mhurhangee/patent-ind-claim-en huggingface dataset:
An aerosol delivery device comprising: a housing including a power source and a control component ; a reservoir configured to contain a liquid composition ; an atomization assembly ; and a liquid transport element configured to transport at least a portion of the liquid composition to the atomization assembly, wherein the atomization assembly is configured to be controlled by the control component and comprises a piezoelectric component that includes an interdigital transducer configured to generate surface acoustic waves that vaporize the portion of the liquid composition to generate an aerosol, wherein the liquid transport element comprises a perforated disk , wherein the perforated disk includes a plurality of openings and a plurality of microchannels , and wherein the plurality of openings extend through at least a portion of the disk and each of the plurality of microchannels extends from a periphery of the disk to a respective one of the plurality of openings. a housing including a power source and a control component ; a reservoir configured to contain a liquid composition ; an atomization assembly ; and a liquid transport element configured to transport at least a portion of the liquid composition to the atomization assembly, wherein the atomization assembly is configured to be controlled by the control component and comprises a piezoelectric component that includes an interdigital transducer configured to generate surface acoustic waves that vaporize the portion of the liquid composition to generate an aerosol, wherein the liquid transport element comprises a perforated disk , wherein the perforated disk includes a plurality of openings and a plurality of microchannels , and wherein the plurality of openings extend through at least a portion of the disk and each of the plurality of microchannels extends from a periphery of the disk to a respective one of the plurality of openings.
Rail vehicle (A), comprising at least one carriage end having a cable guide for carriage transition lines for guiding the carriage transition lines to a further, coupled rail vehicle (B), wherein a plate and a guide bracket are provided, characterised in that the plate is arranged in the end-face region of the roof of the rail vehicle (A), and at least one guide bracket is connected to the plate, wherein there is an intermediate space between the plate and the guide bracket in which the carriage transition lines are arranged such that they may be displaced in the transverse direction to the vehicle without force, wherein the diameters of the carriage transition lines are dimensioned to be smaller than the vertical spacing between the upper side of the plate and the underside of the guide bracket .
A heat exchanger of the type with a helical tube housed in a casing, wherein the casing comprises a cylindrical shell at the ends of which a base and a cover are respectively mounted, characterized in that the base and the cover are fixed one to the other with the interposition of connection members which are mounted by fitting and/or snap coonection onto the base .
A headrest supporting structure that is configured to support a headrest on a backrest of a seat, the backrest and the headrest being arranged in a seat vertical direction, such that the headrest is capable of pivoting in a front-rear direction, the structure comprising: a bracket configured to be provided in the backrest ; a first spring (54; 54A; 53B) and a second spring (53; 53A; 54B) located at two positions different from each other in the seat vertical direction, wherein the first spring (54; 54A; 53B) and the second spring (53; 53A; 54B) are configured to elastically support a headrest stay , which projects from the headrest , with respect to the bracket ; the structure being characterized in that it comprises a stopper section (55; 55A), which is configured to be displaced in the front-rear direction in accordance with pivoting of the headrest , wherein the stopper section (55; 55A) is configured to restrict further pivoting of the headrest when abutting against the bracket , wherein the first spring (54; 54A; 53B) is more distant from the stopper section (55; 55A) than the second spring (53; 53A; 54B) in the seat vertical direction, and the stiffness of the first spring (54; 54A; 53B) is higher than the stiffness of the second spring (53; 53A; 54B). a bracket configured to be provided in the backrest ; a first spring (54; 54A; 53B) and a second spring (53; 53A; 54B) located at two positions different from each other in the seat vertical direction, wherein the first spring (54; 54A; 53B) and the second spring (53; 53A; 54B) are configured to elastically support a headrest stay , which projects from the headrest , with respect to the bracket ; the structure being characterized in that it comprises a stopper section (55; 55A), which is configured to be displaced in the front-rear direction in accordance with pivoting of the headrest , wherein the stopper section (55; 55A) is configured to restrict further pivoting of the headrest when abutting against the bracket , wherein the first spring (54; 54A; 53B) is more distant from the stopper section (55; 55A) than the second spring (53; 53A; 54B) in the seat vertical direction, and the stiffness of the first spring (54; 54A; 53B) is higher than the stiffness of the second spring (53; 53A; 54B).
