mhurhangee/ep-ind-claims huggingface dataset:
A device (100, 200) for fastening a load strap (110, 210) comprising a buckle frame (120, 220), a side slot (130, 230) present in an arm (126b, 226b) of the buckle frame, a slot latch (140, 240), and a spring-loaded locking latch (150, 250), wherein the buckle frame is adapted to receive the strap by way of the side slot, wherein the slot latch is adapted to close the side slot, and wherein the locking latch is adapted to secure the strap jointly with the slot latch as the locking latch is pushed by a spring of the locking latch against a fastening surface (128, 228) of the buckle frame in such a way that the strap is retained between the locking latch and the fastening surface, characterized in that with the slot latch in a closed position, the strap (110, 210) can be tensioned or relaxed as desired by means of the spring-loaded locking latch with a possibility of lowering the spring-loaded locking latch against the strap (110, 210) to a tension receiving position or raising the same to a top position.
Ethoxylated BPA resin, comprising a) at least 10 % w/w of an ethoxylate of 4,4'-isopropylidenediphenol, b) at least 5 % w/w, preferably at least 10 % w/w, of an ethoxylate of 2,4'- and 2,2'-isopropylidenediphenol, and c) at least 10 % w/w of an ethoxylate of components containing structural elements which are derived from phenol, acetone and / or isopropylidenediphenol, but which are not isomers of the isopropylidenediphenol. a) at least 10 % w/w of an ethoxylate of 4,4'-isopropylidenediphenol, b) at least 5 % w/w, preferably at least 10 % w/w, of an ethoxylate of 2,4'- and 2,2'-isopropylidenediphenol, and c) at least 10 % w/w of an ethoxylate of components containing structural elements which are derived from phenol, acetone and / or isopropylidenediphenol, but which are not isomers of the isopropylidenediphenol.
An output controller for a stirling engine, provided in a cooling system that causes a common cooling medium to flow through both the stirling engine and a motive power source other than the stirling engine, the output controller for the stirling engine comprising a temperature adjustment portion that adjusts a temperature of the cooling medium supplied to the stirling engine based on total output of the motive power source and the stirling engine or based on the output of the stirling engine and wherein the cooling system comprises: a radiator that cools the cooling medium having flowed through the motive power source; a first partial cooling path that supplies the stirling engine with the cooling medium having flowed through the radiator; and a second partial cooling path that supplies the stirling engine with the cooling medium after flowing through the motive power source before flowing through the radiator, and the temperature adjustment portion comprises a temperature adjusting valve capable of adjusting the temperature of the cooling medium supplied to the stirling engine by switchably setting at least one of the first and second partial cooling paths into a communication state. a radiator that cools the cooling medium having flowed through the motive power source; a first partial cooling path that supplies the stirling engine with the cooling medium having flowed through the radiator; and a second partial cooling path that supplies the stirling engine with the cooling medium after flowing through the motive power source before flowing through the radiator, and the temperature adjustment portion comprises a temperature adjusting valve capable of adjusting the temperature of the cooling medium supplied to the stirling engine by switchably setting at least one of the first and second partial cooling paths into a communication state.
Angiopoietin-like 8 (ANGPTL8) for use in a method of treating a cardiac-related medical condition by myocardial regeneration in an individual, comprising the step of providing an effective amount of said ANGPTL8 to the individual.
An adjustment drive (5, 6) for a motor-adjustable steering column for a motor vehicle, comprising a drive unit having a transmission (8, 9) in which there is mounted a drive wheel which can be driven to rotate about a drive axis and which is in operative engagement with a transmission wheel which is mounted in the transmission (8, 9) so as to be rotatable about a transmission axis, wherein the transmission (8, 9) is composed of a drive module, which comprises the drive wheel, and of a transmission module, which comprises the transmission wheel, wherein the drive module and the transmission module are connected to one another by a joining connection, characterized in that the transmission part housing comprises at least one tubular portion which is coaxial to the transmission axis and which is encompassed by the drive part housing at least over a circumferential subregion.
