mhurhangee/ep-ind-claims huggingface dataset:
A method of making a filled resin, comprising: Providing functionalized particles; and Combining and homogenously mixing the functionalized particles with an organic matrix in a vacuum kneader to provide the filled resin, the functionalized particles comprising at least 20% by weight of the filled resin, wherein providing functionalized particles further comprises Providing a feedstock, the feedstock comprising: (i) untreated particles, (ii) a surface treatment agent reactive with the particles, and (iii) solvent; Directing the feedstock through a continuous reactor maintained at a temperature sufficient to react the particles with the surface treatment agent to provide the functionalized particles in less than 4 hours; and Directing the functionalized particles from the continuous reactor directly into the vacuum kneader, wherein the organic matrix comprises an epoxy resin or a curable imide resin. Providing functionalized particles; and Combining and homogenously mixing the functionalized particles with an organic matrix in a vacuum kneader to provide the filled resin, the functionalized particles comprising at least 20% by weight of the filled resin, wherein providing functionalized particles further comprises Providing a feedstock, the feedstock comprising: (i) untreated particles, (ii) a surface treatment agent reactive with the particles, and (iii) solvent; (i) untreated particles, (ii) a surface treatment agent reactive with the particles, and (iii) solvent; Directing the feedstock through a continuous reactor maintained at a temperature sufficient to react the particles with the surface treatment agent to provide the functionalized particles in less than 4 hours; and Directing the functionalized particles from the continuous reactor directly into the vacuum kneader, wherein the organic matrix comprises an epoxy resin or a curable imide resin.
Nasal washing device comprising: - a main body comprising an electrically-driven compressor unit, - a reservoir for containing a liquid solution to be aerosolized, - nebulization means for aerosolizing the liquid solution, and - a nasal interface comprising an exit orifice for delivering an aerosolized solution, and - a damper member arranged in the main body, said damper member covering at least a part of the compressor unit, wherein - the damper member comprises an air passage and the main body comprises an air entry, said air entry of the main body being in fluid communication with the air passage of the damper member, - the damper member has a cup-like shape comprising a bottom wall and an annular wall attached to the periphery of the bottom wall and projecting away from said bottom wall, the air passage being arranged in the annular wall of the damper member, and - the compressor unit comprises a casing containing the electrically-driven compression means, said casing further comprising an air inlet and a compressed-air outlet, the air inlet of the casing of the compressor unit is in fluid communication with the air entry of the main body via the air passage of the damper element, and the compressed-air outlet of the casing of the compressor unit being arranged in a compressed-air passage arranged in the damper member. - a main body comprising an electrically-driven compressor unit, - a reservoir for containing a liquid solution to be aerosolized, - nebulization means for aerosolizing the liquid solution, and - a nasal interface comprising an exit orifice for delivering an aerosolized solution, and - a damper member arranged in the main body, said damper member covering at least a part of the compressor unit, wherein - the damper member comprises an air passage and the main body comprises an air entry, said air entry of the main body being in fluid communication with the air passage of the damper member, - the damper member has a cup-like shape comprising a bottom wall and an annular wall attached to the periphery of the bottom wall and projecting away from said bottom wall, the air passage being arranged in the annular wall of the damper member, and - the compressor unit comprises a casing containing the electrically-driven compression means, said casing further comprising an air inlet and a compressed-air outlet, the air inlet of the casing of the compressor unit is in fluid communication with the air entry of the main body via the air passage of the damper element, and the compressed-air outlet of the casing of the compressor unit being arranged in a compressed-air passage arranged in the damper member.
Ingestible composition comprising lactoferrin in a concentration of 2g-25g/100 kcal of the composition for use in the treatment and/or prevention of a delayed brain development and/or a delayed development of the nervous system.
Illumination device for a motor vehicle, comprising - one or more illumination units, wherein a respective illumination unit produces a light source during operation by means of laser light, - an optical device, which is designed and arranged with respect to the illumination unit or illumination units such that a predetermined light distribution is generated from the light of the light source after it passes through the optical device, characterized in that the light source is a point-type light source that has, in plan view, a maximum extent of 500 μm or less and has a luminance of 10 9 Cd/m 2 or more. - one or more illumination units, wherein a respective illumination unit produces a light source during operation by means of laser light, - an optical device, which is designed and arranged with respect to the illumination unit or illumination units such that a predetermined light distribution is generated from the light of the light source after it passes through the optical device,
A vehicular air-conditioner device which has a refrigeration cycle that includes a compressor (12, 12A), a condenser, and an evaporator, and which air-conditions a cabin by an air-conditioned airflow generated by causing air to pass through the evaporator or heating means through driving the blower fan, characterized in that the vehicular air-conditioner device comprises an electric motor (58, 58A) that drives the compressor (12, 12A), the blower fan, and a condenser fan (52, 92) that cools the condenser, and an end of a driving shaft (62, 106) of the electric motor (58, 58A) is coupled to a rotation shaft (60, 104) of the compressor (12, 12A) via first clutch means (64, 64A), and another end of the driving shaft (62, 106) is coupled to a rotation shaft of the blower fan, characterized in that the condenser fan (52, 92) is coupled to one of the rotation shaft of the compressor (12, 12A) and the rotation shaft of the blower fan via second clutch means (70, 110).
