mhurhangee/ep-ind-claims huggingface dataset:
Method of homogenization of high-performance or ultra-high-performance concrete, in which the particular dry constituents, namely aggregate, cement and possible additives, are mixed, the water is added and together with water the plasticizing or superplasticizing admixtures are added and the mixing continues until the mixture is properly homogenized, characterized by the fact that in the first step, all the aggregates with maximum grain size up to 16 mm, weight dosage of 1000 - 2000 kg/m 3 and compressive strength more than 250 MPa are placed into the mixer together with Portland cement in the weight dosage of 500 - 1000 kg/m 3, while the mixer is started up before, during or after insertion of these constituents, after homogenization of the aforementioned constituents the mixer is stopped and water with water-to-binder ratio in the range of 0.13 - 0.25 is added to the dry mixture together with plasticizing or superplasticizing admixture, the addition of water and plasticizer or superplasticizer is performed locally, into the smallest possible number of points in the mixing space depending on the used mixer, whereupon the mixer is started up again after the addition of the whole dosage of water with plasticizing or superplasticizing admixture and the mixing continues until the mixture is properly homogenized, while the length of homogenization depends on the efficiency and degree of filling of the mixing device.
A composition comprising at least: - an extract of Chrysanthellum, and - an extract of artichoke, and - an extract of blueberry, and - an extract of at least one plant-derived raw material comprising oleuropein, - and optionally synthetic piperine and/or an extract of at least one plant-derived raw material comprising piperine, for use as a drug or nutritional product in the prevention and/or treatment of chronic inflammatory bowel disease in humans or animals. - an extract of Chrysanthellum, and - an extract of artichoke, and - an extract of blueberry, and - an extract of at least one plant-derived raw material comprising oleuropein, - and optionally synthetic piperine and/or an extract of at least one plant-derived raw material comprising piperine, for use as a drug or nutritional product in the prevention and/or treatment of chronic inflammatory bowel disease in humans or animals.
A computer implemented method of reducing a size of a message intercepted on a communication channel of a vehicle, the method comprising: receiving, by a device deployed in a vehicle, at least one of a plurality of messages intercepted by at least one monitoring device adapted to monitor messages transmitted via at least one segment of at least one segmented communication channel of the vehicle, said at least one monitoring device is coupled to the at least one communication channel in an isolated manner such that said monitoring device is incapable of inducing, altering, manipulating and/or affecting transmission signals of the at least one communication channel; applying, by the device, at least one trained machine learning model to identify at least one of a plurality of data patterns in the at least one message; adjusting, by the device, the at least one message by replacing the at least one identified data pattern with a respective predefined lossless representation having a reduced size compared to the at least one identified data pattern; and transmitting, by the device, the at least one adjusted message to a remote system via at least one upload communication channel; wherein the at least one machine learning model is trained with a plurality of training messages to identify the at least one data pattern in at least one field of the at least one message, the at least one field is a member of a group consisting of: a message identifier, an originating device identifier, a destination device identifier, a time stamp, a payload size indicator, a payload, a metadata and a protocol related field. receiving, by a device deployed in a vehicle, at least one of a plurality of messages intercepted by at least one monitoring device adapted to monitor messages transmitted via at least one segment of at least one segmented communication channel of the vehicle, said at least one monitoring device is coupled to the at least one communication channel in an isolated manner such that said monitoring device is incapable of inducing, altering, manipulating and/or affecting transmission signals of the at least one communication channel; applying, by the device, at least one trained machine learning model to identify at least one of a plurality of data patterns in the at least one message; adjusting, by the device, the at least one message by replacing the at least one identified data pattern with a respective predefined lossless representation having a reduced size compared to the at least one identified data pattern; and transmitting, by the device, the at least one adjusted message to a remote system via at least one upload communication channel;
A mascara for eyelash makeup, the mascara comprising: a brush shaft; and a spiral brush band provided in a band shape for coupling to a body of the brush shaft in a spirally wound form, the spiral brush band comprising a plurality of brush protrusions on an upper surface of a band body of the spiral brush band, wherein the spiral brush band is coupled to the brush shaft by spirally uniformly winding the spiral brush band around a surface of the brush shaft, characterized in that a plurality of catch grooves are formed in an inner side of the band body of the spiral brush band.
