mhurhangee/ep-ind-claims huggingface dataset:
An exhaust gas purifying catalyst comprising: a noble metal particle; a first compound which supports the noble metal particle; a second compound different in type from the first compound; and an oxide which surrounds the noble metal particle, the first compound and the second compound, wherein the oxides are interposed between the second compounds and the first compounds which support the noble metal particles, wherein, by the oxides, a plurality of the first compounds are separated from one another, a plurality of the second compounds are separated from one another, or the first compounds and the second compounds are separated from each other, wherein a median diameter of the first compound and a median diameter of the second compound satisfy a relationship of a following inequality: median diameter of first compound < median diameter of second compound, wherein, in the exhaust gas purifying catalyst, a pore volume in a range where a pore diameter is 0 to 200 nm is 0.4 cc/g or more, and the pore diameter is measured by a N 2 adsorption method. a noble metal particle; a first compound which supports the noble metal particle; a second compound different in type from the first compound; and an oxide which surrounds the noble metal particle, the first compound and the second compound, wherein the oxides are interposed between the second compounds and the first compounds which support the noble metal particles, wherein, by the oxides, a plurality of the first compounds are separated from one another, a plurality of the second compounds are separated from one another, or the first compounds and the second compounds are separated from each other, wherein a median diameter of the first compound and a median diameter of the second compound satisfy a relationship of a following inequality: median diameter of first compound < median diameter of second compound, wherein, in the exhaust gas purifying catalyst, a pore volume in a range where a pore diameter is 0 to 200 nm is 0.4 cc/g or more, and the pore diameter is measured by a N 2 adsorption method. median diameter of first compound < median diameter of second compound, wherein, in the exhaust gas purifying catalyst, a pore volume in a range where a pore diameter is 0 to 200 nm is 0.4 cc/g or more, and the pore diameter is measured by a N 2 adsorption method.
A method for uplink data transmission, comprising: receiving, by a terminal device, Downlink Control Information, DCI, sent by a network device; determining, by the terminal device, that an uplink multiple access manner for the terminal device is Discrete Fourier Transformation Spread Orthogonal Frequency Division Multiplexing, DFT-S-OFDM, or Cyclic Prefix Orthogonal Frequency Division Multiplexing, CP-OFDM, according to a first DCI format and a second DCI format of the DCI, wherein the first DCI format is different from the second DCI format, and the first DCI format and the second DCI format correspond to different control information lengths; and transmitting, by the terminal device, uplink data according to the uplink multiple access manner DFT-S-OFDM or CP-OFDM. receiving, by a terminal device, Downlink Control Information, DCI, sent by a network device; determining, by the terminal device, that an uplink multiple access manner for the terminal device is Discrete Fourier Transformation Spread Orthogonal Frequency Division Multiplexing, DFT-S-OFDM, or Cyclic Prefix Orthogonal Frequency Division Multiplexing, CP-OFDM, according to a first DCI format and a second DCI format of the DCI, wherein the first DCI format is different from the second DCI format, and the first DCI format and the second DCI format correspond to different control information lengths; and transmitting, by the terminal device, uplink data according to the uplink multiple access manner DFT-S-OFDM or CP-OFDM.
A two-dimensional code having a rectangular region delineated from a background by a single border consisting of a plurality of border lines (206a - 206d), the rectangular region having four corners (5a-5d), the code further comprising: a plurality of code blocks each composed of a plurality of cells aggregated together and arranged in the rectangular region; and a first specific pattern shaped to be rectangular and arranged to specify the positions of the cells, wherein the plurality of code blocks includes data code blocks in which data are coded and error-correction code blocks to correct an error of the data, characterized in that the rectangular region is an oblong region and the plurality of border lines (206a - 206d) are four border lines (206a - 206d) consisting of a shorter set of border lines (206b, 206c) consisting of two border lines (206b, 206c) opposed to each other and a longer set of border lines (206a, 206d) consisting of two border lines (206a, 206d) mutually opposed to each other, the first specific pattern has four edges wherein one of the four edges is arranged to wholly occupy and to be along a designated border line of the two border lines (206b, 206c) of the shorter set and two of the remaining three edges of the first specific pattern occupy partly the two border lines (206a, 206d) of the longer set, and the error-correction code blocks are arranged along at least a part of each of the two border lines (206a, 206d) of the longer set. a plurality of code blocks each composed of a plurality of cells aggregated together and arranged in the rectangular region; and a first specific pattern shaped to be rectangular and arranged to specify the positions of the cells, wherein the plurality of code blocks includes data code blocks in which data are coded and error-correction code blocks to correct an error of the data, characterized in that the rectangular region is an oblong region and the plurality of border lines (206a - 206d) are four border lines (206a - 206d) consisting of a shorter set of border lines (206b, 206c) consisting of two border lines (206b, 206c) opposed to each other and a longer set of border lines (206a, 206d) consisting of two border lines (206a, 206d) mutually opposed to each other, the first specific pattern has four edges wherein one of the four edges is arranged to wholly occupy and to be along a designated border line of the two border lines (206b, 206c) of the shorter set and two of the remaining three edges of the first specific pattern occupy partly the two border lines (206a, 206d) of the longer set, and the error-correction code blocks are arranged along at least a part of each of the two border lines (206a, 206d) of the longer set.
