mhurhangee/ep-ind-claims huggingface dataset:
Porous aggregate, comprising from 70 to 95 wt.-% Al 2 O 3, from 3 to 10 wt.-% SiO 2 and optionally up to 5 wt.-% Fe 2 O 3, having a d 50 of equivalent pore diameter between 1 μm or more and 50 μm or below and a total porosity between 20% and 60%, and optionally having a d 10 equivalent pore diameter of 30 μm or below, wherein the porous aggregate has an open porosity of 20% or less, wherein the porous aggregate is additionally coated with a hydrophobic polymer, such as a polymer selected from the group of thermosetting binding agents, thermo-hardening binding agents and multi-component reacting binding agents, and wherein optionally said polymer is a petroleum by-product, such as a hydrocarbon containing from 20 to 40 carbon atoms per molecule. the porous aggregate has an open porosity of 20% or less, wherein the porous aggregate is additionally coated with a hydrophobic polymer, such as a polymer selected from the group of thermosetting binding agents, thermo-hardening binding agents and multi-component reacting binding agents, and wherein optionally said polymer is a petroleum by-product, such as a hydrocarbon containing from 20 to 40 carbon atoms per molecule.
Passenger vehicle (2, 26) with an entry region for passengers, the entry region having at least one step (6, 8, 10, 30), and an infrared radiant heater (20, 24, 34, 36) which is arranged in the entry region of the passenger vehicle (2, 26) in such a manner that the infrared radiant heater (20, 24, 34, 36) in its activated state irradiates at least part of the at least one step (6, 8, 10, 30) with infrared radiation, characterized in that the entry region comprises at least one first step (6, 8) and a second step (8, 10), the first step (6, 8) being arranged below the second step (8, 10), the second step (8, 10) having a tread surface and a rising surface arranged at an angle to the tread surface, the infrared radiant heater (20, 24) being arranged on the rising surface of the second step (8, 10). an infrared radiant heater (20, 24, 34, 36) which is arranged in the entry region of the passenger vehicle (2, 26) in such a manner that the infrared radiant heater (20, 24, 34, 36) in its activated state irradiates at least part of the at least one step (6, 8, 10, 30) with infrared radiation, characterized in that the entry region comprises at least one first step (6, 8) and a second step (8, 10), the first step (6, 8) being arranged below the second step (8, 10), the second step (8, 10) having a tread surface and a rising surface arranged at an angle to the tread surface, the infrared radiant heater (20, 24) being arranged on the rising surface of the second step (8, 10).
A water-abrasive suspension cutting facility, with - a high-pressure source for providing water at a high pressure, - a high-pressure conduit which is connected to the high-pressure source, and - a pressure tank for providing an abrasive agent suspension which is at a high pressure, characterised in that the pressure tank is fluid-connected to the high-pressure conduit via a regulatable throttle, wherein the throttle is arranged at the entry side of the pressure tank and is configured to regulate the feed flow into the pressure tank from the high-pressure conduit in dependence on at least one control variable. - a high-pressure source for providing water at a high pressure, - a high-pressure conduit which is connected to the high-pressure source, and - a pressure tank for providing an abrasive agent suspension which is at a high pressure, characterised in that
A stent-graft, comprising a stent having proximal and distal ends, a plurality of strut segments disposed between the proximal and distal ends that enable expansion of the stent from a compressed state to a deployed state, and a series of distal apices disposed at the distal end of the stent; graft material coupled to the stent, where at least a portion of a first distal apex of the stent overlaps with the graft material; first and second sutures (81, 82) that are each coupled between a portion of the first distal apex and the graft material; a first suture bore formed in the first distal apex,wherein the first suture is looped through at least the first suture bore and the graft material; and a second suture bore formed in the first distal apex, wherein the second suture is looped through at least the second suture bore and the graft material; where the first and second sutures (81, 82) are positioned at different longitudinal zones that lack an axial overlap with one another. a stent having proximal and distal ends, a plurality of strut segments disposed between the proximal and distal ends that enable expansion of the stent from a compressed state to a deployed state, and a series of distal apices disposed at the distal end of the stent; graft material coupled to the stent, where at least a portion of a first distal apex of the stent overlaps with the graft material; first and second sutures (81, 82) that are each coupled between a portion of the first distal apex and the graft material; a first suture bore formed in the first distal apex,wherein the first suture is looped through at least the first suture bore and the graft material; and a second suture bore formed in the first distal apex, wherein the second suture is looped through at least the second suture bore and the graft material; where the first and second sutures (81, 82) are positioned at different longitudinal zones that lack an axial overlap with one another.