A brake health monitoring system , comprising: a temperature sensor system comprising a plurality of temperature sensors in thermal communication with a plurality of brakes; and a processor configured to receive temperature measurements of each of the plurality of brakes from the plurality of temperature sensors, the temperature measurements defined as a temperature data set, the processor further configured to calculate a temperature data centrality value based on the temperature data set, the system being characterised in that the processor is further configured to calculate a temperature deviation value for each of the plurality of brakes based on the relative temperatures measured for each of the plurality of brakes compared to the temperature data centrality value, wherein the processor assigns a health status for each of the plurality of brakes. a temperature sensor system comprising a plurality of temperature sensors in thermal communication with a plurality of brakes; and a processor configured to receive temperature measurements of each of the plurality of brakes from the plurality of temperature sensors, the temperature measurements defined as a temperature data set, the processor further configured to calculate a temperature data centrality value based on the temperature data set, the system being characterised in that the processor is further configured to calculate a temperature deviation value for each of the plurality of brakes based on the relative temperatures measured for each of the plurality of brakes compared to the temperature data centrality value, wherein the processor assigns a health status for each of the plurality of brakes.
An insect repellent apparatus comprising a housing for receiving a sound and/or scent generating emission unit , wherein the housing is designed such that it fits into the rebate gap of a closed window or a closed door, characterized in that the insect repellent apparatus comprises an actuation element for activating the emission unit , with the actuation element being placed at the housing and having a first position in which the insect repellent apparatus does not emit emissions and a second position in which the insect repellent apparatus emits emissions generated by the emission unit . wherein the housing is designed such that it fits into the rebate gap of a closed window or a closed door, characterized in that the insect repellent apparatus comprises an actuation element for activating the emission unit , with the actuation element being placed at the housing and having a first position in which the insect repellent apparatus does not emit emissions and a second position in which the insect repellent apparatus emits emissions generated by the emission unit .
A method of reducing redundant authentication operations for a user terminal, said method comprising: sharing user authentication information for the user terminal between a Call Session Control Function (CSCF) that is used in Internet Protocol Multimedia Core Network Subsystem (IMS) Authentication and Key Agreement (AKA) authentication of the user terminal and a Bootstrapping Server Function (BSF) that is used in Generic Bootstrapping Architecture (GBA) AKA authentication of the user terminal, wherein sharing the user authentication information between the CSCF and the BSF comprises the CSCF obtaining an AKA vector from a Home Subscriber Server (HSS) for the IMS-AKA authentication of the user terminal and transferring the AKA vector to the BSF for the GBA-AKA authentication of the user terminal.
A delivery device for a prosthetic heart valve, the delivery device comprising: a central elongate structure ; a sheath configured to slide over the central elongate structure; a plurality of tethers extending through the central elongate structure; a cutting mechanism configured to cut the plurality of tethers upon activation; a handle connected to the central elongate structure; and a control on the handle configured to activate the cutting mechanism; characterized in that : the cutting mechanism includes a resistive plate that is configured to be heated to cut the plurality of tethers; and the resistive plate includes a plurality of holes therethrough, each tether configured to pass through a hole of the plurality of holes. a central elongate structure ; a sheath configured to slide over the central elongate structure; a plurality of tethers extending through the central elongate structure; a cutting mechanism configured to cut the plurality of tethers upon activation; a handle connected to the central elongate structure; and a control on the handle configured to activate the cutting mechanism; characterized in that : the cutting mechanism includes a resistive plate that is configured to be heated to cut the plurality of tethers; and the resistive plate includes a plurality of holes therethrough, each tether configured to pass through a hole of the plurality of holes. the cutting mechanism includes a resistive plate that is configured to be heated to cut the plurality of tethers; and the resistive plate includes a plurality of holes therethrough, each tether configured to pass through a hole of the plurality of holes.
A hybrid semiconductor laser component including: - at least one first emission module comprising an active zone made of direct-gap semiconductor materials, such as semiconductors III-V, and shaped to emit an electromagnetic radiation at a first given wavelength, - an optical layer comprising at least one first wave guide optically coupled to the active zone of the at least one first emission module , the first wave guide forming with the active zone an optical cavity resonating at the first given wavelength, the hybrid semiconductor laser component being characterised in that it further includes: - a semiconducting layer , called heat-dissipating semiconducting layer, said heat-dissipating semiconducting layer being in thermal contact with the first emission module on a surface of the first emission module which is opposite to the optical layer , - at least one first interconnection to connect the at least one first emission module, said first interconnection passing through the optical layer . - at least one first emission module comprising an active zone made of direct-gap semiconductor materials, such as semiconductors III-V, and shaped to emit an electromagnetic radiation at a first given wavelength, - an optical layer comprising at least one first wave guide optically coupled to the active zone of the at least one first emission module , the first wave guide forming with the active zone an optical cavity resonating at the first given wavelength, - a semiconducting layer , called heat-dissipating semiconducting layer, said heat-dissipating semiconducting layer being in thermal contact with the first emission module on a surface of the first emission module which is opposite to the optical layer , - at least one first interconnection to connect the at least one first emission module, said first interconnection passing through the optical layer .
