mhurhangee/ep-ind-claims huggingface dataset:
Timepiece movement comprising a framework, at least one balance support (2, 32, 42, 62), at least one balance (3, 13, 33, 43, 63) mounted on said support (2, 32, 42, 62) and intended to oscillate around a pivot axis, and a stopping device for said balance (3, 13, 33, 43, 63), the stopping device comprising at least one stopping element (4, 14, 34, 44, 64) movable so as to enter into contact with the balance (3, 13, 33, 43, 63) and to block it and a mechanism for actuating said stopping element (4, 14, 34, 44, 64), the stopping element (4, 14, 34, 44, 64) being arranged in relation to the balance (3, 13, 33, 43, 63) in such a way that the direction of the force resulting from the action of the stopping element (4, 14, 34, 44, 64) against the balance (3, 13, 33, 43, 63) is inclined at an angle (α) different to 0° and to 90° in relation to the pivot axis of the balance (3, 13, 33, 43, 63), characterized in that the actuating mechanism comprises at least one actuating member (8, 10, 18, 20, 38, 48, 66, 67, 68, 69) movable in a plane that is not perpendicular to the pivot axis of the balance (3, 13, 33, 43, 63).
A hammering device comprising a hammer connected to a winch by means of cable means, wherein the rotation of said winch is driven by one or more hydraulic motors, and characterized in that, said hammering device further comprises position detection means for detecting a position of said hammer.
A device for carrying out an explorable stomach gastric bypass apt to be implanted in a patient comprising - a main body having a first and a second end (3, 4); said body comprising at least one elastic portion made of silicone material; - a covering element of said main body, said device being characterized in that: said covering element comprises an extensible portion along the direction of longitudinal development of the device and positioned at said elastic portion, said extensible portion comprising an excess of material compared to the size of said elastic portion; wherein said device is extensible in a reversible way. - a main body having a first and a second end (3, 4); said body comprising at least one elastic portion made of silicone material; - a covering element of said main body, said covering element comprises an extensible portion along the direction of longitudinal development of the device and positioned at said elastic portion, said extensible portion comprising an excess of material compared to the size of said elastic portion; wherein said device is extensible in a reversible way.
Aqueous Electron Beam curable compositions comprising poly(alkylene oxide) containing substances, which are essentially free of ethylenically unsaturated groups, according to the following expression: R 3 -(C n H 2n O) x H where R 3 can be a hydroxyl group or any organic alcohol residue (including other poly(alkylene oxide)s), n can be any number between 1 and 6, and x can be any number equal to, or greater than 2; and further comprising any blend of acrylated polyurethane dispersions. where R 3 can be a hydroxyl group or any organic alcohol residue (including other poly(alkylene oxide)s), n can be any number between 1 and 6, and x can be any number equal to, or greater than 2; and further comprising any blend of acrylated polyurethane dispersions.
A vacuum cleaner comprising: a cleaner body; a main motor for suctioning dust, the main motor being provided inside the cleaner body; a base configured to form a lower surface of the cleaner body; moving wheels provided at both side surfaces of the cleaner body, being rotatable for travel of the vacuum cleaner, and configured to support the cleaner body to be rotated about the moving wheels in clockwise or counterclockwise directions; and a wheel motor assembly for driving the moving wheels, wherein the base includes a center portion; a first half portion extending slantedly and upwardly from a front end of the center portion; and a second half portion extending slanted and upwardly from a rear end of the center portion, wherein a rotating center of the moving wheels is located between the first half portion and the second half portion, and wherein the main motor is located more rearwards than the rotating center of the moving wheels, characterized in that the vacuum cleaner further comprises a battery unit providing electric power for driving the main motor and the wheel motor assembly, the battery unit being provided inside the cleaner body, wherein the battery unit is located more rearwards than the rotating center of the moving wheels. a cleaner body; a main motor for suctioning dust, the main motor being provided inside the cleaner body; a base configured to form a lower surface of the cleaner body; moving wheels provided at both side surfaces of the cleaner body, being rotatable for travel of the vacuum cleaner, and configured to support the cleaner body to be rotated about the moving wheels in clockwise or counterclockwise directions; and a wheel motor assembly for driving the moving wheels, wherein the base includes a center portion; a first half portion extending slantedly and upwardly from a front end of the center portion; and a second half portion extending slanted and upwardly from a rear end of the center portion, wherein a rotating center of the moving wheels is located between the first half portion and the second half portion, and wherein the main motor is located more rearwards than the rotating center of the moving wheels, characterized in that the vacuum cleaner further comprises a battery unit providing electric power for driving the main motor and the wheel motor assembly, the battery unit being provided inside the cleaner body, wherein the battery unit is located more rearwards than the rotating center of the moving wheels.
