mhurhangee/ep-ind-claims huggingface dataset:
Method for providing law enforcement agencies in a telecommunications network with monitoring or retention data related to multiple telecommunication identities in the telecommunications network, comprising the step of grouping a number of said telecommunication identities in at least one list of telecommunication identities identified by a corresponding at least one list identification element, comprising the step of retrieving monitored information data from the telecommunications network relating to the number of telecommunication identities in the at least one list of telecommunication identities, the step of tagging the retrieved monitored information data with a corresponding list identification element, and delivering the retrieved monitored information data tagged with the corresponding list identification element.
A power system for a wind turbine comprising at least one blade, said power system comprising: a measurement device configured to detect an overfrequency condition within an electrical system; and a controller communicatively coupled to said measurement device, said controller configured to switch the wind turbine between a power generation mode and a power consumption mode based on an existence of a detected overfrequency condition; characterized in that: said controller is further configured to: generate at least one of a negative torque command and a negative power command when the overfrequency condition is detected; and generate at least one of a positive torque command and a positive power command when the overfrequency condition is not detected; said power system further comprising a generator communicatively coupled to said controller, said generator configured to use power from the electrical system to rotate said blade when the overfrequency condition is detected. a measurement device configured to detect an overfrequency condition within an electrical system; and a controller communicatively coupled to said measurement device, said controller configured to switch the wind turbine between a power generation mode and a power consumption mode based on an existence of a detected overfrequency condition; characterized in that: said controller is further configured to: generate at least one of a negative torque command and a negative power command when the overfrequency condition is detected; and generate at least one of a positive torque command and a positive power command when the overfrequency condition is not detected; said power system further comprising a generator communicatively coupled to said controller, said generator configured to use power from the electrical system to rotate said blade when the overfrequency condition is detected. said controller is further configured to: generate at least one of a negative torque command and a negative power command when the overfrequency condition is detected; and generate at least one of a positive torque command and a positive power command when the overfrequency condition is not detected; said power system further comprising a generator communicatively coupled to said controller, said generator configured to use power from the electrical system to rotate said blade when the overfrequency condition is detected. generate at least one of a negative torque command and a negative power command when the overfrequency condition is detected; and generate at least one of a positive torque command and a positive power command when the overfrequency condition is not detected; said power system further comprising a generator communicatively coupled to said controller, said generator configured to use power from the electrical system to rotate said blade when the overfrequency condition is detected.
A method for transfer lamination, said method comprising the steps of: applying a release coating to a first side of a film; applying an application layer to said first side of said film over said release coating; bonding said first side of said film to a substrate; applying a second coating to the second side of said film while said first side of said film is bonded to said substrate; and removing said film from said substrate leaving said application layer deposited on said substrate and said second coating on said second side of said film; wherein said second coating has one or more texture-imparting additives so that said second coating mimics leather; and/or wherein said second coating includes a matting agent or metal to impart a surface finish, including semi-gloss, high-gloss, eggshell, or matte. applying a release coating to a first side of a film; applying an application layer to said first side of said film over said release coating; bonding said first side of said film to a substrate; applying a second coating to the second side of said film while said first side of said film is bonded to said substrate; and removing said film from said substrate leaving said application layer deposited on said substrate and said second coating on said second side of said film; wherein said second coating has one or more texture-imparting additives so that said second coating mimics leather; and/or wherein said second coating includes a matting agent or metal to impart a surface finish, including semi-gloss, high-gloss, eggshell, or matte.