A system for performing a depth estimation procedure, comprising: a sensor device for capturing pillbox blur images of a photographic target; and a depth estimator for performing a Gaussianization procedure that is configured to transform said pillbox blur images into Gaussian blur images, and to utilize said Gaussian blur images for performing said depth estimation procedure; wherein said depth estimator is configured to determine that said pillbox blur images are clipped by a saturation threshold level and, if this is the case, to perform a fillbox procedure to equalize energy totals for said pillbox blur images before performing said Gaussianization procedure, said fillbox procedure comprising determining the difference of the total luminance between the pillbox blur images and adding the average difference of the total luminance to each saturated pixel of the pillbox blur image with the smaller total luminance; wherein said depth estimator is configured to perform said Gaussianization procedure by convolving said pillbox images with a Gaussianization kernel to produce said Gaussian blur images; a sensor device for capturing pillbox blur images of a photographic target; and a depth estimator for performing a Gaussianization procedure that is configured to transform said pillbox blur images into Gaussian blur images, and to utilize said Gaussian blur images for performing said depth estimation procedure; wherein said depth estimator is configured to determine that said pillbox blur images are clipped by a saturation threshold level and, if this is the case, to perform a fillbox procedure to equalize energy totals for said pillbox blur images before performing said Gaussianization procedure, said fillbox procedure comprising determining the difference of the total luminance between the pillbox blur images and adding the average difference of the total luminance to each saturated pixel of the pillbox blur image with the smaller total luminance;
A process for the production of biuret from urea comprising: a) ammonia and carbon dioxide are reacted in a synthesis section at a synthesis pressure to form urea and obtaining a reaction effluent containing urea, water and unconverted reagents; b) said reaction effluent is processed in a recovery section to recover unconverted reagents contained therein; c) a urea aqueous solution, withdrawn from the recovery section, is processed to remove water and obtain a concentrated urea melt; said urea aqueous solution containing no more than 100 ppm by weight, preferably no more than 50 ppm by weight, of formaldehyde; d) said urea melt is processed under biuret-forming conditions to decompose urea into biuret and ammonia and obtain a high-biuret urea melt; e) said high-biuret urea melt is diluted with water or with an aqueous stream obtaining a solution; f) the solution obtained at step e) is subject to a process of crystallization including precipitation of a solid phase containing biuret and obtaining a slurry including precipitated solid phase and a mother liquor; g) the slurry obtained at step f) is processed to obtain a biuret-containing solid product and a mother liquor. a) ammonia and carbon dioxide are reacted in a synthesis section at a synthesis pressure to form urea and obtaining a reaction effluent containing urea, water and unconverted reagents; b) said reaction effluent is processed in a recovery section to recover unconverted reagents contained therein; c) a urea aqueous solution, withdrawn from the recovery section, is processed to remove water and obtain a concentrated urea melt; said urea aqueous solution containing no more than 100 ppm by weight, preferably no more than 50 ppm by weight, of formaldehyde; d) said urea melt is processed under biuret-forming conditions to decompose urea into biuret and ammonia and obtain a high-biuret urea melt; e) said high-biuret urea melt is diluted with water or with an aqueous stream obtaining a solution; f) the solution obtained at step e) is subject to a process of crystallization including precipitation of a solid phase containing biuret and obtaining a slurry including precipitated solid phase and a mother liquor; g) the slurry obtained at step f) is processed to obtain a biuret-containing solid product and a mother liquor.