A terminal , comprising: a control section configured to determine Capability information including user equipment, UE, Capability for a 3GPP Power Class; and a transmission section configured to transmit the Capability information, wherein the Capability information includes a UE Capability with stratified Cumulative Distribution Function, CDF, %-tile for Spherical Coverage Equivalent Isotropic Radiated Power, EIRP, wherein the UE Capability corresponds to a terminal type for which the CDF %-tile for Spherical Coverage is reduced from a specified value of a 3GPP Power Class, with Min Peak EIRP and Spherical coverage EIRP being maintained. a control section configured to determine Capability information including user equipment, UE, Capability for a 3GPP Power Class; and a transmission section configured to transmit the Capability information, wherein the Capability information includes a UE Capability with stratified Cumulative Distribution Function, CDF, %-tile for Spherical Coverage Equivalent Isotropic Radiated Power, EIRP, wherein the UE Capability corresponds to a terminal type for which the CDF %-tile for Spherical Coverage is reduced from a specified value of a 3GPP Power Class, with Min Peak EIRP and Spherical coverage EIRP being maintained.
A communication system in which communications are performed between a communication control apparatus and a communication terminal apparatus using a plurality of channels, wherein the communication terminal apparatus comprises: means for receiving a control signal from the communication control apparatus; means for measuring reception quality of each of the channels; means for selecting part of channels as selection channels from the plurality of channels based on the received control signal and measured reception quality measurement results; means for generating reception quality information to notify the communication control apparatus of selection channel information for identifying selected selection channels and reception quality measurement results in the selected selection channels and an average measurement result obtained by averaging the reception quality measurement results of the plurality of channels and means for transmitting the generated reception quality information to the communication control apparatus. means for receiving a control signal from the communication control apparatus; means for measuring reception quality of each of the channels; means for selecting part of channels as selection channels from the plurality of channels based on the received control signal and measured reception quality measurement results; means for generating reception quality information to notify the communication control apparatus of selection channel information for identifying selected selection channels and reception quality measurement results in the selected selection channels and an average measurement result obtained by averaging the reception quality measurement results of the plurality of channels and means for transmitting the generated reception quality information to the communication control apparatus.
A method for controlling a marine vibrator, comprising: providing a control signal to a marine vibrator to transmit a signal into a body of water; recording the transmitted signal from the marine vibrator using a seismic sensor , wherein the seismic sensor is a far field sensor that is not physically mounted to the marine vibrator; running an iterative learning control characterization on the control signal of the marine vibrator until the transmitted signal approaches a reference signal using the signal from the seismic sensor as feedback and also as the reference signal; measuring movement of an outer shell of the marine vibrator using a near field motion sensor placed on or coupled to the outer shell of the marine vibrator to obtain a motion sensor signal; characterized in that the method further comprises correlating the motion sensor signal to the signal from the seismic sensor to obtain a correlated signal; and running the iterative learning control characterization on the control signal for the marine vibrator using the correlated signal as feedback and the motion sensor signal as a new reference signal until the transmitted signal approaches the motion sensor signal to obtain a new control signal for the marine vibrator. providing a control signal to a marine vibrator to transmit a signal into a body of water; recording the transmitted signal from the marine vibrator using a seismic sensor , wherein the seismic sensor is a far field sensor that is not physically mounted to the marine vibrator; running an iterative learning control characterization on the control signal of the marine vibrator until the transmitted signal approaches a reference signal using the signal from the seismic sensor as feedback and also as the reference signal; measuring movement of an outer shell of the marine vibrator using a near field motion sensor placed on or coupled to the outer shell of the marine vibrator to obtain a motion sensor signal; characterized in that the method further comprises correlating the motion sensor signal to the signal from the seismic sensor to obtain a correlated signal; and running the iterative learning control characterization on the control signal for the marine vibrator using the correlated signal as feedback and the motion sensor signal as a new reference signal until the transmitted signal approaches the motion sensor signal to obtain a new control signal for the marine vibrator.