A refrigerator comprising: a body having a cooling chamber; a door configured to open and close at least a portion of the cooling chamber; a water source positioned at the body and configured to accommodate water; a hot water supply unit positioned at the body or the door and configured to receive water from the water source, heat the water, and supply the heated water to outside of the body in response to a hot water dispensing start signal; the refrigerator being characterized by a hot water transferring unit connected to the hot water supply unit and configured to transfer the water remaining in the hot water supply unit to the water source after supplying the heated water to outside of the body is completed, and wherein the water source is a water storage tank configured to store water supplied from outside, and the water storage tank and the hot water supply unit are connected to each other. a body having a cooling chamber; a door configured to open and close at least a portion of the cooling chamber; a water source positioned at the body and configured to accommodate water; a hot water supply unit positioned at the body or the door and configured to receive water from the water source, heat the water, and supply the heated water to outside of the body in response to a hot water dispensing start signal; the refrigerator being characterized by a hot water transferring unit connected to the hot water supply unit and configured to transfer the water remaining in the hot water supply unit to the water source after supplying the heated water to outside of the body is completed, and wherein the water source is a water storage tank configured to store water supplied from outside, and the water storage tank and the hot water supply unit are connected to each other.
A method for wireless communications by a base station, BS, comprising: adaptively selecting a modulo base for a data stream for at least one user equipment, UE, in a transmission to one or more UEs, wherein the modulo base is selected based on a modulation order of the data stream, wherein adaptively selecting the modulo base comprises selecting the modulo base from a set of a plurality of candidate modulo bases for the modulation order; transmitting a signal for at least one UE of the one or more UEs to identify the selected modulo base for the modulation order; and performing the transmission to the one or more UEs including performing non-linear precoding, NLP, on the data stream. adaptively selecting a modulo base for a data stream for at least one user equipment, UE, in a transmission to one or more UEs, wherein the modulo base is selected based on a modulation order of the data stream, wherein adaptively selecting the modulo base comprises selecting the modulo base from a set of a plurality of candidate modulo bases for the modulation order; wherein the modulo base is selected based on a modulation order of the data stream, wherein adaptively selecting the modulo base comprises selecting the modulo base from a set of a plurality of candidate modulo bases for the modulation order; transmitting a signal for at least one UE of the one or more UEs to identify the selected modulo base for the modulation order; and performing the transmission to the one or more UEs including performing non-linear precoding, NLP, on the data stream.
A breath condensate collector comprising: a chamber having a breath inlet port and an outlet port; a sample collector comprising a partially lidded dish adapted to receive breath from the chamber outlet and having air exhaust means; cooling means in operable communication with said partially lidded dish to promote in use condensation of vapour from breath entering the sample collector. a chamber having a breath inlet port and an outlet port; a sample collector comprising a partially lidded dish adapted to receive breath from the chamber outlet and having air exhaust means; cooling means in operable communication with said partially lidded dish to promote in use condensation of vapour from breath entering the sample collector.
