mhurhangee/ep-ind-claims huggingface dataset:
A dental camera with an objective lens comprising at least two lenses (9, 10, 20, 21), wherein the dental camera comprises a light source, a collector lens, an image sensor and a telecentricity aperture located in one focal plane of the objective lens, wherein an illuminating beam emitted by the light source is focused by the collector lens by the light source being reproduced by the collector lens in the plane of an aperture stop located in the focal plane of the objective lens so that the focused image of the light source is projected as homogeneously distributed light onto the plane of the measurement object to be measured and is reflected back by the measurement object as an observation beam, wherein the observation beam penetrates the objective lens and the telecentricity aperture and is directed toward the image sensor, wherein the illuminating beam is in part reflected by concave surfaces (9', 9'', 10', 10'', 20', 20'') of the lenses (9, 10, 20, 21) as reflection beams (17.1 to 17.8), wherein means are present to tilt each of the lenses (9, 10, 20, 21) towards the illuminating beam such that one optical axis (9''', 10''', 15.1, 15.2) of each lens (9, 10, 20, 21) has an angle of tilt (α) with respect to the illuminating beam which is selected as large enough for the reflection beams (17.1 to 17.8) of the concave surfaces (9', 9'', 10', 10'', 20', 20'') to be reflected onto focal points (63.1 to 63.4) in a direction outside an aperture opening (13.1) of the telecentricity aperture, wherein at least one of the concave surfaces (9', 9', 9'', 10', 10'', 20', 20'') of the lenses (9, 10, 20) has a curvature such that the reflection beam is focused at a focal point (63.1 to 63.4) which lies in the plane of the telecentricity aperture and outside the aperture opening (13.1) of the telecentricity aperture.
A nacelle for an aircraft engine, of the type comprising: - a thrust reverser cowl including an upstream cover section and a downstream nozzle section, the cowl being slidably mounted in a direction generally parallel to the longitudinal axis of the nacelle, between a direct jet position in which the cowl covers diverting means of the air flow, and an reverse jet position in which the cowl opens a passage in the nacelle and uncovers the diverting means, and - a means for driving in displacement the cowl including at least one actuator, - at least one opening which is delimited by the nozzle section of the cowl and which is associated to a leakage door, the leakage door being movably mounted on the cowl between a closed position in which the door cooperates with the associated opening to oppose the air flow through said opening, and an open leakage position in which the door is retracted to allow the flow of a part of the air flow through said opening, characterized in that the leakage door is selected from the group comprising a leakage door slidably mounted between the closed position and the open position thereof, along a direction generally parallel to the axis of the nacelle, and a leakage door pivotally mounted between the closed position and the open position thereof about an axis substantially perpendicular to the axis of the nacelle, the pivoting leakage door including: - an inner skin which is pivotally mounted on a fixed portion of the nacelle, and - an outer skin which extends facing the inner skin and which is pivotally mounted on a fixed portion of the nacelle, the outer skin having an opening angle smaller than that of the inner skin in order to limit the aerodynamic disturbances outside the nacelle when the leakage door occupies the open position thereof. - a thrust reverser cowl including an upstream cover section and a downstream nozzle section, the cowl being slidably mounted in a direction generally parallel to the longitudinal axis of the nacelle, between a direct jet position in which the cowl covers diverting means of the air flow, and an reverse jet position in which the cowl opens a passage in the nacelle and uncovers the diverting means, and - a means for driving in displacement the cowl including at least one actuator, - at least one opening which is delimited by the nozzle section of the cowl and which is associated to a leakage door, the leakage door being movably mounted on the cowl between a closed position in which the door cooperates with the associated opening to oppose the air flow through said opening, and an open leakage position in which the door is retracted to allow the flow of a part of the air flow through said opening, - an inner skin which is pivotally mounted on a fixed portion of the nacelle, and - an outer skin which extends facing the inner skin and which is pivotally mounted on a fixed portion of the nacelle, the outer skin having an opening angle smaller than that of the inner skin in order to limit the aerodynamic disturbances outside the nacelle when the leakage door occupies the open position thereof.
