mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: compressing digital image information into compressed digital image information; and generating and adding at least one error detection indicator to the compressed digital image information, the at least one error detection indicator comprising a signature generated over a half frame of said digital image information by a multiple input shift register, wherein the half frame of the digital image information consists of the even slices or odd slices of the total number of slices of a frame in the digital image information, wherein a slice is a set of consecutive scan lines, and wherein compressing the digital information comprises: converting the digital image information from spatial to frequency domain and generating transform coefficients; quantizing the transform coefficients; and variable length coding the quantized transform coefficients. compressing digital image information into compressed digital image information; and generating and adding at least one error detection indicator to the compressed digital image information, the at least one error detection indicator comprising a signature generated over a half frame of said digital image information by a multiple input shift register, wherein the half frame of the digital image information consists of the even slices or odd slices of the total number of slices of a frame in the digital image information, wherein a slice is a set of consecutive scan lines, and wherein compressing the digital information comprises: converting the digital image information from spatial to frequency domain and generating transform coefficients; quantizing the transform coefficients; and variable length coding the quantized transform coefficients. converting the digital image information from spatial to frequency domain and generating transform coefficients; quantizing the transform coefficients; and variable length coding the quantized transform coefficients.
A window comprising a glazed element, at least one portion of a profiled seal, at least one insert such as a trim, and at least one fastener for fastening said insert to said portion of the profiled seal, whose said fastener includes a plate (7, 7', 7") having a longitudinal axis, said plate being at least partially overmolded in said portion of the profiled seal and supports at least three flanges (8, 8', 8") that are located outside said portion of a profiled seal, for fastening said insert to said fastener, said flanges being longitudinally offset, characterized in that three flanges (8, 8', 8") are located symmetrically with respect to a plane of symmetry perpendicular to said plate, with the central flange having a length equal to the sum of the length of the two other flanges (8, 8").
A coagulant composition comprising a lignin-amine having the formula: where R 1, R 2, R 3 may be the same or different and selected from the group consisting of hydrogen, methyls, ethyls, alkyls, hydroxyl-substituted alkyls, and alkoxy-substituted alkyls of 1 to 20 carbon atoms; the alkyl groups may be straight or branched alkyl groups or a cycloalkyl ring, whereby said composition, when added to a water stream, coagulates suspended particles therein.
An adhesive sheet laminate for bonding two adherends, wherein the adhesive sheet laminate has release films formed on both outer sides of an adhesive material, and has an interface (called "internal detachment interface") in the inside thereof, which is detachable from the side different from the bonding surfaces of the adhesive material with the adherends, wherein the relation among 90° peel strength of the interface between the release film at one side and the adhesive material, the 90° peel strength of the interface between the release film at the other side and the adhesive material, and the 90° peel strength of the internal detachment interface satisfies the following relations to A < B < C B / A = 1.1 to 3.0 C / B = 1.1 to 7.0, and wherein the internal detachment interface has smaller peel strength than the bonding surfaces of the adhesive material with the adherends.
A beacon, comprises one first-level pattern, four second-level patterns and five third-level patterns, an area of the second-level pattern is less than that of the first-level pattern, and an area of the third-level pattern is less than that of the second-level pattern, characterized in that: the four second-level patterns are respectively superposed above a left, bottom, right and middle of the first-level pattern, and the five third-level patterns are superposed above a top of the first-level pattern in a layout where four third-level patterns are arranged in a grid of columns and rows, and one third-level pattern is arranged below the grid; or, the four second-level patterns are respectively superposed above the top, bottom, left and right of the first-level pattern, and the five third-level patterns are superposed above the middle of the first-level pattern in a layout where four third-level patterns are arranged in a grid of columns and rows, and one third-level pattern is arranged above the grid. the four second-level patterns are respectively superposed above a left, bottom, right and middle of the first-level pattern, and the five third-level patterns are superposed above a top of the first-level pattern in a layout where four third-level patterns are arranged in a grid of columns and rows, and one third-level pattern is arranged below the grid; or, the four second-level patterns are respectively superposed above the top, bottom, left and right of the first-level pattern, and the five third-level patterns are superposed above the middle of the first-level pattern in a layout where four third-level patterns are arranged in a grid of columns and rows, and one third-level pattern is arranged above the grid.