A bulk fluid cargo distribution terminal comprising: a silo area for storing wet cargo including fuel oils (including diesel, petrol and kerosene), liquid chemicals and fluid chemicals (including cryogenic gases and industrial gases) or dry cargo (including granular material), which wet, liquid or dry cargo is fluid or flowable and is suitable for distribution in IMO tanks and/or freight containers; a compartmentalized area separated along a side of the silo area , with the silo area and the compartmentalized area is protected by walls (11a-11e) that are fortified against a vehicle crash or blast forces; and a driveway located adjacent to the compartmentalized area , with the driveway having an entry point and an exit point for prime-movers and trailers carrying the IMO tanks or the freight containers; characterized by the compartmentalized area being designated as an inspecting station , a refilling station and a delivering/stacking station , and the refilling station further comprising an articulated refilling arm with a pedestal , which pedestal has a rotary joint , for transferring the wet, liquid or dry flowable cargo into the IMO tanks or freight containers. a silo area for storing wet cargo including fuel oils (including diesel, petrol and kerosene), liquid chemicals and fluid chemicals (including cryogenic gases and industrial gases) or dry cargo (including granular material), which wet, liquid or dry cargo is fluid or flowable and is suitable for distribution in IMO tanks and/or freight containers; a compartmentalized area separated along a side of the silo area , with the silo area and the compartmentalized area is protected by walls (11a-11e) that are fortified against a vehicle crash or blast forces; and a driveway located adjacent to the compartmentalized area , with the driveway having an entry point and an exit point for prime-movers and trailers carrying the IMO tanks or the freight containers; characterized by the compartmentalized area being designated as an inspecting station , a refilling station and a delivering/stacking station , and the refilling station further comprising an articulated refilling arm with a pedestal , which pedestal has a rotary joint , for transferring the wet, liquid or dry flowable cargo into the IMO tanks or freight containers.
Compound having the structure: or a salt, or ester thereof, for use in the treatment of a depressive or stress disorder in a subject afflicted therewith, comprising administering to the subject an effective amount of the compound.
A method of detecting a protein by mass spectrometry, wherein the method comprises: (a) providing a solution comprising a dendritic detergent and a protein; (b) providing a mass spectrometer comprising a nanoelectrospray ionisation source, a mass analyser and a detector; (c) vaporising the solution using the nanoelectrospray ionisation source; (d) ionising the protein; (e) resolving the ionised protein using the mass analyser; and (f) detecting the resolved protein using the detector; wherein the dendritic detergent is a non-ionic detergent comprising a dendritic head group linked to a hydrophobic tail, the dendritic head group comprising a branched alkyl group in which up to 1 in 2 carbon atoms may be replaced with an oxygen or nitrogen, provided that the dendritic head group comprises at least 4 hydroxyl groups; and wherein the solution is an aqueous solution; the dendritic detergent is present in the solution at a concentration which is greater than or equal to the critical aggregation concentration of the dendritic detergent in said solution; and the molar ratio of the dendritic detergent to the protein in the solution is from about 0.5:1 to about 150:1. (a) providing a solution comprising a dendritic detergent and a protein; (b) providing a mass spectrometer comprising a nanoelectrospray ionisation source, a mass analyser and a detector; (c) vaporising the solution using the nanoelectrospray ionisation source; (d) ionising the protein; (e) resolving the ionised protein using the mass analyser; and (f) detecting the resolved protein using the detector; wherein the dendritic detergent is a non-ionic detergent comprising a dendritic head group linked to a hydrophobic tail, the dendritic head group comprising a branched alkyl group in which up to 1 in 2 carbon atoms may be replaced with an oxygen or nitrogen, provided that the dendritic head group comprises at least 4 hydroxyl groups; and wherein the solution is an aqueous solution; the dendritic detergent is present in the solution at a concentration which is greater than or equal to the critical aggregation concentration of the dendritic detergent in said solution; and the molar ratio of the dendritic detergent to the protein in the solution is from about 0.5:1 to about 150:1.
An offshore cable arrangement, comprising an elongated flexible conduit in which is arranged a cable , said conduit having first and second ends, wherein the first end is equipped with a termination body arranged to be connected to a hang-off interface at a first offshore installation, and wherein the second end of the conduit comprises a first, primary hang-off collar arranged to be connected to a hang-off interface at a second offshore installation wherein the conduit is precut to a predetermined length and at the second end of the conduit is arranged one or more preinstalled extension segments , and characterized in that : a. the distance between the first end of the conduit and the primary hang-off collar corresponds to a target cable-laying distance between the hang-off interface of the first installation and the hang-off interface of the second installation, b. each of said extension segments being equipped with a supplemental hang-off collar , and c. a preterminated array comprising a nose pull member is arranged at the end of the one or more extension segments. a. the distance between the first end of the conduit and the primary hang-off collar corresponds to a target cable-laying distance between the hang-off interface of the first installation and the hang-off interface of the second installation, b. each of said extension segments being equipped with a supplemental hang-off collar , and c. a preterminated array comprising a nose pull member is arranged at the end of the one or more extension segments.