A method for producing a solid dispersion of amorphous N-[(3aR,4R,4aR,5aS,6S,6aS)-3,3a,4,4a,5,5a,6,6a-octahydro-1,3-dioxo-4,6-ethenocycloprop[f]isoindol-2 -yl]-4-(trifluoromethyl)-benzamide, said method comprising: (a) preparing a liquid solution comprising N-[(3aR,4R,4aR,5aS,6S,6aS)-3,3a,4,4a,5,5a,6,6a-octahydro-1,3-dioxo-4,6-ethenocycloprop[f]isoindol-2 -yl]-4-(trifluoromethyl)-benzamide, at least one polymer and a solvent; and (b) spray drying said liquid solution, thereby producing said solid dispersion of amorphous N-[(3aR,4R,4aR,5aS,6S,6aS)-3,3a,4,4a,5,5a,6,6a-octahydro-1,3-dioxo-4,6-ethenocycloprop[f]isoindol-2 -yl]-4-(trifluoromethyl)-benzamide; wherein said polymer is selected from the group consisting of: methacrylic acid copolymer, Hydroxypropyl methyl cellulose (HPMC), HPMCP-H55, CAP, PVAP, HPMCAS-L, HPMCAS-M, HPMCAS-H, Hypromellose, Povidone, Copovidone, HPC, Poloxamer, PVP-VA, PVP(neutral), Klucel, Methocel, Ethocel, Plasdone, and mixtures thereof. (a) preparing a liquid solution comprising N-[(3aR,4R,4aR,5aS,6S,6aS)-3,3a,4,4a,5,5a,6,6a-octahydro-1,3-dioxo-4,6-ethenocycloprop[f]isoindol-2 -yl]-4-(trifluoromethyl)-benzamide, at least one polymer and a solvent; and (b) spray drying said liquid solution, thereby producing said solid dispersion of amorphous N-[(3aR,4R,4aR,5aS,6S,6aS)-3,3a,4,4a,5,5a,6,6a-octahydro-1,3-dioxo-4,6-ethenocycloprop[f]isoindol-2 -yl]-4-(trifluoromethyl)-benzamide;
An aircraft propulsion module comprising - a hydrogen storage system, - at least one electrochemical converter connected to the hydrogen storage system, wherein the at least one electrochemical converter is adapted to convert hydrogen supplied from the hydrogen storage system into electric energy, and - at least one electric motor electrically connected to the at least one electrochemical converter, wherein the electric motor is adapted to generate thrust; wherein - the propulsion module comprises at least one separation means (9, 23) adapted to separate at least one component (5, 7, 8) of the propulsion module from the propulsion module, - the at at least one separable component (1a, 5, 7, 8) is in slidable connection with a support and is held in position at the support by at least one axle (14, 20) leading through respective holes (15, 16) in the component (1a, 5, 7, 8) and the support, - the at least one axle (14, 20) is held in place by a fixation element (19, 22) attached to a free end section of the axle (14, 20), and - the at least one separation means (9, 23) is adapted to remove the at least one axle (14, 20) out of the respective holes (15, 16) against resistance from the respective fixation element (19, 22). - a hydrogen storage system, - at least one electrochemical converter connected to the hydrogen storage system, wherein the at least one electrochemical converter is adapted to convert hydrogen supplied from the hydrogen storage system into electric energy, and - at least one electric motor electrically connected to the at least one electrochemical converter, wherein the electric motor is adapted to generate thrust; wherein - the propulsion module comprises at least one separation means (9, 23) adapted to separate at least one component (5, 7, 8) of the propulsion module from the propulsion module, - the at at least one separable component (1a, 5, 7, 8) is in slidable connection with a support and is held in position at the support by at least one axle (14, 20) leading through respective holes (15, 16) in the component (1a, 5, 7, 8) and the support, - the at least one axle (14, 20) is held in place by a fixation element (19, 22) attached to a free end section of the axle (14, 20), and - the at least one separation means (9, 23) is adapted to remove the at least one axle (14, 20) out of the respective holes (15, 16) against resistance from the respective fixation element (19, 22).
A method of controlling a transmission power, the method comprising: receiving information about priority values of a plurality of cells, interference channel information of a plurality of receivers, and information about a satisfaction of a quality of service demanded by each of the plurality of receivers; calculating a cost of the transmission power based on: a satisfaction of a quality of service demanded by a target receiver in a target cell, a decrease of a transmission rate in at least one neighbor cell that is caused by an increase of transmission power corresponding to the target receiver, and the information about priority values of a plurality of cells, the interference channel information of a plurality of receivers, and the information about the satisfaction of a quality of service demanded by each of the plurality of receivers; repeatedly updating the transmission power based on the cost; and performing user scheduling at the updated transmission power to update the target receiver, wherein the step of performing user scheduling comprises updating the target receiver to maximize a sum-data rate based on a proportional fairness scheme at the updated transmission power, wherein the step of calculating comprises calculating the cost of the transmission power further based on a priority value of the target cell that includes the target receiver. receiving information about priority values of a plurality of cells, interference channel information of a plurality of receivers, and information about a satisfaction of a quality of service demanded by each of the plurality of receivers; calculating a cost of the transmission power based on: a satisfaction of a quality of service demanded by a target receiver in a target cell, a decrease of a transmission rate in at least one neighbor cell that is caused by an increase of transmission power corresponding to the target receiver, and the information about priority values of a plurality of cells, the interference channel information of a plurality of receivers, and the information about the satisfaction of a quality of service demanded by each of the plurality of receivers; a satisfaction of a quality of service demanded by a target receiver in a target cell, a decrease of a transmission rate in at least one neighbor cell that is caused by an increase of transmission power corresponding to the target receiver, and the information about priority values of a plurality of cells, the interference channel information of a plurality of receivers, and the information about the satisfaction of a quality of service demanded by each of the plurality of receivers; repeatedly updating the transmission power based on the cost; and performing user scheduling at the updated transmission power to update the target receiver, wherein the step of performing user scheduling comprises updating the target receiver to maximize a sum-data rate based on a proportional fairness scheme at the updated transmission power, wherein the step of calculating comprises calculating the cost of the transmission power further based on a priority value of the target cell that includes the target receiver.