A method of analysing a gas sample from a chromatography column, comprising: a) providing a discharge-based photo ionisation gas detector having a discharge zone and an ionisation zone; b) splitting the gas sample into a first sample stream and a second sample stream; c) circulating the first sample stream through the discharge zone and applying a plasma-generating field across the discharge zone to generate a plasma from said first sample stream, the plasma emitting optical radiation; d) circulating the second sample stream through the ionisation zone and exposing said second sample stream to the optical radiation from the discharge zone, thereby generating an ionisation current by photo ionisation of the second sample stream by said optical radiation; and e) measuring said ionisation current. a) providing a discharge-based photo ionisation gas detector having a discharge zone and an ionisation zone; b) splitting the gas sample into a first sample stream and a second sample stream; c) circulating the first sample stream through the discharge zone and applying a plasma-generating field across the discharge zone to generate a plasma from said first sample stream, the plasma emitting optical radiation; d) circulating the second sample stream through the ionisation zone and exposing said second sample stream to the optical radiation from the discharge zone, thereby generating an ionisation current by photo ionisation of the second sample stream by said optical radiation; and e) measuring said ionisation current.
A surface treatment composition comprising: a solution having a pH within a range of above pH 4 to pH 8, the solution comprising metal cations produced in situ from a metal-containing substance in a reaction with an acid having a pK a in a range of -3.0 to +3.5, the metal-containing substance comprising a metal, a metal alloy, or a metal compound having a solubility product constant K sp of no greater than 1x10 -6, the metal cations being dissolved in the solution; and an agent mixed with the metal cation-containing solution, the agent comprising one of a surface sizing agent to size a paper substrate and a surface coating agent to coat the paper substrate; and wherein the metal-containing substance is not a salt. a solution having a pH within a range of above pH 4 to pH 8, the solution comprising metal cations produced in situ from a metal-containing substance in a reaction with an acid having a pK a in a range of -3.0 to +3.5, the metal-containing substance comprising a metal, a metal alloy, or a metal compound having a solubility product constant K sp of no greater than 1x10 -6, the metal cations being dissolved in the solution; and an agent mixed with the metal cation-containing solution, the agent comprising one of a surface sizing agent to size a paper substrate and a surface coating agent to coat the paper substrate; and wherein the metal-containing substance is not a salt.
An ultrasonic cleaner device for an espresso coffee machine comprising a dispensing group, wherein the ultrasonic cleaner device comprises: a liquid reservoir, a piezoelectric transducer and a generator, wherein the generator is configured to produce an electronic signal of high frequency and send it to the piezoelectric transducer so that the piezoelectric transducer receives the signal and responds by changing shape as long as the electronic signal is applied, characterized in that said ultrasonic cleaner device comprises a body which is adapted to connect, in a releasable manner, to the lower face of the dispensing group. wherein the ultrasonic cleaner device comprises: a liquid reservoir, a piezoelectric transducer and a generator, wherein the generator is configured to produce an electronic signal of high frequency and send it to the piezoelectric transducer so that the piezoelectric transducer receives the signal and responds by changing shape as long as the electronic signal is applied, characterized in that said ultrasonic cleaner device comprises a body which is adapted to connect, in a releasable manner, to the lower face of the dispensing group.
