN, of the MCG, the first information and the second information; performing a measurement on the at least one serving cell based on the identified fi rst sub-frame of the measurement gap; and one of transmitting and receiving data to and from an evolved NodeB, eNB, wherein data transmission and reception to and from the eNB is not performed during the measurement gap, and wherein the measurement gap starts at an ending point of a sub-frame that ends last amo ng sub-frames that occur immediately before the measurement gap of serving cells of the MC G. receiving measurement gap configuration information related with a measurement gap used to periodically measure at least one serving cell of the MCG or the SCG, wherein the measurement gap configuration information includes first information for a first sub-frame of the measurement gap and second information for a repetition period of the measurement gap; identifying the first sub-frame of the measurement gap using a system frame number, SFN, of the MCG, the first information and the second information; performing a measurement on the at least one serving cell based on the identified fi rst sub-frame of the measurement gap; and one of transmitting and receiving data to and from an evolved NodeB, eNB, wherein data transmission and reception to and from the eNB is not performed during the measurement gap, and wherein the measurement gap starts at an ending point of a sub-frame that ends last amo ng sub-frames that occur immediately before the measurement gap of serving cells of the MC G.
A method of performing nucleic acid sequence determination, the method comprising: (a) providing: (i) a substrate comprising a surface; (ii) at least one hydrophilic polymer coating layer on the surface, wherein said at least one hydrophilic polymer coating layer comprises polyethylene glycol; and (iii) a plurality of oligonucleotide molecules attached to the at least one hydrophilic polymer coating layer, wherein the plurality of oligonucleotide molecules is present with a surface density of at least 1,000 molecules/μm 2; (b) contacting a plurality of sample nucleic acid molecules with the plurality of oligonucleotide molecules attached to the at least one hydrophilic polymer coating layer; (c) amplifying the plurality of sample nucleic acid molecules; and (d) performing at least a nucleotide binding reaction or a nucleotide incorporation reaction with a nucleotide that is detectable and a sample nucleic acid molecule of the plurality of sample nucleic acid molecules. (a) providing: (i) a substrate comprising a surface; (ii) at least one hydrophilic polymer coating layer on the surface, wherein said at least one hydrophilic polymer coating layer comprises polyethylene glycol; and (iii) a plurality of oligonucleotide molecules attached to the at least one hydrophilic polymer coating layer, wherein the plurality of oligonucleotide molecules is present with a surface density of at least 1,000 molecules/μm 2; (i) a substrate comprising a surface; (ii) at least one hydrophilic polymer coating layer on the surface, wherein said at least one hydrophilic polymer coating layer comprises polyethylene glycol; and (iii) a plurality of oligonucleotide molecules attached to the at least one hydrophilic polymer coating layer, wherein the plurality of oligonucleotide molecules is present with a surface density of at least 1,000 molecules/μm 2; (b) contacting a plurality of sample nucleic acid molecules with the plurality of oligonucleotide molecules attached to the at least one hydrophilic polymer coating layer; (c) amplifying the plurality of sample nucleic acid molecules; and (d) performing at least a nucleotide binding reaction or a nucleotide incorporation reaction with a nucleotide that is detectable and a sample nucleic acid molecule of the plurality of sample nucleic acid molecules.
A compound of formula wherein hetaryl is a five membered heteroaryl group, containing 1 to 3 heteroatoms, selected from O, S or N, which groups are R 1 is hydrogen, halogen, C 1 -C 7 alkyl, C 1 -C 7 alkoxy, C 1 -C 7 alkyl substituted by halogen, S- C 1 -C 7 alkyl substituted by halogen or C 1 -C 7 alkoxy substituted by halogen, or two neighboring carbon atoms may form on phenyl an additional ring containing -O-CH 2 -O-; n is 1 to 5; R 2 is hydrogen or C 1 -C 7 alkyl substituted by halogen; R 3 is hydrogen or C 1 -C 7 alkyl substituted by halogen; or a pharmaceutically active acid addition salts thereof, a racemic mixtures or its corresponding enantiomers or optical isomers or stereoisomers thereof. hetaryl is a five membered heteroaryl group, containing 1 to 3 heteroatoms, selected from O, S or N, which groups are R 1 is hydrogen, halogen, C 1 -C 7 alkyl, C 1 -C 7 alkoxy, C 1 -C 7 alkyl substituted by halogen, S- C 1 -C 7 alkyl substituted by halogen or C 1 -C 7 alkoxy substituted by halogen, or two neighboring carbon atoms may form on phenyl an additional ring containing -O-CH 2 -O-; n is 1 to 5; R 2 is hydrogen or C 1 -C 7 alkyl substituted by halogen; R 3 is hydrogen or C 1 -C 7 alkyl substituted by halogen;
A system for tiling a surface, in particular of a wall or the ground or panel, comprising a system for applying a tile adhesive, comprising: an adhesive supplying device for supplying the tile adhesive on a surface of a tile, comprising a nozzle for emerging the tile adhesive and a pump unit for pumping the tile adhesive in the direction of the nozzle; and an automated supporting and moving device, in particular robot, for supporting and positioning the tile with respect to the nozzle so that the tile adhesive is distributable onto the surface of the tile when emerging from the nozzle, characterized in that the nozzle comprises an active or passive mixing device for adding a setting component to the adhesive, wherein the automated supporting and moving device, in particular robot, is further configured for positioning the tile onto the surface to be tiled. an adhesive supplying device for supplying the tile adhesive on a surface of a tile, comprising a nozzle for emerging the tile adhesive and a pump unit for pumping the tile adhesive in the direction of the nozzle; and an automated supporting and moving device, in particular robot, for supporting and positioning the tile with respect to the nozzle so that the tile adhesive is distributable onto the surface of the tile when emerging from the nozzle, characterized in that the nozzle comprises an active or passive mixing device for adding a setting component to the adhesive, wherein the automated supporting and moving device, in particular robot, is further configured for positioning the tile onto the surface to be tiled.