An article of footwear (12; 12A) comprising: a strobel (10; 10A; 10B; 10C; 10D; 10E; 10F) including: a polymeric bladder (16; 16A; 16B; 16D; 16E; 16F; 16G; 16H; 16I) defining an interior cavity and configured to retain a fluid in the interior cavity, the polymeric bladder (16; 16A; 16B; 16D; 16E; 16F; 16G; 16H; 16I) having a peripheral flange extending around at least a portion of a perimeter of the interior cavity; and wherein the peripheral flange defines a groove extending along the peripheral flange, an upper, wherein the strobel (10; 10A; 10B; 10C; 10D; 10E; 10F) is secured to the upper by a series of stitches extending through the peripheral flange in the groove. a strobel (10; 10A; 10B; 10C; 10D; 10E; 10F) including: a polymeric bladder (16; 16A; 16B; 16D; 16E; 16F; 16G; 16H; 16I) defining an interior cavity and configured to retain a fluid in the interior cavity, the polymeric bladder (16; 16A; 16B; 16D; 16E; 16F; 16G; 16H; 16I) having a peripheral flange extending around at least a portion of a perimeter of the interior cavity; and wherein the peripheral flange defines a groove extending along the peripheral flange, a polymeric bladder (16; 16A; 16B; 16D; 16E; 16F; 16G; 16H; 16I) defining an interior cavity and configured to retain a fluid in the interior cavity, the polymeric bladder (16; 16A; 16B; 16D; 16E; 16F; 16G; 16H; 16I) having a peripheral flange extending around at least a portion of a perimeter of the interior cavity; and wherein the peripheral flange defines a groove extending along the peripheral flange, an upper, wherein the strobel (10; 10A; 10B; 10C; 10D; 10E; 10F) is secured to the upper by a series of stitches extending through the peripheral flange in the groove.
Lift cage roof with - a cage roof part, which is a component of the lift cage roof, - a roof frame, which frames the cage roof part, - a mechanism, which connects the cage roof part with the roof frame and at which the cage roof part is lowerable from an upper rest position to a lower rest position in the interior of the lift cage and - at least two subsystems, which are components of the mechanism, wherein one subsystem comprises at least two rod-shaped elements (10, 11, 12, 13; 20, 21, 22, 23) which prevent the cage roof part from rotation about a horizontal axis (x, y) of the cage roof part and which are rotationally coupled with the cage roof part and the roof frame, wherein first coupling points (20.4, 21.4) of the at least two rod-shaped elements rod-shaped elements (10, 11, 12, 13; 20, 21, 22, 23) of a first subsystem lie together with the cage roof part on a first straight line and second coupling points (22.4, 23.4) of the at least two rod-shaped elements (10, 11, 12, 13; 20, 21, 22, 23) of a second subsystem lie together with the cage roof part on a second straight line, wherein the first and second straight lines intersect, characterised in that at least one subsystem comprises a restoring element (26.1, 27.1) which assists a lowering movement as far as an upper point of equilibrium, between the upper point of equilibrium and a lower point of force reversal opposes the lowering movement, and assists the lowering movement from the lower point of the force reversal. - a cage roof part, which is a component of the lift cage roof, - a roof frame, which frames the cage roof part, - a mechanism, which connects the cage roof part with the roof frame and at which the cage roof part is lowerable from an upper rest position to a lower rest position in the interior of the lift cage and - at least two subsystems, which are components of the mechanism, wherein one subsystem comprises at least two rod-shaped elements (10, 11, 12, 13; 20, 21, 22, 23) which prevent the cage roof part from rotation about a horizontal axis (x, y) of the cage roof part and which are rotationally coupled with the cage roof part and the roof frame,
A heat exchanger for a cryogenic cooling apparatus, comprising: a first conduit, a second conduit and a chamber, wherein the chamber is arranged to receive a fluid from the first conduit, and wherein second conduit is thermally coupled to the outside of the chamber, the chamber having a first region and a second region, the first region separated from the second region by a plate extending through the chamber, the plate comprising one or more apertures for allowing a flow of the fluid from the first region to the second region; characterised in that the chamber comprises a first end piece and a second end piece forming opposing sides of the chamber respectively, the first end piece coupled to the second end piece by a flow deflector, the flow deflector comprising a collar separating the first end piece from the second end piece, wherein the plate extends across the collar to form part of the flow deflector. a first conduit, a second conduit and a chamber, wherein the chamber is arranged to receive a fluid from the first conduit, and wherein second conduit is thermally coupled to the outside of the chamber, the chamber having a first region and a second region, the first region separated from the second region by a plate extending through the chamber, the plate comprising one or more apertures for allowing a flow of the fluid from the first region to the second region; characterised in that the chamber comprises a first end piece and a second end piece forming opposing sides of the chamber respectively, the first end piece coupled to the second end piece by a flow deflector, the flow deflector comprising a collar separating the first end piece from the second end piece, wherein the plate extends across the collar to form part of the flow deflector.
