mhurhangee/ep-ind-claims huggingface dataset:
An induction heating compaction system (100, 200, 400, 500), the system comprising: a compaction member (110, 120, 450, 502) comprising one of a compaction roller or a compaction foot for engaging pre-preg material, the compaction member (110, 120, 450, 502) configured and arranged to extract heat from the pre-preg material in-situ while compacting the pre-preg material that has been laid up and positioned over a surface of a forming tool, the compaction member (110, 120, 450, 502) comprising: an induction heating member (112, 122, 458, 506) received within the one of the compaction roller or the compaction foot, the induction heating member (112, 122, 458, 506) configured to generate an electromagnetic field at a select frequency, the select frequency for heating at least one of the fibers and matrix in pre-preg material, wherein the induction heating member is contained within the compaction member (110, 120, 450, 502), the compaction member (110, 120, 450, 502) having at least one portion that is made from a material that is transparent to the select frequency of the electromagnetic field generated by the induction heating member (112, 122, 458, 506) enabling the electromagnetic field to be directed at a composite pre-preg material to be consolidated while not heating up the at least one portion of the compaction member (110, 120, 450, 502); and a cooling assembly (111, 122, 451, 466, 508) received within the one of the compaction roller or the compaction foot, the cooling assembly (111, 122, 451, 466, 508) configured and arranged to extract heat energy from the pre-preg material to solidify the ply layers of pre-preg material in a compact configuration during an in-situ compaction buildup process. an induction heating member (112, 122, 458, 506) received within the one of the compaction roller or the compaction foot, the induction heating member (112, 122, 458, 506) configured to generate an electromagnetic field at a select frequency, the select frequency for heating at least one of the fibers and matrix in pre-preg material, wherein the induction heating member is contained within the compaction member (110, 120, 450, 502), the compaction member (110, 120, 450, 502) having at least one portion that is made from a material that is transparent to the select frequency of the electromagnetic field generated by the induction heating member (112, 122, 458, 506) enabling the electromagnetic field to be directed at a composite pre-preg material to be consolidated while not heating up the at least one portion of the compaction member (110, 120, 450, 502); and a cooling assembly (111, 122, 451, 466, 508) received within the one of the compaction roller or the compaction foot, the cooling assembly (111, 122, 451, 466, 508) configured and arranged to extract heat energy from the pre-preg material to solidify the ply layers of pre-preg material in a compact configuration during an in-situ compaction buildup process.
A wind power installation rotor blade which can be connected to a hub of the wind power installation by means of a rotary connection, wherein the rotary connection is in the form of a plain bearing assembly, comprising an inner ring (3, 3', 3") having a number of first plain bearing surfaces (11a, b, c), an outer ring (5, 5', 5") having a number of second plain bearing surfaces (13a, b, c) which are respectively associated with one of the first plain bearing surfaces as a plain bearing surface partner, wherein the inner ring and the outer ring each have a radial bearing surface (12b, 13b) and two axial bearing surfaces (11a, 11c, 13a, 13c), and wherein the plain bearing assembly is in the form of a dry-running plain bearing assembly, characterized in that the outer ring has one, more or all of the number of plain bearing surfaces (13a-c) of fibre composite material, and is of an at least two-part structure insofar as the radial plain bearing surface and a first axial plain bearing surface are provided at a first body portion and the second axial plain bearing surfaces is provided at at least one second body portion, wherein the first body portion is provided integrally on the rotor blade. the rotary connection is in the form of a plain bearing assembly, comprising an inner ring (3, 3', 3") having a number of first plain bearing surfaces (11a, b, c), an outer ring (5, 5', 5") having a number of second plain bearing surfaces (13a, b, c) which are respectively associated with one of the first plain bearing surfaces as a plain bearing surface partner, wherein the inner ring and the outer ring each have a radial bearing surface (12b, 13b) and two axial bearing surfaces (11a, 11c, 13a, 13c), and wherein the plain bearing assembly is in the form of a dry-running plain bearing assembly, characterized in that the outer ring has one, more or all of the number of plain bearing surfaces (13a-c) of fibre composite material, and is of an at least two-part structure insofar as the radial plain bearing surface and a first axial plain bearing surface are provided at a first body portion and the second axial plain bearing surfaces is provided at at least one second body portion, wherein the first body portion is provided integrally on the rotor blade.
