mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing granules, the method comprising: - preparing a slurry containing solid API powder particles dispersed in a liquid, - feeding the slurry to a continuous granulator, - mixing the slurry with a dry base powder within the granulator in order to produce a slurry/base powder mixture, and - drying the slurry/base powder mixture produced within the granulator to obtain granules containing the solid API particles and the base powder. - preparing a slurry containing solid API powder particles dispersed in a liquid, - feeding the slurry to a continuous granulator, - mixing the slurry with a dry base powder within the granulator in order to produce a slurry/base powder mixture, and - drying the slurry/base powder mixture produced within the granulator to obtain granules containing the solid API particles and the base powder.
A method for bioelectric impedance analysis of the body of a person, wherein a plurality of input electrodes (12, 13) emitting current pulses and a plurality of sensitive output electrodes (12', 14) measuring a voltage drop are brought in contact with the surface of the body, and between these electrodes (12, 12', 13, 14) the bioelectrical impedance of the body portions is metrologically detected, and the obtained measuring values are converted to a body-structure and visceral risk analysis with the aid of stored, e.g. statistical, data, characterized in that by means of a ribbon-like measuring template connected to a measuring module and comprising, in the two middle template portions (6, 7), an input electrode and an output electrode on the left-hand side and the right-hand side, respectively, and at the handles (8, 9) of the outer template portions (15, 16) an input electrode and an output electrode on the left-hand side and the right-hand side, respectively, a person can simultaneously carry out in an autarkical and simple manner and with reproducible accuracy a BIA-abdomen, a BIA-abdomen-hand and a BIA-hand-hand, for which purpose the measuring template is grasped by the person at the grips (8, 9) - with thumb-index finger contact at the electrodes (12, 12') located there - and its middle template portions (6, 7) with the electrodes (13, 14) are held against the abdomen in a defined position.
An imidazotriazinone for use in treating a central nervous system trauma related disorder, wherein the imidazotriazinone is a compound of the formula or a pharmaceutically acceptable salt or stereoisomer thereof.
A local system provided with a power consumption mode guiding device, the local system comprising an AC line, a power consumption device of a power consumer connected to said AC line, a power storage device, and a local inverter device connecting the power storage device and the AC line, wherein a state of charge of the power storage device is reflected in an actual frequency of power on the AC line, and wherein the power consumption mode guiding device comprises a frequency detection unit that detects the actual frequency of power on the AC line, characterized in that the local inverter device performs control such that the voltage of the power on the AC line is at a target voltage, and such that the frequency of the power on the AC line is at a target frequency calculated by adding a frequency variation component determined according to the state of charge of the power storage device to a reference frequency of the AC line, and in that the power consumption mode guiding device further comprises: an information storage unit in which a plurality of pieces of guidance information are stored in advance in association with pieces of frequency information obtained from detection results from the frequency detection unit, the guidance information being provided for giving guidance such that the power consumption of the power consumption device is to be decreased or increased; and a guidance information output unit that reads out, from the information storage unit, the piece of the guidance information that is associated with the piece of frequency information obtained from a detection result from the frequency detection unit, and outputs the piece of guidance information to the power consumer. an information storage unit in which a plurality of pieces of guidance information are stored in advance in association with pieces of frequency information obtained from detection results from the frequency detection unit, the guidance information being provided for giving guidance such that the power consumption of the power consumption device is to be decreased or increased; and a guidance information output unit that reads out, from the information storage unit, the piece of the guidance information that is associated with the piece of frequency information obtained from a detection result from the frequency detection unit, and outputs the piece of guidance information to the power consumer.
