mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for establishing a target partial vacuum within a target volume, the apparatus comprising: a turbo compressor system comprising a first turbine-driven turbo compressor having an impeller that is rotated by a gas-driven turbine driven by gas produced by combustion of a fuel, the turbo compressor system being operable during a first evacuation phase to reduce a pressure within the target volume from ambient pressure to a first intermediate pressure; a vacuum pumping system; and an interconnecting system operable under control of a controller to establish gas communication between the turbo compressor system and the target volume, and between the vacuum pumping system and the target volume. a turbo compressor system comprising a first turbine-driven turbo compressor having an impeller that is rotated by a gas-driven turbine driven by gas produced by combustion of a fuel, the turbo compressor system being operable during a first evacuation phase to reduce a pressure within the target volume from ambient pressure to a first intermediate pressure; a vacuum pumping system; and an interconnecting system operable under control of a controller to establish gas communication between the turbo compressor system and the target volume, and between the vacuum pumping system and the target volume.
A pharmaceutical composition for topical application to the skin of an individual comprising: a corticosteroid selected from the group consisting of halobetasol propionate, clobetasol propionate, betamethasone dipropionate, diflorasone diacetate at a concentration of less than 0.05% (w/w) and fluocinonide at a concentration of less than 0.1% (w/w); and a liquid oil component comprising a dicarboxylic acid ester comprising diethyl sebacate, diisopropyl adipate, or dibutyl sebacate wherein the concentration of the liquid oil component is between 1.5 and 3 times that required to completely solubilize the amount of the corticosteroid in the composition at a temperature of 22°C ± 2°C, and wherein the concentration of the dicarboxylic acid ester in the liquid oil component is at least 10% of the concentration of the liquid oil component in the composition. a corticosteroid selected from the group consisting of halobetasol propionate, clobetasol propionate, betamethasone dipropionate, diflorasone diacetate at a concentration of less than 0.05% (w/w) and fluocinonide at a concentration of less than 0.1% (w/w); and a liquid oil component comprising a dicarboxylic acid ester comprising diethyl sebacate, diisopropyl adipate, or dibutyl sebacate wherein the concentration of the liquid oil component is between 1.5 and 3 times that required to completely solubilize the amount of the corticosteroid in the composition at a temperature of 22°C ± 2°C, and wherein the concentration of the dicarboxylic acid ester in the liquid oil component is at least 10% of the concentration of the liquid oil component in the composition.
Male body-bottom undergarment, having a shorts part with a rear face and a front face comprising a top belt part and a bottom crotch part, the front face including, in its middle, a vertical central part intended to house the genital parts of the wearer and taking the form of a piece comprising a bottom part relatively wide on the side of the crotch part, a top part relatively narrow on the side of the belt part, and edges, elongate reinforced elastic elements (20, 20', 21, 21', 22, 22') being provided on the front face and in particular on the central part to reinforce the support of the genital parts, in which the elongate elements (20, 20', 21, 21', 22, 22') are provided in three areas (A, B, C) of the front face, namely a) a support area situated at the bottom of the central part, the elongate elements (20, 20') having, in this area, a substantially cradle form, b) a control area situated at the top of the central part, the elongate elements (21, 21') having, in this area, a substantially inverted cradle form, c) a reinforcement area situated on either side of the central part, the elongate elements (22, 22') having, in this area, an inclined direction linking the edges of the central part to the top belt part of the front face so as to pull the support area toward the top and the sides; characterized in that the elongate elements (20, 20', 21, 21', 22, 22') are incorporated or fixed substantially continually to the front face.
Electrical device for heating and/or steam cooking of food, comprising a water reservoir that has an upper opening, a steam generating device, and an enclosure to contain the food to be heated and/or cooked, with the steam generating device comprising a steam generator comprising electrical heating means, a pump supplying the steam generator with water from the water reservoir, a steam outlet supplied with steam by the steam generator, with the enclosure being supplied with steam by the steam outlet, with the steam generating device being arranged between the water reservoir and the enclosure, characterised in that the enclosure comprises a movable or removable cover, and in that the cover covers the water reservoir and a compartment that has an upper opening.