Shunt connector assembly for electrical systems comprising a body including at least a first, a second and a third coupling portion for coupling to respective connectors, said first and second coupling portions (6, 7) being aligned with one another and turned in opposite directions and said third coupling portion being arranged parallel to and beside said second coupling portion, each of said coupling portions (6, 7, 8) having a plurality of contacts (P, FE), wherein: - the contacts (P, FE) of the first and second coupling portions (6, 7) are defined by the opposite ends of a first group of metal pins of circular section received inside the body of the connector assembly, and the contacts (P, FE) of said third coupling portion are defined by first ends of a second group of metal pins of circular section arranged parallel to and spaced from the pins of the first group, - each pin of the first group is electrically connected to a respective pin of the second group by a metal bridging element in the form of a planar lamina extending substantially in the plane containing the axes of the pins (R1, R2) connected by said bridging element and integrally incorporating at each end a bent-back portion defining a resiliently deformable open bushing that surrounds and clasps a respective metal pin, characterised in that the pins of the first group and the pins of the second group are arranged so as to be circumferentially equidistant about a respective central axis, in such a way that the bridging elements that connect, in pairs, the pins of the two groups (R1, R2) lie in different planes and parallel to one another. - the contacts (P, FE) of the first and second coupling portions (6, 7) are defined by the opposite ends of a first group of metal pins of circular section received inside the body of the connector assembly, and the contacts (P, FE) of said third coupling portion are defined by first ends of a second group of metal pins of circular section arranged parallel to and spaced from the pins of the first group, - each pin of the first group is electrically connected to a respective pin of the second group by a metal bridging element in the form of a planar lamina extending substantially in the plane containing the axes of the pins (R1, R2) connected by said bridging element and integrally incorporating at each end a bent-back portion defining a resiliently deformable open bushing that surrounds and clasps a respective metal pin,
A three-way valve with three connection fittings (3, 4, and 5) and a valve lever, in which one of the connection fittings is elongated and is embodied so that it can be detachably connected in a sealed fashion via a catheter to a vessel of a patient either for withdrawing bodily fluid or administering drugs, characterized in that in order to increase the treatment safety with the three-way valve in the patient, the free entry into an open gap, which is formed between the top of the elongated connection fitting and the front end on the bottom of the valve lever with the rear boundary of the gap being formed by the valve body, is embodied so that it can be blocked by a blocking device on the elongated connection fitting or by a blocking device (8b, 8d) on the valve lever or else the free entry into the open gap is blocked by means of an annular body at the front end of the valve lever.
A biocompatible, flexible, haemostatic sheet comprising: • a cohesive fibrous carrier structure comprising a three-dimensional interconnected interstitial space; and • distributed within the interstitial space, a haemostatic powder comprising at least 10 wt.% of particle agglomerates, said particle agglomerates having a diameter in the range of 1-500 μm and comprising: (a) electrophilic polyoxazoline particles containing electrophilic polyoxazoline carrying at least 3 reactive electrophilic groups that are capable of reacting with amine groups in blood under the formation of a covalent bond; and (b) nucleophilic polymer particles containing a water-soluble nucleophilic polymer carrying at least 3 reactive nucleophilic groups that, in the presence of water, are capable of reacting with the reactive electrophilic groups of the electrophilic polyoxazoline under the formation of a covalent bond between the electrophilic polyoxazoline and the nucleophilic polymer. • a cohesive fibrous carrier structure comprising a three-dimensional interconnected interstitial space; and • distributed within the interstitial space, a haemostatic powder comprising at least 10 wt.% of particle agglomerates, said particle agglomerates having a diameter in the range of 1-500 μm and comprising: (a) electrophilic polyoxazoline particles containing electrophilic polyoxazoline carrying at least 3 reactive electrophilic groups that are capable of reacting with amine groups in blood under the formation of a covalent bond; and (b) nucleophilic polymer particles containing a water-soluble nucleophilic polymer carrying at least 3 reactive nucleophilic groups that, in the presence of water, are capable of reacting with the reactive electrophilic groups of the electrophilic polyoxazoline under the formation of a covalent bond between the electrophilic polyoxazoline and the nucleophilic polymer. (a) electrophilic polyoxazoline particles containing electrophilic polyoxazoline carrying at least 3 reactive electrophilic groups that are capable of reacting with amine groups in blood under the formation of a covalent bond; and (b) nucleophilic polymer particles containing a water-soluble nucleophilic polymer carrying at least 3 reactive nucleophilic groups that, in the presence of water, are capable of reacting with the reactive electrophilic groups of the electrophilic polyoxazoline under the formation of a covalent bond between the electrophilic polyoxazoline and the nucleophilic polymer.
A compressor comprising: a piston reciprocated in a cylinder; a valve seat plate provided with a port through which a fluid passes along with the reciprocation of the piston; a valve provided in the valve seat plate to open/close the port; a valve receiver regulating the degree of opening of the valve; and a stress suppression member provided between the valve and the valve receiver, characterized in that: the stress suppression member includes a valve exposing portion exposing the valve. a piston reciprocated in a cylinder; a valve seat plate provided with a port through which a fluid passes along with the reciprocation of the piston; a valve provided in the valve seat plate to open/close the port; a valve receiver regulating the degree of opening of the valve; and a stress suppression member provided between the valve and the valve receiver, characterized in that: the stress suppression member includes a valve exposing portion exposing the valve.
A compound of formula or formula, or a pharmaceutically acceptable salt, hydrate, or solvate thereof, for use in the treatment or improvement of at least one disorder of sleep in a subject, wherein the subject does not suffer from schizophrenia.