A method of generating Comfort Noise, CN, control parameters, comprising storing (S1; 1a) CN parameters q j M E j M for Silence Insertion Descriptor, SID, frames and active hangover frames in a buffer of a predetermined size; determining (S2, 1b, 2) a CN parameter subset ( Q S, E S) relevant for SID frames based on the age of the stored CN parameters and on residual energies; using (S3, 3, 4) the determined CN parameter subset ( Q S, E S) to determine the CN control parameters ( q i, E ¡) for a first SID frame ("First SID") following an active signal frame,updating, for SID frames and active hangover frames, the buffer with new CN parameters ( q,Ê); characterized by: updating, for active non-hangover frames, the size K of an age restricted subset ( Q K, E K) of the stored CN parameters based on the number p A of consecutive active non-hangover frames; selecting the CN parameter subset ( Q S, E S) from the age restricted subset ( Q K, E K) based on residual energies; determining representative CN parameters ( q̃, E) from the CN parameter subset ( Q S, E S); and interpolating the representative CN parameters ( q̃, E) with decoded CN parameters ( q̃ SID, E S ID). updating, for active non-hangover frames, the size K of an age restricted subset ( Q K, E K) of the stored CN parameters based on the number p A of consecutive active non-hangover frames; selecting the CN parameter subset ( Q S, E S) from the age restricted subset ( Q K, E K) based on residual energies; determining representative CN parameters ( q̃, E) from the CN parameter subset ( Q S, E S); and interpolating the representative CN parameters ( q̃, E) with decoded CN parameters ( q̃ SID, E S ID).
A process comprising: contacting 1) a catalyst mixture comprising i) an aluminum trihalide and ii) an organic liquid carrier comprising first olefins, wherein the organic liquid carrier first olefins comprise at least 60 mole % 1,2-disubstituted olefins; and 2) a monomer comprising second olefins to form an oligomer product. 1) a catalyst mixture comprising i) an aluminum trihalide and ii) an organic liquid carrier comprising first olefins, wherein the organic liquid carrier first olefins comprise at least 60 mole % 1,2-disubstituted olefins; and 2) a monomer comprising second olefins
An apparatus for use with a chair having a supporting surface, the apparatus comprising: a member adapted to be placed above the supporting surface of the chair; a bottom sheet connected to the member and having an engagement surface opposite the member; a top sheet having a bottom surface positioned in confronting relation to the engagement surface of the bottom sheet and a top surface opposite the bottom surface, the top sheet having a slip resistant material positioned on the top surface; and a selective gliding assembly positioned between the top sheet and the bottom sheet, characterized in that the selective gliding assembly comprises a first engagement member positioned on the engagement surface of the bottom sheet and a second engagement member positioned on the bottom surface of the top sheet, wherein the first engagement member and the second engagement member engage each other to resist sliding of the top sheet in a forward direction relative to the bottom sheet and to permit sliding of the top sheet in a rearward direction relative to the bottom sheet. a member adapted to be placed above the supporting surface of the chair; a bottom sheet connected to the member and having an engagement surface opposite the member; a top sheet having a bottom surface positioned in confronting relation to the engagement surface of the bottom sheet and a top surface opposite the bottom surface, the top sheet having a slip resistant material positioned on the top surface; and a selective gliding assembly positioned between the top sheet and the bottom sheet, characterized in that the selective gliding assembly comprises a first engagement member positioned on the engagement surface of the bottom sheet and a second engagement member positioned on the bottom surface of the top sheet, wherein the first engagement member and the second engagement member engage each other to resist sliding of the top sheet in a forward direction relative to the bottom sheet and to permit sliding of the top sheet in a rearward direction relative to the bottom sheet.
Compositions comprising A) from 40 to 80 parts by weight of aromatic polycarbonate or polyester carbonate, B) from 10 to 40 parts by weight of rubber-free vinyl copolymer, C) from 5 to 20 parts by weight of organically surface-modified chopped glass fibre, D) from 0 to 9 parts by weight of a graft polymer with an elastomeric graft base, E) from 0 to 20 parts by weight of additives, where the sum of the parts by weight of components A) to E) in the composition is standardized to 100, characterized in that (i) a size composed of an organic compound or a mixture of various organic compounds is used as surface-modification of the glass fibre at a concentration such that the carbon content of component C is from 0.2 to 2% by weight, (ii) the ratio of the integrated peak area of the FTIR spectrum in the wave number range from 2700 to 3000 cm -1 to the integrated peak area of the FTIR spectrum in the wave number range from 500 to 4000 cm -1, in each case measured on the dichloromethane-extracted content of this size of component C, is from 0.20 to 0.70. A) from 40 to 80 parts by weight of aromatic polycarbonate or polyester carbonate, B) from 10 to 40 parts by weight of rubber-free vinyl copolymer, C) from 5 to 20 parts by weight of organically surface-modified chopped glass fibre, D) from 0 to 9 parts by weight of a graft polymer with an elastomeric graft base, E) from 0 to 20 parts by weight of additives, where the sum of the parts by weight of components A) to E) in the composition is standardized to 100, characterized in that (i) a size composed of an organic compound or a mixture of various organic compounds is used as surface-modification of the glass fibre at a concentration such that the carbon content of component C is from 0.2 to 2% by weight, (ii) the ratio of the integrated peak area of the FTIR spectrum in the wave number range from 2700 to 3000 cm -1 to the integrated peak area of the FTIR spectrum in the wave number range from 500 to 4000 cm -1, in each case measured on the dichloromethane-extracted content of this size of component C, is from 0.20 to 0.70. (i) a size composed of an organic compound or a mixture of various organic compounds is used as surface-modification of the glass fibre at a concentration such that the carbon content of component C is from 0.2 to 2% by weight, (ii) the ratio of the integrated peak area of the FTIR spectrum in the wave number range from 2700 to 3000 cm -1 to the integrated peak area of the FTIR spectrum in the wave number range from 500 to 4000 cm -1, in each case measured on the dichloromethane-extracted content of this size of component C, is from 0.20 to 0.70.