Glyceride composition obtainable from shea olein comprising at least 75 % by weight triglycerides and from 5 to 25 % by weight diglycerides based on the total weight of the composition, and having an oleic acid content of at least 65 % by weight based on the total C12 to C20 fatty acids present in the glycerides and a combined stearic acid plus palmitic acid content of from 10 to 20 % by weight based on the total C12 to C20 fatty acids present in the glycerides, said oleic acid, stearic acid and palmitic acid being present as acyl groups in mono-, di- or tri- glycerides.
Use of a mouse or rat in sectoring an antibody gene segment repertoire, wherein the genome of the mouse or rat comprises: i) One or more transgenic immunoglobulin heavy chain loci, each locus comprising one or more human V gene segments, one or more human D gene segments and one or more human J gene segments operably linked upstream of one or more heavy chain constant regions, wherein the heavy chain constant region(s) comprise(s) a C gamma gene segment; and ii) One or more transgenic immunoglobulin light chain loci, each locus comprising a human V λ gene segment repertoire and one or more human Jλ gene segments operably linked upstream of one or more light chain constant regions; Wherein following rearrangement the light chain loci express light chain sequences comprising variable region sequences derived from human Vλ gene segments (human lambda light chain sequences); Wherein the kappa (and optionally endogenous lambda) light chain expression has been inactivated so that the mouse or rat expresses no kappa-type antibodies; Wherein endogenous heavy chain expression has been inactivated; and Wherein each said transgenic light chain locus comprises a complete functional V λ gene segment repertoire of a human and Wherein the mouse or rat expresses the human lambda light chain sequences upon immunisation to provide a repertoire of antibodies. i) One or more transgenic immunoglobulin heavy chain loci, each locus comprising one or more human V gene segments, one or more human D gene segments and one or more human J gene segments operably linked upstream of one or more heavy chain constant regions, wherein the heavy chain constant region(s) comprise(s) a C gamma gene segment; and ii) One or more transgenic immunoglobulin light chain loci, each locus comprising a human V λ gene segment repertoire and one or more human Jλ gene segments operably linked upstream of one or more light chain constant regions;
A fluid composition for use in a refrigerating machine, which comprises: a refrigerant consisting of a hydrocarbon having 1 to 6 carbon atoms; and a refrigerating machine oil composition which comprises a base oil comprising a hydrocarbon oil selected from the group consisting of olefin polymers, naphthalene compounds and alkylbenzene oils having a kinematic viscosity at 40°C of 4 to 50 mm 2 /s and a kinematic viscosity at 100°C of 2 to 10 mm 2 /s, wherein said alkylbenzene oils contain at least 60 mass% of alkylbenzene components having a molecular weight of 200 to 350 and contain 40 mass% or less of alkylbenzene components having a molecular weight of less than 200 or more than 350, wherein said refrigerant and said hydrocarbon refrigerating machine oil composition are mixed in the ratio of 1 to 500 parts by weight of the composition per 100 parts by weight of the refrigerant. a refrigerant consisting of a hydrocarbon having 1 to 6 carbon atoms; and a refrigerating machine oil composition which comprises a base oil comprising a hydrocarbon oil selected from the group consisting of olefin polymers, naphthalene compounds and alkylbenzene oils having a kinematic viscosity at 40°C of 4 to 50 mm 2 /s and a kinematic viscosity at 100°C of 2 to 10 mm 2 /s, wherein said alkylbenzene oils contain at least 60 mass% of alkylbenzene components having a molecular weight of 200 to 350 and contain 40 mass% or less of alkylbenzene components having a molecular weight of less than 200 or more than 350,
Hole saw adapter comprising an inner axially displaceable holding part, an external displacement part, an adapter body with a first end equipped with a spindle for fastening to a drive unit, such as a drilling machine, and a second end to receive a hole saw and a central drill, in which the adapter body is extended and equipped with a longitudinally running axial slit, the central drill is releasably fastened to the inner axially displaceable holding part, said inner axially displaceable holding part is displaceable in the longitudinally running axial slit in the adapter body and is connected to the external displacement part, wherein the external displacement part is formed as a ring or a casing that is arranged to be displaced longitudinally along the axial slit and surrounds the adapter body, and is arranged for forced axial displacement of the axially displaceable holding part and the central drill in the longitudinally running axial slit to push out a core that remains in the hole saw after drilling, characterized