A circuit breaker with a counting device, comprising a counter and an executing lever, characterized in that the counter is fixedly mounted on one side of an operation mechanism of the circuit breaker, the executing lever is mounted on one side of the operation mechanism in a pivotal mode and is in driving connection with a counting lever of the counter and a linkage rotating shaft extending out from the operation mechanism, the linkage rotating shaft can rotate when the circuit breaker is switched off or switched on, and a reset spring which can provide the rotation restoring force for the executing lever is provided on the executing lever; one end of the executing lever is in driving connection with the counting lever through a connecting rod, and the other end of the executing lever is in sliding contact with a cantilever extending out from the end portion of the linkage rotating shaft; one end of the connecting rod is connected with the executing lever, and the other end of the connecting rod is connected with the counting lever; the cantilever can be driven to rotate through the operation mechanism and drives the executing lever to rotate to enable the connecting rod to move so as to pull the counting lever to complete counting.
A candle with a container that contains a flammable material, which melts when the candle burns and turned into a liquid state rises upwards by the wick and ignites at the highest point of the wick characterized in that it has fixing devices located at the junction of the wall and the bottom of the container of the candle ensuring the distance between the wick holder and the wall, preventing the wick holder to get too close to the wall that may ignite.
Use of a liposome composition comprising (a) at least a whiting or brightening agent, selected from the group consisting of di-phenylmethanes, sclareolide; Tetraselmis Suecica Extract; licorice extract; pomegranate extract; hinokitiol; protocatechuic acid; NAB asafetida (Ferula Foetida) extract; resveratrol oxyresveratrol resveratrol phosphate, resveratrol ferulate; ferulic acid ferulic acid phosphate; viniferol; mixtures of Saxifrage, Grape, mulberry and Scutelleria Root extracts, mixture of cucumber, apple and Scutellaria extracts or mixtures of cucumber, apple and Scutellaria, and green tea extracts; mixtures of butylene glycol/water/Denothera Biennis seed extract; evening primrose extract; fatty acid esters of ascorbic acid, ascorbyl palmitate; Euphrasia Officianalis extract, kinetin; ascorbyl glucoside; grape seed extract; tetrahydrocurcumins, Acmella Oleracea extract, Aloesin, extracts of field dock, aspergillus ferment, molasses, 4-(1-Phenylethyl) 1-,3 benzenediol, and (b) at least one solubilizer selected from the group consisting of Tetratglyceryl Monocaprate (Polyglyceryl-4-Caprate), Triglyceryl Monocaprate (Polyglyceryl-3-Caprate), Polyglyceryl-2 Sesquiisostearate, Decyl-Glucoside Sorbitan Oleate Crosspolymer, Lauryl-Glucoside Sorbitan Oleate Crosspolymer, and optionally (c) at least one physiological cooling agent for the manufacturing of a cosmetic preparation selected from the group consisting of skin whitening or brightening preparations, leave-on hair products and hair coloration products. (a) at least a whiting or brightening agent, selected from the group consisting of di-phenylmethanes, sclareolide; Tetraselmis Suecica Extract; licorice extract; pomegranate extract; hinokitiol; protocatechuic acid; NAB asafetida (Ferula Foetida) extract; resveratrol oxyresveratrol resveratrol phosphate, resveratrol ferulate; ferulic acid ferulic acid phosphate; viniferol; mixtures of Saxifrage, Grape, mulberry and Scutelleria Root extracts, mixture of cucumber, apple and Scutellaria extracts or mixtures of cucumber, apple and Scutellaria, and green tea extracts; mixtures of butylene glycol/water/Denothera Biennis seed extract; evening primrose extract; fatty acid esters of ascorbic acid, ascorbyl palmitate; Euphrasia Officianalis extract, kinetin; ascorbyl glucoside; grape seed extract; tetrahydrocurcumins, Acmella Oleracea extract, Aloesin, extracts of field dock, aspergillus ferment, molasses, 4-(1-Phenylethyl) 1-,3 benzenediol, and (b) at least one solubilizer selected from the group consisting of Tetratglyceryl Monocaprate (Polyglyceryl-4-Caprate), Triglyceryl Monocaprate (Polyglyceryl-3-Caprate), Polyglyceryl-2 Sesquiisostearate, Decyl-Glucoside Sorbitan Oleate Crosspolymer, Lauryl-Glucoside Sorbitan Oleate Crosspolymer, and optionally (c) at least one physiological cooling agent for the manufacturing of a cosmetic preparation selected from the group consisting of skin whitening or brightening preparations, leave-on hair products and hair coloration products.