A method of decoding data from a bitstream of encoded data using an image or video decoder, the method comprising: decoding residual data for a first set of samples, wherein the residual data is calculated based on an operation involving the first set of samples and a prediction, and reconstructing the first set of samples to produce a set of reconstructed samples; decoding prediction information for a second set of samples wherein the prediction information is used to generate a prediction in a prediction operation involving one of the reconstructed samples among the set of reconstructed samples, and that one reconstructed sample among said set of reconstructed samples serves as a basis for the prediction; and determining to refine that one reconstructed sample, and based on that determination, decoding refinement data for that one reconstructed sample, applying the decoded refinement data to that one reconstructed sample to produce a refined reconstructed sample, and storing the refined reconstructed sample for subsequent prediction operations, wherein the refinement data comprises refined residual data, and wherein applying the decoded refinement data to that one reconstructed sample includes adding the refined residual data to that one reconstructed sample. decoding residual data for a first set of samples, wherein the residual data is calculated based on an operation involving the first set of samples and a prediction, and reconstructing the first set of samples to produce a set of reconstructed samples; decoding prediction information for a second set of samples wherein the prediction information is used to generate a prediction in a prediction operation involving one of the reconstructed samples among the set of reconstructed samples, and that one reconstructed sample among said set of reconstructed samples serves as a basis for the prediction; and determining to refine that one reconstructed sample, and based on that determination, decoding refinement data for that one reconstructed sample, applying the decoded refinement data to that one reconstructed sample to produce a refined reconstructed sample, and storing the refined reconstructed sample for subsequent prediction operations, wherein the refinement data comprises refined residual data, and wherein applying the decoded refinement data to that one reconstructed sample includes adding the refined residual data to that one reconstructed sample. decoding refinement data for that one reconstructed sample, applying the decoded refinement data to that one reconstructed sample to produce a refined reconstructed sample, and storing the refined reconstructed sample for subsequent prediction operations, wherein the refinement data comprises refined residual data, and wherein applying the decoded refinement data to that one reconstructed sample includes adding the refined residual data to that one reconstructed sample.
Sound generation assembly unit kit for constructing a sound generation unit for an exhaust system of an internal combustion engine, comprising: - at least one sound generation module with a sound generation module housing to be arranged on an exhaust gas guide element of an exhaust system and at least one loudspeaker unit arranged in the sound generation module housing, wherein a partial rear volume is formed in the sound generation module housing, - a group providing at least two different rear volume modules with a rear volume module housing each and with a rear volume formed in the rear volume module housing, wherein the rear volume module housing of the rear volume module selected as suitable for the individual purpose can be connected to the sound generation module housing of the at least one sound generation module for the acoustic coupling of the rear volume to the at least one loudspeaker unit, wherein when the rear volume module housing is acoustically coupled to the sound generation module housing, the partial rear volume is in connection with the rear volume. - at least one sound generation module with a sound generation module housing to be arranged on an exhaust gas guide element of an exhaust system and at least one loudspeaker unit arranged in the sound generation module housing, wherein a partial rear volume is formed in the sound generation module housing, - a group providing at least two different rear volume modules with a rear volume module housing each and with a rear volume formed in the rear volume module housing, wherein the rear volume module housing of the rear volume module selected as suitable for the individual purpose can be connected to the sound generation module housing of the at least one sound generation module for the acoustic coupling of the rear volume to the at least one loudspeaker unit, wherein when the rear volume module housing is acoustically coupled to the sound generation module housing, the partial rear volume is in connection with the rear volume.
A system for treating and distributing water, of the type comprising a disconnect tub equipped with a closable inlet for supplying water connectable to a water source and an overflow well, at least one bladder balloon supplied at its inlet from the disconnect tub and connectable at its outlet to a water distribution circuit, means for treating the water positioned between the disconnect tub and the or at least one bladder balloon, at least one disconnect tub being housed inside an enclosure, preferably of the cabinet type, characterized in that said system further comprises storage means for water, called household wastewater, topping coagulation means for coagulating at least part of the impurities contained in said water, which in turn top filtration means for the coagulated solution, said superimposed storage, coagulation and filtration means being positioned above the disconnect tub for a supply generally from above, of the disconnect tub from the filtration means by gravitational flow, the storage, coagulation and filtration means each comprising at least one tank (13; 18; 26) provided with a fluid supply inlet (14; 19; 27), a fluid discharge outlet (15; 20; 28), and for the tanks (13; 18), storage means and coagulation means, with an overflow well (16, 21).
A temperature-pressure integrated sensor, comprising: an electrical connecting member, a pressure sensor element, and a basal body assembly that are sequentially connected; a flexible modulation circuit board provided between the pressure sensor element and the electrical connecting member, the pressure sensor element being connected with the flexible modulation circuit board; a conductive extension portion connected with the flexible modulation circuit board, the conductive extension portion extending from a top end of the pressure sensor element to a bottom end of the basal body assembly; and a temperature sensor element disposed at a bottom end of the conductive extension portion, the temperature-pressure integrated sensor being characterized in that the basal body assembly comprises a cylindrical basal body and two flow-guiding columns disposed at a bottom portion of the cylindrical basal body, each flow-guiding column being provided with a through-hole disposed along an axial direction of the flow-guiding column for guiding a test fluid towards the pressure sensor element, the pressure sensor element being disposed at a top portion of the cylindrical basal body.
