mhurhangee/ep-ind-claims huggingface dataset:
A flow-straightener apparatus, comprising: a first annular frame; a second annular frame arranged concentrically within the first annular frame; and a plurality of flow-straightener vanes each having a first end coupled to an interior surface of the first annular frame and a second end coupled to an exterior of the second annular frame, wherein the plurality of flow-straightener vanes each have a leading edge and a trailing edge, wherein the plurality of flow-straightener vanes each have, in a cross-sectional side view, a curved segment, wherein the curved segment of each of the plurality of flow-straightener vanes has a front surface with a first radius of curvature and a back surface with a second radius of curvature resulting in a variable thickness in the curved segment, characterised in that the curved segment of each of the plurality of flow-straightener vanes extends between the leading edge and a transition point, the plurality of flow-straightener vanes each having, in said cross-sectional side view, a straight segment extending between the transition point and the trailing edge. a first annular frame; a second annular frame arranged concentrically within the first annular frame; and a plurality of flow-straightener vanes each having a first end coupled to an interior surface of the first annular frame and a second end coupled to an exterior of the second annular frame, wherein the plurality of flow-straightener vanes each have a leading edge and a trailing edge, wherein the plurality of flow-straightener vanes each have, in a cross-sectional side view, a curved segment, wherein the curved segment of each of the plurality of flow-straightener vanes has a front surface with a first radius of curvature and a back surface with a second radius of curvature resulting in a variable thickness in the curved segment, characterised in that the curved segment of each of the plurality of flow-straightener vanes extends between the leading edge and a transition point, the plurality of flow-straightener vanes each having, in said cross-sectional side view, a straight segment extending between the transition point and the trailing edge.
A polarizer, comprising at least one MMI multi-mode waveguide, wherein one side of each MMI multi-mode waveguide is connected to an input waveguide, and the other side is connected to an output waveguide; an end portion of the side, on which the output waveguide is located, of the MMI multi-mode waveguide is provided with an adjustable portion, and the adjustable portion is connected to the output waveguide; and the polarizer further comprises a controller connected to the adjustable portion, wherein the controller is configured to perform control to change a material property of the adjustable portion, so that the output waveguide outputs an optical signal in a TE polarization state or an optical signal in a TM polarization state.
A method of controlling flow in a bore of an oil or gas well, the method comprising: providing a control mechanism 20 in the bore, configured to detect a pressure signature in a fluid in the bore; and generating a pressure signature in the fluid in the bore and transmitting the pressure signature to the control mechanism 20 to trigger a change in the configuration of a flow control device in the bore in response to the detection of the pressure signature in the fluid; characterised in that a positive pressure signature effective to trigger the change in configuration of the flow control device requires a sequence of at least two minimum pressure changes, each pressure change having a minimum rate of change of pressure, with a measured time interval between each pressure change. providing a control mechanism 20 in the bore, configured to detect a pressure signature in a fluid in the bore; and generating a pressure signature in the fluid in the bore and transmitting the pressure signature to the control mechanism 20 to trigger a change in the configuration of a flow control device in the bore in response to the detection of the pressure signature in the fluid; characterised in that a positive pressure signature effective to trigger the change in configuration of the flow control device requires a sequence of at least two minimum pressure changes, each pressure change having a minimum rate of change of pressure, with a measured time interval between each pressure change.
An ignition charge consisting of a cellulose ester-based carrier film having on one side thereof an ignition filler discontinuously distributed, in solid geometric volume patterns, over a plurality of areas of the film, said ignition filler comprising about 88% to about 92% by weight of ignition powder(s) and about 7% to about 10% by weight of cellulose ester.
A light guide device comprising: a base substrate upon a first surface of which are mounted one or more light sources and a first light guide layer, the first light guide layer being arranged so as to encapsulate the one or more light sources upon the first surface; and light extraction features; characterised by a cladding layer at the interface between the base substrate and the first light guide layer, wherein the cladding layer has a refractive index lower than that of the first light guide layer so as to achieve total internal reflection of light within the first light guide layer; and wherein the light extraction features are located on a second surface of the base substrate which is opposite the first surface of the base substrate and comprise a microstructured film; and wherein the cladding layer comprises a number of apertures. a base substrate upon a first surface of which are mounted one or more light sources and a first light guide layer, the first light guide layer being arranged so as to encapsulate the one or more light sources upon the first surface; and light extraction features; characterised by a cladding layer at the interface between the base substrate and the first light guide layer, wherein the cladding layer has a refractive index lower than that of the first light guide layer so as to achieve total internal reflection of light within the first light guide layer; and wherein the light extraction features are located on a second surface of the base substrate which is opposite the first surface of the base substrate and comprise a microstructured film; and wherein the cladding layer comprises a number of apertures.
