mhurhangee/patent-ind-claim-en huggingface dataset:
A selective catalytic reduction catalyst composition for converting oxides of nitrogen (NO x ) in an exhaust gas using a nitrogenous reductant, which catalyst composition comprising a mixture of a first component and a second component, wherein the first component is an admixture of the H-form of an aluminosilicate mordenite zeolite (MOR) and an iron-promoted aluminosilicate MFI zeolite; and the second component is a vanadium oxide supported on a metal oxide support, which is titania, silica-stabilized titania or a mixture of both titania and silica-stabilized titania, wherein the metal oxide support may comprise tungsten oxide, molybdenum oxide or both tungsten oxide and molybdenum oxide, and wherein the weight ratio of the first component to the second component is 10:90 to 25:75.
A chemical synthesis reaction-heating platform , comprising: - one or more reaction vessels and a source of induction-heat energy configured to heat a content of said one or more reaction vessels , and - a mixer-drive assembly , characterized in that (i) said one or more reaction vessels is coated with a heat-conductive material and (ii) the mixer-drive assembly has an eccentric shaker drive linkage with a damped bearing that moves each vessel through connection to an adjustable interface and thereby shakes or mixes said content in the one or more reaction vessels during induction heating through said heat-conductive material coating of the one or more reaction vessels , and (iii) the adjustable interface has an "open" disconnected state and a "closed"-connected state . - one or more reaction vessels and a source of induction-heat energy configured to heat a content of said one or more reaction vessels , and - a mixer-drive assembly , (i) said one or more reaction vessels is coated with a heat-conductive material and (ii) the mixer-drive assembly has an eccentric shaker drive linkage with a damped bearing that moves each vessel through connection to an adjustable interface and thereby shakes or mixes said content in the one or more reaction vessels during induction heating through said heat-conductive material coating of the one or more reaction vessels , and (iii) the adjustable interface has an "open" disconnected state and a "closed"-connected state .
Treatment system for treating workpieces , in particular for drying vehicle bodies, comprising: - a treatment chamber for receiving the workpieces to be treated; - a conveying device , by means of which the workpieces to be treated can be conveyed through the treatment chamber , the conveying device comprising a guiding device which is arranged outside the treatment chamber , the conveying device comprising a plurality of receiving elements for receiving the workpieces , the receiving elements being movably arranged on the guiding device and extending into the treatment chamber through an opening in a wall which surrounds the treatment chamber , the guiding device being arranged in a guiding space surrounded by an enclosure of the conveying device , and the treatment system comprising a gas supply for supplying gas to the guiding space , characterized in that the conveying device comprises one or more airlocks, through which conveying elements , in particular carriages , of the conveying device can be moved into the guiding space or can be moved out of the guiding space . - a treatment chamber for receiving the workpieces to be treated; - a conveying device , by means of which the workpieces to be treated can be conveyed through the treatment chamber , the conveying device comprising a guiding device which is arranged outside the treatment chamber , the conveying device comprising a plurality of receiving elements for receiving the workpieces , the receiving elements being movably arranged on the guiding device and extending into the treatment chamber through an opening in a wall which surrounds the treatment chamber , the guiding device being arranged in a guiding space surrounded by an enclosure of the conveying device , and the treatment system comprising a gas supply for supplying gas to the guiding space , characterized in that the conveying device comprises one or more airlocks, through which conveying elements , in particular carriages , of the conveying device can be moved into the guiding space or can be moved out of the guiding space .
A method for producing a composite particle containing hyaluronan and a peptide, the method comprising mixing an anionic polymer and a peptide in an aqueous solvent having a pH of 5 or less, wherein the peptide is one selected from the group consisting of a water-soluble collagen, oligopeptide-20, and polylysine, when the peptide is a water-soluble collagen, the aqueous solvent has a pH of 3 or less, when the peptide is oligopeptide-20, the aqueous solvent has a pH of 3.5 or less, when the peptide is polylysine, the aqueous solvent has a pH of 4.4 or less, and the composite particle has a particle diameter of less than 300 nm as measured by light scattering wherein the peptide is one selected from the group consisting of a water-soluble collagen, oligopeptide-20, and polylysine, when the peptide is a water-soluble collagen, the aqueous solvent has a pH of 3 or less, when the peptide is oligopeptide-20, the aqueous solvent has a pH of 3.5 or less, when the peptide is polylysine, the aqueous solvent has a pH of 4.4 or less, and the composite particle has a particle diameter of less than 300 nm as measured by light scattering
A high strength gear having, in cross-sectional view, a tooth profile of an addendum line segment, a tooth surface line segment , a dedendum line segment , and a tooth root line segment successively connected, wherein a maximum radius of curvature is at a critical section position determined by the Hofer's 30° tangent method, a radius of curvature from said critical section position to a first connecting point (X1) of a boundary point of said tooth surface line segment and said dedendum line segment is constant or decreases and a radius of curvature from said critical section position to a second connecting point (Y1) of a boundary point of said dedendum line segment and said tooth root line segment is constant or decreases, in said dedendum line segment, there is a point where the radius of curvature is smaller than said critical section position, characterized in that in said dedendum line segment, a maximum radius of curvature is 3 times or less a minimum radius of curvature, and said critical section position is part of an arc and said arc extends to both sides of said critical section position.