in that the longitudinally running axial slit is at least partially formed as a crosswise through-running open slit in the adapter body for receipt of a tool that can be completely pushed through the adapter body, and the displacement part comprises a partial cover that lies externally to the longitudinally running slit arranged to function as a contact surface for said tool for enforced displacement of the displacement part along the longitudinally running slit. the adapter body is extended and equipped with a longitudinally running axial slit, the central drill is releasably fastened to the inner axially displaceable holding part, said inner axially displaceable holding part is displaceable in the longitudinally running axial slit in the adapter body and is connected to the external displacement part, wherein the external displacement part is formed as a ring or a casing that is arranged to be displaced longitudinally along the axial slit and surrounds the adapter body, and is arranged for forced axial displacement of the axially displaceable holding part and the central drill in the longitudinally running axial slit to push out a core that remains in the hole saw after drilling, characterized in that the longitudinally running axial slit is at least partially formed as a crosswise through-running open slit in the adapter body for receipt of a tool that can be completely pushed through the adapter body, and the displacement part comprises a partial cover that lies externally to the longitudinally running slit arranged to function as a contact surface for said tool for enforced displacement of the displacement part along the longitudinally running slit.
A method of making an easy open can end, the method comprising forming a can end shell in a shell press and converting the can end shell into a can end, in which the step of forming the shell comprises pressing sheet metal into a shell, the shell having a seaming panel, countersink bead and centre panel, the step of pressing the shell further including forming one or more features in the centre panel of the end, the method further comprising transferring the can end shell to a conversion press to produce an easy open can end and, in a sequence of operations, moving material inwardly from the end shell feature or features towards the centre of the end to set the final geometry of the easy open can end.
An interface device (800, 900) configured to be worn by a user, or to be integrated into an article of clothing or equipment worn by the user, during welding operations, the interface device (800, 900) comprising: - a user interface circuit operable to receive and process user input; - a communication circuit operable to setup and use wireless connections based on one on more wireless interfaces; and - a processing circuit operable to manage, control, and support operations of the interface device (800, 900); wherein the interface device (800, 900) is flexible and comprises a flexible membrane into which the user interface circuit, the communication circuit and the processing circuit are integrated, wherein the interface device (800, 900) is configured as an ultra-thin element such that when it is applied to the user it conforms to the shape of the surface where it is applied and accommodates changes in that surface, and wherein the interface device (800, 900) comprises a user interface integrated into the flexible membrane, the user interface being operable to receive the user input based on interactions by the user and comprising one or more physical or virtual elements for providing particular input by physical action applied by the user to the elements, characterized in that the interface device (800, 900) is directly applicable to the body of the user or to clothing as stick-on and peel-off or wash-off patch. - a user interface circuit operable to receive and process user input; - a communication circuit operable to setup and use wireless connections based on one on more wireless interfaces; and - a processing circuit operable to manage, control, and support operations of the interface device (800, 900); wherein the interface device (800, 900) is flexible and comprises a flexible membrane into which the user interface circuit, the communication circuit and the processing circuit are integrated, wherein the interface device (800, 900) is configured as an ultra-thin element such that when it is applied to the user it conforms to the shape of the surface where it is applied and accommodates changes in that surface, and wherein the interface device (800, 900) comprises a user interface integrated into the flexible membrane, the user interface being operable to receive the user input based on interactions by the user and comprising one or more physical or virtual elements for providing particular input by physical action applied by the user to the elements, characterized in that the interface device (800, 900) is directly applicable to the body of the user or to clothing as stick-on and peel-off or wash-off patch.
