mhurhangee/ep-ind-claims huggingface dataset:
A curable composition comprising: A) a fluoroelastomer comprising copolymerized units of a nitrile group-containing cure site monomer; and B) a hydrazone or oxime of the general formula R 1 (C=NY) n R 2 wherein n = 1 or 2, Y = OH or NH 2; R 1 is aryl, alkyl, perfluoroalkyl, benzyl or heterocyclic; and R 2 is aryl or heterocyclic. A) a fluoroelastomer comprising copolymerized units of a nitrile group-containing cure site monomer; and B) a hydrazone or oxime of the general formula R 1 (C=NY) n R 2
A locking system for controlling the unlocking of a door by an electronic key, the locking system comprising: a first pack configured to be received within a first recessed area of the door, said first pack comprising a bolt and an actuator configured to move the bolt; a second pack electrically connected to the first pack and configured to be received within a second recessed area of the door; a reader interface adapted to receive an input from the electronic key; and a controller adapted to receive the input from the reader interface, authenticate the input, and control the actuator of said first pack based on the authentication, wherein the second pack has a frame fastenable to the door, and a tray being slidably mounted to the frame in a manner that the tray can be slid out from the second recessed area to expose a portion thereof for maintenance, wherein at least one component of the controller is secured to the tray in a manner to be exposed for maintenance when the tray is slid out from the frame. a first pack configured to be received within a first recessed area of the door, said first pack comprising a bolt and an actuator configured to move the bolt; a second pack electrically connected to the first pack and configured to be received within a second recessed area of the door; a reader interface adapted to receive an input from the electronic key; and a controller adapted to receive the input from the reader interface, authenticate the input, and control the actuator of said first pack based on the authentication, wherein the second pack has a frame fastenable to the door, and a tray being slidably mounted to the frame in a manner that the tray can be slid out from the second recessed area to expose a portion thereof for maintenance, wherein at least one component of the controller is secured to the tray in a manner to be exposed for maintenance when the tray is slid out from the frame.
A method comprising: receiving a hydrocarbon combustion exhaust stream comprising water and carbon dioxide in a first chamber containing liquid water; subjecting the liquid water in the first chamber to electrolysis to generate hydrogen and oxygen; and conveying methanation reaction products through a first heat exchanger of the first chamber to transfer heat from the methanation reaction products to the liquid water, wherein the methanation reaction products are provided by reacting the hydrogen generated in the electrolysis and the carbon dioxide in a methanation reactor. receiving a hydrocarbon combustion exhaust stream comprising water and carbon dioxide in a first chamber containing liquid water; subjecting the liquid water in the first chamber to electrolysis to generate hydrogen and oxygen; and conveying methanation reaction products through a first heat exchanger of the first chamber to transfer heat from the methanation reaction products to the liquid water, wherein the methanation reaction products are provided by reacting the hydrogen generated in the electrolysis and the carbon dioxide in a methanation reactor.
Vehicle, comprising: - a drive motor arranged in an engine compartment, - a fuel-operated vehicle heating device arranged in the engine compartment, - a fuel tank, - a fuel line leading from the fuel tank to the vehicle heating device (20, wherein the engine compartment is arranged in a front area of the vehicle and the fuel tank is arranged in a rear area of the vehicle, characterized by a cooling air line arrangement enveloping the fuel line in at least some areas for providing a cooling air flow channel for the cooling air flowing around the fuel line, wherein an inlet opening area of the cooling air line arrangement is arranged in an area of higher air pressure at the vehicle, wherein the inlet opening area is arranged close to a vehicle front end area or/and open in the direction towards the vehicle front end area and wherein an outlet opening area of the cooling air line arrangement is arranged in an area of lower air pressure at the vehicle, wherein the outlet opening area is arranged in the area of an underbody or/and in a vehicle rear area or/and open in the direction towards the underbody or/and towards a vehicle rear end area. - a drive motor arranged in an engine compartment, - a fuel-operated vehicle heating device arranged in the engine compartment, - a fuel tank, - a fuel line leading from the fuel tank to the vehicle heating device (20, wherein the engine compartment is arranged in a front area of the vehicle and the fuel tank is arranged in a rear area of the vehicle, characterized by a cooling air line arrangement enveloping the fuel line in at least some areas for providing a cooling air flow channel for the cooling air flowing around the fuel line, wherein an inlet opening area of the cooling air line arrangement is arranged in an area of higher air pressure at the vehicle, wherein the inlet opening area is arranged close to a vehicle front end area or/and open in the direction towards the vehicle front end area and wherein an outlet opening area of the cooling air line arrangement is arranged in an area of lower air pressure at the vehicle, wherein the outlet opening area is arranged in the area of an underbody or/and in a vehicle rear area or/and open in the direction towards the underbody or/and towards a vehicle rear end area.