A method comprising: obtaining produced water that contains a total dissolved solids content of at least 50,000 mg/L from a hydrocarbon well formation, and then mixing (i) a zwitterionic polymer prepared by inverse emulsion polymerization of at least one monomer A b comprising a betaine group and optionally one or more nonionic monomers B a, (ii) a surfactant chosen from ammonium C 4 -C 12 alkyl ether sulfates, ammonium C 4 -C 12 alkyl ether sulfonates and ammonium C 4 -C 12 alkyl ether phosphates, and (iii) the produced water to form a well servicing fluid; and introducing the well servicing fluid into a hydrocarbon well. obtaining produced water that contains a total dissolved solids content of at least 50,000 mg/L from a hydrocarbon well formation, and then mixing (i) a zwitterionic polymer prepared by inverse emulsion polymerization of at least one monomer A b comprising a betaine group and optionally one or more nonionic monomers B a, (ii) a surfactant chosen from ammonium C 4 -C 12 alkyl ether sulfates, ammonium C 4 -C 12 alkyl ether sulfonates and ammonium C 4 -C 12 alkyl ether phosphates, and (iii) the produced water to form a well servicing fluid; and introducing the well servicing fluid into a hydrocarbon well.
A working machine which includes a body having a front end and a rear end, the body being provided with a ground engaging propulsion structure whereby the machine may be driven over the ground, a loading arm assembly which includes a single loading arm which is mounted at one end relative to the body and which extends forwardly at or towards a first side of the body, beyond the front end of the body, to a second end where there is a mounting for a working implement, the machine further including an operator's cab mounted on the body towards a second side of the body opposite to the first side where the arm extends, and at the front end of the body so that no part of the body extends significantly forwardly of the cab, and wherein the cab includes a cab roof, a cab floor, a front wall, a rear wall and a first side wall adjacent to the loading arm assembly, and a second cab side opposite to the first side wall, which affords a substantially unobstructed opening, characterised in that the opening extends for substantially the entire length of the cab at the second cab side, the machine is a skid-steer loading machine, in which a ground engaging propulsion structure (16, 17) includes a pair of wheels or a continuous loop track, at either side of the body, and steering is effected by differentially driving the wheels or at least one of the wheels of the pair, or the track, at one side of the body relative to the wheel or wheels or track at the other side of the body, and wherein the second cab side further comprises an access door extending over substantially the full cab length at the second cab side, between the front wall and the rear wall; wherein the substantially unobstructed opening at the second side of the cab is bounded by a cab frame and the cab frame defines a substantially vertical rear post to which the access door is pivoted by hinges.
A rodent, comprising a replacement of a genomic fragment of a rodent IL-4Rα gene at an endogenous rodent IL-4Rα locus with a genomic fragment of a human IL4-Rα gene to form a humanized IL-4Rα gene comprising the ATG initiation codon of coding exon 1 through coding exon 5 of the human IL-4Rα gene, and coding exons 6-9 of the rodent IL-4Rα gene, wherein the genomic fragment of the rodent IL-4Rα gene comprises the ATG initiation codon of coding exon 1 through coding exon 5 of the rodent IL-4Rα gene, and the genomic fragment of the human IL-4Rα gene comprises the ATG initiation codon of coding exon 1 through coding exon 5 of the human IL-4Rα gene, and wherein expression of the humanized IL-4Rα gene is under control of rodent IL-4Rα regulatory elements at the endogenous rodent IL-4Rα locus.