An antithrombotic nanoparticle comprising a perfluorocarbon lipid core and a coating that comprises a mixture of lipid and surfactant, wherein the exterior of the nanoparticle comprises a covalently attached direct thrombin inhibitor, such that the second order kinetic constant of the nanoparticle is greater than the second order kinetic constant of the direct thrombin inhibitor by itself, and wherein the nanoparticle is antithrombotic but does not substantially alter the clotting time of the subject's blood plasma.
Refrigeration device, in particular household refrigeration device, having an inner container, a condensation water collection channel comprising at least one drip edge and a pouring apparatus for receiving the condensation water dripping from the drip edge, and for conveying the condensation water to a pouring location disposed outside of the refrigeration device, wherein the pouring apparatus has a receiving section which in a position for conveying the condensation water extends to below the drip edge of the condensation water collection channel, wherein the pouring apparatus is pivotably mounted on the inner container or on a housing component fastened to the inner container, characterised in that the condensation water collection channel comprises a channel section (6, 6a), which extends up to an edge between a horizontal base wall of the inner container and a vertical front frame wall of the inner container.
An anesthesia system having a volume reflector, a breathing circuit, a processing unit, and a display operatively connected to said processing unit, wherein said processing unit is configured to provide a status indicator on said display for gas in said volume reflector, characterized in that said status indicator includes a graphical representation of: - a waste gas flow out of said volume reflector relative a fresh gas flow in said system, and/or - a balance between said fresh gas flow and patient uptake and/or leakage of gas from said breathing circuit, wherein said graphical representation of waste gas flow of said volume reflector and/or balance between fresh gas flow and patient uptake and/or leakage from said breathing circuit includes at least one bar graph. - a waste gas flow out of said volume reflector relative a fresh gas flow in said system, and/or - a balance between said fresh gas flow and patient uptake and/or leakage of gas from said breathing circuit,
Vibro-massage unit for applying a massaging action on at least one part of the body of a user the vibro-massage unit comprising: - a resonating structure (1,101), - an audio signal source arranged to generate an audio signal, - a means for generating vibrations on said resonating structure (1,101), the means for generating vibrations comprising at least a sound transducer arranged to generate vibrations having a frequency and an amplitude modulated on the basis of said audio signal, said transducer located in contact of said resonating structure (1,101) at a predetermined point, characterised in that the resonating structure (1,101) is configured in such a way to propagate said vibrations in a differentiated way selectively concentrating the vibrations according to their frequency and their amplitude in determined areas thus obtaining a selective vibration distribution. - a resonating structure (1,101), - an audio signal source arranged to generate an audio signal, - a means for generating vibrations on said resonating structure (1,101),
An aircraft passenger boarding bridge, comprising: a first tunnel including a hollow portion and a first fixed passage on which a passenger can walk, in the hollow portion; and a second tunnel into which the first tunnel is inserted from one end side of the second tunnel, the second tunnel including a hollow portion and a second fixed passage on which a passenger can walk, wherein the second tunnel having another end side connectable to a cab, the second fixed passage being fixed to the another end side, wherein the second tunnel comprises a movable passage including multiple floor members chained with each other, each of the multiple floor members being pivotably connected with each other at an edge side, one end of the movable passage being pivotably connected to the second fixed passage of the second tunnel, wherein a passage surface height of the movable passage is the same as a passage surface height of the first fixed passage of the first tunnel, wherein the first tunnel comprises at least one guide rail extending along a direction of movement, wherein the multiple floor members has a support rod extending from another edge side of each of the multiple floor members, such that movement of the support rod along the one guide rail causes downward movement of the movable passage below the first fixed passage of the first tunnel when the aircraft passenger boarding bridge is contracted, or upward movement of the movable passage from below the first fixed passage of the first tunnel when the aircraft passenger boarding bridge is extended. a first tunnel including a hollow portion and a first fixed passage on which a passenger can walk, in the hollow portion; and a second tunnel into which the first tunnel is inserted from one end side of the second tunnel, the second tunnel including a hollow portion and a second fixed passage on which a passenger can walk, wherein the second tunnel having another end side connectable to a cab, the second fixed passage being fixed to the another end side, wherein the second tunnel comprises a movable passage including multiple floor members chained with each other, each of the multiple floor members being pivotably connected with each other at an edge side, one end of the movable passage being pivotably connected to the second fixed passage of the second tunnel, wherein a passage surface height of the movable passage is the same as a passage surface height of the first fixed passage of the first tunnel, wherein the first tunnel comprises at least one guide rail extending along a direction of movement, wherein the multiple floor members has a support rod extending from another edge side of each of the multiple floor members, such that movement of the support rod along the one guide rail causes downward movement of the movable passage below the first fixed passage of the first tunnel when the aircraft passenger boarding bridge is contracted, or upward movement of the movable passage from below the first fixed passage of the first tunnel when the aircraft passenger boarding bridge is extended.