An arrangement (100;200;300) supporting dual mode operation or communication with a core network (20; 20 1; 20 2) using a first and a second mode via a first and a second interface respectively, wherein the arrangement comprises parameter handling means (5; 5 1; 5 2), adapted to collect or receive first parameters comprising configurable traffic load related parameters and second parameters comprising current network traffic dependent parameters, and selecting means (6; 6 1; 6 2) comprising calculating means (7 1) adapted to use the configurable parameters and the current parameters of the parameter handling means (5; 5 1; 5 2) to select the first or the second mode as operation mode for communication between a mobile station (30; 30 1; 30 2) and the core network (20; 20 1; 20 2), and the arrangement is adapted to configure or elect the first or the second mode as a majority mode supporting handling of a number of mobile stations which exceeds the number of mobile stations operating in the other, non-elected, mode.
Device for producing hollow profiles, in particular tubes, comprising a bending device for bending a blank, in particular a welding device for closing a longitudinal seam of the hollow profile, in particular the tube, a transport device for loading a blank, a transport device for unloading the hollow profile, a punching tool and at least one die tool for forming the hollow profile, characterized in that the punching tool and the die tool are provided so as to be longitudinally displaceable in the axial direction.
Device for manually producing a filtered coffee beverage with a collecting container, hereinafter coffee container, and with a receiving receptacle for water and coffee, hereinafter filter pot, which in the bottom region has a fine-mesh screen fabric made of metal or plastic, hereinafter filter screen, which separates the aqueous coffee extract from the undissolved solid fraction, and wherein the filter pot is arranged inside the coffee container and is movable in the longitudinal direction inside the coffee container between a starting position and a filtering position, and wherein the filter pot has a closed wall, characterized in that the filter pot, in the starting position, is supported on a bottom wall of the coffee container and serves to receive the boiling water and the ground coffee, which is dispersed in the heated water by stirring or by means of shaking the filter device, and wherein the filter pot is sealed off in relation to the bottom of the coffee container, and in that the filter pot is lifted to the filtering position, such that the coffee beverage, i.e. the water saturated with the water-soluble solid fractions of the coffee, runs into the coffee container.
An aircraft pressurized cabin door comprising an outer panel and a door structure (3 the door structure comprising: - two circumferential beams fastened to the lateral edges of the door; - a plurality of longitudinal beams arranged substantially perpendicularly between the circumferential beams and fastened to the outer panel, each longitudinal beam extending from one circumferential beam to the other; and in that each longitudinal beam is an open profile of which the opening is directed toward the outer panel characterized in that said opening is closed by the internal face of the outer panel to which the longitudinal beam is fastened. - two circumferential beams fastened to the lateral edges of the door; - a plurality of longitudinal beams arranged substantially perpendicularly between the circumferential beams and fastened to the outer panel, each longitudinal beam extending from one circumferential beam to the other;
An electric device system comprising a plurality of electric device units that are electrically connected to each other by assembling the plurality of electric device units in line along a first direction, wherein the plurality of electric device units comprises a first unit (2B1) and a second unit (2B2) that are adjacent to each other in an assembly state, each of the first unit (2B1) and the second unit (2B2) comprises an insulating casing as an outer shell, a first connecting terminal is provided at a predetermined position in a first outer surface that is a casing surface of the first unit (2B1), the casing surface of the first unit (2B1) facing the second unit (2B2) in the assembly state, at least a part of the first connecting terminal projecting from the first outer surface in a non-assembly state, the first connecting terminal being elastically deformable in the first direction, a second connecting terminal is provided at a position in a second outer surface that is a casing surface of the second unit (2B2), the casing surface of the second unit (2B2) facing the first unit (2B1) in the assembly state, the position in the second outer surface facing the first connecting terminal in the assembly state, a guiding mechanism is provided in the first unit (2B1) and the second unit (2B2), the guiding mechanism slidably guiding the first unit (2B1) into the second unit (2B2) along a second direction orthogonal to the first direction to enable the first unit (2B1) to be assembled in and removed from the second unit (2B2), the guiding mechanism guides the first unit (2B1) into the second unit (2B2) in assembling the first unit (2B1) in the second unit (2B2) such that the first connecting terminal comes into contact with the second connecting terminal after sliding on the second outer surface, a bulging surface bulging out toward the second unit (2B2) is provided in an exposed surface of the first connecting terminal located on the second unit (2B2) side in the assembly state, characterized in that a recess is provided in an exposed surface of the second connecting terminal located on the first unit (2B1) side in the assembly state, a part of the bulging surface is fitted in the recess in the assembly state, and therefore at least the part of the bulging surface comes into press-contact with at least a part of an opening edge of the recess to establish electric conduction between the first connecting terminal and the second connecting terminal the bulging surface bulges out such that a bulging amount toward the second unit (2B2) varies in a third direction orthogonal to the first direction and the second direction, the recess comprises a pair of opening edges facing each other in the third direction, and the first connecting terminal and the second connecting terminal come into press-contact with each other at two points corresponding to the pair of opening edges of the recess in the assembly state.