A ligand compound represented by the following Chemical Formula 1: wherein R 1, R 2, R 2 ' and R 3 are the same as or different from each other, and each independently a hydrogen atom, a hydrocarbyl group having 1 to 30 carbon atoms, or a heterohydrocarbyl group having 1 to 30 carbon atoms
A method for allocating individual data in lower and upper sidebands in an optical signal (O out, O1 out) to be transmitted, which method comprises the actions of; - producing a first RF-signal comprising a first set of data (A 1) carried by a subcarrier (f C1) by modulating the subcarrier (f C1) with the first data signal (D A1), and a second RF-signal comprising a second set of data (B 1) carried by the subcarrier (f C1) by modulating the subcarrier (f C1) with the second data signal (D B1), - producing a first transform signal (H) being a Hilbert Transform of the first RF-signal by phase shifting the subcarrier (f C1) by 90° and modulating the phase shifted subcarrier (f C1,90 °) with the first data signal (D A1), and a second transform signal (-H) being a Hilbert Transform of the second RF-signal by phase shifting the subcarrier (f C1) by -90° and modulating the phase shifted subcarrier (f C1,-90 °) with the second data signal (D B1), - modulating the optical carrier (f opt) with the first RF-signal and the first transform signal (H), and forming a first sideband (SB 1) comprising the first set of data (A 1) at one side of the frequency (f 0) of the optical carrier (f opt), and - modulating the optical carrier (f opt) with the second RF-signal and the second transform signal (-H), and forming a second sideband (SB 2) comprising the second set of data (B 1) at the other side of the frequency (f 0) of the optical carrier (f opt). - producing a first RF-signal comprising a first set of data (A 1) carried by a subcarrier (f C1) by modulating the subcarrier (f C1) with the first data signal (D A1), and a second RF-signal comprising a second set of data (B 1) carried by the subcarrier (f C1) by modulating the subcarrier (f C1) with the second data signal (D B1), - producing a first transform signal (H) being a Hilbert Transform of the first RF-signal by phase shifting the subcarrier (f C1) by 90° and modulating the phase shifted subcarrier (f C1,90 °) with the first data signal (D A1), and a second transform signal (-H) being a Hilbert Transform of the second RF-signal by phase shifting the subcarrier (f C1) by -90° and modulating the phase shifted subcarrier (f C1,-90 °) with the second data signal (D B1), - modulating the optical carrier (f opt) with the first RF-signal and the first transform signal (H), and forming a first sideband (SB 1) comprising the first set of data (A 1) at one side of the frequency (f 0) of the optical carrier (f opt), and - modulating the optical carrier (f opt) with the second RF-signal and the second transform signal (-H), and forming a second sideband (SB 2) comprising the second set of data (B 1) at the other side of the frequency (f 0) of the optical carrier (f opt).
A contact member for an electrical connector, comprising: an outer conductor including a mating interface section including a front end of the outer conductor, a termination section including a rear end of the outer conductor, and a middle section therebetween joining the mating interface and termination sections; and an inner conductor received in the mating interface section, wherein a protective insulator including a main portion is received in the mating interface section of the outer conductor and supports the inner conductor and the protective insulator including an end portion, the end portion having an end face extending outside of the front end of the outer conductor, wherein the front end of the outer conductor includes a plurality of spring fingers extending over at least part of the end portion of the protective insulator, characterized in that the middle section of the outer conductor includes a slot, in that the contact member comprises a sleeve disposed around the middle section of the outer conductor, and wherein the sleeve has a least one inwardly extending tab (164, 166) that is configured to fit in the slot of the middle section of the outer conductor, and in that the main portion of the protective insulator has at least one notch or annular groove configured to receive the at least on inwardly extending tab (164, 166). an outer conductor including a mating interface section including a front end of the outer conductor, a termination section including a rear end of the outer conductor, and a middle section therebetween joining the mating interface and termination sections; and an inner conductor received in the mating interface section, wherein a protective insulator including a main portion is received in the mating interface section of the outer conductor and supports the inner conductor and the protective insulator including an end portion, the end portion having an end face extending outside of the front end of the outer conductor, wherein the front end of the outer conductor includes a plurality of spring fingers extending over at least part of the end portion of the protective insulator, characterized in that the middle section of the outer conductor includes a slot, in that the contact member comprises a sleeve disposed around the middle section of the outer conductor, and wherein the sleeve has a least one inwardly extending tab (164, 166) that is configured to fit in the slot of the middle section of the outer conductor, and in that the main portion of the protective insulator has at least one notch or annular groove configured to receive the at least on inwardly extending tab (164, 166).