Centerless grinding machine comprising a machine bed, a grinding spindle that is arranged to be coupled with a spindle drive and for receiving a grinding wheel, a regulator spindle that is arranged to be coupled with a spindle drive and for receiving a regulator wheel, a workpiece mount for receiving a workpiece to be machined between the grinding spindle and the regulator spindle, wherein the grinding spindle and the regulator spindle are coupled with the machine bed and arranged to be moved with respect to one another, characterized in that the grinding spindle and the regulator spindle form a spindle set, wherein a longitudinal guide is formed at the machine bed, wherein a base carriage is received at the longitudinal guide, wherein the machine bed and the base carriage define a first movement axis, wherein the grinding spindle is coupled with the base carriage and assigned to a second movement axis, wherein the regulator spindle is coupled with the base carriage and assigned to a third movement axis, and wherein the grinding spindle and the regulator spindle are arranged to be moved with respect to one another and to approach the workpiece mount in an in-feed movement.
Charging station for electric vehicles with - a concrete base, - a ram protection mounted on the concrete base, and - a charging pillar, wherein - the charging pillar is put over the ram protection such that the ram protection, when the charging pillar is in the mounted state, is arranged inside the charging pillar, - a standardized connection box with a main fuse is arranged inside the ram protection, - an electrical supply line is electrically connected with the connection box inside the ram protection, and - in the charging pillar at least one electrical connection for a vehicle is arranged. - a concrete base, - a ram protection mounted on the concrete base, and - a charging pillar, wherein - the charging pillar is put over the ram protection such that the ram protection, when the charging pillar is in the mounted state, is arranged inside the charging pillar, - a standardized connection box with a main fuse is arranged inside the ram protection, - an electrical supply line is electrically connected with the connection box inside the ram protection, and - in the charging pillar at least one electrical connection for a vehicle is arranged.
A method for installing an embedded subscriber identity module, eSIM, profile by a terminal applying an integrated smart secure platform, iSSP, the method comprising: receiving an input of an activation code; obtaining information on an eSIM bundle where the eSIM profile is to be installed, in case that the activation code is related to a request of an eSIM profile; identifying whether at least one eSIM bundle capable of downloading the eSIM profile exists in the terminal based on the obtained information; performing an eSIM profile download procedure for one of the at least one eSIM bundle, in case that the at least one eSIM bundle exists in the terminal and the one of the at least one bundle is selected for downloading the eSIM profile from the at least one bundle; and performing an eSIM bundle obtaining procedure for downloading the eSIM profile, in case that the at least one eSIM bundle does not exist in the terminal or the one of the at least one eSIM bundle is not selected. receiving an input of an activation code; obtaining information on an eSIM bundle where the eSIM profile is to be installed, in case that the activation code is related to a request of an eSIM profile; identifying whether at least one eSIM bundle capable of downloading the eSIM profile exists in the terminal based on the obtained information; performing an eSIM profile download procedure for one of the at least one eSIM bundle, in case that the at least one eSIM bundle exists in the terminal and the one of the at least one bundle is selected for downloading the eSIM profile from the at least one bundle; and performing an eSIM bundle obtaining procedure for downloading the eSIM profile, in case that the at least one eSIM bundle does not exist in the terminal or the one of the at least one eSIM bundle is not selected.
A microscope (100, 200, 300) for switching an observation method between bright-field observation and fluorescence observation, comprising: an objective that irradiates a sample with excitation light and converts fluorescence from the sample into a parallel light flux; a beam splitter (106, 141) that splits fluorescence and excitation light from each other; and a collecting lens; characterized in that the collecting lens is arranged in such a manner that the collecting lens is freely set in and removed from an optical path between the beam splitter (106, 141) and the objective, the collecting lens has positive power, and the collecting lens is set in the optical path for fluorescence observation and is removed from the optical path for bright-field observation. an objective that irradiates a sample with excitation light and converts fluorescence from the sample into a parallel light flux; a beam splitter (106, 141) that splits fluorescence and excitation light from each other; and a collecting lens; characterized in that the collecting lens is arranged in such a manner that the collecting lens is freely set in and removed from an optical path between the beam splitter (106, 141) and the objective, the collecting lens has positive power, and the collecting lens is set in the optical path for fluorescence observation and is removed from the optical path for bright-field observation.