Locking aid drive for a motor vehicle lock, a drive housing being provided, the locking aid drive being couplable in terms of drive to the motor vehicle lock via a Bowden cable with a Bowden cable core and Bowden cable sheath and a drive motor with a downstream feed mechanism for producing driving movements and a coupling element for transferring the driving movements being provided, characterized in that the coupling element can be brought, in particular by means of the drive motor, into at least one coupling position in which said coupling element is accessible from the outside for the production of a coupling of the Bowden cable to the coupling element, and otherwise is inaccessible from the outside for the production of a coupling of the Bowden cable to the coupling element.
A method of manufacturing an edible product comprising chocolate, the method comprising the steps of: (a) providing a batter mixture comprising a source of starch and a liquid chocolate; (b) baking the batter mixture in a baking apparatus; wherein the liquid chocolate provides up to 70 wt% of the batter mixture; wherein the batter mixture comprises at least 30 wt% of an aqueous liquid. (a) providing a batter mixture comprising a source of starch and a liquid chocolate; (b) baking the batter mixture in a baking apparatus; wherein the liquid chocolate provides up to 70 wt% of the batter mixture; wherein the batter mixture comprises at least 30 wt% of an aqueous liquid.
Locking mechanism component for a motor vehicle lock containing at least one blocking surface, comprising at least a main body and at least one inserted component at least partially forming the at least one blocking surface, in which the at least one inserted component contains a stop plate forming the blocking surface said plate being located at a distance from the main body, characterized in that a damping material is arranged at least partly between the at least one main body and the at least one inserted component
A copolymer comprising: i) from 2 weight percent to 98 weight percent of a first monomer; and ii) from 2 weight percent to 98 weight percent of a second monomer; wherein the first monomer is a first 1,1-disubstituted alkene monomer, and the second monomer is a second 1,1-disubstituted alkene monomer, wherein the term 1,1-disubstituted alkene monomer means a compound having a carbon with a double bond attached thereto which is further bonded to two carbon atoms of carbonyl groups, wherein the first monomer has a structure such that homopolymers of the first monomer have a Tg of 50 °C or more as measured by differential scanning calorimetry; and the second monomer has a structure such that homopolymers of the second monomer have a Tg of 15 °C or less as measured by DSC.. i) from 2 weight percent to 98 weight percent of a first monomer; and ii) from 2 weight percent to 98 weight percent of a second monomer;
A pharmaceutical composition for oral delivery for use in a method of treating a disorder selected from a neurological disorder or a seizure disorder, comprising administering to a patient in need thereof, said pharmaceutical composition for oral delivery comprising: 74 weight % to 86 weight % of a sugar sphere core wherein the sugar sphere core has a particle size of 500-710 μm; a huperzine layer coating the sugar sphere, wherein the huperzine layer comprises 0.4 to 1 weight % huperzine or a pharmaceutically acceptable salt of huperzine that is equivalent to 0.95% to 1 weight % huperzine, and one or more excipients, wherein the total amount of excipients is 5 weight % to 9 weight %; 7 weight % to 16 weight % of a plasticized ethyl cellulose polymer layer coating the huperzine layer, wherein the huperzine layer contains a therapeutically effective amount of huperzine; and wherein the therapeutically effective amount of huperzine is twice a day dose of 3.0 mg to 4.0 mg or up to the maximum tolerated dose. 74 weight % to 86 weight % of a sugar sphere core wherein the sugar sphere core has a particle size of 500-710 μm; a huperzine layer coating the sugar sphere, wherein the huperzine layer comprises 0.4 to 1 weight % huperzine or a pharmaceutically acceptable salt of huperzine that is equivalent to 0.95% to 1 weight % huperzine, and one or more excipients, wherein the total amount of excipients is 5 weight % to 9 weight %; 7 weight % to 16 weight % of a plasticized ethyl cellulose polymer layer coating the huperzine layer, wherein the huperzine layer contains a therapeutically effective amount of huperzine; and wherein the therapeutically effective amount of huperzine is twice a day dose of 3.0 mg to 4.0 mg or up to the maximum tolerated dose.
