mhurhangee/ep-ind-claims huggingface dataset:
An aqueous polymer composition comprising: a fine mode of first polymer particles and a large mode of second polymer particles, wherein the first polymer particles have an average diameter of from 55 nm to 120 nm and a glass transition temperature of from 0°C to 50°C, and wherein the first polymer particles comprise as polymerized units, based on the weight of the first polymer particles, from 0.1% to 20% by weight of an epoxy functional monomer and less than 0.5% by weight of an α, β-ethylenically unsaturated carboxylic acid; and wherein the second polymer particles have an average diameter of larger than 120 nm and comprise as polymerized units, based on the weight of the second polymer particles, less than 1.3% by weight of an α, β-ethylenically unsaturated carboxylic acid; and wherein the weight ratio of the first polymer particles to the second polymer particles is from 40:60 to 75:25. a fine mode of first polymer particles and a large mode of second polymer particles, wherein the first polymer particles have an average diameter of from 55 nm to 120 nm and a glass transition temperature of from 0°C to 50°C, and wherein the first polymer particles comprise as polymerized units, based on the weight of the first polymer particles, from 0.1% to 20% by weight of an epoxy functional monomer and less than 0.5% by weight of an α, β-ethylenically unsaturated carboxylic acid; and wherein the second polymer particles have an average diameter of larger than 120 nm and comprise as polymerized units, based on the weight of the second polymer particles, less than 1.3% by weight of an α, β-ethylenically unsaturated carboxylic acid; and wherein the weight ratio of the first polymer particles to the second polymer particles is from 40:60 to 75:25.
Rigid sail of configurable profile, formed by a rigid structure with a tapering cross-section, characterized in that it is constituted by two convex or concave-convex side rigid walls (3, 4) and faced to each other, joined at two common end edges (5, 6), defining an internal space in the rigid structure, closing elastic sheets (13, 14), each associated to one of the rigid walls (3, 4), joined to the corresponding wall in at least a zone close to said end edge (5, 6); external closed spaces (23, 24) of variable volume, defined between each side rigid wall (3, 4) and each elastic sheet (13, 14), at each side of the sail; a plurality of perforations, provided at the rigid walls (3, 4) and adapted for the passage of air from the internal space of the rigid structure to said external closed spaces (23, 24); means for generating and supplying compressed air to blow air in the external closed spaces (23, 24) through said perforations, to blow said elastic sheets (13, 14), increasing the volume of said external closed spaces; and means for generating and supplying vacuum in said external closed spaces (23, 24) through said perforations, to deflate said elastic sheets (13, 14), decreasing the volume of the external closed spaces; so that the volume of each external closed space (23, 24) at each side of the sail can be modified voluntarily, according to the direction and sense of the wind, to determine an aerodynamic intrados or extrados at one or the other side of the sail.
A pharmaceutical composition comprising 6-ethyl-3-{3-methoxy-4-[4-(4-methylpiperazin-1-yl)piperidin-1-yl]anilino}-5-[(oxan-4-yl)amino]pyrazine-2-carboxamide (gilteritinib) or a pharmaceutically acceptable salt thereof, a sweetener, and two or more sugars and/or sugar alcohols.
A method of synthesizing branched gold nanoparticles by seed-mediated growth, comprising the steps of: a) providing an aqueous solution of gold nanoparticle spherical seeds; and b) subjecting the gold nanoparticle spherical seeds to a growth treatment, characterized in that it comprises: b 1) treating the aqueous solution of gold nanoparticle spherical seeds with an aqueous solution comprising hydroxylamine or a salt thereof as a reducing agent and 4-(2-hydroxyethyl)-1-piperazineethanesulfonic acid (HEPES) as an agent that directs the shape of the said nanoparticles; and b 2) adding an aqueous solution comprising aurate ions, thereby obtaining branched gold nanoparticles by the controlled growth of branches on the surface of the gold nanoparticle spherical seeds. a) providing an aqueous solution of gold nanoparticle spherical seeds; and b) subjecting the gold nanoparticle spherical seeds to a growth treatment, characterized in that it comprises: b 1) treating the aqueous solution of gold nanoparticle spherical seeds with an aqueous solution comprising hydroxylamine or a salt thereof as a reducing agent and 4-(2-hydroxyethyl)-1-piperazineethanesulfonic acid (HEPES) as an agent that directs the shape of the said nanoparticles; and b 2) adding an aqueous solution comprising aurate ions, thereby obtaining branched gold nanoparticles by the controlled growth of branches on the surface of the gold nanoparticle spherical seeds. b 1) treating the aqueous solution of gold nanoparticle spherical seeds with an aqueous solution comprising hydroxylamine or a salt thereof as a reducing agent and 4-(2-hydroxyethyl)-1-piperazineethanesulfonic acid (HEPES) as an agent that directs the shape of the said nanoparticles; and b 2) adding an aqueous solution comprising aurate ions, thereby obtaining branched gold nanoparticles by the controlled growth of branches on the surface of the gold nanoparticle spherical seeds.