A data read method, comprising: receiving, by a resource management server, a data read request from a client, wherein the data read request is used to request a plurality of files; reading, by the resource management server, a replica of target data from a first data center, wherein the target data comprises data of different files in the plurality of files, the first data center is a data center with highest data locality among a plurality of data centers that store replicas of the target data, wherein a replica of the target data stored in each data center comprises a replica of one or more files of the target data, and data locality of each data center is used to indicate a degree of proximity between the replica of the target data stored in a respective data center and the target data, the degree of proximity between the replica of the target data stored in each data center and the target data being measured by a quantity of files shared between the target data and the replica of the target data in the respective data center; and sending, by the resource management server to the client, the replica of the target data read from the first data center. receiving, by a resource management server, a data read request from a client, wherein the data read request is used to request a plurality of files; reading, by the resource management server, a replica of target data from a first data center, wherein the target data comprises data of different files in the plurality of files, the first data center is a data center with highest data locality among a plurality of data centers that store replicas of the target data, wherein a replica of the target data stored in each data center comprises a replica of one or more files of the target data, and data locality of each data center is used to indicate a degree of proximity between the replica of the target data stored in a respective data center and the target data, the degree of proximity between the replica of the target data stored in each data center and the target data being measured by a quantity of files shared between the target data and the replica of the target data in the respective data center; and sending, by the resource management server to the client, the replica of the target data read from the first data center.
Compressed gas cylinder having a gas retrieval valve which is equipped with a valve unit (3, 21, 31) having a connecting portion for connecting to a body of the compressed gas cylinder; a first gas duct which extends from a first entry opening (11, 33), disposed on an inflow-proximal end face of the connecting portion that faces the interior of the compressed gas cylinder, to a first retrieval port (6, 26), and a second gas duct which extends from a second entry opening, disposed on the inflow-proximal end face of the connecting portion, to a second retrieval port (7, 27) leading through said valve unit (3, 21, 31); wherein the first gas duct is specified for" retrieving gas from the compressed gas cylinder at the filling pressure prevalent in the compressed gas cylinder, and the second gas duct is specified for retrieving gas from the compressed gas cylinder at a pressure reduced in comparison to the filling pressure, and wherein a blocking fitting (13, 16, 22, 23) for opening or blocking the first gas duct and the second gas duct is in each case provided, and the second gas duct is equipped with a device for pressure reduction.
A sensor comprising: a first electrode configured to be located in contact with a solution to be analysed; a second electrode configured to be in electrical contact with the solution to be analysed; an electrical controller configured to apply a potential difference between the first and second electrodes (2, 4) to electro-deposit chemical species from the solution onto the first electrode; a spectrometer configured to apply a spectroscopic analysis technique to the electro-deposited chemical species on the first electrode and generate spectroscopic data about the chemical species electro-deposited onto the first electrode after deposition; and a processor configured to use voltammetry data and the spectroscopic data to determine the type and quantity of chemical species in the solution, characterized in that the first electrode is formed of an electrically conductive diamond material. a first electrode configured to be located in contact with a solution to be analysed; a second electrode configured to be in electrical contact with the solution to be analysed; an electrical controller configured to apply a potential difference between the first and second electrodes (2, 4) to electro-deposit chemical species from the solution onto the first electrode; a spectrometer configured to apply a spectroscopic analysis technique to the electro-deposited chemical species on the first electrode and generate spectroscopic data about the chemical species electro-deposited onto the first electrode after deposition; and a processor configured to use voltammetry data and the spectroscopic data to determine the type and quantity of chemical species in the solution, characterized in that the first electrode is formed of an electrically conductive diamond material.
