mhurhangee/ep-ind-claims huggingface dataset:
A safety trailer (5900, 6500, 6700), comprising: first (5904, 6504, 6704) and second (5908, 6508, 6708) platforms comprising at least one set of wheels, a safety wall (5912, 6512, 6712) positioned between, and engaged with, the first (5904, 6504, 6704) and second (5908, 6508, 6708) platforms to define an area protected from a vehicular incursion, wherein the safety wall (5912, 6512, 6712) comprises different segments (6900, 6904, 6800, 6808, 6512), and at least a sliding mechanism, between the safety wall (5912, 6512, 6712) and the first (5904, 6504, 6704) and second (5908, 6508, 6708) platforms of the safety trailer (5900, 6500, 6700) and/or between said different segments of the safety wall (5912, 6512, 6712), is provided for deploying and/or undeploying said different segments (6900, 6904, 6800, 6808, 6512) of the safety wall (5912, 6512, 6712); said safety wall (5912, 6512, 6712) including first and second segments, characterized in that said sliding mechanism is not telescopic and comprises a matching tongue and a groove, wherein said sliding mechanism permits the first and second segments to move linearly relative to one another. first (5904, 6504, 6704) and second (5908, 6508, 6708) platforms comprising at least one set of wheels, a safety wall (5912, 6512, 6712) positioned between, and engaged with, the first (5904, 6504, 6704) and second (5908, 6508, 6708) platforms to define an area protected from a vehicular incursion, wherein the safety wall (5912, 6512, 6712) comprises different segments (6900, 6904, 6800, 6808, 6512), and at least a sliding mechanism, between the safety wall (5912, 6512, 6712) and the first (5904, 6504, 6704) and second (5908, 6508, 6708) platforms of the safety trailer (5900, 6500, 6700) and/or between said different segments of the safety wall (5912, 6512, 6712), is provided for deploying and/or undeploying said different segments (6900, 6904, 6800, 6808, 6512) of the safety wall (5912, 6512, 6712); said safety wall (5912, 6512, 6712) including first and second segments, characterized in that said sliding mechanism is not telescopic and comprises a matching tongue and a groove, wherein said sliding mechanism permits the first and second segments to move linearly relative to one another.
A pharmaceutical composition comprising a negatively charged drug and a cationic lipid, wherein said cationic lipid is a cationic lipid of a lipid being at least one selected from the group consisting of lipids of the following formulae, and the negatively charged drug forms a complex with the cationic lipid, and the negatively charged drug is one or more nucleic acid selected from the group consisting of RNA, DNA, siRNA (small interfering RNA), an aptamer, antisense oligodeoxynucleotide, antisense RNA, ribozyme and DNAzyme:
A method of manufacturing a light extraction substrate for an electroluminescent device, wherein the light extraction substrate comprises: a substrate; and a light extraction layer formed on the substrate, the light extraction layer containing an inorganic oxide that has a wide band gap of 2.8eV or more, wherein the light extraction layer has a texture on a surface thereof characterized in that the light extraction layer is formed by atmospheric pressure chemical vapor deposition (APCVD) and the said texture is formed during the APCVD deposition. a substrate; and a light extraction layer formed on the substrate, the light extraction layer containing an inorganic oxide that has a wide band gap of 2.8eV or more, wherein the light extraction layer has a texture on a surface thereof characterized in that the light extraction layer is formed by atmospheric pressure chemical vapor deposition (APCVD) and the said texture is formed during the APCVD deposition.
A method for determination of primary hepatocellular carcinoma, wherein the method is characterized in that an autoantibody against Ku86 is measured in an immunoassay by reacting the autoantibody against Ku86 in a specimen with a Ku86 antigen as a reagent, and measuring a resulting immune complex between the autoantibody against Ku86 and the Ku86 antigen.
A method comprising: cutting a production tubing disposed in a wellbore to form a lower production tubing section and an upper production tubing section; displacing the upper production tubing section away from the lower production tubing section; installing a production tubing conversion device within the upper production tubing section, wherein the production tubing conversion device is coupled to a bottom hole assembly disposed below the production tubing conversion device; and characterised by injecting a sealant into the wellbore through the upper production tubing section, through the production tubing conversion device, and through the bottom hole assembly. cutting a production tubing disposed in a wellbore to form a lower production tubing section and an upper production tubing section; displacing the upper production tubing section away from the lower production tubing section; installing a production tubing conversion device within the upper production tubing section, wherein the production tubing conversion device is coupled to a bottom hole assembly disposed below the production tubing conversion device; and characterised by injecting a sealant into the wellbore through the upper production tubing section, through the production tubing conversion device, and through the bottom hole assembly.
