mhurhangee/patent-ind-claim-en huggingface dataset:
Process for starting up a hydroformylation reactor containing a heterogenized hydroformylation catalyst system on a support monolith, where the hydroformylation catalyst system comprises a metal of group 8 or 9 of the Periodic Table of the Elements, at least one organic phosphorus-containing ligand, a stabilizer and optionally an ionic liquid, where the process is characterized in that a gaseous feed mixture comprising C2-C8-olefins to be hydroformylated is introduced together with a synthesis gas mixture into the reactor and the composition of the feed mixture and/or the composition of the synthesis gas mixture is varied at a constant volume flow in a plurality of steps by increasing the proportion of C2-C8-olefins to be hydroformylated in the feed mixture and/or the proportion of synthesis gas in the synthesis gas mixture stepwise, with the proviso that a maximum conversion of the C2-C8-olefins used of from 40 to 90% is not exceeded during the entire startup.
A component for a gas turbine engine comprising: a radially outer platform having a gas path side and a non-gas path side; at least one airfoil extending from the gas path side of the platform , wherein the at least one airfoil includes a serpentine cavity and a radially outer serpentine turn extends from the non-gas path side of the platform ; and a planar cover plate (100; 200) located adjacent the non-gas path side of the platform , the cover plate (100; 200) including: a first plurality of fluid openings (118; 218A) extending through the cover plate (100; 200); and at least one bulge (116; 216) at least partially defining a fluid passageway with the serpentine turn ; characterised in that : the at least one bulge (116; 216) extends radially outward from a base surface of the planar cover plate (100; 200), and is circumferentially and axially aligned with the radially outer serpentine turn and spaced radially outward therefrom to define a fluid passageway therebetween. a radially outer platform having a gas path side and a non-gas path side; at least one airfoil extending from the gas path side of the platform , wherein the at least one airfoil includes a serpentine cavity and a radially outer serpentine turn extends from the non-gas path side of the platform ; and a planar cover plate (100; 200) located adjacent the non-gas path side of the platform , the cover plate (100; 200) including: a first plurality of fluid openings (118; 218A) extending through the cover plate (100; 200); and at least one bulge (116; 216) at least partially defining a fluid passageway with the serpentine turn ; a first plurality of fluid openings (118; 218A) extending through the cover plate (100; 200); and at least one bulge (116; 216) at least partially defining a fluid passageway with the serpentine turn ;
An apparatus comprising: a processor; and a memory storing thereon a computer program, which when executed by the processor, causes the processor to perform operations including: acquiring an image captured by one monocular camera, determining an object area and a road surface area in the image using semantic segmentation, characterized in that the operations further include: extracting (i) the outline of the determined object area and (ii) the bottom end portion of the outline of the determined object area along the horizontal direction, calculating a variation in the vertical direction of the extracted bottom end portion, dividing the outline of the determined object area or the determined object area based on the calculated variation, and estimating a distance from the monocular camera to an object corresponding to at least one partial object area resulting from the division of the object area or the outline of the object area, the estimating further including: determining whether the partial object area is in contact with the road surface area, wherein the estimating estimates the distance if it is determined that the partial object area is in contact with the road surface area. a processor; and a memory storing thereon a computer program, which when executed by the processor, causes the processor to perform operations including: acquiring an image captured by one monocular camera, determining an object area and a road surface area in the image using semantic segmentation, acquiring an image captured by one monocular camera, determining an object area and a road surface area in the image using semantic segmentation, extracting (i) the outline of the determined object area and (ii) the bottom end portion of the outline of the determined object area along the horizontal direction, calculating a variation in the vertical direction of the extracted bottom end portion, dividing the outline of the determined object area or the determined object area based on the calculated variation, and estimating a distance from the monocular camera to an object corresponding to at least one partial object area resulting from the division of the object area or the outline of the object area, the estimating further including: determining whether the partial object area is in contact with the road surface area, wherein the estimating estimates the distance if it is determined that the partial object area is in contact with the road surface area. determining whether the partial object area is in contact with the road surface area, wherein the estimating estimates the distance if it is determined that the partial object area is in contact with the road surface area.
A fermented feed ingredient derived from spent brewer's yeast and a biomass of proteinaceous plant parts, where said biomass comprises 50% by weight or more of dehulled and defatted soybean meal, wherein the crude protein content of said fermented feed ingredient is in the range of from 35% to 65% by weight on dry matter basis, wherein from 2% to 8% by weight on dry matter basis of the protein is derived from yeast, and wherein part of the insoluble non-starch polysaccharides (NSP) present in said biomass has been solubilised by processing with the spent brewer's yeast whereby said fermented feed ingredient comprises an at least 10 % higher content of soluble non-starch polysaccharides (NSP) than the unprocessed soybean meal in said biomass.