Support arm on a work machine comprising at least one wall comprising at least one plate-shaped element, wherein the at least one plate-shaped element has at least one planar cut-out adapted according to the stresses expected to be placed on the component, wherein at least one cut-out is closed off by a lining element which is thin-walled compared to the plate-shaped element, characterised in that the at least one lining element is arranged inside the cut-out of the plate-shaped wall and the at least one lining element is secured, in particular welded, circumferentially around the edge of the cut-out.
A method of proliferating a corneal endothelial cell, comprising culturing a corneal endothelial cell in a culture medium containing ascorbyl 2-phosphate and thereby proliferating a corneal endothelial cell.
A window module for a vehicle body, the window module comprising: - a frame, adapted for being mounted into a window opening provided in the vehicle body, and - a glazing, comprising at least an inner pane and an outer pane, wherein the outer pane is bonded to the frame by means of a first bonding agent and the window module further comprises a clamping seal system, by means of which the inner pane is clamped to the frame, characterized in that the clamping seal system comprises a snapping lip, elastically deformable between: - an outwardly bent shape, in which the snapping lip allows mounting of the glazing onto the frame, and - a retaining shape, in which the snapping lip retains the inner pane by contact onto an outer face thereof, the snapping lip being configured to elastically snap back inwardly to the retaining shape when the snapping lip is in outwardly bent shape. - a frame, adapted for being mounted into a window opening provided in the vehicle body, and - a glazing, comprising at least an inner pane and an outer pane, wherein the outer pane is bonded to the frame by means of a first bonding agent and the window module further comprises a clamping seal system, by means of which the inner pane is clamped to the frame, characterized in that the clamping seal system comprises a snapping lip, elastically deformable between: - an outwardly bent shape, in which the snapping lip allows mounting of the glazing onto the frame, and - a retaining shape, in which the snapping lip retains the inner pane by contact onto an outer face thereof, the snapping lip being configured to elastically snap back inwardly to the retaining shape when the snapping lip is in outwardly bent shape. - an outwardly bent shape, in which the snapping lip allows mounting of the glazing onto the frame, and - a retaining shape, in which the snapping lip retains the inner pane by contact onto an outer face thereof, the snapping lip being configured to elastically snap back inwardly to the retaining shape when the snapping lip is in outwardly bent shape.
An arrangement for draining dredged material comprising sand from a storage space of a vessel, the arrangement comprising: a topography configured to be provided and retrofitted upon a floor of the vessel at a base of the storage space, the topography arranged to define a plurality of valleys (16a, 16b) or channels (416a, 416b) and at least one drainage course in the bottoms of the valleys or channels at the base of the storage space when fitted upon the floor, wherein the valleys or channels have sloping sides, and the valleys or channels are constructed using a construction material containing lightweight elements therein, the construction material being provided with a wear layer against which the dredged material in the storage space can bear in use; a plurality of injectors for injecting water into the storage space; and at least one outlet (9a, 9b); wherein the valleys or channels are configured to concentrate the injected water in the drainage course in the bottoms of the valleys or channels for carrying the dredged material comprising sand on the drainage course to the outlet; and wherein in use, the dredged material is carried on the drainage course in a slurry of solids with the injected water toward the outlet. a topography configured to be provided and retrofitted upon a floor of the vessel at a base of the storage space, the topography arranged to define a plurality of valleys (16a, 16b) or channels (416a, 416b) and at least one drainage course in the bottoms of the valleys or channels at the base of the storage space when fitted upon the floor, wherein the valleys or channels have sloping sides, and the valleys or channels are constructed using a construction material containing lightweight elements therein, the construction material being provided with a wear layer against which the dredged material in the storage space can bear in use; a plurality of injectors for injecting water into the storage space; and at least one outlet (9a, 9b); wherein the valleys or channels are configured to concentrate the injected water in the drainage course in the bottoms of the valleys or channels for carrying the dredged material comprising sand on the drainage course to the outlet; and wherein in use, the dredged material is carried on the drainage course in a slurry of solids with the injected water toward the outlet.
