mhurhangee/ep-ind-claims huggingface dataset:
A method of processing optical imaging data, the method comprising: providing a cluster of processors comprising a first processor and a second processor; wherein the second processor is a graphics processing unit; acquiring optical coherence tomography, OCT, data; performing pre-processing of the acquired data using the first processor; performing at least a Fourier transformation (48,50) of the acquired data using the second processor; post-processing the resulting data for outputting the optical coherence tomography images at real-time frame rates. providing a cluster of processors comprising a first processor and a second processor; wherein the second processor is a graphics processing unit; acquiring optical coherence tomography, OCT, data; performing pre-processing of the acquired data using the first processor; performing at least a Fourier transformation (48,50) of the acquired data using the second processor; post-processing the resulting data for outputting the optical coherence tomography images at real-time frame rates.
Wall module (16a-h) for an explosion-proof housing, characterized in that the wall module (16a-h) comprises - at least one projection (33.1, 33.2, 33.3) for the positionally correct arrangement of an, for example plate shaped, element (19, 20) relative to the wall module, which engages in a recess in the element (19, 20), and - one or more stabilizing extensions (31.1, 31.2, 33.3, 34.1, 34.2, 34.3) extending away from the wall module (16a-h). - at least one projection (33.1, 33.2, 33.3) for the positionally correct arrangement of an, for example plate shaped, element (19, 20) relative to the wall module, which engages in a recess in the element (19, 20), and - one or more stabilizing extensions (31.1, 31.2, 33.3, 34.1, 34.2, 34.3) extending away from the wall module (16a-h).
A puncture sealant containing a synthetic rubber latex, two or more emulsifiers, and no tackifier and a ratio of gelation of 0.05% or more at -25°C in Maron mechanical stability test based on JIS K6387-1: 2011, wherein the emulsifier comprises 50% by mass or less of oleic acid or salt thereof based on the total amount of the emulsifier and at least one emulsifier having a higher melting point than the melting point of oleic acid or salt thereof concerned, and wherein the synthetic rubber latex is at least one selected from the group consisting of SBR latex, NBR latex, MBR latex, BR latex, carboxyl-modified NBR latex, and carboxyl-modified SBR latex. wherein the emulsifier comprises 50% by mass or less of oleic acid or salt thereof based on the total amount of the emulsifier and at least one emulsifier having a higher melting point than the melting point of oleic acid or salt thereof concerned, and wherein the synthetic rubber latex is at least one selected from the group consisting of SBR latex, NBR latex, MBR latex, BR latex, carboxyl-modified NBR latex, and carboxyl-modified SBR latex.
A method for manufacturing a liquid discharge head, the method comprising: a transferring step of transferring a dry film (2, 17) supported by a supporting member to a substrate having a hole; and a peeling step of peeling the supporting member off the dry film on the substrate, wherein in the peeling step, the dry film is in contact with a wall surface defining the hole in the substrate. a transferring step of transferring a dry film (2, 17) supported by a supporting member to a substrate having a hole; and a peeling step of peeling the supporting member off the dry film on the substrate,
A method for producing a vitamin- and protein-rich product, comprising the steps of: a) culturing at least one species from the Basidiomycetes division submerged in a nutrient medium containing at least one carbohydrate-containing agricultural sidestream or food sidestream to obtain a first culture product, wherein the first culture product comprises biomass of the at least one species from the Basidiomycetes division; b) adding at least one vitamin B12-producing species of the genus Propionibacterium and/or of the genus Lactobacillus to the first culture product; and c) culturing the at least one species of the genus Propionibacterium and/or the at least one species of the genus Lactobacillus in the first culture product to obtain a second culture product, wherein the second culture product is the vitamin- and protein-rich product and wherein the second culture product comprises biomass of the at least one species from the Basidiomycetes division and biomass of the at least one vitamin B12-producing species of the genus Propionibacterium and/or Lactobacillus. a) culturing at least one species from the Basidiomycetes division submerged in a nutrient medium containing at least one carbohydrate-containing agricultural sidestream or food sidestream to obtain a first culture product, wherein the first culture product comprises biomass of the at least one species from the Basidiomycetes division; b) adding at least one vitamin B12-producing species of the genus Propionibacterium and/or of the genus Lactobacillus to the first culture product; and c) culturing the at least one species of the genus Propionibacterium and/or the at least one species of the genus Lactobacillus in the first culture product to obtain a second culture product, wherein the second culture product is the vitamin- and protein-rich product and wherein the second culture product comprises biomass of the at least one species from the Basidiomycetes division and biomass of the at least one vitamin B12-producing species of the genus Propionibacterium and/or Lactobacillus.