A system configured for simulating real-world IO workload for testing a parallel and distributed storage system, the system comprising: one or more hardware processors configured by machine-readable instructions to: identify real-world data from a deployed production environment , the data comprising a directory tree structure and files, wherein the files comprise original metadata and original file contents; simulate a workload by using the original directory tree structure and the original metadata from the files and replacing the original contents of the files with dummy content to create dummy files , wherein the step of replacing the original contents of the files comprises creating a dummy data block and replicating the dummy block multiple times within a file to obtain a desired file size for each of a plurality of the dummy files, wherein the dummy data block has a size of at least 4 KB; write the directory tree structure and dummy files to a system of storage devices ; read data from the directory tree structure and dummy files on the system of storage devices ; and verify the integrity of the dummy files over the course of a plurality of data management processes and a plurality of data availability processes employed by the storage system by comparing different dummy blocks of the dummy files with each other . identify real-world data from a deployed production environment , the data comprising a directory tree structure and files, wherein the files comprise original metadata and original file contents; simulate a workload by using the original directory tree structure and the original metadata from the files and replacing the original contents of the files with dummy content to create dummy files , wherein the step of replacing the original contents of the files comprises creating a dummy data block and replicating the dummy block multiple times within a file to obtain a desired file size for each of a plurality of the dummy files, wherein the dummy data block has a size of at least 4 KB; write the directory tree structure and dummy files to a system of storage devices ; read data from the directory tree structure and dummy files on the system of storage devices ; and verify the integrity of the dummy files over the course of a plurality of data management processes and a plurality of data availability processes employed by the storage system by comparing different dummy blocks of the dummy files with each other .
Method for reconstructing a three-dimensional result image data set , in particular from computed tomography, from a plurality of two-dimensional images , in particular X-ray images, that create an image of an object undergoing examination from a respective imaging angle, comprising the steps of: - providing a three-dimensional artifact-reduced image data set in dependence on the two-dimensional images , wherein in the context of this provision, the two-dimensional images or a processing result that is dependent on the two-dimensional images are processed by an algorithm for reducing artifacts, - reconstructing the result image data set using a reconstruction algorithm that processes both the artifact-reduced image data set or processing data that is generated from the artifact-reduced image data set, and also the two-dimensional images as input data, wherein the imaging angles of all the two-dimensional images lie within a restricted angular range , and the two-dimensional images or the processing result dependent on the two-dimensional images are processed by the algorithm for reducing artifacts resulting from the restriction on the angular range , characterised in that , for the purpose of reconstructing the result image data set , filtered back projection is used, wherein the filtered back projection processes processing data generated from the artifact-reduced image data set, which is suitable for the filtered back projection, as well as the two-dimensional images , as input data, wherein a synthetic two-dimensional image is generated as processing data generated from the artifact-reduced image data set, by simulating an image of the artifact-reduced image data set , wherein the result image data set is reconstructed in dependence on the synthetic image . - providing a three-dimensional artifact-reduced image data set in dependence on the two-dimensional images , wherein in the context of this provision, the two-dimensional images or a processing result that is dependent on the two-dimensional images are processed by an algorithm for reducing artifacts, - reconstructing the result image data set using a reconstruction algorithm that processes both the artifact-reduced image data set or processing data that is generated from the artifact-reduced image data set, and also the two-dimensional images as input data,
A method for production of an electric module , characterized in that it comprises: - fixing at least one first electrical component to a first plate , wherein the fixing of each first electrical component to the first plate comprises: - depositing a bonding compound between the first electrical component and the first plate (102, said bonding compound having a polymerization temperature, and - heating the bonding compound to a temperature greater than or equal to the polymerization temperature of said bonding compound, in order to polymerize the bonding compound , - assembling , after polymerization of the bonding compound, each first electrical component to an electrical connecting bar to which at least one second electrical component is already fixed, said at least one second electrical component having a maximum normal operation temperature lower than the polymerization temperature of the bonding compound . - fixing at least one first electrical component to a first plate , - depositing a bonding compound between the first electrical component and the first plate (102, said bonding compound having a polymerization temperature, and - heating the bonding compound to a temperature greater than or equal to the polymerization temperature of said bonding compound, in order to polymerize the bonding compound , - assembling , after polymerization of the bonding compound, each first electrical component to an electrical connecting bar to which at least one second electrical component is already fixed, said at least one second electrical component having a maximum normal operation temperature lower than the polymerization temperature of the bonding compound .