An engine (1,100) control method of executing a cycle including an intake stroke, a compression stroke, an expansion stroke, and an exhaust stroke in a combustion chamber, the method comprising: a step of creating, using a tumble port, a strong tumble flow in the combustion chamber, a first fuel supply step in which a fuel supply unit supplies fuel into the combustion chamber so as to generate an air-fuel mixture having an air-fuel mass ratio (A/F) higher than a stoichiometric air-fuel ratio; an ignition step in which an ignition unit arranged in the combustion chamber makes flame after the supply of the fuel to the combustion chamber in the first fuel supply step and at a timing when the tumble ratio in the combustion chamber is equal to or higher than a predetermined value in a compression stroke during or before a post-mid stage such that the lean air-fuel mixture and the strong flow in the combustion chamber do not allow the progress of the combustion by flame propagation and the flame does not go out but is stored where the compression stroke is divided into four stages of a pre-stage, a pre-mid stage, a post-mid stage, and a post-stage in a sequential manner, after the ignition step, a second fuel supply step in which the fuel supply unit supplies fuel into the combustion chamber to increase a fuel concentration of the air-fuel mixture in the combustion chamber, and a step in which combustion of the air-fuel mixture is started by the stored flame by auto-ignition after the second fuel supply step. a step of creating, using a tumble port, a strong tumble flow in the combustion chamber, a first fuel supply step in which a fuel supply unit supplies fuel into the combustion chamber so as to generate an air-fuel mixture having an air-fuel mass ratio (A/F) higher than a stoichiometric air-fuel ratio; an ignition step in which an ignition unit arranged in the combustion chamber makes flame after the supply of the fuel to the combustion chamber in the first fuel supply step and at a timing when the tumble ratio in the combustion chamber is equal to or higher than a predetermined value in a compression stroke during or before a post-mid stage such that the lean air-fuel mixture and the strong flow in the combustion chamber do not allow the progress of the combustion by flame propagation and the flame does not go out but is stored where the compression stroke is divided into four stages of a pre-stage, a pre-mid stage, a post-mid stage, and a post-stage in a sequential manner, after the ignition step, a second fuel supply step in which the fuel supply unit supplies fuel into the combustion chamber to increase a fuel concentration of the air-fuel mixture in the combustion chamber, and a step in which combustion of the air-fuel mixture is started by the stored flame by auto-ignition after the second fuel supply step.
A method of metagenomic analysis of fermented food to detect and quantitate bacteria present in said sample, the analysis comprising amplification of the VI-V3 region of bacterial 16S rRNA in said sample, wherein the V1-V3 region is analysed with the primer pair of SEQ ID NO.1 and SEQ ID NO. 2, wherein the method further comprises the use of Peptide Nucleic Acid clamping to reduce amplification of at least one of S. thermophilus and L. delbrueckii, Lactococcus or Bacillus which may be present in the sample.
A composition comprising droplets distributed in an aqueous medium, wherein the droplets comprise from 0.002 to 0.03 wt.%, based on the weight of the droplets, of 4-vinylphenyl boronic acid, one or more monomers and one or more initiators, and wherein the aqueous medium comprises polyvinyl alcohol.