An LED retrofit lamp (700, 800, 900, 1000) adapted for operation with an alternating current, comprising - an LED unit, - a mains current line; - a first switching device and a second switching device, said first switching device, said second switching device, and said LED unit being connected in series along said mains current line; and - a control unit (730, C1, C2, L1, R1, C3, 990, 1100a, 1100b, 1100c) adapted to - detect an ignition voltage on said mains current line; - in response to detecting said ignition voltage on said mains current line, set said first and second switching devices (710, 720) at least temporarily to a conducting state, characterised in that the control unit (730, C1, C2, L1, R1, C3, 990, 1100a, 1100b, 1100c) comprises at least one capacitor (C1, C2) coupled in parallel to the first and second switching devices (710, 720), said at least one capacitor (C1, C2) being adapted, during a startup mode of operation, to detect said ignition voltage on said mains current line. - an LED unit, - a mains current line; - a first switching device and a second switching device, said first switching device, said second switching device, and said LED unit being connected in series along said mains current line; and - a control unit (730, C1, C2, L1, R1, C3, 990, 1100a, 1100b, 1100c) adapted to - detect an ignition voltage on said mains current line; - in response to detecting said ignition voltage on said mains current line, set said first and second switching devices (710, 720) at least temporarily to a conducting state, characterised in that the control unit (730, C1, C2, L1, R1, C3, 990, 1100a, 1100b, 1100c) comprises at least one capacitor (C1, C2) coupled in parallel to the first and second switching devices (710, 720), said at least one capacitor (C1, C2) being adapted, during a startup mode of operation, to detect said ignition voltage on said mains current line.
EPA and/or DPA for use in reducing side-effects of a chemotherapeutic agent for use in treatment of a neoplastic disease, said chemotherapeutic agent being selected from the group consisting of an alkylating drug, an antimetabolite, an antimytotic cytostatic, a topoisomerase inhibitor, antitumor antibiotic, and any other cytostatic, and/or radiotherapy, wherein the EPA and/or DPA are part of a nutritional composition having a protein content of more than 10 en %, and a leucine content of more than 5 % of total protein content based on weight.
A continuous steel casting method comprising: guiding a slab drawn from a continuous casting mold on slab-supporting rolls, the slab-supporting rolls being disposed in a casting direction with constant roll gaps from immediately below the casting mold to a point where the thickness of a solidified shell of the slab reaches at least 15 mm, bulging a longer side of the slab while the slab travels on slab-supporting rolls disposed with roll gaps gradually increased toward the downstream in the casting direction, the total amount of bulging being 3 to 20 mm, guiding the bulged slab on slab-supporting rolls disposed with constant roll gaps in a zone 0.5 to 5.0 m in length toward the downstream in the casting direction, thereby maintaining the thickness of the slab constant, and compressing the longer side of the slab by at least one pass through reduction rolls under such conditions that the product of the compressing rate multiplied by the casting speed is 0.3 to 1.0 mm·m/min 2, the compression taking place when the solid phase fraction in a core portion of the slab is from 0.2 to 0.9. guiding a slab drawn from a continuous casting mold on slab-supporting rolls, the slab-supporting rolls being disposed in a casting direction with constant roll gaps from immediately below the casting mold to a point where the thickness of a solidified shell of the slab reaches at least 15 mm, bulging a longer side of the slab while the slab travels on slab-supporting rolls disposed with roll gaps gradually increased toward the downstream in the casting direction, the total amount of bulging being 3 to 20 mm, guiding the bulged slab on slab-supporting rolls disposed with constant roll gaps in a zone 0.5 to 5.0 m in length toward the downstream in the casting direction, thereby maintaining the thickness of the slab constant, and compressing the longer side of the slab by at least one pass through reduction rolls under such conditions that the product of the compressing rate multiplied by the casting speed is 0.3 to 1.0 mm·m/min 2, the compression taking place when the solid phase fraction in a core portion of the slab is from 0.2 to 0.9.
A method for preserving biological material comprising water, the water being also in the presence of a gas phase, the method comprising: establishing a relationship between the concentration of water in the vapor phase and the freezing point of the water by means of a plot; cooling the biological material comprising water, the gas phase or a combination thereof, wherein the water, the gas phase or the combination thereof is cooled to a temperature below 0°C at atmospheric pressure; and reducing the concentration of the water in the gas phase according to the plot in order to prevent freezing of the water and thus of the biological material comprising water. establishing a relationship between the concentration of water in the vapor phase and the freezing point of the water by means of a plot; cooling the biological material comprising water, the gas phase or a combination thereof, wherein the water, the gas phase or the combination thereof is cooled to a temperature below 0°C at atmospheric pressure; and reducing the concentration of the water in the gas phase according to the plot in order to prevent freezing of the water and thus of the biological material comprising water.