A deodorant composition comprising: an oxazolidine-carboxylic acid compound or a thiazolidine-carboxylic acid compound and a cosmetic carrier, wherein the oxazolidine-carboxylic acid or thiazolidine-carboxylic acid is: (i) a compound of formula; (ii) an ester of a compound of formula; (iii) a salt of a compound of formula; or (iv) a compound that releases a compound of formula in use; wherein X is S or O; R 1, R 2 and R 3 can be the same or different, individually selected from hydrogen, C1-C20 linear, branched, or cyclic alkyl, alkenyl, or aryl residue, or mixtures thereof, R 2 and R 3 can be linked to form a cyclic structure, R 1, R 2 and R 3 are each optionally substituted and optionally comprising one or more heteroatoms. an oxazolidine-carboxylic acid compound or a thiazolidine-carboxylic acid compound and a cosmetic carrier, wherein the oxazolidine-carboxylic acid or thiazolidine-carboxylic acid is: (i) a compound of formula; (ii) an ester of a compound of formula; (iii) a salt of a compound of formula; or (iv) a compound that releases a compound of formula in use; wherein X is S or O; R 1, R 2 and R 3 can be the same or different, individually selected from hydrogen, C1-C20 linear, branched, or cyclic alkyl, alkenyl, or aryl residue, or mixtures thereof, R 2 and R 3 can be linked to form a cyclic structure, R 1, R 2 and R 3 are each optionally substituted and optionally comprising one or more heteroatoms. (i) a compound of formula; (ii) an ester of a compound of formula; (iii) a salt of a compound of formula; or (iv) a compound that releases a compound of formula in use;
A method for quantifying the abundance of one or more histone or DNA modifications on an intact nucleosome in a biological sample from a subject having a disease or disorder, the method comprising: a. providing an isolated biological sample comprising nucleosomes comprising one or more core histone and/or DNA modifications in a target epitope from the subject; b. preparing the biological sample for an immunoassay that measures total levels of modified histone or DNA; c. providing a recombinant mono- and/or polynucleosome sample comprising nucleosomes carrying the one or more histone and/or DNA modification target epitopes at various concentrations to create a series of reference standard samples separate from the biological sample for generating a standard curve; d. adding one or more affinity reagents to the biological sample and recombinant nucleosome reference samples, wherein the affinity reagent targets modified histone or modified DNA; e. performing an immunoassay using the affinity reagent to measure the relative amount of modified histone or DNA levels in the biological sample and recombinant nucleosome reference standard samples; and f. quantifying the abundance of histone modification or DNA modification in the target epitope by comparing the relative abundance in the biological sample to the reference standard. a. providing an isolated biological sample comprising nucleosomes comprising one or more core histone and/or DNA modifications in a target epitope from the subject; b. preparing the biological sample for an immunoassay that measures total levels of modified histone or DNA; c. providing a recombinant mono- and/or polynucleosome sample comprising nucleosomes carrying the one or more histone and/or DNA modification target epitopes at various concentrations to create a series of reference standard samples separate from the biological sample for generating a standard curve; d. adding one or more affinity reagents to the biological sample and recombinant nucleosome reference samples, wherein the affinity reagent targets modified histone or modified DNA; e. performing an immunoassay using the affinity reagent to measure the relative amount of modified histone or DNA levels in the biological sample and recombinant nucleosome reference standard samples; and f. quantifying the abundance of histone modification or DNA modification in the target epitope by comparing the relative abundance in the biological sample to the reference standard.
An aircraft control surface element skew and / or loss detection system (100; 300; 400) comprising: an aircraft wing structure comprising a fixed part, a first control surface element and a second control surface element, the elements (112, 110) configured to be movable relative to the fixed part, a cable (168, 178) coupled to each of the first and second control surface elements (112, 110) such that a tensile force is applied to the cable upon skew and / or loss of one of the control surface elements (112, 110), a mechanical link assembly having a first end connected to the wing structure, and a second end movably mounted to the first control surface element, a movement transducer mounted to the fixed part of the wing structure and configured to detect articulation of the mechanical link assembly, wherein a first end of the cable (168, 178) is connected to the second end of the mechanical link assembly such that skew and / or loss of one of the control surface elements causes articulation of the mechanical link assembly by movement of the second end of the mechanical link assembly relative to the first control surface element characterised in that: the first end of the mechanical link assembly is connected to the fixed part of the wing structure. an aircraft wing structure comprising a fixed part, a first control surface element and a second control surface element, the elements (112, 110) configured to be movable relative to the fixed part, a cable (168, 178) coupled to each of the first and second control surface elements (112, 110) such that a tensile force is applied to the cable upon skew and / or loss of one of the control surface elements (112, 110), a mechanical link assembly having a first end connected to the wing structure, and a second end movably mounted to the first control surface element, a movement transducer mounted to the fixed part of the wing structure and configured to detect articulation of the mechanical link assembly, the first end of the mechanical link assembly is connected to the fixed part of the wing structure.
Method for coding a sequence of images, implementing the following steps, for at least one current image of said sequence: - construction of an epitome representative of said current image, on the basis of a set of at least two images of said sequence; - inter-image prediction of said current image on the basis of said epitome; characterized in that said set of at least two images corresponds to a list of reference images of the current image and in that said epitome is not transmitted to a decoder. - construction of an epitome representative of said current image, on the basis of a set of at least two images of said sequence; - inter-image prediction of said current image on the basis of said epitome; characterized in that said set of at least two images corresponds to a list of reference images of the current image and in that said epitome is not transmitted to a decoder.