A reversible heat exchanger (20, 70) for transferring heat between a refrigerant and another fluid, the heat exchanger (20, 70) comprising at least one exchange line (22, 24, 72) in which a refrigerant is intended to circulate between an inlet and an outlet of the heat exchanger, the exchange line (22, 24, 72) defining first and second refrigerant transport circuits inside the exchange line between the inlet and the outlet of the heat exchanger, the first transport circuit being different from the second transport circuit, the heat exchanger (20, 70) being configured to allow the circulation of the refrigerant in: - a first circulation direction (25, 75) inside the first transport circuit from the inlet toward the outlet of the exchanger, - a second circulation direction (27, 77) inside the second transport circuit from the outlet of the exchanger toward the inlet of the exchanger, the exchanger including - an insert (30, 94) arranged inside the exchange line (22, 24, 72), the insert at least partially forming a first circulation zone (32, 98) belonging to the first refrigerant transport circuit, the insert (30, 94) further at least partially forming a second circulation zone (34, 104) belonging to the second refrigerant transport circuit. - a first circulation direction (25, 75) inside the first transport circuit from the inlet toward the outlet of the exchanger, - a second circulation direction (27, 77) inside the second transport circuit from the outlet of the exchanger toward the inlet of the exchanger, - an insert (30, 94) arranged inside the exchange line (22, 24, 72), the insert at least partially forming a first circulation zone (32, 98) belonging to the first refrigerant transport circuit, the insert (30, 94) further at least partially forming a second circulation zone (34, 104) belonging to the second refrigerant transport circuit.
Method for activating the diagnosis of a Diesel oxidation catalyst arranged in an exhaust line of a Diesel type internal combustion engine and capable of treating the exhaust gases produced by said internal combustion engine, said catalyst having an upstream temperature and a downstream temperature, said exhaust line further comprising a selective catalytic reduction device and a particle filter, said method comprising the following steps: - a step of measuring the downstream temperature of said catalyst; - a step of obtaining a downstream temperature (TAVM) according to a thermal model of said catalyst when it is not impregnated; - a step of determining the combustion mode of said internal combustion engine among a regeneration mode corresponding to the regeneration of said particle filter and a mode (FCLO) corresponding to the activation of said selective catalytic reduction device; - an activation step for diagnosing said catalyst only when the combustion mode is said regeneration mode, the diagnosis being based on the difference between the downstream temperature of said catalyst and the downstream temperature (TAVM) according to said model thermal, said diagnosis signaling a fault when said difference is less than a predetermined detection threshold value. - a step of measuring the downstream temperature of said catalyst; - a step of obtaining a downstream temperature (TAVM) according to a thermal model of said catalyst when it is not impregnated; - a step of determining the combustion mode of said internal combustion engine among a regeneration mode corresponding to the regeneration of said particle filter and a mode (FCLO) corresponding to the activation of said selective catalytic reduction device; - an activation step for diagnosing said catalyst only when the combustion mode is said regeneration mode, the diagnosis being based on the difference between the downstream temperature of said catalyst and the downstream temperature (TAVM) according to said model thermal, said diagnosis signaling a fault when said difference is less than a predetermined detection threshold value.
A distributed data storage device, comprising: a plurality of parallel data storage clusters that each includes: a plurality of data storage devices (1001, 1002, 1003, 1004) that store a plurality of data symbols, wherein the plurality of storage devices are assigned to the parallel data storage clusters by a configuration matrix; and a RAID controller, coupled to each of the data storage devices, configured to compute a local intermediate checksum from the data symbols; at least one RAID controller (1112, 1113) of a parallel data storage cluster configured to receive intermediate checksums from other parallel data storage clusters, and to compute a checksum for storing in one of the plurality of data storage devices of the parallel data storage cluster based on the received intermediate checksums and the local intermediate checksum; and a communication fabric coupled to each of the parallel data storage clusters that distributes respective local intermediate checksums of the parallel data storage clusters to other parallel data storage clusters. a plurality of parallel data storage clusters that each includes: a plurality of data storage devices (1001, 1002, 1003, 1004) that store a plurality of data symbols, wherein the plurality of storage devices are assigned to the parallel data storage clusters by a configuration matrix; and a RAID controller, coupled to each of the data storage devices, configured to compute a local intermediate checksum from the data symbols; a plurality of data storage devices (1001, 1002, 1003, 1004) that store a plurality of data symbols, wherein the plurality of storage devices are assigned to the parallel data storage clusters by a configuration matrix; and a RAID controller, coupled to each of the data storage devices, configured to compute a local intermediate checksum from the data symbols; at least one RAID controller (1112, 1113) of a parallel data storage cluster configured to receive intermediate checksums from other parallel data storage clusters, and to compute a checksum for storing in one of the plurality of data storage devices of the parallel data storage cluster based on the received intermediate checksums and the local intermediate checksum; and a communication fabric coupled to each of the parallel data storage clusters that distributes respective local intermediate checksums of the parallel data storage clusters to other parallel data storage clusters.
