mhurhangee/ep-ind-claims huggingface dataset:
A sound generator for an anti-noise system for influencing sound waves propagating through intake systems or exhaust systems of vehicles driven by an internal combustion engine, comprising: a loudspeaker basket; a membrane supported by the loudspeaker basket; a permanent magnet supported by the loudspeaker basket; a voice coil supported by a voice coil carrier, the voice coil being disposed in a constant magnetic field generated by the permanent magnet and the voice coil carrier being supported by the membrane; characterized by a membrane stop; wherein the membrane stop is located on the loudspeaker basket adjacent to the membrane, and wherein the membrane stop comprises at least one projection extending towards the membrane and being spaced apart therefrom in a rest position of the membrane stop. a loudspeaker basket; a membrane supported by the loudspeaker basket; a permanent magnet supported by the loudspeaker basket; a voice coil supported by a voice coil carrier, the voice coil being disposed in a constant magnetic field generated by the permanent magnet and the voice coil carrier being supported by the membrane; characterized by a membrane stop; wherein the membrane stop is located on the loudspeaker basket adjacent to the membrane, and wherein the membrane stop comprises at least one projection extending towards the membrane and being spaced apart therefrom in a rest position of the membrane stop.
A method for manufacturing a tube comprising the steps: a. providing a tubular hollow blank, having a nominal outer diameter and a nominal inner diameter (d); b. providing an expansion tool comprising an outer tool part and an inner tool part which are arranged concentrically such that the inner and outer tool parts (64, 61) defines an inlet opening for receiving the tubular hollow blank having a nominal outer diameter and a nominal inner diameter (d) and an outlet opening for a tube having an outer diameter and an inner diameter; characterized in that the inner tool part comprises a first sealing portion for sealable supporting the hollow blank and a second sealing portion for sealable supporting the tube, wherein a space extends between the first sealing portion and the second sealing portion, wherein the space is connected to a fluid source; and c. continuously moving the tubular hollow blank through the expansion tool, and supplying fluid to the space such that a hydraulic pressure is applied inside the tubular hollow blank, wherein the magnitude of the hydraulic pressure is selected such that the tubular hollow blank is deformed plastically. a. providing a tubular hollow blank, having a nominal outer diameter and a nominal inner diameter (d); b. providing an expansion tool comprising an outer tool part and an inner tool part which are arranged concentrically such that the inner and outer tool parts (64, 61) defines an inlet opening for receiving the tubular hollow blank having a nominal outer diameter and a nominal inner diameter (d) and an outlet opening for a tube having an outer diameter and an inner diameter; characterized in that the inner tool part comprises a first sealing portion for sealable supporting the hollow blank and a second sealing portion for sealable supporting the tube, wherein a space extends between the first sealing portion and the second sealing portion, wherein the space is connected to a fluid source; and c. continuously moving the tubular hollow blank through the expansion tool, and supplying fluid to the space such that a hydraulic pressure is applied inside the tubular hollow blank, wherein the magnitude of the hydraulic pressure is selected such that the tubular hollow blank is deformed plastically.
A speaker assembly, comprising: a speaker; a speaker basket having an opening for receiving the speaker, the speaker basket having a rear surface with a plurality of slots positioned circumferentially about the opening on a perimeter of the rear surface; and a splash shield having an opening that coincides with the opening of the speaker basket, the splash shield being attached to the rear surface of the speaker basket, the splash shield having a perimeter wall having a predetermined height, a plurality of tabs on a first surface of the perimeter wall aligning with and being inserted into the plurality of slots, and a plurality of guards extending across the opening of the splash shield, wherein each guard in the plurality of guards has a predetermined width and wherein space exists between guards in the plurality of guards. a speaker; a speaker basket having an opening for receiving the speaker, the speaker basket having a rear surface with a plurality of slots positioned circumferentially about the opening on a perimeter of the rear surface; and a splash shield having an opening that coincides with the opening of the speaker basket, the splash shield being attached to the rear surface of the speaker basket, the splash shield having a perimeter wall having a predetermined height, a plurality of tabs on a first surface of the perimeter wall aligning with and being inserted into the plurality of slots, and a plurality of guards extending across the opening of the splash shield, wherein each guard in the plurality of guards has a predetermined width and wherein space exists between guards in the plurality of guards.