Device for cooking foodstuffs, consisting of a firing trough with a heating plate arranged thereon, characterized in that the heating plate (1,1')) has an annular air gap (3,3') at the edge of the firing trough (2, 2 ') for the supply of Combustion air into the firing space (2b, 2b') of the firing trough (2, 2').
A spreading device for spreading granular material such as salt, slurry, sand, grit, aggregate, brine and/or powdery materials mixed with a liquid such as water comprising a disc with a central bore adapted to rotate around an axle/shaft placed in said bore, said axle/shaft being driven by moving means, said disc supporting a number of wings for spreading the material, the spreading device further comprising a mixing chamber for mixing the liquid and the granulated material, said mixing chamber comprising a wall in which a discharge opening is provided and wherein the spreading device further comprises a mixing disc adapted to rotate together with the disc, said mixing disc comprising a bore being coaxial with the central bore of the disc, the mixing disc 11 comprising flexible means placed at the periphery of the mixing disc, said flexible means being adapted to mix the liquid and granular material and guide the mixed materials through the discharge opening to the wings during rotation of the mixing disc, characterised in the mixing disc having a substantially circular periphery and the periphery being placed at a distance d1 from the inner surface of the wall of the mixing chamber, said wall being substantially circular in cross section and the free end of the flexible means being placed at a distance d2 from the inner surface of the wall of the mixing chamber, said distance d2 being larger than 0mm and smaller than d1.
Light emitting device, particularly wall or ceiling light, having at least one illumination unit, particularly an LED unit, the device consisting of at least two parts, a gap being provided between the at least two parts (2,4) and the illumination unit being arranged in the first part, the first part comprising a number of ribs and/or pegs or pins which can be circulated by air for discharging heat produced by the illumination unit, and the second part being designed as the base part of the light emitting device and being mountable to the ceiling or wall of a room and the first part accommodating the illumination unit being connectable or connected to the base part jointed and/or detachable, characterised in that a sealing of the components to be protected against humidity of the light emitting device being realised by the part of the housing comprising the components to be protected engaging into a notch provided in the second part or by the part of the housing comprising the components to be protected cooperating with a counter profile of the housing, which is provided on the second part, or by encompassing the outer sides of the part of the housing comprising the parts to be protected by means of a counter profile on the second part of the light emitting device.
A method of treating a peroxygen solution for reuse or disposal comprising: a) collecting an initial peroxygen solution comprising a peracid and hydrogen peroxide; b) adding an enzyme to the initial peroxygen solution, and then c) adding a reducing agent to the initial peroxygen solution wherein at least 0.1 parts of the peroxygen compounds are degraded by the enzyme for every 1 part of the peroxygen compounds that is degraded by the reducing agent; d) forming a treated peroxygen solution as a result of adding the enzyme and reducing agent. a) collecting an initial peroxygen solution comprising a peracid and hydrogen peroxide; b) adding an enzyme to the initial peroxygen solution, and then c) adding a reducing agent to the initial peroxygen solution wherein at least 0.1 parts of the peroxygen compounds are degraded by the enzyme for every 1 part of the peroxygen compounds that is degraded by the reducing agent; d) forming a treated peroxygen solution as a result of adding the enzyme and reducing agent.
A method for regulating a longitudinal acceleration of a vehicle, particularly a truck, comprising: detecting a driving behavior of vehicles traveling in front of a preceding vehicle and whereby the preceding vehicle is traveling immediately in front of the vehicle, and regulating the longitudinal acceleration of the vehicle by the use of a statistical model that describes or models the driving behavior of the vehicles in front of the vehicle whose longitudinal acceleration is to be regulated, wherein the statistical model is used to determine the future driving behavior of the preceding vehicle in order to regulate the longitudinal acceleration and wherein the longitudinal acceleration of the vehicle is regulated to minimize energy consumption in such a way as to minimize a frequency of stopping processes of the vehicle in which the vehicle comes to a complete stop, characterized in that a headway distance between the vehicle and the preceding vehicle is kept smaller, the more lane change maneuvers per time unit are detected between the vehicle and the preceding vehicle. detecting a driving behavior of vehicles traveling in front of a preceding vehicle and whereby the preceding vehicle is traveling immediately in front of the vehicle, and regulating the longitudinal acceleration of the vehicle by the use of a statistical model that describes or models the driving behavior of the vehicles in front of the vehicle whose longitudinal acceleration is to be regulated, wherein the statistical model is used to determine the future driving behavior of the preceding vehicle in order to regulate the longitudinal acceleration and wherein the longitudinal acceleration of the vehicle is regulated to minimize energy consumption in such a way as to minimize a frequency of stopping processes of the vehicle in which the vehicle comes to a complete stop, characterized in that a headway distance between the vehicle and the preceding vehicle is kept smaller, the more lane change maneuvers per time unit are detected between the vehicle and the preceding vehicle.