Stirring tool for a kitchen appliance, wherein the stirring tool comprises a retaining device, a frame, and an elastic functional region, wherein the elastic functional region is connected to the frame, and the stirring tool is provided and/or is suitable for stirring flowable material and/or for scraping off the flowable material from surfaces, characterised in that the elastic functional region has a wave-shaped contour before initial use of the stirring tool in accordance with usage, and at least one component of the amplitude of the wave-shaped contour is embodied in the direction of the surface normal of the adjacent part of the frame.
An inductor support assembly comprising: a main inductor interface body configured to be securely fixed to an induction heating device via a coupling mechanism; and an adjustable positioning assembly configured to adjust a height of the main inductor interface body with respect to a support structure to which the adjustable positioning assembly is attached, or to adjust an angular orientation of the main inductor interface body with respect to the support structure, characterized in that the support structure comprises a base to which the adjustable positioning assembly is removeably attached, the base comprising a plurality of support legs supporting the adjustable positioning assembly; the adjustable positioning assembly comprises a support member configured to selectively engage an angular alignment plate of the main inductor interface body to adjust the angular orientation of the main inductor interface body with respect to the support structure, and wherein the angular alignment plate comprises a plurality of openings, and the adjustable positioning assembly comprises an adjustable alignment pin configured to be selectively inserted into one of the plurality of openings to adjust the angular orientation of the main inductor interface body with respect to the support structure. a main inductor interface body configured to be securely fixed to an induction heating device via a coupling mechanism; and an adjustable positioning assembly configured to adjust a height of the main inductor interface body with respect to a support structure to which the adjustable positioning assembly is attached, or to adjust an angular orientation of the main inductor interface body with respect to the support structure, characterized in that the support structure comprises a base to which the adjustable positioning assembly is removeably attached, the base comprising a plurality of support legs supporting the adjustable positioning assembly; the adjustable positioning assembly comprises a support member configured to selectively engage an angular alignment plate of the main inductor interface body to adjust the angular orientation of the main inductor interface body with respect to the support structure, and wherein the angular alignment plate comprises a plurality of openings, and the adjustable positioning assembly comprises an adjustable alignment pin configured to be selectively inserted into one of the plurality of openings to adjust the angular orientation of the main inductor interface body with respect to the support structure.
A compressing member comprising: an element comprising a polymeric material which retains at least 90% of its dimensions after being exposed to a mixture of at least one lubricant and at least one refrigerant for 30 days at 60° C, characterized in that the polymeric material is configured to have at least one reinforcing shape selected from the group consisting of a rib, a boss, a flange, a hoop and combinations thereof and, in that the polymeric material further comprises a crosslinked organic base coat.
A system comprising an intraocular lens insertion apparatus and a toric intraocular lens housed in the intraocular lens insertion apparatus, the toric intraocular lens comprising a lens body having a flat meridian and a steep meridian, a pair of support portions for positioning the lens body in an eyeball, and connecting portions for connecting the lens body and the support portions, wherein the intraocular lens insertion apparatus comprises a tubular apparatus body having an insertion tube at a distal end of the apparatus body for inserting the toric intraocular lens into the eyeball and a plunger for moving the toric intraocular lens to a distal end of the insertion tube, wherein each of the connecting portions is arranged at a position where the connecting portions face each other across a center of an optical axis of the lens body, and characterized in that one end of the flat meridian of the lens body is located on the opposite side of an axis that passes through the center of the optical axis and connects the connecting portions with each other, with respect to a position at which a circumference of the lens body is configured to be contacted by a tip of the plunger of the intraocular lens insertion apparatus, and an angle (Θ) between the flat meridian of the lens body and a central axis of the plunger is larger than 0° and equal to or smaller than 90°. the toric intraocular lens comprising a lens body having a flat meridian and a steep meridian, a pair of support portions for positioning the lens body in an eyeball, and connecting portions for connecting the lens body and the support portions, wherein the intraocular lens insertion apparatus comprises a tubular apparatus body having an insertion tube at a distal end of the apparatus body for inserting the toric intraocular lens into the eyeball and a plunger for moving the toric intraocular lens to a distal end of the insertion tube, wherein each of the connecting portions is arranged at a position where the connecting portions face each other across a center of an optical axis of the lens body, and characterized in that one end of the flat meridian of the lens body is located on the opposite side of an axis that passes through the center of the optical axis and connects the connecting portions with each other, with respect to a position at which a circumference of the lens body is configured to be contacted by a tip of the plunger of the intraocular lens insertion apparatus, and an angle (Θ) between the flat meridian of the lens body and a central axis of the plunger is larger than 0° and equal to or smaller than 90°.