Handheld monophone for connection to a radio device, having a multifunction button suitable for selecting a plurality of functions, wherein a first programmable button, a second programmable button and a third programmable button are present, characterized in that a function of the multifunction button can be assigned to the first programmable button, to the second programmable button and to the third programmable button, wherein the multifunction button is cylindrical and constructed in three parts and is located on the top rounded edge of the handheld monophone and of a rotary latching switch with a circumferential knurling and an indentation, a guide for touch actuation of the rotary latching switch having a smaller diameter than the rotary latching switch, wherein an indicator for a program function is located on the side of the guide remote from the rotary latching switch, wherein the guide for touch actuation and the indicator of the program function are a shaping of the housing of the handheld monophone, wherein a memory is included which is suitable for storing a pre-programmed function, and wherein a connection cable is included for establishing a connection to a radio device.
A supercontinuum radiation source comprising: a radiation source operable to produce a pulsed radiation beam; an optical amplifier configured to receive the pulsed radiation beam and increase an intensity of the pulsed radiation beam so as to produce an amplified pulsed radiation beam, the optical amplifier comprising a gain medium and a pump power source; and an optical medium configured to receive the amplified pulsed radiation beam and to broaden a spectrum of that amplified pulsed radiation beam so as to generate a supercontinuum radiation beam (Bout); wherein the pump power source of the optical amplifier is configured to supply a pump radiation beam to the gain medium, an intensity of the pump radiation beam being periodic and having a pump frequency, characterized in that the pump frequency is an integer multiple of the frequency of the pulsed radiation beam. a radiation source operable to produce a pulsed radiation beam; an optical amplifier configured to receive the pulsed radiation beam and increase an intensity of the pulsed radiation beam so as to produce an amplified pulsed radiation beam, the optical amplifier comprising a gain medium and a pump power source; and an optical medium configured to receive the amplified pulsed radiation beam and to broaden a spectrum of that amplified pulsed radiation beam so as to generate a supercontinuum radiation beam (Bout); wherein the pump power source of the optical amplifier is configured to supply a pump radiation beam to the gain medium, an intensity of the pump radiation beam being periodic and having a pump frequency, characterized in that the pump frequency is an integer multiple of the frequency of the pulsed radiation beam.
A fermented seasoning obtained by adding salt water to a mixture of an Aspergillus culture with a plant-derived protein material selected from the group consisting of soybean, defatted soybean, purified soybean protein, wheat, wheat gluten, rice and purified rice protein to prepare a moromi, fermenting the moromi, wherein the fermentation conditions are such that from 30 % to 500 % by weight ratio of salt water are added to the Aspergillus culture, the plant-derived protein material is mixed at a ratio of from 10:90 to 80:20 ( Aspergillus culture:protein material), the moromi is fermented at from 25 °C to 60 °C for from 6 hours to 720 hours, the leucine aminopeptidase-I activity in the moromi is controlled to be 1.0 U/ml or less, and the leucine aminopeptidase-II activity in the moromi is controlled to be 0.5 U/ml or less, within 10 days after the preparation, wherein the fermented seasoning contains 40 mg/ml or more of soluble peptides, and wherein the fermented seasoning contains 40 μg/ml or more of a dipeptide Gly-Tyr, and 20 μg/ml or more of a dipeptide Ser-Tyr.
A retractor comprising: an expandable proximal portion, wherein said proximal portion expands such that a cross-sectional area of a passage in the proximal portion increases while remaining constant along the length of the proximal portion; the proximal portion comprising a first side portion having a first longitudinal edge and a second side portion having a second longitudinal edge, the first and second portions being movable relative to each other such that the first and second longitudinal edges can be positioned in close proximity to each other or spaced apart by a selected distance, wherein when in the spaced-apart configuration, the cross-sectional area of said proximal portion is constant along the length of the first and second longitudinal edges; and an expandable distal portion coupled with the proximal portion, the distal portion having an outer surface and an inner surface partially defining a passage, said distal portion capable of having a first configuration for insertion into a patient and a second configuration when inserted wherein the cross-sectional area of said passage at a first location is greater than the cross-sectional area of said passage at a second location, wherein the first location is distal to the second location. an expandable proximal portion, wherein said proximal portion expands such that a cross-sectional area of a passage in the proximal portion increases while remaining constant along the length of the proximal portion; the proximal portion comprising a first side portion having a first longitudinal edge and a second side portion having a second longitudinal edge, the first and second portions being movable relative to each other such that the first and second longitudinal edges can be positioned in close proximity to each other or spaced apart by a selected distance, wherein when in the spaced-apart configuration, the cross-sectional area of said proximal portion is constant along the length of the first and second longitudinal edges; and an expandable distal portion coupled with the proximal portion, the distal portion having an outer surface and an inner surface partially defining a passage, said distal portion capable of having a first configuration for insertion into a patient and a second configuration when inserted wherein the cross-sectional area of said passage at a first location is greater than the cross-sectional area of said passage at a second location, wherein the first location is distal to the second location.