A cleaning device (40, 60) for an image forming apparatus, comprising: a web sheet to slide against and clean a surface of a cleaning target object; a holding member holding the web sheet wound around the holding member in a roll to be reeled out; a reel member having the web sheet wound around the reel member to be reeled in; a drive device to drive the reel member to rotate; a pressing member to press the web sheet against the cleaning target object; and a rotational load-applying device to apply a load to rotation of the holding member, the load being changeable depending on an amount of the web sheet held by the holding member; wherein the rotational load-applying device comes into contact with end surfaces of the roll in the axial direction of the holding member to apply the load to the rotation of the holding member, characterised in that the rotational load-applying device includes a contact surface formed in a tapered shape in cross-section. a web sheet to slide against and clean a surface of a cleaning target object; a holding member holding the web sheet wound around the holding member in a roll to be reeled out; a reel member having the web sheet wound around the reel member to be reeled in; a drive device to drive the reel member to rotate; a pressing member to press the web sheet against the cleaning target object; and a rotational load-applying device to apply a load to rotation of the holding member, the load being changeable depending on an amount of the web sheet held by the holding member; wherein the rotational load-applying device comes into contact with end surfaces of the roll in the axial direction of the holding member to apply the load to the rotation of the holding member, characterised in that
A system for electrical stimulation of a patient's cochlea, comprising means for providing an input audio signal; a sound processor for generating an electric stimulation signal from the input audio signal; and a cochlear implant electrode arrangement comprising a plurality of stimulation channels for stimulating the cochlea according to the electric stimulation signal; the sound processor comprising a filter-bank unit for dividing the input audio signal into a plurality of analysis channels, each containing a frequency domain signal representative of a distinct frequency portion of the audio signal, a signal level unit for determining a signal level for each analysis channel by analyzing the respective frequency domain signal, a stimulation signal unit (46, 48) for generating an electric stimulation signal for each stimulation channel according to the respective signal level, a stimulation order control unit (48, 56) for controlling the temporal stimulation order of the stimulation channels according to a patient-specific pulse table to be generated by a pulse table configuration module from patient-specific forward masking patterns obtained from patient-specific neural response imaging data in a manner so as to minimize spatial and/or temporal masking of the stimulation signal according to an optimization algorithm, charecterised in that the stimulation signal unit (46, 48) is for generating multipolar pulses. a filter-bank unit for dividing the input audio signal into a plurality of analysis channels, each containing a frequency domain signal representative of a distinct frequency portion of the audio signal, a signal level unit for determining a signal level for each analysis channel by analyzing the respective frequency domain signal, a stimulation signal unit (46, 48) for generating an electric stimulation signal for each stimulation channel according to the respective signal level, a stimulation order control unit (48, 56) for controlling the temporal stimulation order of the stimulation channels according to a patient-specific pulse table to be generated by a pulse table configuration module from patient-specific forward masking patterns obtained from patient-specific neural response imaging data in a manner so as to minimize spatial and/or temporal masking of the stimulation signal according to an optimization algorithm, charecterised in that the stimulation signal unit (46, 48) is for generating multipolar pulses.
Use of a crosslinking agent, comprising a halohydrin compound having one halohydrin group represented by the following formula in its molecule: wherein R 2 represents a C2-C10 aliphatic hydrocarbon group having a valence of m+1; X represents a chlorine atom or a bromine atom; and m represents an integer of 0 to 4 for surface crosslinking water-absorbing resin particles containing a carboxylic acid group and/or a carboxylate group, wherein the amount of the halohydrin compound in the crosslinking agent is 20 mol% or more based on the total halohydrin group-containing compound in the crosslinking agent.
Implant for growing patients, in particular for osteosynthesis, comprising an alloy based on Mg-Zn-Ca, characterized in that the alloy comprises 0.1 to 0.6 % by weight zinc (Zn) and 0.2 to 0.6 % by weight calcium (Ca) and magnesium (Mg) as the remainder, as well as unavoidable impurities caused by production in a maximum proportion of 0.01% by weight each and at most 0.1% by weight in total, wherein the quotient of the percentages by weight of Zn and Ca being less than or equal to 1. 0.1 to 0.6 % by weight zinc (Zn) and 0.2 to 0.6 % by weight calcium (Ca)
A host cell comprising at least one inactivated chromosomal gene wherein the inactivated chromosomal gene comprises a nucleic acid sequence encoding a polypeptide comprising a sequence having at least 90 % sequence identity with the amino acids 402-533 of SEQ ID NO: 13; the inactivated chromosomal gene is inactivated by disruption; and the host cell has reduced protease activity compared to the host cell without said inactivation.