A translucent polycrystalline cubic boron nitride body which is disc-shaped and has a diameter selected from between 10 mm and 25 mm, and a height selected from 4 mm to 25 mm, the polycrystalline cubic boron nitride body consisting of: polycrystalline cubic boron nitride grains with average grain sizes of 200 to 1000 nm; no more than 2 weight % hexagonal boron nitride grains; an absorption coefficient of less than 100 cm -1 at a wavelength of 1064 nm; wherein at least 50% of the polycrystalline cubic boron nitride grains are twinned. polycrystalline cubic boron nitride grains with average grain sizes of 200 to 1000 nm; no more than 2 weight % hexagonal boron nitride grains; an absorption coefficient of less than 100 cm -1 at a wavelength of 1064 nm;
System for actuating a piston of a syringe in a syringe pump, the piston being provided with a connector, comprising: - a motor; - transmission means; and - a pusher; the transmission means being designed to transmit an action of the motor to the pusher and the pusher being designed to move the piston in translation along a syringe axis, said pusher comprising: - a socket for said connector; - an attachment segment designed to be attached to said transmission means; - a beam that connects the socket to the attachment segment, transversely to the syringe axis; characterized in that it comprises - a sensor for measuring a bending of said beam about an axis perpendicular to the syringe axis. - a motor; - transmission means; and - a pusher; the transmission means being designed to transmit an action of the motor to the pusher and the pusher being designed to move the piston in translation along a syringe axis, said pusher comprising: - a socket for said connector; - an attachment segment designed to be attached to said transmission means; - a beam that connects the socket to the attachment segment, transversely to the syringe axis; - a socket for said connector; - an attachment segment designed to be attached to said transmission means; - a beam that connects the socket to the attachment segment, transversely to the syringe axis; characterized in that it comprises - a sensor for measuring a bending of said beam about an axis perpendicular to the syringe axis. - a sensor for measuring a bending of said beam about an axis perpendicular to the syringe axis.
A pharmaceutical composition comprising a compound of formula: or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable carrier.
An aluminium smelter plant provided with a flue gas cooling system, the system comprising: at least one flue gas cooler in the form of a gas tube heat exchanger comprising a plurality of cooling tubes, each cooling tube having a longitudinally extending major axis and being configured to receive and pass hot raw flue gas therethrough in a streamlined flow whose velocity vectors are substantially parallel to the tube's major axis; and a coolant circulation system that flows coolant over the outside of the cooling tubes; the gas cooler comprising: (a) a gas inlet chamber; (b) a gas outlet chamber; (c) a matrix of spaced-apart, mutually parallel gas cooling tubes, each cooling tube having an inlet end open to the inlet chamber and an outlet end open to the outlet chamber; (d) a diffusing inlet of the inlet chamber for receiving the hot, raw flue gas, whereby the gas flow through the inlet chamber is slowed and stabilised to facilitate even flow into inlet ends of the gas cooling tubes, and (e) bell-shaped inlet ends of the gas cooling tubes comprising an aerodynamically curved gas-accelerating profile effective to facilitate streamlined flow of hot raw flue gas into the tubes. at least one flue gas cooler in the form of a gas tube heat exchanger comprising a plurality of cooling tubes, each cooling tube having a longitudinally extending major axis and being configured to receive and pass hot raw flue gas therethrough in a streamlined flow whose velocity vectors are substantially parallel to the tube's major axis; and a coolant circulation system that flows coolant over the outside of the cooling tubes; the gas cooler comprising: (a) a gas inlet chamber; (b) a gas outlet chamber; (c) a matrix of spaced-apart, mutually parallel gas cooling tubes, each cooling tube having an inlet end open to the inlet chamber and an outlet end open to the outlet chamber; (d) a diffusing inlet of the inlet chamber for receiving the hot, raw flue gas, whereby the gas flow through the inlet chamber is slowed and stabilised to facilitate even flow into inlet ends of the gas cooling tubes, and (e) bell-shaped inlet ends of the gas cooling tubes comprising an aerodynamically curved gas-accelerating profile effective to facilitate streamlined flow of hot raw flue gas into the tubes. (a) a gas inlet chamber; (b) a gas outlet chamber; (c) a matrix of spaced-apart, mutually parallel gas cooling tubes, each cooling tube having an inlet end open to the inlet chamber and an outlet end open to the outlet chamber; (d) a diffusing inlet of the inlet chamber for receiving the hot, raw flue gas, whereby the gas flow through the inlet chamber is slowed and stabilised to facilitate even flow into inlet ends of the gas cooling tubes, and (e) bell-shaped inlet ends of the gas cooling tubes comprising an aerodynamically curved gas-accelerating profile effective to facilitate streamlined flow of hot raw flue gas into the tubes.