A spectacle frame including at least a first element and a second element that are clipped together, the frame being characterized in that the first element includes a plate having a first abutment formed by a portion of a loop that receives a hinge pin of a temple of the frame, and a second abutment facing the first abutment and spaced apart therefrom to receive between them a sideplate secure with said second element, the second abutment being formed by a loop having an end portion that is free to come to bear against the sideplate and being elastically deformable between: · a sideplate retaining state in which the second abutment presses the sideplate against the first abutment and against the plate; and · a sideplate releasing state. · a sideplate retaining state in which the second abutment presses the sideplate against the first abutment and against the plate; and · a sideplate releasing state.
LED luminaire, containing a case having two end parts and made of a heat conductive material, end plugs (3, 4) having through ventilation openings and attached to the case at the end parts of the case, a power source, at least one optical member with LEDs, which is connected with an external surface of a case bottom part, forming a thermal contact and made hermetic, and at least one fastening device connected with the case and made with a possibility of fastening the LED luminaire to an external element; characterized in that the case is made as a hollow section with open end parts; the case is provided with a cover made as a section, which has open end parts and an open bottom part, directed to a case top part, wherein the cover is made of a heat conductive material and the case and the cover are connected with each other via the front and rear end plugs (3, 4) made of a heat insulator; the power source is electrically and hermetically connected with the optical members with LEDs, and made with a possibility of adaptation of an external power supply to the LEDs power supply parameters and connected to the cover from the inside in the cover hollow, forming a thermal contact; wherein cover walls and a case top part form a through ventilation duct, made with a possibility of letting in convection air flows, cooling the cover, the power source and the case top part, and the ventilation openings of the end plugs (3, 4) are connected with the cover hollow and are made with a possibility of letting in convection air flows into the cover hollow; the cover is connected with the end plugs (3, 4) at one side by two movable joints, and at the other side, by at least two articulated joints, and the cover is made with a possibility of opening to replace the power source by turning in the movable joints in case of detached articulated joints; and a heat reflecting screen, made of a heat insulator, is fixed on cover side walls from the inside, and made with a possibility of heat reflection, that is produced by the case.
A syringe for dispensing a drug, comprising: a rigid syringe body; a first container, in contact with and enclosing the drug; and a second container, enclosing the first container, the second container being less gas permeable than the first container, characterised in that the second container partially or fully forms the rigid syringe body or is held within the rigid syringe body. a rigid syringe body; a first container, in contact with and enclosing the drug; and a second container, enclosing the first container, the second container being less gas permeable than the first container, characterised in that the second container partially or fully forms the rigid syringe body or is held within the rigid syringe body.
Dispenser (20, 88, 110) for the dosed dispensing of at least two components received in one reservoir (26, 27) respectively, wherein a pumping device (34, 35) is assigned to each reservoir (26, 27) and the pumping devices are equipped with an actuation device (24, 72, 90, 162) for dispensing the components from an output device which is connected to the reservoirs (26, 27), wherein the actuation device acts on the pumping devices indirectly via a dosing device and the dosing device is equipped with a setting device (23, 71, 89, 161) which can be actuated to change the position of a transmission element (40, 75, 114, 146) acting on the pumping devices for setting the quantity ratio of the components, characterized in that both the setting device (23, 71, 89, 161) for setting the quantity ratio of the components and the actuation device (24, 72, 90, 162) for dispensing the components from the output device, for the purpose of actuation, can be rotated about a longitudinal axis of the dispenser (20, 88, 110).