A method for making acute respiratory illness classifiers for a platform, wherein the classifiers comprise a bacterial ARI classifier, a viral ARI classifier and a non-infectious illness classifier for the platform, said method comprising: (a) providing biological samples that have been obtained from a plurality of subjects known to be suffering from a bacterial acute respiratory infection; (b) providing biological samples that have been obtained from a plurality of subjects known to be suffering from a viral acute respiratory infection; (c) providing biological samples that have been obtained from a plurality of subjects known to be suffering from a non-infectious illness; (d) measuring on said platform the gene expression levels of a plurality of genes ( e.g., all expressed genes or transcriptome, or a subset thereof) in each of said biological samples from steps (a), (b) and (c); (e) normalizing the gene expression levels obtained in step (d) to generate normalized gene expression values; and (f) generating a bacterial ARI classifier, a viral ARI classifier and a non-infectious illness classifier for the platform based upon said normalized gene expression values, to thereby make the acute respiratory illness classifiers for the platform, optionally wherein said measuring comprises or is preceded by one or more steps of: purifying cells from said sample, breaking the cells of said sample, and isolating RNA from said sample. (a) providing biological samples that have been obtained from a plurality of subjects known to be suffering from a bacterial acute respiratory infection; (b) providing biological samples that have been obtained from a plurality of subjects known to be suffering from a viral acute respiratory infection; (c) providing biological samples that have been obtained from a plurality of subjects known to be suffering from a non-infectious illness; (d) measuring on said platform the gene expression levels of a plurality of genes ( e.g., all expressed genes or transcriptome, or a subset thereof) in each of said biological samples from steps (a), (b) and (c); (e) normalizing the gene expression levels obtained in step (d) to generate normalized gene expression values; and (f) generating a bacterial ARI classifier, a viral ARI classifier and a non-infectious illness classifier for the platform based upon said normalized gene expression values, to thereby make the acute respiratory illness classifiers for the platform, optionally wherein said measuring comprises or is preceded by one or more steps of: purifying cells from said sample, breaking the cells of said sample, and isolating RNA from said sample.
A thermosetting composition comprising (a) at least a first thermosetting resin, and (b) at least one silicone polyether, wherein the silicone polyether comprises at least the following structure: wherein x, p, k, m, and n are independent integers; x is greater than or equal to 1; p is greater than or equal to 1; k, n, and m are greater than or equal to 0 and the sum of k+n+m is greater than or equal to 1; R 1 are independent end groups chosen from H, (CH 2) r CH 3 where r is an integer greater than or equal to 0, OCH 3, CH 3 and (meth)acrylate; and EO is ethylene oxide, PO is propylene oxide, and BO is butylene oxide; wherein the thermosetting composition upon being cured at 120°C for 2 hours followed by a post-cure at 160°C for 2 hours provides a thermoset product which (i) exhibits a toughness, K Ic, as measured according to ASTM D5045 method at 25 °C, of greater than 0.7 MPa.m 0.5; or (ii) exhibits a water uptake of less than 0.8, wherein water uptake is measured at 25 °C by cutting a 50x10x3 mm specimen of the thermoset product, weighing the specimen to obtain a weight W1, placing the specimen in a distilled water bath for 24 hours, removing the specimen from the water bath, drying the surface of specimen within 5 minutes with a paper towel to remove surface water, weighing the specimen again to obtain a weight W2, and calculating the water uptake using the following formula: water uptake = (W2 - W1)/W1.
An oral dosage form comprising a composition having an enteric- or pH-sensitive coating or layer surrounding the composition, said composition comprising: a therapeutically effective amount of a polar agent that is a neuraminidase inhibitor, and a permeability-enhancing amount of a permeability enhancer comprising glycerol, wherein the amount of the neuraminidase inhibitor transported across a Caco-2 cell membrane by said composition is increased by at least 150% relative to the amount transported across the Caco-2 Cell membrane in the absence of the permeability enhancer. a therapeutically effective amount of a polar agent that is a neuraminidase inhibitor, and a permeability-enhancing amount of a permeability enhancer comprising glycerol, wherein the amount of the neuraminidase inhibitor transported across a Caco-2 cell membrane by said composition is increased by at least 150% relative to the amount transported across the Caco-2 Cell membrane in the absence of the permeability enhancer.