A fixation device for engaging tissue comprising: a pair of elements each having a first end, a free end opposite the first end, and an engagement surface therebetween for engaging the tissue, the first ends moveable between an open position wherein the free ends are spaced apart and a closed position wherein the free ends are closer together with the engagement surfaces generally facing each other; a moveable stud coupled to the fixation elements wherein movement of the stud moves the fixation elements between the positions; and a locking mechanism coupled to the fixation elements for locking the fixation elements in place; characterised in that the locking mechanism comprises at least one cam, the at least one cam pivotable to frictionally engage the stud to restrict movement thereof. a pair of elements each having a first end, a free end opposite the first end, and an engagement surface therebetween for engaging the tissue, the first ends moveable between an open position wherein the free ends are spaced apart and a closed position wherein the free ends are closer together with the engagement surfaces generally facing each other; a moveable stud coupled to the fixation elements wherein movement of the stud moves the fixation elements between the positions; and a locking mechanism coupled to the fixation elements for locking the fixation elements in place; characterised in that the locking mechanism comprises at least one cam, the at least one cam pivotable to frictionally engage the stud to restrict movement thereof.
A method perfomed by a base station, the method comprising: by the base station: selecting a periodicity for monitoring a physical downlink control channel, PDCCH, used for enhanced interference mitigation and traffic adaptation, eIMTA, wherein the periodicity is selected from one of 10, 20, 40 and 80 subframes; selecting a set of subframes within a frame to monitor the PDCCH used for eIMTA within the periodicity; encoding for transmission to a user equipment, UE, the periodicity and the set of subframes within the frame to monitor the PDCCH used for eIMTA; transmitting a configuration comprising the periodicity and the set of subframes within the frame to the UE; and transmitting a reconfiguration signal to the UE according to the periodicity, wherein the reconfiguration signal includes an uplink/downlink, UL/DL, configuration indication. selecting a periodicity for monitoring a physical downlink control channel, PDCCH, used for enhanced interference mitigation and traffic adaptation, eIMTA, wherein the periodicity is selected from one of 10, 20, 40 and 80 subframes; selecting a set of subframes within a frame to monitor the PDCCH used for eIMTA within the periodicity; encoding for transmission to a user equipment, UE, the periodicity and the set of subframes within the frame to monitor the PDCCH used for eIMTA; transmitting a configuration comprising the periodicity and the set of subframes within the frame to the UE; and transmitting a reconfiguration signal to the UE according to the periodicity, wherein the reconfiguration signal includes an uplink/downlink, UL/DL, configuration indication.
A composition comprising one or more immunogenic polypeptides or carbohydrates of interest, the composition comprising: a) an aqueous vehicle; b) liposomes comprising (i) dimyristoylphosphatidylcholine ("DMPC"), (ii) one or more lipids selected from the group consisting of dimyristoylphosphatidylglycerol ("DMPG"), and dimyristoyltrimethylammonium propane ("DMTAP"), and (iii) at least one sterol derivative, at relative percentages of 50%-98% (i): 1%-25% (ii): 1%-25% (iii); and c) said one or more immunogenic polypeptide(s) or carbohydrates covalently linked to between 1% and 100% of said at least one sterol derivative, wherein said one or more immunogenic polypeptide(s) are optionally covalently linked to between about 5% and about 10% of said at least one sterol derivative and/or wherein said sterol derivative(s) is/are optionally derivative(s) of cholesterol, cholesteryl chloroformate, stigmasterol, sitosterol, ergosterol, lanosterol, desmosterol, or campesterol. a) an aqueous vehicle; b) liposomes comprising (i) dimyristoylphosphatidylcholine ("DMPC"), (ii) one or more lipids selected from the group consisting of dimyristoylphosphatidylglycerol ("DMPG"), and dimyristoyltrimethylammonium propane ("DMTAP"), and (iii) at least one sterol derivative, at relative percentages of 50%-98% (i): 1%-25% (ii): 1%-25% (iii); and (i) dimyristoylphosphatidylcholine ("DMPC"), (ii) one or more lipids selected from the group consisting of dimyristoylphosphatidylglycerol ("DMPG"), and dimyristoyltrimethylammonium propane ("DMTAP"), and (iii) at least one sterol derivative, at relative percentages of 50%-98% (i): 1%-25% (ii): 1%-25% (iii); and c) said one or more immunogenic polypeptide(s) or carbohydrates covalently linked to between 1% and 100% of said at least one sterol derivative,
Method for reducing exhaust gas emissions of a drive system of a vehicle having an internal combustion engine, characterized by the following steps: - generating a multiplicity of first driving characteristics by way of a computer-implemented machine learning system, wherein the statistical distribution of the first driving characteristics depends on a statistical distribution of second driving characteristics measured in driving mode, - calculating respective exhaust gas emissions for the first driving characteristics by way of computer-implemented modelling of the vehicle or of the drive system of the vehicle, - adapting the drive system of the vehicle on the basis of at least one of the calculated exhaust gas emissions, wherein the adaptation is made on the basis of a level or a characteristic of the at least one of the calculated exhaust gas emissions and on the basis of a statistical frequency of the corresponding first driving characteristic, wherein the statistical frequency of the corresponding first driving characteristic is ascertained by way of the statistical distribution of the first driving characteristics. - generating a multiplicity of first driving characteristics by way of a computer-implemented machine learning system, wherein the statistical distribution of the first driving characteristics depends on a statistical distribution of second driving characteristics measured in driving mode, - calculating respective exhaust gas emissions for the first driving characteristics by way of computer-implemented modelling of the vehicle or of the drive system of the vehicle, - adapting the drive system of the vehicle on the basis of at least one of the calculated exhaust gas emissions, wherein the adaptation is made on the basis of a level or a characteristic of the at least one of the calculated exhaust gas emissions and on the basis of a statistical frequency of the corresponding first driving characteristic, wherein the statistical frequency of the corresponding first driving characteristic is ascertained by way of the statistical distribution of the first driving characteristics.