A method for operating a system with internal cache synchronization, the method comprising: identifying a storage shortage in at least one of a decompressed write cache RAM and a decompressed read cache RAM of the internal cache synchronization, wherein the internal cache synchronization further comprises an overlap area, the overlap area is an area in which the decompressed read cache RAM and the decompressed write cache RAM overlap, and in which data from the decompressed write cache RAM are read and updated into the decompressed read cache RAM; performing calls to a system of memory caches to identify arbitrary storage, based on the identification of the storage shortage in at least one of the decompressed write cache RAM and the decompressed read cache RAM; and redirecting the data to the identified arbitrary storage. identifying a storage shortage in at least one of a decompressed write cache RAM and a decompressed read cache RAM of the internal cache synchronization, wherein the internal cache synchronization further comprises an overlap area, the overlap area is an area in which the decompressed read cache RAM and the decompressed write cache RAM overlap, and in which data from the decompressed write cache RAM are read and updated into the decompressed read cache RAM; performing calls to a system of memory caches to identify arbitrary storage, based on the identification of the storage shortage in at least one of the decompressed write cache RAM and the decompressed read cache RAM; and redirecting the data to the identified arbitrary storage.
An electronic device, comprising a flexible display screen, a fingerprint identification module and a housing, the housing having a top face and a side face connected with each other, the side face defining a mounting groove, the fingerprint identification module being accommodated in the mounting groove, characterized in that the flexible display screen comprises a fixed portion and a movable portion connected with each other, the fixed portion is fitted to the top face, and the movable portion extends beyond the top face, whereby when the movable portion is bent relative to the fixed portion, the movable portion covers the side face and the fingerprint identification module is adapted to perform fingerprint identification through the flexible display screen; when the movable portion is spread out relative to the fixed portion, the fingerprint identification module is exposed out of the flexible display screen, such that a finger of a user of the electronic device can be fitted to the side face to perform the fingerprint identification; and the movable portion has a light-transmitting area, and when the movable portion covers the side face, the light-transmitting area is right opposite to the mounting groove, whereby the fingerprint identification module is adapted to transmit and acquire an optical signal through the light-transmitting area.
A heat sensing system for use in a flight vehicle, the sensor system comprising: a main antenna configured for sending and/or receipt of a signal; a radome surrounding the main antenna; at least one auxiliary antenna (38a-e, 86, 98) associated with a region (42a-e) of the radome, the at least one auxiliary antenna being configured to receive infrared or optical energy to determine a measured temperature of the region based on the infrared or optical energy; a processor operatively coupled to the auxiliary antenna and configured to identify whether the measured temperature exceeds a predetermined temperature; and a controller operatively coupled to the at least one auxiliary antenna and the processor, wherein the controller is configured to receive information from the processor regarding the measured temperature; and wherein the controller is configured to rotate the flight vehicle to a different orientation when the measured temperature exceeds the predetermined temperature. a main antenna configured for sending and/or receipt of a signal; a radome surrounding the main antenna; at least one auxiliary antenna (38a-e, 86, 98) associated with a region (42a-e) of the radome, the at least one auxiliary antenna being configured to receive infrared or optical energy to determine a measured temperature of the region based on the infrared or optical energy; a processor operatively coupled to the auxiliary antenna and configured to identify whether the measured temperature exceeds a predetermined temperature; and a controller operatively coupled to the at least one auxiliary antenna and the processor, wherein the controller is configured to receive information from the processor regarding the measured temperature; and wherein the controller is configured to rotate the flight vehicle to a different orientation when the measured temperature exceeds the predetermined temperature.
A device for the contactless measurement of form deviations on flanks of gear shafts, preferably on flanks of worm shafts or gear wheels, with a rotating device which is configured to mount a gear shaft, an optical sensor which is configured to emit light onto the surface of the flank (52, 54) to be measured and to detect the reflected light and to evaluate its scattered light distribution for measuring the form deviations, and with a drive device mounting the sensor, wherein the drive device is configured to move the optical sensor parallel to the longitudinal axis of the gear shaft in synchronization with the rotation of the gear shaft so that the optical sensor continuously scans the flank (52, 54) of the gear shaft along a predetermined section, and wherein the optical sensor comprises a transmitter module including a radiation source for emitting radiation along the longitudinal axis of the sensor and a detector line with a plurality of detectors, as well as a mirror module which by means of a mirror is configured to direct the emitted radiation transversely to the longitudinal axis of the sensor onto the flank (52, 54) and to deflect the reflected light toward the detector line, characterized in that the transmitter module is rotatably mounted independent of the mirror module and is rotatable by means of a first rotation device, and that the mirror module is mounted in a second rotation device in the drive device and is rotatable relative to the transmitter module.