A method for recovering helium from a feed stream containing helium, carbon dioxide and at least one of methane and nitrogen, the method comprising: introducing a separator feed stream into a separator, the separator feed stream comprising at least a portion of the feed stream, separating the separator feed stream into a first helium-enriched stream and a first CO 2 -enriched stream, and withdrawing the first helium-enriched stream and the first CO 2 -enriched stream from the separator; introducing a pressure swing adsorption unit feed stream into a pressure swing adsorption unit, the pressure swing adsorption unit feed stream comprising at least a portion of the first helium-enriched stream, separating the pressure swing adsorption unit feed stream into a helium-rich product stream and a helium-lean stream, and withdrawing the helium-rich product stream and the helium-lean stream from the pressure swing adsorption unit; compressing a compressor feed stream in a compressor to form a compressor effluent stream, the compressor feed stream comprising the helium-lean stream and a helium-enriched permeate stream; introducing a first portion of the compressor effluent stream into a membrane separation unit, separating the first portion of the compressor effluent stream to form the helium-enriched permeate stream and a helium-depleted non-permeate stream, and withdrawing the helium-enriched permeate stream and the helium-depleted non-permeate stream from the membrane separation unit; and introducing a second portion of the compressor effluent stream into the separator. introducing a separator feed stream into a separator, the separator feed stream comprising at least a portion of the feed stream, separating the separator feed stream into a first helium-enriched stream and a first CO 2 -enriched stream, and withdrawing the first helium-enriched stream and the first CO 2 -enriched stream from the separator; introducing a pressure swing adsorption unit feed stream into a pressure swing adsorption unit, the pressure swing adsorption unit feed stream comprising at least a portion of the first helium-enriched stream, separating the pressure swing adsorption unit feed stream into a helium-rich product stream and a helium-lean stream, and withdrawing the helium-rich product stream and the helium-lean stream from the pressure swing adsorption unit; compressing a compressor feed stream in a compressor to form a compressor effluent stream, the compressor feed stream comprising the helium-lean stream and a helium-enriched permeate stream; introducing a first portion of the compressor effluent stream into a membrane separation unit, separating the first portion of the compressor effluent stream to form the helium-enriched permeate stream and a helium-depleted non-permeate stream, and withdrawing the helium-enriched permeate stream and the helium-depleted non-permeate stream from the membrane separation unit; and introducing a second portion of the compressor effluent stream into the separator.
Flashing assembly for use for a roof penetrating structure, preferably a window, in an inclined roof of a building, the inclined roof having an inclination direction and having roof covering elements, the roof penetrating structure comprising a top member and a bottom member extending across the inclination direction, and a first side member and a second side member connecting the top member with the bottom member extending in the inclination direction, the flashing assembly comprising: - a skirt member configured for at least partly covering the roof covering elements facing the bottom of the roof penetrating structure, the skirt member has a first edge and a fourth edge for extending across the inclination direction, the fourth edge being opposite the first edge, - a rail element attached to the skirt member along a first edge thereof and serving as a connecting element between the skirt member and the roof penetrating structure, - a flange member positioned in extension of the skirt member and the first and the fourth edge, such that the flange member is for being positioned at the first and/or the second side member of the roof penetrating structure respectively, - a flashing member attached to the flange member and a number of sub-elements (12, 13, 14) intended for being connected to the roof penetrating structure, - the flange member has an inner surface, adapted to face in an interior direction towards an interior of the building, the flange member is adapted to lay flat and follow the surface of the roof covering elements, the flange member being formable for substantially permanent deformation characterized in that the flange member comprises an elastomer being plastic and/or a textile, and in that the flange member is not corrugated but is a flat piece of material. - a skirt member configured for at least partly covering the roof covering elements facing the bottom of the roof penetrating structure, the skirt member has a first edge and a fourth edge for extending across the inclination direction, the fourth edge being opposite the first edge, - a rail element attached to the skirt member along a first edge thereof and serving as a connecting element between the skirt member and the roof penetrating structure, - a flange member positioned in extension of the skirt member and the first and the fourth edge, such that the flange member is for being positioned at the first and/or the second side member of the roof penetrating structure respectively, - a flashing member attached to the flange member and a number of sub-elements (12, 13, 14) intended for being connected to the roof penetrating structure, - the flange member has an inner surface, adapted to face in an interior direction towards an interior of the building, the flange member is adapted to lay flat and follow the surface of the roof covering elements, the flange member being formable for substantially permanent deformation characterized in that the flange member comprises an elastomer being plastic and/or a textile, and in that the flange member is not corrugated but is a flat piece of material.