A method of executing in an image forming apparatus an application installed in an outside server, the method comprising: receiving, at the image forming apparatus, an input of an install uniform resource locator URL; accessing, by the image forming apparatus, the outside server through the install URL, the method characterized by: receiving from the outside server metadata of the application installed in the outside server, the metadata comprising at least one additional URL used to execute the application, the at least one additional URL being different from the install URL and having a form including the install URL; verifying a reliability of the received metadata by using a signature included in the metadata, a certificate of the outside server, and a public key stored in the image forming apparatus; creating an icon corresponding to the application on a user interface of the image forming apparatus when the reliability is verified; and executing in the image forming apparatus the application installed in the outside server. receiving, at the image forming apparatus, an input of an install uniform resource locator URL; accessing, by the image forming apparatus, the outside server through the install URL, the method characterized by: receiving from the outside server metadata of the application installed in the outside server, the metadata comprising at least one additional URL used to execute the application, the at least one additional URL being different from the install URL and having a form including the install URL; verifying a reliability of the received metadata by using a signature included in the metadata, a certificate of the outside server, and a public key stored in the image forming apparatus; creating an icon corresponding to the application on a user interface of the image forming apparatus when the reliability is verified; and executing in the image forming apparatus the application installed in the outside server. receiving from the outside server metadata of the application installed in the outside server, the metadata comprising at least one additional URL used to execute the application, the at least one additional URL being different from the install URL and having a form including the install URL; verifying a reliability of the received metadata by using a signature included in the metadata, a certificate of the outside server, and a public key stored in the image forming apparatus; creating an icon corresponding to the application on a user interface of the image forming apparatus when the reliability is verified; and executing in the image forming apparatus the application installed in the outside server.
A combination product comprising a Bcl-2 inhibitor and ibrutinib, wherein the Bcl-2 inhibitor is the following compound or a pharmaceutically acceptable salt or solvate thereof:
A stretch article comprising: a substrate comprising a substrate material (22, 24), and wherein the stretch article is characterised in that it comprises at least one stretch yarn comprising more than one elastomeric fiber comprising an elastomeric propylene-based polymer, wherein the stretch yarn is bonded to the substrate and wherein the stretch yarn is capable of being mechanically bonded directly to the substrate surface. a substrate comprising a substrate material (22, 24), and wherein the stretch article is characterised in that it comprises at least one stretch yarn comprising more than one elastomeric fiber comprising an elastomeric propylene-based polymer, wherein the stretch yarn is bonded to the substrate and wherein the stretch yarn is capable of being mechanically bonded directly to the substrate surface.
Method for controlling an x-ray imaging device, in particular a computed tomography device, the x-ray imaging device comprising an x-ray source and a photon counting detector as an x-ray detector, wherein for an image acquisition process of a patient: - at least one input parameter describing an attenuation property of the patient and/or a purpose of the image acquisition is determined, - at least one operation parameter of the x-ray detector is determined and/or adapted dependent on the at least one input parameter, and - image acquisition is performed using the determined at least one operation parameter, wherein the at least one operation parameter is at least partly derived from the at least one input parameter in an optimisation process, in which an image quality measure, namely the contrast to noise ratio, is maximised, wherein a contrast to noise ratio is calculated from the at least one input parameter and at least one candidate parameter for the operation parameter using a theoretical model and/or a model trained by machine learning. - at least one input parameter describing an attenuation property of the patient and/or a purpose of the image acquisition is determined, - at least one operation parameter of the x-ray detector is determined and/or adapted dependent on the at least one input parameter, and - image acquisition is performed using the determined at least one operation parameter,
A water discharge device (1; 101; 201) comprising - a hollow body (10; 110; 210), with a discharge orifice (12; 112; 212) and an upper water inlet opening (14; 114; 214), - an anti-odour device (20; 120; 220), comprising a flap valve (22; 122; 222) movable between an open position, allowing the passage of water into the body of the water discharge device between the inlet opening and the discharge orifice, and a closed position against a counter-flap valve (24; 124; 224), blocking the passage of water and the uptake of odour between the inlet opening and the discharge orifice, - a hold closed device (30; 130; 230) for maintaining the flap valve in the closed position, - a magnetic means for returning to the closed position (36; 136; 236) adapted to return the movable flap valve to the closed position, - a flap valve tilting device (50; 150; 250), adapted to tilt the flap valve in the open position, in which the hold closed device for maintaining the closed position comprises a first magnetic element (32; 132; 232) on the movable flap interacting in attraction with a second magnetic element (34; 134; 234) joined together with the hollow body (10; 110; 210) or with the counter-flap valve (24; 124; 224), and wherein the magnetic means for