A steerable device configured to be advanced in the lumen of a tubular element, said device comprising: - a flexible axially elongated member having proximal and distal ends, - at least one actuating means (3,30) arranged alongside the periphery of said elongated member, - at least one fastening means configured to fasten at least partially the at least one actuating means (3,30) to the flexible elongated member distal end, said fastening means being in direct contact with the at least one actuating means (3,30), - at least one anti-return means (5,51,52,53,54,55,56,57) configured to keep the at least one actuating means (3,30) from sliding alongside the periphery of the flexible elongated member distal end, characterized in that the at least one anti-return means (5,51,52,53,54,55,56,57) and the at least one fastening means are in axial abutting contact so as to prevent the at least one actuating means (3,30) from sliding once actuated. - a flexible axially elongated member having proximal and distal ends, - at least one actuating means (3,30) arranged alongside the periphery of said elongated member, - at least one fastening means configured to fasten at least partially the at least one actuating means (3,30) to the flexible elongated member distal end, said fastening means being in direct contact with the at least one actuating means (3,30), - at least one anti-return means (5,51,52,53,54,55,56,57) configured to keep the at least one actuating means (3,30) from sliding alongside the periphery of the flexible elongated member distal end,
Apparatus for welding a covering film superimposed on a sheet made of thermoformable plastic material provided with a plurality of containers thermoformed on said sheet, comprising first plate means provided with an operating wall for supporting said sheet and second plate means provided with welding means for pressing said film and said sheet against said operating wall such as to weld said film to said sheet, said sheet comprising a plurality of through holes interposed between said containers, said first plate means comprising conduit means leading onto said operating wall at said through holes for sucking air from and/or leading a gas to, said containers, wherein the apparatus further comprises supporting means associated with said first plate means and movable between an extended position, in which said supporting means protrudes from said operating wall so as to support said film and maintain said film spaced apart from said sheet to facilitate sucking of air from and/or leading a gas to said containers, and a retracted position, in which said supporting means is substantially housed inside said first plate means so as to enable said first plate means and said second plate means to press and weld together said film and said sheet, and wherein it further comprises locking means interposed between said first plate means and said second plate means and arranged for locking said film to said sheet, in a first operating configuration, along a peripheral portion bounding an operating zone of said sheet comprising said containers.
A device management scheduling method in a terminal that performs a device management with a server, the method comprising: receiving a schedule for device management from the server via a device management session using device management protocols, wherein the schedule comprises a device management task and a trigger for performing the device management task; installing the received schedule into device management objects; performing the device management task in response to the trigger in the schedule without receiving a device management command from the server; the device management method being characterized in that it further comprises the steps of: reporting (S18, S19) a result of performing the device management task to the server according to a gating node in the device management objects, wherein the gating node indicates whether the result of performing the device management task is to be reported to the server. receiving a schedule for device management from the server via a device management session using device management protocols, wherein the schedule comprises a device management task and a trigger for performing the device management task; installing the received schedule into device management objects; performing the device management task in response to the trigger in the schedule without receiving a device management command from the server; the device management method being characterized in that it further comprises the steps of: reporting (S18, S19) a result of performing the device management task to the server according to a gating node in the device management objects, wherein the gating node indicates whether the result of performing the device management task is to be reported to the server. reporting (S18, S19) a result of performing the device management task to the server according to a gating node in the device management objects, wherein the gating node indicates whether the result of performing the device management task is to be reported to the server.
An operation limiting device that limits an operation relating to a processing of a workpiece by a processing apparatus, comprising: a terminal interface for transmitting/receiving information to/from a plurality of terminal devices; and a control unit connected to the plurality of terminal devices via the terminal interface and configured to: authenticate a user; receive a request of an operation from one user or permission of the operation from one or more other users; enable the operation after verifying a suitability of the terminal device of the one user and the terminal device of the one or more other users, if the one user and the one or more other users are authenticated and if the request of the operation is received from the one user and the permission of the operation is received from the one or more other users; and release an operation enabled state if the processing relating to the operation is terminated or if a predetermined period of time required for the operation elapses after the enablement of the operation. a terminal interface for transmitting/receiving information to/from a plurality of terminal devices; and a control unit connected to the plurality of terminal devices via the terminal interface and configured to: authenticate a user; receive a request of an operation from one user or permission of the operation from one or more other users; enable the operation after verifying a suitability of the terminal device of the one user and the terminal device of the one or more other users, if the one user and the one or more other users are authenticated and if the request of the operation is received from the one user and the permission of the operation is received from the one or more other users; and release an operation enabled state if the processing relating to the operation is terminated or if a predetermined period of time required for the operation elapses after the enablement of the operation. authenticate a user; receive a request of an operation from one user or permission of the operation from one or more other users; enable the operation after verifying a suitability of the terminal device of the one user and the terminal device of the one or more other users, if the one user and the one or more other users are authenticated and if the request of the operation is received from the one user and the permission of the operation is received from the one or more other users; and release an operation enabled state if the processing relating to the operation is terminated or if a predetermined period of time required for the operation elapses after the enablement of the operation.