Combustion engine having: a combustion motor with an exhaust-gas side and with a charge-fluid side and a supercharging system comprising: - an exhaust-gas turbocharger for the supercharging of the combustion motor, having a compressor arrangement on the charge-fluid side and having a turbine arrangement on the exhaust-gas side, - a compressor whose primary side is connected to the charge-fluid side and whose secondary side is connected to the exhaust-gas side upstream of the turbine arrangement, characterized by - an electric machine which is designed as a motor/generator and which is coupled to the combustion motor, wherein the electric machine can, as a generator, be driven by the combustion motor or can, as a motor, drive the combustion motor, and wherein the compressor can be driven by the electric machine directly via a mechanical drive coupling. a combustion motor with an exhaust-gas side and with a charge-fluid side and a supercharging system comprising: - an exhaust-gas turbocharger for the supercharging of the combustion motor, having a compressor arrangement on the charge-fluid side and having a turbine arrangement on the exhaust-gas side, - a compressor whose primary side is connected to the charge-fluid side and whose secondary side is connected to the exhaust-gas side upstream of the turbine arrangement, - an exhaust-gas turbocharger for the supercharging of the combustion motor, having a compressor arrangement on the charge-fluid side and having a turbine arrangement on the exhaust-gas side, - a compressor whose primary side is connected to the charge-fluid side and whose secondary side is connected to the exhaust-gas side upstream of the turbine arrangement, characterized by - an electric machine which is designed as a motor/generator and which is coupled to the combustion motor, wherein the electric machine can, as a generator, be driven by the combustion motor or can, as a motor, drive the combustion motor, and wherein the compressor can be driven by the electric machine directly via a mechanical drive coupling. - an electric machine which is designed as a motor/generator and which is coupled to the combustion motor, wherein the electric machine can, as a generator, be driven by the combustion motor or can, as a motor, drive the combustion motor, and wherein the compressor can be driven by the electric machine directly via a mechanical drive coupling.
A copolymer comprising: a) 0.1 wt.-% to 20 wt.-% of units derived from one or more compounds of formula, based on the total weight of the copolymer, wherein R = H or C n H 2n+1 (n = 1 to 6) and x = 6 to 10, and b) 60 wt.-% to 99.9 wt.-% of units derived from one or more alkyl (meth)acrylates, wherein the alkyl group has from 1 to 40 carbon atoms, based on the total weight of the copolymer. a) 0.1 wt.-% to 20 wt.-% of units derived from one or more compounds of formula, based on the total weight of the copolymer, wherein R = H or C n H 2n+1 (n = 1 to 6) and x = 6 to 10, and R = H or C n H 2n+1 (n = 1 to 6) and x = 6 to 10, b) 60 wt.-% to 99.9 wt.-% of units derived from one or more alkyl (meth)acrylates, wherein the alkyl group has from 1 to 40 carbon atoms, based on the total weight of the copolymer.
Measurement device intended to be affixed to a wall of a moving object or of a stationary object located in a flow comprising a support having compartments in which sensors are housed, the support having a free face and a face that is intended to come into contact with said wall, the free face being opposite the face, the device comprising a cavity in which a printed circuit board is located, the compartments being provided with an opening that opens to the exterior of the support in the cavity, characterized in that the cavity is made in the free face, that is to say that it opens into same, and in that the circuit board is arranged upside down in the cavity, that is to say with the printed face towards the interior of the support, the sensors attached to the circuit board being suspended in the compartments.
An electric tool comprising: a motor as a drive source of the electric tool; a main switch for switching ON or OFF of electricity supply to the motor; a current detection means for detecting a value of a current flowing through the motor; and a control means configured to be set to a forcible deactivation state, being a state that the control means is set to forcibly deactivate the motor, when a detection result by the current detection means exceeds a predetermined threshold, whereby the control means has a first cancel condition that the main switch is switched off under the forcible deactivation state, the electric tool further comprises an output adjustment switch for adjusting a rotational output of the motor; the control means has a second cancel condition that the output adjustment switch is manipulated while the main switch is kept ON under the forcible deactivation state, and the control means is configured to cancel the forcible deactivation state when the first or second cancel condition is satisfied. a motor as a drive source of the electric tool; a main switch for switching ON or OFF of electricity supply to the motor; a current detection means for detecting a value of a current flowing through the motor; and a control means configured to be set to a forcible deactivation state, being a state that the control means is set to forcibly deactivate the motor, when a detection result by the current detection means exceeds a predetermined threshold, whereby the control means has a first cancel condition that the main switch is switched off under the forcible deactivation state, the electric tool further comprises an output adjustment switch for adjusting a rotational output of the motor; the control means has a second cancel condition that the output adjustment switch is manipulated while the main switch is kept ON under the forcible deactivation state, and the control means is configured to cancel the forcible deactivation state when the first or second cancel condition is satisfied.