A process to produce biogenic substances in at least one bioreactor, characterized in that a) at least one starting material with b) at least one enzyme is added and the obtained product with c) at least one liver cell is added, or b') at least one liver cell is added and the obtained product with c') at least one enzyme is added, and d) at least one biogenic substance is isolated. wherein the starting material contains at least one chemical substance and at least one enzyme is selected from the group of phase I enzymes, phase II enzymes and oxidoreductases. a) at least one starting material with b) at least one enzyme is added and the obtained product with c) at least one liver cell is added, or b') at least one liver cell is added and the obtained product with c') at least one enzyme is added, and d) at least one biogenic substance is isolated.
An injectable sterile depot composition, comprising: at least an antipsychotic drug which is risperidone and/or 9-OH-risperidone in any combination thereof; at least a biocompatible polymer which is a copolymer based on end-capped terminal carboxylic lactic and glycolic acid having a monomer ratio of lactic to glycolic acid in the range from 50:50 to 75:25, and a drug/polymer mass ratio between 15 and 40% expressed as the weight percentage of the drug with respect of the drug plus polymer; at least a water-miscible solvent with a dipole moment in the range 3.9-4.3 D, characterised in that said solvent is DMSO the biocompatible polymer has an intrinsic inherent viscosity in the range of 0.16-0.60 dl/g measured in chloroform at 25°C and a 0.1% concentration; and the concentration of the biocompatible polymer is comprised in the range 25%-50%, percentage of polymer weight based on total polymeric solution; the viscosity of the solution comprising the polymer and the solvent is between 0.5 and 7.0 Pa.s; and the particle size distribution of the drug is as follows: - less than 10% particles smaller than 10 microns; - less than 10% particles larger than 225 microns, and - a d0.5 value in the range of 60-130 microns. at least an antipsychotic drug which is risperidone and/or 9-OH-risperidone in any combination thereof; at least a biocompatible polymer which is a copolymer based on end-capped terminal carboxylic lactic and glycolic acid having a monomer ratio of lactic to glycolic acid in the range from 50:50 to 75:25, and a drug/polymer mass ratio between 15 and 40% expressed as the weight percentage of the drug with respect of the drug plus polymer; at least a water-miscible solvent with a dipole moment in the range 3.9-4.3 D, characterised in that said solvent is DMSO the biocompatible polymer has an intrinsic inherent viscosity in the range of 0.16-0.60 dl/g measured in chloroform at 25°C and a 0.1% concentration; and the concentration of the biocompatible polymer is comprised in the range 25%-50%, percentage of polymer weight based on total polymeric solution; the viscosity of the solution comprising the polymer and the solvent is between 0.5 and 7.0 Pa.s; and the particle size distribution of the drug is as follows: - less than 10% particles smaller than 10 microns; - less than 10% particles larger than 225 microns, and - a d0.5 value in the range of 60-130 microns. - less than 10% particles smaller than 10 microns; - less than 10% particles larger than 225 microns, and - a d0.5 value in the range of 60-130 microns.
An optical device comprising: a plurality of optics layers; an edge sealant arranged along an edge of the optical device across the plurality of optics layers, wherein one or more sealant gaps are present in the edge sealant; and a lamination dam arranged between each pair of adjacent optics layers of the plurality of optics layers to stop wicking of the edge sealant, between the optics layers, at a distance from the edge of the optical device, wherein one or more dam gaps are present in the lamination dam at one or more positions along the edge that each corresponds to a position of a respective sealant gap to allow air flow between an interior and an exterior of the optical device through the one or more sealant gaps and the one or more dam gaps, and wherein each dam gap has a length that is less than that of the corresponding sealant gap to inhibit the edge sealant from wicking through the dam gap into the interior of the optical device. a plurality of optics layers; an edge sealant arranged along an edge of the optical device across the plurality of optics layers, wherein one or more sealant gaps are present in the edge sealant; and a lamination dam arranged between each pair of adjacent optics layers of the plurality of optics layers to stop wicking of the edge sealant, between the optics layers, at a distance from the edge of the optical device, wherein one or more dam gaps are present in the lamination dam at one or more positions along the edge that each corresponds to a position of a respective sealant gap to allow air flow between an interior and an exterior of the optical device through the one or more sealant gaps and the one or more dam gaps, and wherein each dam gap has a length that is less than that of the corresponding sealant gap to inhibit the edge sealant from wicking through the dam gap into the interior of the optical device.