returning to the closed position comprises a third magnetic element, (36; 136; 236), the first magnetic element (32; 132; 232) and the third magnetic element (36; 136; 236) exerting a repulsion force therebetween, in that the hollow body (10; 110; 210) comprises a bottom (11; 111; 211), and a peripheral wall (13; 113; 213) provided with the discharge orifice (12; 112; 212), in that the flap valve tilting device (50; 150; 250) is adapted to tilt the flap valve relative to the bottom of the body, and in that the third magnetic element, (36; 136; 236) is positioned at the bottom of the hollow body (10; 110; 210). - a hollow body (10; 110; 210), with a discharge orifice (12; 112; 212) and an upper water inlet opening (14; 114; 214), - an anti-odour device (20; 120; 220), comprising a flap valve (22; 122; 222) movable between an open position, allowing the passage of water into the body of the water discharge device between the inlet opening and the discharge orifice, and a closed position against a counter-flap valve (24; 124; 224), blocking the passage of water and the uptake of odour between the inlet opening and the discharge orifice, - a hold closed device (30; 130; 230) for maintaining the flap valve in the closed position, - a magnetic means for returning to the closed position (36; 136; 236) adapted to return the movable flap valve to the closed position, - a flap valve tilting device (50; 150; 250), adapted to tilt the flap valve in the open position, in which the hold closed device for maintaining the closed position comprises a first magnetic element (32; 132; 232) on the movable flap interacting in attraction with a second magnetic element (34; 134; 234) joined together with the hollow body (10; 110; 210) or with the counter-flap valve (24; 124; 224), and
An orthosis for medical compression/splinting of the lower limb, in the form of a sock, a stocking or a pair of tights, said orthosis including: - an elastic compressive distal portion, adapted to cover the ankle, extending to before the beginning of the calf, at the point where the Achilles tendon joins the calf muscles, said distal portion being made by knitting a knit yarn and a weft yarn, the dimensioning and the nature of the knit and weft yarns as well as the knit structure being chosen in such a way to exert in the circumference direction, once the orthosis has been placed on the limb, an elastic return force likely to produce a compression of the limb at a desired therapeutic level of pressure; and - a splint proximal portion, continuing the compressive distal portion and adjacent thereto, and enveloping, over the whole periphery thereof, a region of the calf comprised, in the vertical direction, between the level of the point where the Achilles tendon joins the calf muscles and the level located below the tibial tuberosity; said splint proximal portion being a deformable tubular portion knitted in continuation with the elastic compressive distal portion, said orthosis being characterized in that the splint proximal portion: - is essentially non-elastic, and - incorporates a hardened biocompatible resin. - an elastic compressive distal portion, adapted to cover the ankle, extending to before the beginning of the calf, at the point where the Achilles tendon joins the calf muscles, said distal portion being made by knitting a knit yarn and a weft yarn, the dimensioning and the nature of the knit and weft yarns as well as the knit structure being chosen in such a way to exert in the circumference direction, once the orthosis has been placed on the limb, an elastic return force likely to produce a compression of the limb at a desired therapeutic level of pressure; and - a splint proximal portion, continuing the compressive distal portion and adjacent thereto, and enveloping, over the whole periphery thereof, a region of the calf comprised, in the vertical direction, between the level of the point where the Achilles tendon joins the calf muscles and the level located below the tibial tuberosity; said splint proximal portion being a deformable tubular portion knitted in continuation with the elastic compressive distal portion, - is essentially non-elastic, and - incorporates a hardened biocompatible resin.
Hydraulic accumulator with a housing defining a longitudinal axis, in which a diaphragm composed of elastomer material, as a movable separating element, separates a liquid side from a gas side, wherein the diaphragm is fixed at its opening edge to the inner side of the housing, wherein the diaphragm in the undeformed state has a length measured in the direction of the longitudinal axis which is at least twice the diameter of the opening edge, wherein the undeformed diaphragm extends between the opening edge and its closed end region with straight surface lines which converge conically towards the end region, wherein the housing is formed by two parts made of metal, wherein the housing has a main part in the form of a cylindrical pot with a base part and a domed top part, wherein the end region of the diaphragm, adjoining the cone at a transition point with surface lines extending straight, is hemispherically domed; characterised in that, the base part is domed in the shape of a circular arc, in that the top part has a similarly domed shape to the base part, and in that the undeformed length of the diaphragm is at least 2.5 times the diameter of the clear opening of the opening edge. wherein the diaphragm in the undeformed state has a length measured in the direction of the longitudinal axis which is at least twice the diameter of the opening edge, wherein the undeformed diaphragm extends between the opening edge and its closed end region with straight surface lines which converge conically towards the end region, wherein the housing is formed by two parts made of metal, wherein the housing has a main part in the form of a cylindrical pot with a base part and a domed top part, wherein the end region of the diaphragm, adjoining the cone at a transition point with surface lines extending straight, is hemispherically domed; characterised in that, the base part is domed in the shape of a circular arc, in that the top part has a similarly domed shape to the base part, and in that the undeformed length of the diaphragm is at least 2.5 times the diameter of the clear opening of the opening edge.