Coupling assembly, in particular for a manual or an automated motor vehicle multi-step transmission, having - a wet-running friction clutch for arranging between a drive engine and a multi-step transmission, - a fluid actuator for actuating the friction clutch, - a cooling device for the fluid cooling of the friction clutch, - a fluid supply device which has an electric motor and a pump assembly which is driven by the electric motor, the pump assembly being connected via a first branch to the fluid actuator and being connected via a second branch to the cooling device, wherein a switching assembly is arranged in the second branch and, for actuation in dependence on an actuating pressure, is connected to the first branch of the fluid supply device in order to reduce a fluid volumetric flow from the pump assembly to the cooling device if the actuating pressure in the first branch exceeds a threshold pressure (P SW) and/or the fluid actuator undershoots a threshold travel (S SW), characterized in that the pump assembly has an actuating pump and a cooling pump, wherein a pump connection of the actuating pump is connected via the first branch to the fluid actuator and wherein a pump connection of the cooling pump is connected via the second branch to a cooling connection of the friction clutch, and in that the switching assembly has a valve assembly as a 2/3-way valve with a pressure-controlled mechanical arresting device. - a wet-running friction clutch for arranging between a drive engine and a multi-step transmission, - a fluid actuator for actuating the friction clutch, - a cooling device for the fluid cooling of the friction clutch, - a fluid supply device which has an electric motor and a pump assembly which is driven by the electric motor, the pump assembly being connected via a first branch to the fluid actuator and being connected via a second branch to the cooling device,
Movable protective shield device (1.1) for a traversing rail along which at least one robot with an application member can be moved, the protective shield device (1.1) comprising at least one plate-shaped and/or flat and stiff or essentially rigid protective shield (2.1) for protecting the traversing rail from the application medium delivered by the application member, wherein the protective shield device (1.1) itself is without drive and is not designed for mounting on the at least one robot so as to be fixed against displacement, but for free displaceability along the traversing rail.
A fluid control apparatus comprising: a diaphragm unit including a diaphragm and a frame plate surrounding a periphery of the diaphragm; a driver, provided on a principal surface of the diaphragm, for vibrating the diaphragm; a flexible plate having a hole and joined to the frame plate so as to face another principal surface of the diaphragm; and a cover member joined to a principal surface of the flexible plate on a side opposite to the diaphragm, wherein tensile stress is added to the flexible plate by the cover member. a diaphragm unit including a diaphragm and a frame plate surrounding a periphery of the diaphragm; a driver, provided on a principal surface of the diaphragm, for vibrating the diaphragm; a flexible plate having a hole and joined to the frame plate so as to face another principal surface of the diaphragm; and a cover member joined to a principal surface of the flexible plate on a side opposite to the diaphragm, wherein tensile stress is added to the flexible plate by the cover member.
A composition comprising a polycarbonate resin and a combination of 0.05 to 5 parts by weight of a perfluoroalkane sulfonate flame retardant material and 0.05 to 10 parts by weight of talc.
Method of assembling an electric transformer, comprising the steps of: - combining an electric coil and a transformer core to form an electromagnetic component; - providing the coil with a press; - drying the electromagnetic component in a drying oven while the press simultaneously applies mechanical pressure to the coil; - during or after completing the drying step, providing the coil with at least one mechanical element adapted to prevent the coil from increasing its size; and - removing the press from the coil after said at least one mechanical element ensures that the mechanical pressure previously provided by the press, is steadily maintained, wherein said at least one mechanical element is installed in the drying oven. - combining an electric coil and a transformer core to form an electromagnetic component; - providing the coil with a press; - drying the electromagnetic component in a drying oven while the press simultaneously applies mechanical pressure to the coil; - during or after completing the drying step, providing the coil with at least one mechanical element adapted to prevent the coil from increasing its size; and - removing the press from the coil after said at least one mechanical element ensures that the mechanical pressure previously provided by the press, is steadily maintained,
Method for the low-temperature fractionation of a fluid mixture in which the fluid mixture is introduced into a separation column, at least part of the bottom liquid of the separation column is introduced into a bottom evaporator and at least partially evaporated there, at least part of the vapor generated in the bottom evaporator is returned into a lower portion of the separation column, a top product is removed at the top of the separation column and a bottom product is removed at the bottom of the separation column or from the bottom evaporator, characterized in that the bottom evaporator is operated by inductive heating.