Connector comprising: a plurality of twisted-pair cables each comprising two twisted wires (7, 8), each of said wires (7, 8) being connected to a terminal (23, 24); a plurality of cavity blocks, each of said cavity blocks has two cavities (17, 18) for accommodating said terminals (23, 24) of one of said twisted-pair cables; and a housing having an accommodation chamber; characterized in that said accommodation chamber of the housing accommodates said plurality of cavity blocks, that the housing comprises a guiding means (28, 29) for guiding the cavity blocks while being inserted into the accommodation chamber, that the guiding means comprises at least one guiding web (28, 29) at an inside of a side wall (13, 15) of the housing, and that the terminals (23, 24) each have a locking surface being supported against the guiding web (28, 29) in a direction opposite to an insertion direction of the terminals (23, 24) and thereby being locked within the cavity block. a plurality of twisted-pair cables each comprising two twisted wires (7, 8), each of said wires (7, 8) being connected to a terminal (23, 24); a plurality of cavity blocks, each of said cavity blocks has two cavities (17, 18) for accommodating said terminals (23, 24) of one of said twisted-pair cables; and a housing having an accommodation chamber;
Sanitary fitting, comprising a pipe section with a valve seat for the attachment of a valve upper section which rests on the valve seat and includes a headpiece which is penetrated centrally by a spindle which is mounted in the headpiece in rotatable or swivelling form and by means of which a control plate within the headpiece can be moved relative to an inlet plate, whereby the valve upper section has a detachable connection with the pipe section, whereby the means for defined positioning of the valve upper section are located within the pipe section in at least two rotational positions offset by an alignment angle, whereby the valve seat is formed by a valve seat body which is located within the pipe section, whereby the valve seat body has at least one positioning hole or a positioning pin which corresponds to at least one positioning pin or positioning hole located on the valve upper section, whereby the valve seat body in the pipe section rests on a ledge located at last zonally within the pipe section and two channels are located within the valve seat body which each flow into an outlet channel of the valve upper section, whereby the channels of the valve seat body are fitted on their underside facing away from the valve upper section with a connection for detachable fastening of supply lines, characterized inasmuch that either 1.) a lug is located underneath the ledge or on the outer casing of the valve seat body which corresponds to at least two recesses (26, 27) offset by the alignment angle on the outer casing of the valve seat body or underneath the ledge, or 2.) the valve seat body is rotatable within the pipe section and a lug is located on the inner wall of the pipe section or on the outer casing of the valve upper section which corresponds to at least two recesses (26, 27) offset by the alignment angle on the outer casing of the valve seat body or on the inner wall of the pipe section. 1.) a lug is located underneath the ledge or on the outer casing of the valve seat body which corresponds to at least two recesses (26, 27) offset by the alignment angle on the outer casing of the valve seat body or underneath the ledge, or 2.) the valve seat body is rotatable within the pipe section and a lug is located on the inner wall of the pipe section or on the outer casing of the valve upper section which corresponds to at least two recesses (26, 27) offset by the alignment angle on the outer casing of the valve seat body or on the inner wall of the pipe section.
Panel specially intended for a sectional door, having an outer front face and an inner rear face spaced apart from one another, in addition to two lateral edges, two longitudinal edges (14a, 14b) and a heat insulating filler, which includes a front part adjoining the outer front face thereof and a rear part adjoining the inner rear face thereof having laterally at least one lateral extension in a longitudinal horizontal direction, wherein the length of the rear part is greater than that of the front part, a lateral edge with a lateral extension forming a rabbet, the total thickness of the panel being the sum of that of the front part thereof and of the rear part thereof, characterised in that: the thickness of the insulator comprises a material, such as a rigid foam made of plastics material, placed in the one or more hollow spaces of the front part and of the rear part.