A heat exchanger for a vehicle, comprising: a housing having a first opening and a second opening spaced apart from the first opening, wherein the first opening and the second opening are adapted to circulate a first fluid around a plurality of heat exchange elements disposed in the housing; and at least one inclined wing formed along an inner wall of the housing and at at-least one edge of the first opening that is proximal to the second opening of the housing, to direct the first fluid around the plurality of heat exchange elements, wherein the at least one inclined wing is inclined towards the plurality of heat exchange elements disposed in the housing and in a direction away from the second opening at an angle with respect to the first opening of the housing and wherein the at least one inclined wing is stamped to the first opening of the housing, wherein the housing is formed by a plurality of walls, in which the first opening and the second opening are formed on and wherein the first opening and the second opening are formed on a first wall and a second wall amongst the plurality of walls of the housing respectively, the second opening is formed on the second wall, characterised in that the first opening is formed at a corner connecting the first wall and the second wall of the housing and wherein the at least one inclined wing is formed on more than one edge of the first opening, that are proximal to the second opening formed on the second wall of the housing. a housing having a first opening and a second opening spaced apart from the first opening, wherein the first opening and the second opening are adapted to circulate a first fluid around a plurality of heat exchange elements disposed in the housing; and at least one inclined wing formed along an inner wall of the housing and at at-least one edge of the first opening that is proximal to the second opening of the housing, to direct the first fluid around the plurality of heat exchange elements, wherein the at least one inclined wing is inclined towards the plurality of heat exchange elements disposed in the housing and in a direction away from the second opening at an angle with respect to the first opening of the housing and wherein the at least one inclined wing is stamped to the first opening of the housing, wherein the housing is formed by a plurality of walls, in which the first opening and the second opening are formed on and wherein the first opening and the second opening are formed on a first wall and a second wall amongst the plurality of walls of the housing respectively, the second opening is formed on the second wall, characterised in that the first opening is formed at a corner connecting the first wall and the second wall of the housing and wherein the at least one inclined wing is formed on more than one edge of the first opening, that are proximal to the second opening formed on the second wall of the housing.
An information processing apparatus comprising: circuitry configured to: switch from the display of a first captured image of a subject, the first captured image having a first view point of the subject, to the display of a target captured image of the subject, the target captured image having a target viewpoint of the subject, in response to an identification of the target viewpoint by a user; wherein the circuitry is configured, on the basis of a positional relationship between an imaging device corresponding to the first captured image and an imaging device corresponding to the target captured image, to set a switching path from the first captured image to the target captured image, the switching path comprising at least one complement image between the first captured image and the target captured image, and switch from the first captured image to the target captured image using the switching path; wherein each of the at least one complement images of the subject corresponds to a viewpoint of the subject between the first viewpoint and the target viewpoint, at least one of the at least one complement images of the subject being a captured image; the information processing apparatus characterised in that the circuitry is configured to determine whether an image that does not suit the switching path exists in the switching path, based on an evaluation value determined for each image and a threshold value, and is further configured to exclude the image from the switching path when it is determined that the image does not suit the switching path. switch from the display of a first captured image of a subject, the first captured image having a first view point of the subject, to the display of a target captured image of the subject, the target captured image having a target viewpoint of the subject, in response to an identification of the target viewpoint by a user; wherein the circuitry is configured, on the basis of a positional relationship between an imaging device corresponding to the first captured image and an imaging device corresponding to the target captured image, to set a switching path from the first captured image to the target captured image, the switching path comprising at least one complement image between the first captured image and the target captured image, and switch from the first captured image to the target captured image using the switching path; wherein each of the at least one complement images of the subject corresponds to a viewpoint of the subject between the first viewpoint and the target viewpoint, at least one of the at least one complement images of the subject being a captured image; the information processing apparatus characterised in that the circuitry is configured to determine whether an image that does not suit the switching path exists in the switching path, based on an evaluation value determined for each image and a threshold value, and is further configured to exclude the image from the switching path when it is determined that the image does not suit the switching path.