Damping device for damping the opening movement of a movable furniture part, with a stationary base unit which has a furniture carcass of a piece of furniture, and a movable base unit which has the movable furniture part, wherein the movable base unit is mounted movably relative to the stationary base unit, and with a damper unit which has first and second damper components (30, 31), movable relative to one another to perform a damping function, of which the first damper component is mounted on the one base unit (13, 14) wherein, when the movable base unit approaches its end position an impact takes place between the second damper component and the other base unit (13, 14), wherein the first damper component is movably mounted on a holder, fastened to the assigned base unit (13, 14) and having stop means, in such a way that it may be displaced on impact from a standby position into a working position supported by the stop means, in which the damping function may be executed, wherein the base unit (13, 14) not assigned to the first damper component has a driving element which, on opening, displaces the first damper component from the standby position into the working position, by means of the driving element striking the second damper component and displacing the latter together with the first damper component, wherein the latter is displaced from the standby position into the working position.
A single controller for dynamic redefinition of a short stack initialization comprising: a first processor connected to a network; and a second processor connected to the first processor, wherein the second processor is connected to the network via the first processor; and wherein: the first processor comprises: a communication interface; and a first network variable memory; and the second processor comprises: a control logic module connected to the communication interface; a second network variable memory connected to the control logic module and the first network variable memory; the communication interface provides a set of network variables to the control logic module; the control logic module provides the set of network variables to the second memory; and the second memory has contents flashed into the first memory. a first processor connected to a network; and a second processor connected to the first processor, wherein the second processor is connected to the network via the first processor; and wherein: the first processor comprises: a communication interface; and a first network variable memory; and the second processor comprises: a control logic module connected to the communication interface; a second network variable memory connected to the control logic module and the first network variable memory; the communication interface provides a set of network variables to the control logic module; the control logic module provides the set of network variables to the second memory; and the second memory has contents flashed into the first memory. the first processor comprises: a communication interface; and a first network variable memory; and a communication interface; and a first network variable memory; and the second processor comprises: a control logic module connected to the communication interface; a second network variable memory connected to the control logic module and the first network variable memory; the communication interface provides a set of network variables to the control logic module; the control logic module provides the set of network variables to the second memory; and the second memory has contents flashed into the first memory. a control logic module connected to the communication interface; a second network variable memory connected to the control logic module and the first network variable memory; the communication interface provides a set of network variables to the control logic module; the control logic module provides the set of network variables to the second memory; and the second memory has contents flashed into the first memory.