Coordination, control and logistics support system for the optimal employment of fleets of drones in firefighting missions aimed at launching small amount of extinguishing fluid having: a) a fleet of drones equipped with a coupling and ejection system of containers of extinguishing fluid; b) at least one logistics support unit in the form of container or functional equivalent able to house drones, drone batteries and containers of extinguishing fluid, said unit being transportable by means of road tractors or similar means; c) a control unit, transportable by means of road tractors or similar means which communicates via radio signals and controls, coordinates and monitors all the constituent parts of the system as well as the operators on the ground also allowing communication towards remote users; d) an equipped area for landing and take-off of the drones, equipped with automated exchange and hook systems for the automated replacement of their batteries and for the automated loading of containers of extinguishing fluid. a) a fleet of drones equipped with a coupling and ejection system of containers of extinguishing fluid; b) at least one logistics support unit in the form of container or functional equivalent able to house drones, drone batteries and containers of extinguishing fluid, said unit being transportable by means of road tractors or similar means; c) a control unit, transportable by means of road tractors or similar means which communicates via radio signals and controls, coordinates and monitors all the constituent parts of the system as well as the operators on the ground also allowing communication towards remote users; d) an equipped area for landing and take-off of the drones, equipped with automated exchange and hook systems for the automated replacement of their batteries and for the automated loading of containers of extinguishing fluid.
A method performed by a UE comprising: receiving from a base station first information on a timer and on at least one quality threshold on a point-to-multipoint channel associated with a multimedia broadcast multicast service; monitoring, during a time window matching a monitor time window at the base station provided by the timer, received multimedia broadcast multicast service data based on the at least one quality threshold in the first information; detecting, based on the at least one quality threshold, the abnormal reception of the data; and transmitting to the base station second information on the abnormal reception in response to the detection. receiving from a base station first information on a timer and on at least one quality threshold on a point-to-multipoint channel associated with a multimedia broadcast multicast service; monitoring, during a time window matching a monitor time window at the base station provided by the timer, received multimedia broadcast multicast service data based on the at least one quality threshold in the first information; detecting, based on the at least one quality threshold, the abnormal reception of the data; and transmitting to the base station second information on the abnormal reception in response to the detection.
A system of a preform shaping apparatus and a laminated body of fiber sheets, the preform shaping apparatus comprising: a first mold having a first surface fitting a first partial surface of a preform; a second mold having a second surface fitting a second partial surface, other than the first partial surface, of the preform; a drive mechanism adapted to relatively position the first mold and the second mold, the drive mechanism being adapted to change a distance between the first mold and the second mold from a distance, longer than a thickness of the preform, to the thickness of the preform; a heater adapted to heat at least one of the first surface of the first mold and the second surface of the second mold; and a sheet interposed between a laminated body of fiber sheets and at least one of the first mold and the second mold, the laminated body of the fiber sheets being a material of the preform, the sheet having heat resistance and heat insulating property, the sheet having holes and limiting, in the holes, heat conduction from the at least one of the first surface and the second surface heated by the heater to the laminated body of the fiber sheets. a first mold having a first surface fitting a first partial surface of a preform; a second mold having a second surface fitting a second partial surface, other than the first partial surface, of the preform; a drive mechanism adapted to relatively position the first mold and the second mold, the drive mechanism being adapted to change a distance between the first mold and the second mold from a distance, longer than a thickness of the preform, to the thickness of the preform; a heater adapted to heat at least one of the first surface of the first mold and the second surface of the second mold; and a sheet interposed between a laminated body of fiber sheets and at least one of the first mold and the second mold, the laminated body of the fiber sheets being a material of the preform, the sheet having heat resistance and heat insulating property, the sheet having holes and limiting, in the holes, heat conduction from the at least one of the first surface and the second surface heated by the heater to the laminated body of the fiber sheets.