Flowable detergent preparation containing, based on its total weight, a) 4 to 8 % by weight of alkyl ether sulfate; b) 5 to 14% by weight of fatty acid from the group consisting of caprylic acid, capric acid, lauric acid, myristic acid, palmitic acid, stearic acid, oleic acid, linoleic acid and mixtures thereof; c) less than 20 % water by weight. whereby - the total amount of anionic and non-ionic surfactants contained in the detergent preparation is 13 to 48% by weight; and - the detergent preparation contains alkyl ether sulfate and fatty acid in a weight ratio of 2:1 to 1:3 - wherein the detergent preparation contains nonionic surfactant and anionic surfactant in a weight ratio above 3:2. a) 4 to 8 % by weight of alkyl ether sulfate; b) 5 to 14% by weight of fatty acid from the group consisting of caprylic acid, capric acid, lauric acid, myristic acid, palmitic acid, stearic acid, oleic acid, linoleic acid and mixtures thereof; c) less than 20 % water by weight. - the total amount of anionic and non-ionic surfactants contained in the detergent preparation is 13 to 48% by weight; and - the detergent preparation contains alkyl ether sulfate and fatty acid in a weight ratio of 2:1 to 1:3 - wherein the detergent preparation contains nonionic surfactant and anionic surfactant in a weight ratio above 3:2.
An R-Fe-B-based sintered magnet with a low B content, containing an R 2 Fe 14 B-type main phase, the R being at least one rare earth element comprising Nd and R is selected from at least one of the group of elements consisting of Nd, Pr, Dy, Tb, Ho, La, Ce, Pm, Sm, Eu, Gd, Er, Tm, Yb, Lu, and yttrium, wherein the sintered magnet comprises the following components: 28.5 wt%-31.5 wt% of R, 0.86 wt%-0.94 wt% of B, 0.2 wt%―1 wt% of Co, 0.2 wt%-0.45 wt% of Cu, 0.3 wt%-0.5 wt% of Ga, 0.02 wt%―0.2 wt% of Ti, 61 wt%-69.5 wt% of Fe; and 0 wt%-5.0 wt% of X and inevitable impurities, wherein X is selected from at least one of the group of elements consisting of Zn, Al, In, Si, V, Cr, Mn, Ni, Ge, Zr, Nb, Mo, Pd, Ag, Cd, Sn, Sb, Hf, Ta, and W, and when X comprises at least one of Nb, Zr, or Cr, the total content of Nb, Zr, and Cr is 0.20 wt% or below; wherein the sintered magnet has an R 6 -T 13―δ M 1+δ series phase accounting for 75% or more of the total volume of grain boundaries, wherein T is at least one selected from Fe or Co, M comprises 80 wt% or more of Ga and 20 wt% or below of Cu, and δ is -0.14-0.04 characterized in that the content of Dy, Tb, Gd, or Ho is 1 wt% or below. 28.5 wt%-31.5 wt% of R, 0.86 wt%-0.94 wt% of B, 0.2 wt%―1 wt% of Co, 0.2 wt%-0.45 wt% of Cu, 0.3 wt%-0.5 wt% of Ga, 0.02 wt%―0.2 wt% of Ti, 61 wt%-69.5 wt% of Fe; and 0 wt%-5.0 wt% of X and inevitable impurities, wherein X is selected from at least one of the group of elements consisting of Zn, Al, In, Si, V, Cr, Mn, Ni, Ge, Zr, Nb, Mo, Pd, Ag, Cd, Sn, Sb, Hf, Ta, and W, and when X comprises at least one of Nb, Zr, or Cr, the total content of Nb, Zr, and Cr is 0.20 wt% or below; wherein the sintered magnet has an R 6 -T 13―δ M 1+δ series phase accounting for 75% or more of the total volume of grain boundaries, wherein T is at least one selected from Fe or Co, M comprises 80 wt% or more of Ga and 20 wt% or below of Cu, and δ is -0.14-0.04 characterized in that the content of Dy, Tb, Gd, or Ho is 1 wt% or below.