A method performed by a user equipment in a communication network, the method comprising: scanning one or more frequencies within a predetermined spectrum space designated for use by the communication network; detecting synchronization signals on a first frequency of the scanned one or more frequencies, and determining a first identity value from the detected synchronization signals; receiving a first reference signal based on the determined first identity value; receiving a broadcast channel; decoding the broadcast channel based on the received first reference signal, and identifying from the decoded broadcast channel a second identity value; receiving a second reference signal, based upon the first identity value and the second identity value; and determining a cell identification value based upon the first identity value determined from the detected synchronization signals, and the second identity value identified from the decoded broadcast channel. scanning one or more frequencies within a predetermined spectrum space designated for use by the communication network; detecting synchronization signals on a first frequency of the scanned one or more frequencies, and determining a first identity value from the detected synchronization signals; receiving a first reference signal based on the determined first identity value; receiving a broadcast channel; decoding the broadcast channel based on the received first reference signal, and identifying from the decoded broadcast channel a second identity value; receiving a second reference signal, based upon the first identity value and the second identity value; and determining a cell identification value based upon the first identity value determined from the detected synchronization signals, and the second identity value identified from the decoded broadcast channel.
A system for care of foot and/or hand wherein the system is in two parts, comprising a wet foam product for taking care of foot and/or hand and a flexible, moisture-proof sleeve for surrounding foot and/or hand in cooperation with the foam product, wherein the wet foam product is packaged in a holder.
A holder for a position sensor of an electric machine, the holder comprising a pocket for holding the position sensor and an abutment, characterised in that the holder comprises biasing means mountable to a fixture of the electric machine for biasing the abutment relative to the fixture, the biasing means comprising one or more cantilever springs (13,14).
A method for operating a user equipment, UE, supporting carrier aggregation, CA, with a master cell group, MCG, and a secondary cell group, SCG, in a wireless communication system, the method comprising: detecting a radio link failure, RLF, of the MCG; in case that the RLF of the MCG is detected, suspending (603, 2903) an MCG transmission for all signaling radio bearers, SRBs, and data radio bearers, DRBs, except SRB0; in case that the RLF of the MCG is detected, identifying whether a transmission to the SCG is suspended; in case that the transmission to the SCG is suspended, performing a connection reestablishment procedure; in case that the transmission to the SCG is not suspended and a split SRB1 is configured, transmitting (1307,3507) a report of information on the RLF of the MCG via the split SRB1; and in case that the transmission to the SCG is not suspended and a SRB3 is configured, transmitting (1303, 1305) the report of information on the RLF of the MCG via the SRB3. detecting a radio link failure, RLF, of the MCG; in case that the RLF of the MCG is detected, suspending (603, 2903) an MCG transmission for all signaling radio bearers, SRBs, and data radio bearers, DRBs, except SRB0; in case that the RLF of the MCG is detected, identifying whether a transmission to the SCG is suspended; in case that the transmission to the SCG is suspended, performing a connection reestablishment procedure; in case that the transmission to the SCG is not suspended and a split SRB1 is configured, transmitting (1307,3507) a report of information on the RLF of the MCG via the split SRB1; and in case that the transmission to the SCG is not suspended and a SRB3 is configured, transmitting (1303, 1305) the report of information on the RLF of the MCG via the SRB3.
A moving contact member of circuit breaker, comprising an insulating support, a pair of fixing plates, a grid plate base, a set of grid plates, a revolving support shaft, a set of parallel conductors, and a flexible conductive connecting wire, wherein, the upper ends of the pair of fixing plates are fixed to the two sides of the insulating support; the grid plate base covers the set of parallel conductors, with two ends being fixed to the pair of fixing plates; the middle part of the set of parallel conductors is pivot-mounted on the middle part of the revolving support shaft the two ends of which are fixed to the pair of fixing plates, and the parallel conductors are jointed to one end of the flexible conductive connecting wire; wherein the moving contact member further comprises a fixing support, which is mounted on the insulating support or grid plate base, accompanying the set of parallel conductors; at least one conductor in the set of parallel conductors is in the fixing support and at a position consistent with the other conductors; the set of grid plates are arranged on either the grid plate base or the insulating support, characterized in that the moving contact member further comprises a conductive block, wherein the lower ends of the pair of fixing plates are jointed to the conductive block; the other end of the flexible conductive connecting wire is fixed to the conductive block; and wherein, the fixing support has a parallel conductor receiving cavity designed to receive at least one of the conductors in the set of parallel conductors; a pair of side walls of the parallel conductor receiving cavity are perpendicular to the revolving support shaft, and the bottom wall of the parallel conductor receiving cavity is fixed to the insulating support or the grid plate base.