A leakage air control device for blocking leakage air from flowing through a clearance between blade tips and a surrounding casing, the leakage air control device comprising: - a segment having a passage to deliver injection air towards an array of blades rotating past the segment and into a clearance between blade tips of the array of blades and the surrounding casing; - a fluid flow device having a first fluid path coupled to the passage and a second fluid path that is decoupled from the passage; - a first plasma generator located in the fluid flow device that directs injection air towards the first fluid path, the first plasma generator being arranged to supply injection air through the passage when a blade tip is circumferentially aligned with the passage; - a second plasma generator located in the fluid flow device that directs injection air towards the second fluid path, the second plasma generator being arranged to cut off the supply of injection air in the period when the blade tip is not circumferentially aligned with the passage; and - a control arrangement configured to alternately energise the first and second plasma generators (62, 64) at an energising frequency to deliver injection air to the passage at a frequency coincident with the passing frequency of the blades. - a segment having a passage to deliver injection air towards an array of blades rotating past the segment and into a clearance between blade tips of the array of blades and the surrounding casing; - a fluid flow device having a first fluid path coupled to the passage and a second fluid path that is decoupled from the passage; - a first plasma generator located in the fluid flow device that directs injection air towards the first fluid path, the first plasma generator being arranged to supply injection air through the passage when a blade tip is circumferentially aligned with the passage; - a second plasma generator located in the fluid flow device that directs injection air towards the second fluid path, the second plasma generator being arranged to cut off the supply of injection air in the period when the blade tip is not circumferentially aligned with the passage; and - a control arrangement configured to alternately energise the first and second plasma generators (62, 64) at an energising frequency to deliver injection air to the passage at a frequency coincident with the passing frequency of the blades.
Method for the production of biomethane from hydrocarbon feedstock, characterized in that it comprises, successively, at least the following steps: - gasification of the feedstock in order to produce a synthesis gas in a gasification reactor; - dehydration of the synthesis gas by cooling and condensation of water vapor; - purification of the synthesis gas produced during the hydrocarbon feedstock gasification step and dehydrated, in a purification unit; - methanation of the purified and dehydrated synthesis gas, in a methanation reactor; and - adjustment to specifications of the gas mixture obtained during the synthesis gas methanation step, in order to obtain biomethane, a flow comprising at least the excess carbon monoxide being recycled towards the gasification reactor during this step of adjustment to specifications. - gasification of the feedstock in order to produce a synthesis gas in a gasification reactor; - dehydration of the synthesis gas by cooling and condensation of water vapor; - purification of the synthesis gas produced during the hydrocarbon feedstock gasification step and dehydrated, in a purification unit; - methanation of the purified and dehydrated synthesis gas, in a methanation reactor; and - adjustment to specifications of the gas mixture obtained during the synthesis gas methanation step, in order to obtain biomethane, a flow comprising at least the excess carbon monoxide being recycled towards the gasification reactor during this step of adjustment to specifications.
Contactless plastic card encoding module intended to be mounted on the frame of a plastic card printer, said module comprising an electronic card which ensures the plastic card encoding function, characterized in that the module comprises - a hollow support comprising means for fixing this support onto the frame of the printer, - a means made of flexible material intended to be positioned at the bottom of the hollow support and to receive the electronic card, and - a means for holding the electronic card in position on the means made of flexible material. - a hollow support comprising means for fixing this support onto the frame of the printer, - a means made of flexible material intended to be positioned at the bottom of the hollow support and to receive the electronic card, and - a means for holding the electronic card in position on the means made of flexible material.
Pharmaceutical composition comprising at least one opioid antagonist or a pharmaceutically acceptable salt thereof and at least one opioid agonist or a pharmaceutically acceptable salt thereof for use in treating urinary retention, wherein said opioid antagonist is naloxone or a pharmaceutically acceptable salt thereof and wherein said pharmaceutical composition is formulated for oral application.
An electrode assembly comprising: a unit cell including: one or more electrodes; and one or more separators, wherein the electrode assembly is at least one selected from among a stacked type electrode assembly, a stacked and folded type electrode assembly, and a wound type electrode assembly, and the electrode assembly comprises an external shape fixation frame (200, 1200) configured to wrap a portion of an outer surface of the electrode assembly, wherein the external shape fixation frame (200, 1200) is a lattice-patterned sheet, wherein the lattice-patterned sheet is formed by intersection of a first pattern (210, 1210) and a second pattern (220, 1220), each of the first pattern (210, 1210) and the second pattern (220, 1220) is linear shape and a cross section of the first pattern (210, 1210) and the second pattern (220, 1220) is circular or polygonal. a unit cell including: one or more electrodes; and one or more separators, one or more electrodes; and one or more separators, wherein the electrode assembly is at least one selected from among a stacked type electrode assembly, a stacked and folded type electrode assembly, and a wound type electrode assembly, and the electrode assembly comprises an external shape fixation frame (200, 1200) configured to wrap a portion of an outer surface of the electrode assembly, wherein the external shape fixation frame (200, 1200) is a lattice-patterned sheet, wherein the lattice-patterned sheet is formed by intersection of a first pattern (210, 1210) and a second pattern (220, 1220), each of the first pattern (210, 1210) and the second pattern (220, 1220) is linear shape and a cross section of the first pattern (210, 1210) and the second pattern (220, 1220) is circular or polygonal.