mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for generating an inhalable medium, the apparatus comprising: a container configured to hold a liquid; a wick arranged to draw in liquid from the container ; a heater in thermal contact with the wick , the heater configured to volatilise liquid drawn in from the container by the wick to generate a flow of at least one of a vapour and an aerosol in use; and an annular receptacle having material received therein; wherein the annular receptacle is located adjacent to and surrounds the heater such that in use, the material received in the annular receptacle is heated by the heater , and wherein one or more constituents of the material received in the annular receptacle are mixed with the flow of at least one of a vapour and an aerosol in use to produce the inhalable medium; wherein the apparatus is arranged such that in use, the flow of at least one of a vapour and an aerosol passes radially out through the material received in the annular receptacle , thereby to entrain the one or more constituents in the flow of at least one of a vapour and an aerosol. a container configured to hold a liquid; a wick arranged to draw in liquid from the container ; a heater in thermal contact with the wick , the heater configured to volatilise liquid drawn in from the container by the wick to generate a flow of at least one of a vapour and an aerosol in use; and an annular receptacle having material received therein; wherein the annular receptacle is located adjacent to and surrounds the heater such that in use, the material received in the annular receptacle is heated by the heater , and wherein one or more constituents of the material received in the annular receptacle are mixed with the flow of at least one of a vapour and an aerosol in use to produce the inhalable medium; wherein the apparatus is arranged such that in use, the flow of at least one of a vapour and an aerosol passes radially out through the material received in the annular receptacle , thereby to entrain the one or more constituents in the flow of at least one of a vapour and an aerosol.
A method comprising: classifying a first client device as eligible for puncturing, in which certain subcarriers in an operating bandwidth may be muted, and a second client device as not eligible for puncturing; determining that a subchannel in a bandwidth range should not be used; and steering, in response to determining that the subchannel in the bandwidth range should not be used, the first client device to a first subset of the bandwidth range and the second client device to a second subset of the bandwidth range, wherein the second subset of the bandwidth range is smaller than the first subset of the bandwidth range, wherein classifying the first client device as eligible for puncturing comprises: receiving Power Spectral Density, PSD, information from the first client device, the PSD information describing a quality of filtering the first client device is capable of when the subchannel is punctured; and determining that the first client device is eligible for puncturing based on the PSD information. classifying a first client device as eligible for puncturing, in which certain subcarriers in an operating bandwidth may be muted, and a second client device as not eligible for puncturing; determining that a subchannel in a bandwidth range should not be used; and steering, in response to determining that the subchannel in the bandwidth range should not be used, the first client device to a first subset of the bandwidth range and the second client device to a second subset of the bandwidth range, wherein the second subset of the bandwidth range is smaller than the first subset of the bandwidth range, wherein classifying the first client device as eligible for puncturing comprises: receiving Power Spectral Density, PSD, information from the first client device, the PSD information describing a quality of filtering the first client device is capable of when the subchannel is punctured; and determining that the first client device is eligible for puncturing based on the PSD information. receiving Power Spectral Density, PSD, information from the first client device, the PSD information describing a quality of filtering the first client device is capable of when the subchannel is punctured; and determining that the first client device is eligible for puncturing based on the PSD information.
Protective panel designed to be fixed onto a part of the bodywork of a motor vehicle, said panel comprising a rigid wall made from a rigid plastic material and a flexible wall made from a flexible material, said two walls being in contact with one another in an area that surrounds a cell in which the flexible wall is spaced apart from the rigid wall and is rounded in a protruding manner, the rigid wall comprising on one of its surfaces attachments for attaching said rigid wall to said portion of the bodywork, the flexible wall comprising a hollow housing arranged to receive a complementary part , said hollow housing forming a groove around the cell , characterised in that the protective panel comprises a first fixing hole and a second fixing hole traversing the flexible wall and the rigid wall , said fixing holes being arranged so as to permit the passage of an attachment means of the complementary part designed to be fixed onto said protective panel , said attachment holes being arranged at a distance from the edge of the cell and located in the hollow housing .
An on-site residual stress creation tool for treating a crankshaft bearing surface inside an internal combustion piston engine comprising a body structure and a residual stress treatment device for treating the bearing surface and/or crankshaft bearing fillet, characterized in that the body structure comprises a support part attachable around a journal of the crankshaft and an attachment part coupled to the support part, and that the body structure comprises a bearing structure by means of which the attachment part may be supported by the support part when attached to the journal of the crankshaft and arranged coaxially rotatable around the journal of the crankshaft, and that the residual stress treatment device is arranged to the attachment part of the body structure, and that the residual stress creation tool further comprises a drive system to rotate the attachment part and the residual stress treatment device in respect to the support part.