A projector comprising: an illuminator that outputs illumination light; a light modulator including a liquid crystal panel (61 g) and a structural birefringent polarization separation element having a polarization separation surface inclined relative to a central axis of the illumination light, the light modulator modulating the illumination light from the illuminator; and a projection system that projects the light modulated by the light modulator, characterised in that the illumination light outputted from the illuminator having an incident angle range (α1) in a first direction that is perpendicular to the central axis of the illumination light and an incident angle range (α2) in a second direction that is perpendicular to the first direction and to the center axis of the illumination light, the incident angle range (α1) in the first direction being smaller than the incident angle range (α2) in the second direction, and the polarization separation surface of the structural birefringent polarization separation element having a structure that is not periodic along the first direction but is periodic along the second direction. an illuminator that outputs illumination light; a light modulator including a liquid crystal panel (61 g) and a structural birefringent polarization separation element having a polarization separation surface inclined relative to a central axis of the illumination light, the light modulator modulating the illumination light from the illuminator; and a projection system that projects the light modulated by the light modulator, characterised in that the illumination light outputted from the illuminator having an incident angle range (α1) in a first direction that is perpendicular to the central axis of the illumination light and an incident angle range (α2) in a second direction that is perpendicular to the first direction and to the center axis of the illumination light, the incident angle range (α1) in the first direction being smaller than the incident angle range (α2) in the second direction, and the polarization separation surface of the structural birefringent polarization separation element having a structure that is not periodic along the first direction but is periodic along the second direction.
A method of controlling a downlink signal by a user equipment, UE, in a wireless communication system, the method comprising: receiving downlink scheduling information, wherein the downlink scheduling information includes scheduling information for downlink data in a first slot; and receiving CSI-RS, Channel State Information Reference Signal, for performing beam alignment detection on a plurality of symbols in the first slot, wherein based on a downlink transmission beam direction of the CSI-RS being maintained on the plurality of symbols, dropping the scheduled downlink data reception on the plurality of symbols. receiving downlink scheduling information, wherein the downlink scheduling information includes scheduling information for downlink data in a first slot; and receiving CSI-RS, Channel State Information Reference Signal, for performing beam alignment detection on a plurality of symbols in the first slot, wherein based on a downlink transmission beam direction of the CSI-RS being maintained on the plurality of symbols, dropping the scheduled downlink data reception on the plurality of symbols.
Resetting device for a disengageable connection between at least one loose drum rotatably mounted on the main shaft of a hoisting machine and a drum wheel fixedly connected thereto with a shaft wheel fixedly connected to the main shaft, wherein the disengageable connection of the loose drum and the main shaft is accomplished as a positive connection by means of an engageable and disengageable sliding wheel which is guided on the shaft wheel, characterized in that for engaging and disengaging the sliding wheel, actuating means are provided which are distributed over its circumference and act selectively and directly on the sliding wheel, wherein the sliding wheel is provided with a circumferential flange on which the actuating means act, and wherein the actuating means of the sliding wheel are provided as claws grasping the circumferential flange, wherein the claws are axially adjustable, and wherein a defined clearance is provided between the respective claw and the flange.
An apparatus, comprising: a wafer table configured to support a wafer; an optical assembly configured to project an image onto the wafer held by the wafer table, the optical assembly having a final optical element and lens mount spaced from the wafer by a gap; an immersion element configured to provide an immersion fluid into the gap between the final optical element and the wafer, the immersion element having one or more gas nozzles configured to provide a flow of gas; and a gas control system configured to control the velocity of the flow of gas from the one or more gas nozzles; characterized in that a pressure sensor is configured to measure the pressure of the immersion fluid in the gap; and the gas control system is coupled to the pressure sensor, and configured to control the velocity of the flow of gas from the one or more gas nozzles based on the pressure measured by the pressure sensor. a wafer table configured to support a wafer; an optical assembly configured to project an image onto the wafer held by the wafer table, the optical assembly having a final optical element and lens mount spaced from the wafer by a gap; an immersion element configured to provide an immersion fluid into the gap between the final optical element and the wafer, the immersion element having one or more gas nozzles configured to provide a flow of gas; and a gas control system configured to control the velocity of the flow of gas from the one or more gas nozzles; characterized in that a pressure sensor is configured to measure the pressure of the immersion fluid in the gap; and the gas control system is coupled to the pressure sensor, and configured to control the velocity of the flow of gas from the one or more gas nozzles based on the pressure measured by the pressure sensor.