A method for a model-based calculation of the noise immission to be expected by an object moving in a self-propelled manner along a movement path , in particular a motor-driven vehicle, at at least one location in the audible range of the movement path , comprising the steps: - detecting the noise immission by the object during operation on a test stand , in particular a roller test stand, at at least one location at the test stand , and - performing a model-based calculation of the noise immission to be expected by the object moving in a self-propelled manner along the movement path at the at least one location in the audible range of the movement path from the detected noise immission at the at least one location at the test stand using a location-dependent transfer function, wherein the model-based calculation of the noise immission to be expected by the object moving in a self-propelled manner along the movement path is performed at the at least one location in the audible range of the movement path by means of a computer , wherein a location-dependent transfer function is used which is based on the sound radiation of a point-shaped sound source in a homogeneous space, and wherein a location-dependent transfer function is used in which the distance from the point-shaped sound source is specified as a function of a position coordinate of the movement path . - detecting the noise immission by the object during operation on a test stand , in particular a roller test stand, at at least one location at the test stand , and - performing a model-based calculation of the noise immission to be expected by the object moving in a self-propelled manner along the movement path at the at least one location in the audible range of the movement path from the detected noise immission at the at least one location at the test stand using a location-dependent transfer function,
Thermomagnetic actuator suitable for use in a security electric switch, which is together with an interrupting assembly mountable within the casing of the security electric switch, and which comprises a tubular casing , which is closed on its one end portion (1") and which is widened on its open end portion and is in the area of said open end portion adapted to receive a cover , wherein an actuating needle is inserted within said casing , which is centrally arranged and displaceable to and fro along said casing and which moreover in the area of said cover protrudes outside of said casing wherein said needle is placed at certain distance apart from the closed end portion (1") of said casing , and wherein an immovable yoke and a displaceable anchor are inserted within said casing , so that said yoke is located adjacent to said widened open end portion of the casing and the needle is extending through it with the possibility of its previously mentioned to and fro displacement, and that the anchor is arranged in the area of said closed end portion (1") of the casing adjacent to said needle and can be displaced to and fro within said casing towards the yoke or away from it, and wherein a compression spring is also inserted within said casing between said yoke and said anchor and is intended to press the anchor away from the yoke , wherein the anchor is furnished on it side faced towards the yoke with a centrally arranged cavity (2"), the cavity (2") being adapted to receive a portion of said spring which is faced towards the anchor but not that portion of the spring , which is faced towards the yoke , and wherein moreover also a bimetallic disc is inserted within said casing , through which said actuating needle is extending and is by means of said bimetallic disc axially displaceable in a direction towards said interrupting assembly of the switch, and wherein an electromagnetic coil is wound around said casing , which is electrically connectable into an electric circuit which is established throughout the security electric switch in which said thermomagnetic actuator is integrated, characterized in that said yoke is along its complete circumference spaced apart from the internal surface of the casing and is surrounded with an thermal insulating ring , which is uninterrupted along its complete circumference and on the one hand rests on the internal surface of the casing and on the other hand rests on said yoke , and in that the anchor is, at least on its side which is faced towards the closed end portion (1") of the casing , furnished with a centrally arranged axial through-passage , wherein said axial through-passage within the anchor is adapted to receive a thermal insulating guide , which is inserted between the anchor and the casing , and in that a thermal insulating bush is inserted between said bimetallic disc and said actuating needle .
A composition consisting of eleutheroside-C, pinitol and sugars.