A lighting apparatus for providing light for processing an object, the lighting apparatus comprising: - a ring (11; 22) of light sources (12; 23) for generating processing light for processing the object , - an imaging unit for imaging the ring (11; 22) of light sources (12; 23) onto a working plane in which the object is to be processed, characterized in that the ring (11; 22) of light sources (12; 23) and the imaging unit are configured such that images (18; 28) of the light sources in the working plane are distributed equidistantly in a direction being parallel to a diameter (19; 29) of the imaged ring (17; 27) in the working plane. - a ring (11; 22) of light sources (12; 23) for generating processing light for processing the object , - an imaging unit for imaging the ring (11; 22) of light sources (12; 23) onto a working plane in which the object is to be processed,
Method for detecting and characterizing a leak of a gas into the ambient air, said gas comprising at least natural gas and/or biomethane previously odorized by means of at least one odorant chemical species, said method being implemented by means of at least one optical measurement system comprising at least one light source , a UV spectrometer , and an IR detector , said method comprising at least the following steps: a) the emission by said at least one light source of a UV radiation and of an IR radiation through said ambient air in a measurement zone ; b) the detection by said UV spectrometer and by said IR detector of at least a part of said UV radiation and of at least a part of said IR radiation having passed through said ambient air in said measurement zone , and the generation of at least one digital signal of the light intensity as a function of the wavelength of said part of said UV radiation and of said part of said IR radiation having passed through said ambient air in said measurement zone ; c) the estimation of at least a concentration of methane and a concentration of said at least one odorant chemical species present in said measurement zone , from at least said at least one digital signal ; d) the detection and the characterization of a leak of said gas in said measurement zone at least by a comparison of said concentration of methane with a first threshold and a comparison of said concentration of said at least one odorant chemical species with a second threshold. a) the emission by said at least one light source of a UV radiation and of an IR radiation through said ambient air in a measurement zone ; b) the detection by said UV spectrometer and by said IR detector of at least a part of said UV radiation and of at least a part of said IR radiation having passed through said ambient air in said measurement zone , and the generation of at least one digital signal of the light intensity as a function of the wavelength of said part of said UV radiation and of said part of said IR radiation having passed through said ambient air in said measurement zone ; c) the estimation of at least a concentration of methane and a concentration of said at least one odorant chemical species present in said measurement zone , from at least said at least one digital signal ; d) the detection and the characterization of a leak of said gas in said measurement zone at least by a comparison of said concentration of methane with a first threshold and a comparison of said concentration of said at least one odorant chemical species with a second threshold.
Leak test for a flexible pouch specifically designed to contain a biopharmaceutical fluid, wherein - the flexible pouch is sandwiched between two plates (40, 42; 12A, 12B) which have each an internal surface able to allow gas which escape from a hole on the flexible pouch flowing out of an external surface of the flexible pouch, the two plates (40, 42; 12A, 12B) forming a substantially planar protecting body with the external surfaces of the flexible pouch in touch with the internal surfaces of the two plates, wherein the protective body comprises a longitudinal direction, two longitudinal sides and two transversal sides, the two plates being fixed to each other by an attachment system that is symmetrically arranged on at least two sides of the two plates, the attachment system comprising at least one snap button, one of the two plates comprising a first element of the snap button and the other one of the two plates comprising a second complementary element of the snap button, and wherein the leak test then comprises: - introducing a gas within the sandwiched flexible pouch by means of a pump linked to an inlet of the flexible pouch by means of a hose , the two plates being flexible enough to allow the protecting body to have a thickness in a central area greater than in a circumferential area, in reference to the plane of the protecting body , and - measuring the pressure within the flexible pouch - the flexible pouch is sandwiched between two plates (40, 42; 12A, 12B) which have each an internal surface able to allow gas which escape from a hole on the flexible pouch flowing out of an external surface of the flexible pouch, the two plates (40, 42; 12A, 12B) forming a substantially planar protecting body with the external surfaces of the flexible pouch in touch with the internal surfaces of the two plates, wherein the protective body comprises a longitudinal direction, two longitudinal sides and two transversal sides, the two plates being fixed to each other by an attachment system that is symmetrically arranged on at least two sides of the two plates, the attachment system comprising at least one snap button, one of the two plates comprising a first element of the snap button and the other one of the two plates comprising a second complementary element of the snap button, and wherein the leak test then comprises: - introducing a gas within the sandwiched flexible pouch by means of a pump linked to an inlet of the flexible pouch by means of a hose , the two plates being flexible enough to allow the protecting body to have a thickness in a central area greater than in a circumferential area, in reference to the plane of the protecting body , and - measuring the pressure within the flexible pouch - introducing a gas within the sandwiched flexible pouch by means of a pump linked to an inlet of the flexible pouch by means of a hose , the two plates being flexible enough to allow the protecting body to have a thickness in a central area greater than in a circumferential area, in reference to the plane of the protecting body , and - measuring the pressure within the flexible pouch