A process for building tyres for vehicle wheels, comprising: winding at least one semi-finished product, in form of a continuous strip cut to size, circumferentially around a building drum for forming a carcass sleeve; conforming the carcass sleeve according to a substantially toroidal configuration; fitting, around each of two axially opposite terminal zones of the carcass sleeve, an annular anchoring structure; turning up each of the axially opposite terminal zones around the respective annular anchoring structure; characterized in that the toroidal conformation of the carcass sleeve is at least partly carried out before fitting the annular anchoring structures and comprises: radially dilating only an axially central portion of the carcass sleeve while the two axially opposite terminal zones project free without the annular anchoring structures and approach symmetrically an equatorial plane (P-P) of the building drum only due to the effect of the radial dilation. winding at least one semi-finished product, in form of a continuous strip cut to size, circumferentially around a building drum for forming a carcass sleeve; conforming the carcass sleeve according to a substantially toroidal configuration; fitting, around each of two axially opposite terminal zones of the carcass sleeve, an annular anchoring structure; turning up each of the axially opposite terminal zones around the respective annular anchoring structure; characterized in that the toroidal conformation of the carcass sleeve is at least partly carried out before fitting the annular anchoring structures and comprises: radially dilating only an axially central portion of the carcass sleeve while the two axially opposite terminal zones project free without the annular anchoring structures and approach symmetrically an equatorial plane (P-P) of the building drum only due to the effect of the radial dilation.
An apparatus, comprising: a flow channel adapted to contain a flow of fluid; a plurality of fluid injectors adapted to discharge a corresponding plurality of spike fluids (A1... AN) into the flow channel; at least one energy source coupled to the flow channel, wherein the at least one energy source is adapted to direct energy into the fluid; at least one sensor coupled to the flow channel downstream from the plurality of fluid injectors, the at least one sensor adapted to receive the energy modified by the fluid as photometric energy and further adapted to provide a signal indicating a property of the photometric energy; and a processor adapted to acquire the signal and further adapted to determine a material or chemical property of the fluid using a generalized standard addition method (GSAM); wherein at least the flow channel, the plurality of fluid injectors, the at least one energy source and the at least one sensor are provided in a downhole tool apparatus. a flow channel adapted to contain a flow of fluid; a plurality of fluid injectors adapted to discharge a corresponding plurality of spike fluids (A1... AN) into the flow channel; at least one energy source coupled to the flow channel, wherein the at least one energy source is adapted to direct energy into the fluid; at least one sensor coupled to the flow channel downstream from the plurality of fluid injectors, the at least one sensor adapted to receive the energy modified by the fluid as photometric energy and further adapted to provide a signal indicating a property of the photometric energy; and a processor adapted to acquire the signal and further adapted to determine a material or chemical property of the fluid using a generalized standard addition method (GSAM);
Composition of a release coating, intended more particularly for furnishing a release liner with a layer of the release coating, comprising: • a release agent and • 0.1% by weight to 5% by weight (based on the overall composition) of a finely particulate additive in the form of spheres, characterized in that the spheres consist of PMMA (polymethyl methacrylate) or mixtures of PMMA. • a release agent and • 0.1% by weight to 5% by weight (based on the overall composition) of a finely particulate additive in the form of spheres, characterized in that the spheres consist of PMMA (polymethyl methacrylate) or mixtures of PMMA.
A method of operating a pump turbine plant during the operation of the turbine, comprising a turbine with a turbine impeller (1.1) as well as a turbine spiral casing (1.2); a pump with a pump impeller (2.1) as well as a pump spiral housing (2.2); an electrical machine, which is in a drive connection with the shaft or can be brought into said connection; a hydraulic short-circuit can be created between turbine and pump; whereas the turbine has a greater rated power (N T) than the pump; the turbine and the pump are operated under partial load at least temporarily in the hydraulic short-circuit; characterised in that that the operation of the turbine or of the pump always takes place in the hydraulic short-circuit, if the degree of efficiency (η 2) of the pump and of the turbine in the hydraulic short-circuit is greater than the degree of efficiency (η 1) of the turbine on its own.