A method of operating a hearing assistance device, the method comprising: receiving an audio signal using a microphone of the hearing assistance device; identifying a transient in the audio signal by performing dynamic threshold calculation and making a transient detection decision based on the calculated dynamic threshold and a pre-set threshold value; isolating, using linear predictive coding LPC, speech segments and non-speech segments of the transient in the audio signal; and attenuating the non-speech segments of the transient to reduce annoyance of noise and maintain audibility of perceptually important transients in speech by setting attenuation gain value based on instantaneous values of prediction error magnitude, current gain, the pre-set threshold value, and the calculated dynamic threshold. receiving an audio signal using a microphone of the hearing assistance device; identifying a transient in the audio signal by performing dynamic threshold calculation and making a transient detection decision based on the calculated dynamic threshold and a pre-set threshold value; isolating, using linear predictive coding LPC, speech segments and non-speech segments of the transient in the audio signal; and attenuating the non-speech segments of the transient to reduce annoyance of noise and maintain audibility of perceptually important transients in speech by setting attenuation gain value based on instantaneous values of prediction error magnitude, current gain, the pre-set threshold value, and the calculated dynamic threshold.
A push device, especially for a piece of furniture or domestic appliances, comprising a body on which a push element is displaceably held by means of at least one pull-out guide, whereby the push element can be ejected by means of an ejector apparatus, the ejector apparatus comprising at least one pivotably mounted lever which is preloaded by means of a spring in an ejection direction, and a latching mechanism (11, 20) is arranged on the lever, by means of which the lever can be latched in a closed position against the force of the spring in order to eject a component in an opening direction, whereby the ejector apparatus comprises several levers which are coupled with each other and are jointly movable by means of at least one connecting element, whereby a holding element is provided which encloses the lever at least in part and which holds the lever together with the push element in the closed position, characterized in that the holding element is provided with a flexible arrangement and releases the lever upon exceeding a predetermined tensile force.
Forced-flow steam generator with a combustion chamber having a peripheral wall formed at least partly from gas-proof, welded steam generator pipes, wherein at least two inner walls (4, 8) formed at least partly from additional steam generator pipes are arranged inside the combustion chamber, which are connected one behind the other on the flow medium side by an intermediate collector, wherein an economiser is provided in the forced-flow steam generator, which ensures varying heat inputs into different flow mediums so that during operation of the forced-flow steam generator the flow medium has a lower temperature at an inlet of the inner wall connected upstream of the intermediate collector than the flow medium at an inlet of the peripheral wall, and wherein during operation of the force-flow steam generator the temperature of the flow medium at the inlet of the inner wall connected upstream of the intermediate collector is reduced to such an extent that a two-phase mixture comprising water and vapour is prevented in the intermediate collector.
A method for manufacturing a movement transmission arrangement between a rotary output member such as a door lock for a motor vehicle and a rotary input member of a mechanism such as a door latch for a motor vehicle, of the type comprising a movement transmission device interposed between the two rotary members and including a transmission shaft, whose two ends, together with the rotary output and input members, constitute hinged transmission joints enabling an axial misalignment, each end having the general shape of a ball joint cooperating with a complementary rotary member portion, the lock-side ball joint of the transmission shaft being a faceted ball joint, characterized in that it comprises the steps of: - determining the angle α between the lock and the latch, - obtaining the number of facets N of the ball joint from the formula: ▪ 180 - 2α = C x A ▪ N=C+B ▪ N x A = 360° ▪ B > C Wherein C is the number of facets in the angular portion 2α B is the number of facets complementary to C. A is the angle of a facet α is the angle between the lock and the latch. N, C and B are integers. - determining the angle α between the lock and the latch, - obtaining the number of facets N of the ball joint from the formula: ▪ 180 - 2α = C x A ▪ N=C+B ▪ N x A = 360° ▪ B > C Wherein C is the number of facets in the angular portion 2α B is the number of facets complementary to C. A is the angle of a facet α is the angle between the lock and the latch. N, C and B are integers. ▪ 180 - 2α = C x A ▪ N=C+B ▪ N x A = 360° ▪ B > C C is the number of facets in the angular portion 2α B is the number of facets complementary to C. A is the angle of a facet α is the angle between the lock and the latch. N, C and B are integers.
Anti-scatter grid for a medical X-ray device, comprising - an absorption lamella which is designed for absorption of X-rays from the medical X-ray device, and - at least one absorption pin which is used for absorption of the X-rays from the medical X-ray device, - wherein the absorption lamella forms a spiral and - wherein the spiral has a central region in which the at least one absorption pin is arranged. - an absorption lamella which is designed for absorption of X-rays from the medical X-ray device, and - at least one absorption pin which is used for absorption of the X-rays from the medical X-ray device, - wherein the absorption lamella forms a spiral and - wherein the spiral has a central region in which the at least one absorption pin is arranged.