Pressure-sensitive adhesive obtainable by thermally crosslinking a composition for preparing a pressure-sensitive adhesive, comprising a) at least one crosslinkable poly(meth)acrylate; b) at least one organosilane conforming to the formula R 1 -Si(OR 2 ) n R 3 m , in which R 1 is a radical containing a cyclic ether function, the radicals R 2 independently of one another are each an alkyl or acyl radical, R 3 is a hydroxyl group or an alkyl radical, n is 2 or 3 and m is the number resulting from 3 - n; and c)at least one substance accelerating the reaction of the crosslinkable poly(meth)acrylate with the cyclic ether functions, characterized in that the substance accelerating the reaction of the crosslinkable poly(meth)acrylate with the cyclic ether functions is an organosilane containing at least one amino group and at least one alkoxy or acyloxy group. a) at least one crosslinkable poly(meth)acrylate; b) at least one organosilane conforming to the formula R 1 -Si(OR 2 ) n R 3 m , in which R 1 is a radical containing a cyclic ether function, the radicals R 2 independently of one another are each an alkyl or acyl radical, R 3 is a hydroxyl group or an alkyl radical, n is 2 or 3 and m is the number resulting from 3 - n; and in which R 1 is a radical containing a cyclic ether function, the radicals R 2 independently of one another are each an alkyl or acyl radical, R 3 is a hydroxyl group or an alkyl radical, n is 2 or 3 and m is the number resulting from 3 - n; and c)at least one substance accelerating the reaction of the crosslinkable poly(meth)acrylate with the cyclic ether functions,
A method of transmitting, by a user equipment, UE , a demodulation reference signal, DMRS, in a wireless communication system supporting Narrow-Band-Internet of Things, NB-IoT, the method comprising: generating (S3110) a reference signal sequence used for the DMRS; mapping (S3120) the reference signal sequence to at least one symbol; and transmitting (S3130), to a base station , the demodulation reference signal, DMRS, on a single subcarrier in the at least one symbol, wherein the reference signal sequence is generated in a case where the number of subcarriers within a resource unit for transmitting the DMRS in NB-IoT communication is 1, wherein the resource unit is defined as consecutive Single Carrier-Frequency Division Multiplexing Access, SC-FDMA, symbols in a time domain and consecutive subcarriers in a frequency domain, wherein the reference signal sequence is generated using a gold sequence generated based on an m-sequence, and wherein the gold sequence is initialized with c int =35. generating (S3110) a reference signal sequence used for the DMRS; mapping (S3120) the reference signal sequence to at least one symbol; and transmitting (S3130), to a base station , the demodulation reference signal, DMRS, on a single subcarrier in the at least one symbol, wherein the reference signal sequence is generated in a case where the number of subcarriers within a resource unit for transmitting the DMRS in NB-IoT communication is 1, wherein the resource unit is defined as consecutive Single Carrier-Frequency Division Multiplexing Access, SC-FDMA, symbols in a time domain and consecutive subcarriers in a frequency domain, wherein the reference signal sequence is generated using a gold sequence generated based on an m-sequence, and wherein the gold sequence is initialized with c int =35.
A method of forming a crystalline silicon layer on the surface of a SiO 2 - containing substrate , comprising the steps: a) Providing the substrate without the crystalline silicon layer on the surface, b) Application of an oxide-containing reducing agent directly or via at least one intermediate layer on the surface of the substrate to be provided with the crystalline silicon layer , c) Producing the crystalline silicon layer on the substrate by pressing the oxide-containing reducing agent against the substrate while simultaneously heating the assembly to a process temperature, characterized in that the oxide-containing reducing agent is an oxide-containing metallic reducing agent and the process temperature is below the melting temperature of the oxide-containing metallic reducing agent . a) Providing the substrate without the crystalline silicon layer on the surface, b) Application of an oxide-containing reducing agent directly or via at least one intermediate layer on the surface of the substrate to be provided with the crystalline silicon layer , c) Producing the crystalline silicon layer on the substrate by pressing the oxide-containing reducing agent against the substrate while simultaneously heating the assembly to a process temperature,
System for warning a driver of a vehicle of an event in the surroundings of the vehicle, comprising: a detection system (31; 32; 33) which is able to detect an event occurring in the surroundings of the vehicle ; a warning device (40; 50) intended to be worn by the driver and connected to the detection system (31; 32; 33); the warning device (40; 50) being arranged to transmit a warning signal to the driver when an event is detected by the detection system (31; 32; 33); characterized in that the warning device (40; 50) comprises means (70; 90) arranged to be mounted, reversibly, on an object worn by the driver. a detection system (31; 32; 33) which is able to detect an event occurring in the surroundings of the vehicle ; a warning device (40; 50) intended to be worn by the driver and connected to the detection system (31; 32; 33); the warning device (40; 50) being arranged to transmit a warning signal to the driver when an event is detected by the detection system (31; 32; 33); characterized in that the warning device (40; 50) comprises means (70; 90) arranged to be mounted, reversibly, on an object worn by the driver.