A tower for a wind turbine, the tower comprising: a tower segment having a first end and a second end; and a doorway disposed between said first and second ends (136, 138), said doorway comprising: a doorway frame having a rectangular shape and including an inner face and an outer face at least one of said inner face and said outer face having a substantially flat profile; and an opening defined through said inner and outer faces (132, 134), said opening configured to provide access to an interior of the tower, wherein at least one of said inner face and said outer face defines a planar surface along at least a portion of its width (148, 150); characterized by: an upper tower segment and a lower tower segment, said doorway frame further including a top surface disposed adjacent to said upper tower segment and a bottom surface disposed adjacent to said lower tower segment; wherein said outer face is radially aligned with an outer surface of at least one of said upper tower segment and said lower tower segment. a tower segment having a first end and a second end; and a doorway disposed between said first and second ends (136, 138), said doorway comprising: a doorway frame having a rectangular shape and including an inner face and an outer face at least one of said inner face and said outer face having a substantially flat profile; and an opening defined through said inner and outer faces (132, 134), said opening configured to provide access to an interior of the tower, wherein at least one of said inner face and said outer face defines a planar surface along at least a portion of its width (148, 150); characterized by: an upper tower segment and a lower tower segment, said doorway frame further including a top surface disposed adjacent to said upper tower segment and a bottom surface disposed adjacent to said lower tower segment; wherein said outer face is radially aligned with an outer surface of at least one of said upper tower segment and said lower tower segment. a doorway frame having a rectangular shape and including an inner face and an outer face at least one of said inner face and said outer face having a substantially flat profile; and an opening defined through said inner and outer faces (132, 134), said opening configured to provide access to an interior of the tower, wherein at least one of said inner face and said outer face defines a planar surface along at least a portion of its width (148, 150); characterized by: an upper tower segment and a lower tower segment, said doorway frame further including a top surface disposed adjacent to said upper tower segment and a bottom surface disposed adjacent to said lower tower segment; wherein said outer face is radially aligned with an outer surface of at least one of said upper tower segment and said lower tower segment. an upper tower segment and a lower tower segment, said doorway frame further including a top surface disposed adjacent to said upper tower segment and a bottom surface disposed adjacent to said lower tower segment; wherein said outer face is radially aligned with an outer surface of at least one of said upper tower segment and said lower tower segment.
Method for optically examining the interior of turbid media; the method comprising the steps: providing broad-band light; spatially separating a plurality of wavelength bands (2a, 2b,..., 2n) contained in the broad-band light; separately modulating the plurality of wavelength bands (2a, 2b,..., 2n); recombining the plurality of modulated wavelength bands to a beam of spectrally encoded broad-band light; illuminating a turbid medium with the beam of spectrally encoded broad-band light; and detecting light emanating from the turbid medium with a detector and demodulating the detected light with a demodulator to provide spectroscopic information; wherein the demodulator provides a feedback signal to the step of modulating the plurality of wavelength bands (2a, 2b,..., 2n). providing broad-band light; spatially separating a plurality of wavelength bands (2a, 2b,..., 2n) contained in the broad-band light; separately modulating the plurality of wavelength bands (2a, 2b,..., 2n); recombining the plurality of modulated wavelength bands to a beam of spectrally encoded broad-band light; illuminating a turbid medium with the beam of spectrally encoded broad-band light; and detecting light emanating from the turbid medium with a detector and demodulating the detected light with a demodulator to provide spectroscopic information; wherein the demodulator provides a feedback signal to the step of modulating the plurality of wavelength bands (2a, 2b,..., 2n).
A wireless communication system, comprising one or several nodes equipped by a wireless radio interface that is adapted for transmitting to a recipient digital messages modulated in the form of a series of frequency chirps organized in frames of determined length and comprising error codes, characterised by comprising, a plurality of base stations (C, D, E) arranged for receiving and demodulating said radio messages, a server arranged to receive the frames received from each base station (C, D, E) and originating from the node, the server being operatively arranged for dividing the frames received from the base stations (C, D, E) in blocks (BL0-BL6), recombining a corrected frame comprising blocks received by diverse base stations, based on the error codes, and transmitting the corrected frame to the recipient.
A method for recognition between a first image and a second image, each containing a plurality of pixels forming an image matrix, comprising the following steps: providing one or more training images; extracting a plurality of paxels as sub-matrixes from said one or more training images, being randomly positioned in said one or more training images; determining a set of Eigenpaxels, being a subset of the Eigenvectors of the correlation matrix of said plurality of paxels, with the relative Eigenvalues in decreasing order; filtering said one or more training images with said determined set of Eigenpaxels; training a plurality of RBF neural networks with said one or more training images filtered; storing a neuron for each of said one or more training images pertaining to the same category; providing a test image and filtering said image with said determined set of Eigenpaxels; applying said test image filtered to said RBF neutral networks, if none of the RBF neural networks indicates a match, identifying the input image as not recognised; if some of the RBF neural indicate a match with neurons associated with the same category and no match is indicated with another category, recognising the image content as that category; if the RBF networks indicate matches with conflicting categories, evaluating a weighted sum of the indications from each network.