A method for reconstructing a current block of residual data, using a video decoder, from an encoded block of residual data in a bitstream of encoded video, the current block partitioned into coefficient groups, each coefficient group comprising transform coefficients, the method comprising: for a current coefficient group of the coefficient groups within the current block, on condition that the current coefficient group is a non-zero coefficient group prior to the last non-zero coefficient group in the group scan ordering of the coefficient groups within the current block: de-binarizing and entropy decoding coordinates (X, Y) representative of the true (x,y)-position, in the current coefficient group, of the last non-zero transform coefficient in a scan ordering of the transform coefficients in the current coefficient group, using a context model; and applying a non-identity modification to the coordinates (X, Y) to compute the true (x,y)-position of the last non-zero transform coefficient, characterized in that the modification is based upon at least one of: an intra-prediction mode used in generating the encoded block; and which of the coefficient groups neighbouring the current coefficient group right of the current coefficient group and below the current coefficient group are zero and non-zero. de-binarizing and entropy decoding coordinates (X, Y) representative of the true (x,y)-position, in the current coefficient group, of the last non-zero transform coefficient in a scan ordering of the transform coefficients in the current coefficient group, using a context model; and applying a non-identity modification to the coordinates (X, Y) to compute the true (x,y)-position of the last non-zero transform coefficient, characterized in that the modification is based upon at least one of: an intra-prediction mode used in generating the encoded block; and which of the coefficient groups neighbouring the current coefficient group right of the current coefficient group and below the current coefficient group are zero and non-zero. an intra-prediction mode used in generating the encoded block; and which of the coefficient groups neighbouring the current coefficient group right of the current coefficient group and below the current coefficient group are zero and non-zero.
Household cleaning container, for cleaning with a cleaning liquid, comprising: - a vessel for cleaning liquid, - a basin, arranged such that a sponge body is able to collect said liquid by absorption when the container is in a cleaning position, - a partition separating the vessel for cleaning liquid and the basin, - at least one opening arranged in the partition, producing a passage for the cleaning liquid towards the basin, characterized in that the at least one opening is in the vicinity of the bottom of the container and distant from an upper wall of the vessel, such that a capacity of the basin, when the opening is just submerged in the cleaning liquid, is far below the maximum capacity of the vessel, in that the at least one opening provides permanent communication between the vessel and the basin, and in that the vessel for cleaning liquid is airtight when the at least one opening is submerged in the cleaning liquid. - a vessel for cleaning liquid, - a basin, arranged such that a sponge body is able to collect said liquid by absorption when the container is in a cleaning position, - a partition separating the vessel for cleaning liquid and the basin, - at least one opening arranged in the partition, producing a passage for the cleaning liquid towards the basin, in that the at least one opening provides permanent communication between the vessel and the basin, and in that the vessel for cleaning liquid is airtight when the at least one opening is submerged in the cleaning liquid.
Device for casting individual moulds with a metal melt, in particular liquid iron, having a casting ladle (1, 1') which is arranged in a fixed manner and which has a cover (2, 2'), an inlet (3, 3') and an outlet and to which the moulds are supplied via a conveyor along a casting path, wherein the outlet of the casting ladle (1, 1') has at least two pouring spouts (5, 5'), characterised in that at least one pouring spout (5, 5') is arranged so as to be able to be pivoted about a vertical axis in such a manner that the spacing of the casting locations can be varied.
A relatively homogeneous solution for use in ophthalmic surgery, the solution comprising a first fraction of a first ophthalmically acceptable compound and a second fraction of a second ophthalmically acceptable compound, wherein the first and second fractions are present in a total concentration of at least 10 mg/ml, and the first and second fractions have average molecular mass that differ by at least 4 million, wherein each of the first and second compounds comprises a hyaluronate.