A hub for a rotor of a permanent magnet motor, the hub comprising: a hub body for supporting a plurality of permanent magnets and having: a central axis of rotation , a fluid inlet for receiving a fluid coolant, a fluid outlet for outputting the fluid coolant, and fluid conduits which are coupled to the inlet and outlet, the fluid conduits defining a set of separate fluid paths, each fluid path of the set extending radially outwardly to a region radially beneath a respective magnet and then radially inwardly, wherein the hub body includes a central chamber for receiving fluid coolant from the inlet, with each fluid path extending along a respective separate channel directly connected to the central chamber, characterised in that the central chamber includes a plurality of vanes for imparting rotational velocity to fluid coolant flowing through the central chamber before the fluid coolant transitions from the central chamber into the channels. a hub body for supporting a plurality of permanent magnets and having: a central axis of rotation , a fluid inlet for receiving a fluid coolant, a fluid outlet for outputting the fluid coolant, and fluid conduits which are coupled to the inlet and outlet, the fluid conduits defining a set of separate fluid paths, each fluid path of the set extending radially outwardly to a region radially beneath a respective magnet and then radially inwardly, a central axis of rotation , a fluid inlet for receiving a fluid coolant, a fluid outlet for outputting the fluid coolant, and fluid conduits which are coupled to the inlet and outlet, the fluid conduits defining a set of separate fluid paths, each fluid path of the set extending radially outwardly to a region radially beneath a respective magnet and then radially inwardly, wherein the hub body includes a central chamber for receiving fluid coolant from the inlet, with each fluid path extending along a respective separate channel directly connected to the central chamber, characterised in that the central chamber includes a plurality of vanes for imparting rotational velocity to fluid coolant flowing through the central chamber before the fluid coolant transitions from the central chamber into the channels.
A type 1 interferon receptor antagonist for use in a method of treating tuberculosis in a subject in which type 1 IFN signalling is detrimental to the subject or promotes disease progression, wherein the type 1 interferon receptor antagonist: (i) specifically binds IFNAR1 and inhibits signalling of type 1 IFNs; and (ii) is an anti-type 1 interferon receptor antibody or an antigen-binding fragment thereof.
Method for the stable transmission of laser radiation through an optical waveguide , wherein two or more modes of the laser radiation propagating in the optical waveguide interfere and form a mode interference pattern in the optical waveguide, as a result of which a thermally induced refractive index grating is generated in the optical waveguide , characterized in that a relative spatial phase shift between the mode interference pattern and the thermally induced refractive index grating is set in the direction of propagation of the laser radiation using a setting element in such a way that an energy transfer between the modes of the laser radiation propagating the optical waveguide occurs in the direction of the dominant mode.
Targeted particles comprising (a) a matrix of polymers; (b) small molecule urea-based PSMA peptidase inhibitor targeting moieties which specifically bind to prostate specific membrane antigen (PSMA), wherein the small molecule targeting moieties are conjugated to the polymers; and (c) a therapeutic, diagnostic or prophylactic agent, wherein the agent is bound to, encapsulated or dispersed within the particles. (a) a matrix of polymers; (b) small molecule urea-based PSMA peptidase inhibitor targeting moieties which specifically bind to prostate specific membrane antigen (PSMA), wherein the small molecule targeting moieties are conjugated to the polymers; and (c) a therapeutic, diagnostic or prophylactic agent,
A flow vectoring turbofan engine, comprising: a fixed geometry fan sleeve and core cowl forming a nozzle, the nozzle incorporating asymmetric convergence/divergence and wall curvature varying angularly from a midplane for reduced pressure in a first operating condition to induce flow turning and axially symmetrically equal pressure in a second operating condition, wherein the first operating condition comprises a nozzle pressure ratio below a threshold allowing unchoked flow through a throat and an exit of the nozzle, wherein the second operating condition comprises a nozzle pressure ratio above the threshold creating a sonic wave for choked flow through the throat of the nozzle, and wherein the midplane is vertical and a selected portion having maximum convergence/divergence is a bottom portion of the nozzle for downward vectoring of flow in the first operating condition, wherein an amount of convergence/divergence increases toward the bottom portion of the nozzle to create lower pressure than a top portion of the nozzle when it is unchoked; wherein the fan sleeve and the core cowl create concentric outer and inner walls for a substantially annular exhaust duct, wherein an exit of a bottom inner profile of the fan sleeve extends beyond an exit of a top inner profile of the fan sleeve , and wherein with respect to the top inner profile the throat is coincident with the exit of the top inner profile; and wherein the axially symmetrically equal pressure in the second operating condition occurs at the throat of the nozzle. a fixed geometry fan sleeve and core cowl forming a nozzle, the nozzle incorporating asymmetric convergence/divergence and wall curvature varying angularly from a midplane for reduced pressure in a first operating condition to induce flow turning and axially symmetrically equal pressure in a second operating condition, wherein the first operating condition comprises a nozzle pressure ratio below a threshold allowing unchoked flow through a throat and an exit of the nozzle, wherein the second operating condition comprises a nozzle pressure ratio above the threshold creating a sonic wave for choked flow through the throat of the nozzle, and wherein the midplane is vertical and a selected portion having maximum convergence/divergence is a bottom portion of the nozzle for downward vectoring of flow in the first operating condition, wherein an amount of convergence/divergence increases toward the bottom portion of the nozzle to create lower pressure than a top portion of the nozzle when it is unchoked; wherein the fan sleeve and the core cowl create concentric outer and inner walls for a substantially annular exhaust duct, wherein an exit of a bottom inner profile of the fan sleeve extends beyond an exit of a top inner profile of the fan sleeve , and wherein with respect to the top inner profile the throat is coincident with the exit of the top inner profile; and wherein the axially symmetrically equal pressure in the second operating condition occurs at the throat of the nozzle.