A recombinant H. polymorpha strain comprising at least one recombinant nucleic acid that in combination, includes at least one gene encoding a xylitol dehydrogenase enzyme, at least one gene encoding a xylose reductase enzyme having a higher binding affinity for NAD than for NADP, wherein the xylose reductase gene has a mutation in the native H. polymorpha xylose reductase gene that changes a first codon encoding lysine at position 341 to a codon that encodes arginine and a mutation that changes a second codon expressing asparagine at position 343 to a codon that encodes aspartic acid, at least one gene encoding a xylulokinase enzyme, wherein each of the indicated genes is operably linked to at least one promoter that overexpresses said genes in said H. polymorpha strain and where said recombinant H. polymorpha strain produces a greater amount of ethanol when fermented in a media containing xylose than a parent H. polymorpha strain not containing said genes, and further at least one sequence encoding a pyruvate decarboxylase enzyme operably linked to a promoter that overexpresses said pyruvate decarboxylase enzyme in the recombinant H. polymorpha strain. at least one gene encoding a xylitol dehydrogenase enzyme, at least one gene encoding a xylose reductase enzyme having a higher binding affinity for NAD than for NADP, wherein the xylose reductase gene has a mutation in the native H. polymorpha xylose reductase gene that changes a first codon encoding lysine at position 341 to a codon that encodes arginine and a mutation that changes a second codon expressing asparagine at position 343 to a codon that encodes aspartic acid, at least one gene encoding a xylulokinase enzyme, wherein each of the indicated genes is operably linked to at least one promoter that overexpresses said genes in said H. polymorpha strain and where said recombinant H. polymorpha strain produces a greater amount of ethanol when fermented in a media containing xylose than a parent H. polymorpha strain not containing said genes, and further at least one sequence encoding a pyruvate decarboxylase enzyme operably linked to a promoter that overexpresses said pyruvate decarboxylase enzyme in the recombinant H. polymorpha strain.
A manganese-amino acid compound co-granulated and/or coated with at least one polymer, wherein the manganese in the manganese-amino acid compound is bound to, associated with or complexed with at least one single amino acid or at least one amino acid residue being part of a protein, wherein the coating polymer is not a protein cluster, protein, proteinate, protein fragment or peptide, wherein the manganese-amino acid compound is represented by a manganese or manganese ion which is bound to, associated with or complexed with at least one single amino acid or at least one amino acid residue being part of a protein, and wherein the at least one of the single amino acid is glycine.
An encoding apparatus (100, 200) for integrally encoding a speech signal and an audio signal, the encoding apparatus (100, 200) comprising: an input signal analyzer (110, 210) to analyze a characteristic of an input signal; a frequency band expander to expand frequency band of the input signal; a first conversion encoder (120, 220) to convert the input signal to a frequency domain signal, and to encode core band of the converted input signal when the input signal is an audio characteristic signal; a Linear Predictive Coding encoder (130, 230) to encode core band of the input signal performing LPC encoding, when the input signal is a speech characteristic signal; and a bitstream generator (140, 240) to generate a bitstream using an output signal of the first conversion encoder (120, 220) and an output signal of the LPC encoder (130, 230), wherein the core band includes a band of the input signal which is not expanded by the frequency band expander, wherein an output of the frequency band expander is transmitted to either the first conversion encoder (120, 220) or the LPC encoder (130, 230), according to the characteristic of the input signal. an input signal analyzer (110, 210) to analyze a characteristic of an input signal; a frequency band expander to expand frequency band of the input signal; a first conversion encoder (120, 220) to convert the input signal to a frequency domain signal, and to encode core band of the converted input signal when the input signal is an audio characteristic signal; a Linear Predictive Coding encoder (130, 230) to encode core band of the input signal performing LPC encoding, when the input signal is a speech characteristic signal; and a bitstream generator (140, 240) to generate a bitstream using an output signal of the first conversion encoder (120, 220) and an output signal of the LPC encoder (130, 230), wherein the core band includes a band of the input signal which is not expanded by the frequency band expander, wherein an output of the frequency band expander is transmitted to either the first conversion encoder (120, 220) or the LPC encoder (130, 230), according to the characteristic of the input signal.
A heat passage member comprising a first composite member which is a plate-like member and contains a plastic reinforced with thermally conductive carbon fibers containing one or both of metal-coated carbon fibers and pitch-based carbon fibers, wherein the thermally conductive carbon fibers extend in a fiber direction, are disposed in a parallel direction crossing the fiber direction, and in a stacking direction crossing the fiber direction and the parallel direction, and each of one end and the other end of the thermally conductive carbon fibers in the fiber direction is exposed; and a second composite member containing a plastic reinforced with a carbon fiber, disposed on one or both of front and back surfaces of the first composite member in the stacking direction, wherein a heat transfer coefficient of the second composite member in each of the fiber direction, the stacking direction and the parallel direction is smaller than the heat transfer coefficient of the first composite member in the fiber direction.