A method for preparing a compound of formula, comprising reacting a 2,4-dichloro-7-alkoxy quinoline with a brominating agent and then reacting the resulting 8-bromo-2,4-dichloro-7-alkoxy quinoline with a Suzuki coupling reagent selected from an R-boronic acid, R-boronate ester, R-potassium trifluoroborate or R-organoborane, by a Suzuki coupling reaction to replace the 2-chloro group with an R group according to the following reaction: where R is: an aryl, heteroaryl, alkyl, alkenyl or alkynyl group, wherein the aryl and heteroaryl may each be optionally substituted with one or more groups independently selected from halogen, alkyl, halogenated alkyl, alkoxy, amido or amino optionally substituted by one or more alkyl and/or amino protecting groups; and Alk is a C 1 -C 6 -alkyl group.
A fixture element for mounting a luminaire at least partly in an opening of a ceiling, wherein the fixture element comprises (i) a body, (ii) a first side portion protruding relative to the body at a first side of the body and configured to support the luminaire, (iii) a second side portion protruding relative to the body at a second side of the body, and (iv) an engagement element, the engagement element being: - spring loaded; - resiliently connected to the second side of the body; and - configured to clamp a part of the ceiling between the engagement element and the second side portion, wherein the first side portion comprises a first connector element for engaging a second connector element of a mounting plate comprised by the luminaire, characterized in that the engagement element is pivotable about an axis extending transverse to the second side at a location where the engagement element is connected to the body. - spring loaded; - resiliently connected to the second side of the body; and - configured to clamp a part of the ceiling between the engagement element and the second side portion, wherein the first side portion comprises a first connector element for engaging a second connector element of a mounting plate comprised by the luminaire, characterized in that the engagement element is pivotable about an axis extending transverse to the second side at a location where the engagement element is connected to the body.
An active filter system comprising a plurality of active filter devices (41, 42, 43) that each have an output connected to a harmonic-generating load device and are capable of generating a compensating current for performing at least one of reduction of a harmonic current of the harmonic-generating load device and improvement of a power factor of a fundamental wave, wherein the plurality of active filter devices (41, 42, 43) provide two or more types of capacities, and the number and a combination of operating active filter devices among the active filter devices (41, 42, 43) change in accordance with a magnitude of the compensating current, characterized in that the number and the combination of the operating active filter devices among the active filter devices (41, 42, 43) changes so as to maximize a ratio of the compensating current relative to a total capacity of the operating active filter devices among the active filter devices (41, 42, 43). a plurality of active filter devices (41, 42, 43) that each have an output connected to a harmonic-generating load device and are capable of generating a compensating current for performing at least one of reduction of a harmonic current of the harmonic-generating load device and improvement of a power factor of a fundamental wave, wherein the plurality of active filter devices (41, 42, 43) provide two or more types of capacities, and the number and a combination of operating active filter devices among the active filter devices (41, 42, 43) change in accordance with a magnitude of the compensating current, characterized in that the number and the combination of the operating active filter devices among the active filter devices (41, 42, 43) changes so as to maximize a ratio of the compensating current relative to a total capacity of the operating active filter devices among the active filter devices (41, 42, 43).