A system for calculating weight and distribution on an aircraft, the system comprising: an aircraft; at least one cabin camera (100a-100n) configured to view the cabin of the aircraft; an image collector configured to collect images from the at least one cabin camera (100a-100n); a processor configured to continuously perform the following steps: a) detecting passengers and/or hand baggage from the images collected from the image collector; b) estimating positions of the passengers and/or hand baggage from the images collected from the image collector; c) estimating weight of the passengers and/or hand baggage from the images collected from the image collector; d) calculating a real-time weight distribution of the aircraft based on the estimates provided in steps a) - c); and characterized in that the real-time weight distribution of the aircraft is determined pre-flight, during flight and on landing; and in that the real-time weight distribution of the aircraft is continuously updated to a pilot and/or a Flight Management System. an aircraft; at least one cabin camera (100a-100n) configured to view the cabin of the aircraft; an image collector configured to collect images from the at least one cabin camera (100a-100n); a processor configured to continuously perform the following steps: a) detecting passengers and/or hand baggage from the images collected from the image collector; b) estimating positions of the passengers and/or hand baggage from the images collected from the image collector; c) estimating weight of the passengers and/or hand baggage from the images collected from the image collector; d) calculating a real-time weight distribution of the aircraft based on the estimates provided in steps a) - c); and characterized in that the real-time weight distribution of the aircraft is determined pre-flight, during flight and on landing; and in that the real-time weight distribution of the aircraft is continuously updated to a pilot and/or a Flight Management System. a) detecting passengers and/or hand baggage from the images collected from the image collector; b) estimating positions of the passengers and/or hand baggage from the images collected from the image collector; c) estimating weight of the passengers and/or hand baggage from the images collected from the image collector; d) calculating a real-time weight distribution of the aircraft based on the estimates provided in steps a) - c); and characterized in that the real-time weight distribution of the aircraft is determined pre-flight, during flight and on landing; and in that the real-time weight distribution of the aircraft is continuously updated to a pilot and/or a Flight Management System. the real-time weight distribution of the aircraft is determined pre-flight, during flight and on landing; and in that the real-time weight distribution of the aircraft is continuously updated to a pilot and/or a Flight Management System.
Laser scanning microscope with an illumination beam source, a detector device und a detection beam path, which guides radiation excited and/or back-scattered in a sample along an optical axis to the detector device and in which a beam splitter is provided, via which the illumination radiation emitted by the illumination beam source is directed in an illumination beam path onto the sample, wherein the beam splitter does not allow illumination radiation mirror-reflected at the sample to pass to the detector device and to this end is arranged in a pupil of the illumination path and is also partly mirrored, wherein the beam splitter has a beam splitter surface lying in the detection beam path, which is mirrored at least at three points (23a-d) for the illumination radiation that lie on the beam splitter surface on a circle around the trace point of the optical axis, and the illumination beam source generates a number of partial beams (Sa-d) corresponding to the number of points and these are focussed on the at least three points (23a-d) of the beam splitter so that in the sample an interference pattern is produced in the form of illumination spots distributed periodically over the sample, and the microscope has means for varying the intensity respectively of partial beams (Sa, Sc; Sb, Sd) focussed diagonally oppositely in relation to the optical axis or respectively partial beams separated by an interposed partial beam.
A computer-implemented method of determining whether a mobile device has been compromised, the method comprising: obtaining file tree structure information for the mobile device, wherein the file tree structure information details at least a portion of a tree-based structure of folders and files in a portion of memory; analyzing the file tree structure information to determine that the mobile device might be compromised; based on determining that the mobile device might be compromised, instructing the mobile device to execute a restricted action, wherein the mobile device includes at least a first user profile and a second user profile, the first user profile having a first associated portion of memory storing files and folders associated with the first user profile and the second user profile having a second associated portion of memory storing files and folder associated with the second user profile, and wherein the restricted action includes an operation carried out from within the first user profile with respect to a file or folder associated with the second user profile that should not be able to occur; determining that the restricted action occurs on the mobile device and, based on that occurrence, determining that the mobile device has been compromised; and based on the determination that the mobile device has been compromised, taking an action. obtaining file tree structure information for the mobile device, wherein the file tree structure information details at least a portion of a tree-based structure of folders and files in a portion of memory; analyzing the file tree structure information to determine that the mobile device might be compromised; based on determining that the mobile device might be compromised, instructing the mobile device to execute a restricted action, wherein the mobile device includes at least a first user profile and a second user profile, the first user profile having a first associated portion of memory storing files and folders associated with the first user profile and the second user profile having a second associated portion of memory storing files and folder associated with the second user profile, and wherein the restricted action includes an operation carried out from within the first user profile with respect to a file or folder associated with the second user profile that should not be able to occur; determining that the restricted action occurs on the mobile device and, based on that occurrence, determining that the mobile device has been compromised; and based on the determination that the mobile device has been compromised, taking an action.