A turbine comprising: a turbine rotor ; a turbine casing housing the turbine rotor ; a plurality of turbine stages each including a stator blade row having a plurality of stator blades arranged inside the turbine casing and a rotor blade row having a plurality of rotor blades fitted in a rotor wheel of the turbine rotor inside the turbine casing , the plurality of turbine stages being arranged in an axial direction of the turbine rotor ; an exhaust chamber (R31b) which is provided in the turbine casing and to which a working medium (F) is discharged after working sequentially in the plurality of turbine stages ; and an exhaust-stage wheel space (RW) located at a position that is more on a downstream side than the turbine stage of an exhaust stage out of the plurality of turbine stages and is more on an inner side than the exhaust chamber (R31b) in terms of a radial direction of the turbine rotor , wherein a cooling medium (CF) higher in pressure and lower in temperature than the working medium (F) is introduced from an outer part to an inner part of the turbine casing via an inlet pipe passing through the turbine casing , characterized in that , in at least the turbine stage of the exhaust stage, the cooling medium (CF) passes through the stator blade and thereafter passes through a flow path present between the rotor blades and the rotor wheel to flow to the exhaust-stage wheel space (RW). a turbine rotor ; a turbine casing housing the turbine rotor ; a plurality of turbine stages each including a stator blade row having a plurality of stator blades arranged inside the turbine casing and a rotor blade row having a plurality of rotor blades fitted in a rotor wheel of the turbine rotor inside the turbine casing , the plurality of turbine stages being arranged in an axial direction of the turbine rotor ; an exhaust chamber (R31b) which is provided in the turbine casing and to which a working medium (F) is discharged after working sequentially in the plurality of turbine stages ; and an exhaust-stage wheel space (RW) located at a position that is more on a downstream side than the turbine stage of an exhaust stage out of the plurality of turbine stages and is more on an inner side than the exhaust chamber (R31b) in terms of a radial direction of the turbine rotor , wherein a cooling medium (CF) higher in pressure and lower in temperature than the working medium (F) is introduced from an outer part to an inner part of the turbine casing via an inlet pipe passing through the turbine casing , characterized in that , in at least the turbine stage of the exhaust stage, the cooling medium (CF) passes through the stator blade and thereafter passes through a flow path present between the rotor blades and the rotor wheel to flow to the exhaust-stage wheel space (RW).
A dental implant system comprising a dental implant with an oval platform, and an abutment having an oval base, wherein the dental implant is configured to support and interlock with the abutment, characterized in that the dental implant comprises at least two screw holes and the abutment is configured to be secured to the platform with at least two screws threaded into the at least two screw holes of the dental implant.
A device for correcting misaligned teeth, comprising; - an arc element and - at least two transmission elements , wherein each of the transmission elements is suitable for cooperating with a surface of a tooth and has a coupling region in which the respective transmission element can be connected or is connected to the arc element in a force-transmitting manner, wherein the arc element has a curved parabolic overall shape which follows a shape of a lower jaw or an upper jaw, wherein the arc element has at least one activation section which is disposed between two adjacent transmission elements and is configured such that in an installed condition of the device in which it is coupled to the transmission elements , the arc element is at least locally elastically deformed so that a restoring force acts in the arc element which can be transferred to the transmission elements by means of the coupling, wherein the arc element is configured so as to be flat, in a manner such that - at least in a non-loaded condition of the arc element - a longitudinal axis of the arc element extends within a plane, wherein the arc element comprises at least one form-fitting element by means of which, in the installed condition of the device , the arc element cooperates with a respective transmission element in a form-fitting manner, characterized in that a relative movement of the arc element towards the respective transmission element in a direction parallel to the longitudinal axis of the arc element - considered in the coupling region of the transmission element - is blocked so that slippage between the arc element and the respective transmission element is prevented. - an arc element and - at least two transmission elements ,