A method of controlling an energy storage system, the energy storage system including a plurality of batteries (202A, 202B,..., 202N) that provide a DC voltage output coupled through a respective plurality of power converters (212A, 212B,..., 212N) to a DC bus, the method comprising: providing one or more constraints to an optimization problem algorithm characterised in that the method further comprises: determining by the optimization problem algorithm a DC bus voltage (V Bus) value that results in an about minimum total power dissipation for the plurality of power converters; calculating a respective control variable for each of the respective plurality of power converters based on the determined DC bus voltage value; generating control processor executable instructions to implement control of each of the respective plurality of power converters to achieve the calculated respective control variable; and providing to at least one processor the executable instructions, which when executed by the at least one processor cause the at least one processor to command respective ones of the plurality of power converters to operate based on the calculated respective control variable. determining by the optimization problem algorithm a DC bus voltage (V Bus) value that results in an about minimum total power dissipation for the plurality of power converters; calculating a respective control variable for each of the respective plurality of power converters based on the determined DC bus voltage value; generating control processor executable instructions to implement control of each of the respective plurality of power converters to achieve the calculated respective control variable; and providing to at least one processor the executable instructions, which when executed by the at least one processor cause the at least one processor to command respective ones of the plurality of power converters to operate based on the calculated respective control variable.
A container with a foldable element which is connected to a folding mechanism (3, 5) and a trigger, wherein the container is a laundry basket, characterized in that the folding mechanism (3, 5), the foldable element, and the trigger are manufactured from one part, and the folding mechanism (3, 5) is a spring hinge, wherein, if force is exerted on the trigger, this force is transferred to the spring hinge and causes the foldable element to rotate about its mounting axis.
A sealing insert for a water outlet, said sealing insert comprising: - an annular body which has a side wall and a peripheral collar, - at least one sealing lip (3, 3', 3") which is arranged on the side wall and points outward, - wherein in a longitudinal-axial section through the sealing insert, the at least one sealing lip (3, 3', 3") comprises a conical contour which ends in an apex and transitions into an outer lateral surface of the annular body, - and wherein the side wall of the annular body has a cone surface portion (7, 7') adjoining the at least one sealing lip (3, 3', 3"), characterized in that the cone surface portion (7, 7') tapers in the direction of the collar. - an annular body which has a side wall and a peripheral collar, - at least one sealing lip (3, 3', 3") which is arranged on the side wall and points outward, - wherein in a longitudinal-axial section through the sealing insert, the at least one sealing lip (3, 3', 3") comprises a conical contour which ends in an apex and transitions into an outer lateral surface of the annular body, - and wherein the side wall of the annular body has a cone surface portion (7, 7') adjoining the at least one sealing lip (3, 3', 3"),
A valve-gated injection molding system comprising: an injection nozzle having a nozzle body, an inlet channel for receiving melt and a heater; the nozzle body having an inlet for receiving melt from the inlet channel, an outlet, and a melt channel extending from the inlet to the outlet, the melt channel having an end portion located adjacent to the outlet; a valve pin extending along a first axis, wherein the end portion of the melt channel is disposed about the first axis; and an actuator having a housing and a piston located inside the housing, the actuator is positioned co-axially with the first axis, and the piston is slidable in the housing co-axially with the first axis; wherein the valve pin is connected to piston of the actuator and having a tip portion positioned in said end portion, the valve pin is movable under the influence of the piston between a first position and a second position; wherein in the first position the tip portion does not stop the flow of melt through the melt channel and in the second position the tip portion stops the flow of melt through said end portion. the nozzle body having an offset body portion located between the inlet and the end portion, the offset body portion is laterally offset relative to the first axis; characterized in that the heater has a first end proximate the inlet and a second end proximate the outlet and a heater portion which is attached to the offset body portion and positioned coaxially relative to a portion of the melt channel extending through the offset body portion. an injection nozzle having a nozzle body, an inlet channel for receiving melt and a heater; the nozzle body having an inlet for receiving melt from the inlet channel, an outlet, and a melt channel extending from the inlet to the outlet, the melt channel having an end portion located adjacent to the outlet; a valve pin extending along a first axis, wherein the end portion of the melt channel is disposed about the first axis; and an actuator having a housing and a piston located inside the housing, the actuator is positioned co-axially with the first axis, and the piston is slidable in the housing co-axially with the first axis; wherein the valve pin is connected to piston of the actuator and having a tip portion positioned in said end portion, the valve pin is movable under the influence of the piston between a first position and a second position; wherein in the first position the tip portion does not stop the flow of melt through the melt channel and in the second position the tip portion stops the flow of melt through said end portion.