A method for measuring insulin resistance in diabetic or pre-diabetic patients by mass spectrometry, the method comprising: (a) purifying a sample comprising insulin and C-peptide by liquid chromatography; (b1) ionizing insulin and C-peptide from the sample by an ionization source under conditions suitable to generate one or more insulin and C-peptide ions detectable by mass spectrometry; (b2) measuring creatinine levels; and (c) determining an amount of the one or more insulin and C-peptide ions by mass spectrometry, wherein: - the amount of the one or more ions determined is used to determine the amount of insulin and C-peptide in the sample, - the amount of insulin and C-peptide determined by mass spectrometry is used to determine an insulin resistance score (RS) or a probability of developing insulin resistance (P(IR)), RS = Insulin pmol / L × 0.0265 + C − peptide pmol / L × 0.00511 + Creatinine mg / dL × − 3.2641 , and P IR = e − 2.2626 + 1.0005 × RS 1 + e − 2.2626 + 1.0005 × RS . (a) purifying a sample comprising insulin and C-peptide by liquid chromatography; (b1) ionizing insulin and C-peptide from the sample by an ionization source under conditions suitable to generate one or more insulin and C-peptide ions detectable by mass spectrometry; (b2) measuring creatinine levels; and (c) determining an amount of the one or more insulin and C-peptide ions by mass spectrometry, wherein: - the amount of the one or more ions determined is used to determine the amount of insulin and C-peptide in the sample, - the amount of insulin and C-peptide determined by mass spectrometry is used to determine an insulin resistance score (RS) or a probability of developing insulin resistance (P(IR)), RS = Insulin pmol / L × 0.0265 + C − peptide pmol / L × 0.00511 + Creatinine mg / dL × − 3.2641 , and P IR = e − 2.2626 + 1.0005 × RS 1 + e − 2.2626 + 1.0005 × RS . - the amount of the one or more ions determined is used to determine the amount of insulin and C-peptide in the sample, - the amount of insulin and C-peptide determined by mass spectrometry is used to determine an insulin resistance score (RS) or a probability of developing insulin resistance (P(IR)), RS = Insulin pmol / L × 0.0265 + C − peptide pmol / L × 0.00511 + Creatinine mg / dL × − 3.2641 , and P IR = e − 2.2626 + 1.0005 × RS 1 + e − 2.2626 + 1.0005 × RS .
Starter drive assembly for a motor vehicle starter , comprising: - a bushing having a shoulder and a stop element , - a pinion mounted so as to slide on the bushing between the stop element and the shoulder , - at least one elastic member mounted between the pinion and the shoulder and being designed to have a rest position in which the pinion bears on the stop element and a compressed position in which the pinion is remote from said stop element , characterized in that the elastic member is mounted, in its rest position, in such a way that the pinion is preloaded with a load of between 40 N and 80 N. - a bushing having a shoulder and a stop element , - a pinion mounted so as to slide on the bushing between the stop element and the shoulder , - at least one elastic member mounted between the pinion and the shoulder and being designed to have a rest position in which the pinion bears on the stop element and a compressed position in which the pinion is remote from said stop element ,
A loudspeaker unit comprising: a frame ; a diaphragm having an inner periphery and an outer periphery; and a magnetic circuit coupled to the frame , wherein the frame includes: a first support part which supports the outer periphery of the diaphragm ; a second support part which supports the magnetic circuit ; a pedestal part which spreads outward from an outer periphery of the first support part ; a plurality of reinforcement parts disposed side by side along a periphery of the pedestal part and fixed to the outer periphery of the first support part and the pedestal part , characterized by each of the plurality of reinforcement parts including: a plurality of plate parts disposed side by side along the outer periphery of the first support part and fixed to the first support part and the pedestal part ; and a curved plate part in a form of a curved plate facing the pedestal part , and each of the plurality of the plate parts is disposed between the pedestal part and the curved plate part and fixed to the curved plate part, each of the plurality of reinforcement parts further including: a first part having a first height (H11, H21, H31) relative to the pedestal part ; and a second part having a second height (H12, H22, H32) lower than the first height (H11, H21, H31). a frame ; a diaphragm having an inner periphery and an outer periphery; and a magnetic circuit coupled to the frame , wherein the frame includes: a first support part which supports the outer periphery of the diaphragm ; a second support part which supports the magnetic circuit ; a pedestal part which spreads outward from an outer periphery of the first support part ; a plurality of reinforcement parts disposed side by side along a periphery of the pedestal part and fixed to the outer periphery of the first support part and the pedestal part , characterized by each of the plurality of reinforcement parts including: a first support part which supports the outer periphery of the diaphragm ; a second support part which supports the magnetic circuit ; a pedestal part which spreads outward from an outer periphery of the first support part ; a plurality of reinforcement parts disposed side by side along a periphery of the pedestal part and fixed to the outer periphery of the first support part and the pedestal part , characterized by each of the plurality of reinforcement parts including: a plurality of plate parts disposed side by side along the outer periphery of the first support part and fixed to the first support part and the pedestal part ; and a curved plate part in a form of a curved plate facing the pedestal part , and