Tissue classifying apparatus comprising: a source of microwave radiation having a predetermined frequency; a probe arranged to deliver radiation from the source in a forward direction into tissue and to receive reflected radiation from the tissue; a detector arranged to receive an input that is switchable between a reference signal that is derived from the forward directed radiation from the source and reflected radiation received from the probe along a reflection transmission path, the detector being arranged to detect the magnitude and phase of both the reflected radiation and the reference signal; a circulator; and a tissue classifier arranged to classify the tissue on the basis of the magnitude and phase of the signals detected by the detector, characterised in that: the probe is selectively connectable to receive radiation from the source along either a measurement transmission path or a treatment transmission path, the measurement transmission path being independent of the treatment transmission path, and the circulator is located between the source, the probe and the detector to isolate forward directed radiation along the measurement transmission path from reflected radiation along the reflection transmission path to prevent the forward directed radiation from travelling along the reflection transmission path. a source of microwave radiation having a predetermined frequency; a probe arranged to deliver radiation from the source in a forward direction into tissue and to receive reflected radiation from the tissue; a detector arranged to receive an input that is switchable between a reference signal that is derived from the forward directed radiation from the source and reflected radiation received from the probe along a reflection transmission path, the detector being arranged to detect the magnitude and phase of both the reflected radiation and the reference signal; a circulator; and a tissue classifier arranged to classify the tissue on the basis of the magnitude and phase of the signals detected by the detector, characterised in that: the probe is selectively connectable to receive radiation from the source along either a measurement transmission path or a treatment transmission path, the measurement transmission path being independent of the treatment transmission path, and the circulator is located between the source, the probe and the detector to isolate forward directed radiation along the measurement transmission path from reflected radiation along the reflection transmission path to prevent the forward directed radiation from travelling along the reflection transmission path. the probe is selectively connectable to receive radiation from the source along either a measurement transmission path or a treatment transmission path, the measurement transmission path being independent of the treatment transmission path, and the circulator is located between the source, the probe and the detector to isolate forward directed radiation along the measurement transmission path from reflected radiation along the reflection transmission path to prevent the forward directed radiation from travelling along the reflection transmission path.
An arrangement with at least one wind turbine and a radar system, characterised in that - the radar system is in the form of a passive radar system having a radar detector device and is configured to monitor an airspace associated with the at least one wind turbine by means of passive radar and to generate monitoring signals depending on the monitoring, - one or more radiation sources associated with the at least one wind turbine are formed, which are configured to emit emission energy into the airspace associated with the at least one wind turbine, said emission energy being detectable by the radar detector device of the passive radar system as energy reflected by obstacles, and - the one or more radiation sources are coupled to a monitoring device, which is configured to monitor the proper functioning of the one or more radiation sources. - the radar system is in the form of a passive radar system having a radar detector device and is configured to monitor an airspace associated with the at least one wind turbine by means of passive radar and to generate monitoring signals depending on the monitoring, - one or more radiation sources associated with the at least one wind turbine are formed, which are configured to emit emission energy into the airspace associated with the at least one wind turbine, said emission energy being detectable by the radar detector device of the passive radar system as energy reflected by obstacles, and - the one or more radiation sources are coupled to a monitoring device, which is configured to monitor the proper functioning of the one or more radiation sources.
A thrust reverser comprising: a pair of thrust reverser doors (24, 26) pivotally mounted to a jet pipe for moving between stowed closed and deployed open positions; each of said doors having axially opposite leading (24b, 26b) and trailing edges (24a, 26a) and a pair of first and second radial frames extending radially inwardly and circumferentially along said leading edge in said stowed position, and spaced axially apart to define a U-shaped channel open radially inwardly therebetween; and a kicker third frame extending radially inwardly beyond inward terminal edges of the first and second radial frames and circumferentially along said radial frames (40, 42) at said open channel in said stowed position to increase effective aerodynamic length of said doors in said deployed position. a pair of thrust reverser doors (24, 26) pivotally mounted to a jet pipe for moving between stowed closed and deployed open positions; each of said doors having axially opposite leading (24b, 26b) and trailing edges (24a, 26a) and a pair of first and second radial frames extending radially inwardly and circumferentially along said leading edge in said stowed position, and spaced axially apart to define a U-shaped channel open radially inwardly therebetween; and a kicker third frame extending radially inwardly beyond inward terminal edges of the first and second radial frames and circumferentially along said radial frames (40, 42) at said open channel in said stowed position to increase effective aerodynamic length of said doors in said deployed position.
A driving device with a tubular motor, in particular for a motorized closing system such as a roller shutter including a winding tube, said device including a first tubular portion integrating the motor with a cross-section adapted for its insertion into said winding tube and a second portion, forming a fixing head, for said driving device and designed capable of being applied against a fixed support, such as a lateral supporting plate, the device also including a battery for the electric power supply to the motor, said battery extending, at least partially, in the first tubular portion, wherein the battery is designed with an annular shape and is axially crossed by an opening.