A bag or liner film crimping device comprising: a socket having top and bottom components (201, 251) linked by a frangible bridge, each component having a pair of opposed limbs (205/206, 255/256) extending proximally; and a plug having top and bottom components (301, 351) linked by a frangible bridge and being configured to fit between the socket limbs with a friction fit in a movement from proximal at an open end of the socket to distal when inserted in the socket; characterized in that the device further comprises: a cover comprising a top wall and being configured to slide over the socket bottom component to a covering position at which the top wall covers a space at the distal end between the limbs when the socket and plug top and bottom components have been separated by breaking the bridges (202, 302) after crimping. a socket having top and bottom components (201, 251) linked by a frangible bridge, each component having a pair of opposed limbs (205/206, 255/256) extending proximally; and a plug having top and bottom components (301, 351) linked by a frangible bridge and being configured to fit between the socket limbs with a friction fit in a movement from proximal at an open end of the socket to distal when inserted in the socket; characterized in that the device further comprises: a cover comprising a top wall and being configured to slide over the socket bottom component to a covering position at which the top wall covers a space at the distal end between the limbs when the socket and plug top and bottom components have been separated by breaking the bridges (202, 302) after crimping.
A video decoding method using intra prediction, the video decoding method comprising: obtaining, from a bitstream, a most probable mode flag indicating whether one of candidate intra prediction modes is used to determine an intra prediction mode of a current block; when the most probable mode flag indicates that one of the candidate intra prediction modes is used, parsing, from the bitstream, a mode index indicating one among candidate intra prediction modes included in a candidate list; determining a fixed number of the candidate intra prediction modes in the candidate list according to intra prediction modes of a left block and an upper block; and performing intra prediction on the current block using a prediction mode, indicated by the mode index, among the candidate intra prediction modes included in the candidate list, wherein, the candidate intra prediction modes include a planar mode and a DC mode, when the intra prediction modes of the left block and the upper block are equal to each other and the intra mode of the left block is the DC mode, the candidate intra prediction modes include the intra prediction modes of the left block and the upper block, when the intra prediction modes of the left block and the upper block are not equal to each other. obtaining, from a bitstream, a most probable mode flag indicating whether one of candidate intra prediction modes is used to determine an intra prediction mode of a current block; when the most probable mode flag indicates that one of the candidate intra prediction modes is used, parsing, from the bitstream, a mode index indicating one among candidate intra prediction modes included in a candidate list; determining a fixed number of the candidate intra prediction modes in the candidate list according to intra prediction modes of a left block and an upper block; and performing intra prediction on the current block using a prediction mode, indicated by the mode index, among the candidate intra prediction modes included in the candidate list, wherein, the candidate intra prediction modes include a planar mode and a DC mode, when the intra prediction modes of the left block and the upper block are equal to each other and the intra mode of the left block is the DC mode, the candidate intra prediction modes include the intra prediction modes of the left block and the upper block, when the intra prediction modes of the left block and the upper block are not equal to each other.
A drive train of an agricultural or municipal working machine comprising a propulsion engine, a transmission as well as at least one first clutch device, characterized in that the drive train comprises at least one control device which is configured, in the case of a start-up procedure and/or a reversing procedure, to temporarily increase an engine speed (n idle) made available by the propulsion engine as a function of at least one operating parameter of the drive train, wherein the at least one operating parameter is a slippage occurring at the first coupling device.
A granule comprising (a) a core which comprises an enzyme, surrounded by (b) a first coating which comprises bleach catalyst particles, which is surrounded by (c) a second coating comprising at least 60% by weight of a water-soluble salt having a constant humidity at 20°C which is above 85%; wherein the bleach catalyst particles comprise at least 80% by weight of a manganese complex with nitrogen-containing ligands, characterized in that at least 70% by weight of the particles have particle sizes in the range from 1 μm to 50 μm, at most 15% by weight of the particles have particle sizes of > 50 μm, and at most 15% by weight of the particles have particle sizes of < 1 μm, wherein the percentages are based on the total amount of the particles. (a) a core which comprises an enzyme, surrounded by (b) a first coating which comprises bleach catalyst particles, which is surrounded by (c) a second coating comprising at least 60% by weight of a water-soluble salt having a constant humidity at 20°C which is above 85%; wherein the bleach catalyst particles comprise at least 80% by weight of a manganese complex with nitrogen-containing ligands, characterized in that at least 70% by weight of the particles have particle sizes in the range from 1 μm to 50 μm, at most 15% by weight of the particles have particle sizes of > 50 μm, and at most 15% by weight of the particles have particle sizes of < 1 μm, wherein the percentages are based on the total amount of the particles.
A strain of paecilomyces variotii var. brunneolus GPP1101B (microorganism deposit number KCTC 11993BP) isolated during a ginseng fermentation process.