A system for tracking individual user health using intrusion detection sensors, comprising: a processor module ; one or more sensors of an intrusion detection system configured to measure one or more metrics of users, wherein the one or more sensors are configured to operate in a first, unarmed mode to detect the one or more metrics and a second, armed mode to detect a presence of an intruder, wherein the processor module is operably coupled to the one or more sensors; one or more devices operably coupled to the processor module to identify the users; a health profile comprising user identifiers from the one or more devices; and a transmitter coupled to the processor module ; characterized in that : the one or more sensors include a radar-based sensor, and wherein the radar-based sensor is configured to detect motion of the intruder and measure a user heartbeat and/or respiration rate; the health profile comprises a user profile including the user heartbeat and/or respiration rate from the one or more sensors; and the transmitter is configured to transmit a notification based at least in part on a detection associated with the user heartbeat and/or respiration rate. a processor module ; one or more sensors of an intrusion detection system configured to measure one or more metrics of users, wherein the one or more sensors are configured to operate in a first, unarmed mode to detect the one or more metrics and a second, armed mode to detect a presence of an intruder, wherein the processor module is operably coupled to the one or more sensors; one or more devices operably coupled to the processor module to identify the users; a health profile comprising user identifiers from the one or more devices; and a transmitter coupled to the processor module ; characterized in that : the one or more sensors include a radar-based sensor, and wherein the radar-based sensor is configured to detect motion of the intruder and measure a user heartbeat and/or respiration rate; the health profile comprises a user profile including the user heartbeat and/or respiration rate from the one or more sensors; and the transmitter is configured to transmit a notification based at least in part on a detection associated with the user heartbeat and/or respiration rate. the one or more sensors include a radar-based sensor, and wherein the radar-based sensor is configured to detect motion of the intruder and measure a user heartbeat and/or respiration rate; the health profile comprises a user profile including the user heartbeat and/or respiration rate from the one or more sensors; and the transmitter is configured to transmit a notification based at least in part on a detection associated with the user heartbeat and/or respiration rate.
A reference signal sequence configuration method, comprising: receiving , by a terminal, a reference signal initialization sequence generation indication from a base station; selecting , by the terminal from candidate identifiers, IDs, according to the received indication, an ID used for generating an initialization sequence, wherein the candidate IDs comprise a cell ID and more than one ID with a constant value; generating , by the terminal, a reference signal initialization sequence according to the selected ID and a scrambling ID; wherein the reference signal initialization sequence generation indication is a signaling, each of the candidate IDs corresponds to one of scrambling IDs including the scrambling ID, and the selecting process comprises: determining, by the terminal, the scrambling ID according to the received signaling and a correspondence between scrambling IDs and signaling; and selecting, by the terminal, the ID from the candidate IDs according to the scrambling ID. receiving , by a terminal, a reference signal initialization sequence generation indication from a base station; selecting , by the terminal from candidate identifiers, IDs, according to the received indication, an ID used for generating an initialization sequence, wherein the candidate IDs comprise a cell ID and more than one ID with a constant value; generating , by the terminal, a reference signal initialization sequence according to the selected ID and a scrambling ID; wherein the reference signal initialization sequence generation indication is a signaling, each of the candidate IDs corresponds to one of scrambling IDs including the scrambling ID, and the selecting process comprises: determining, by the terminal, the scrambling ID according to the received signaling and a correspondence between scrambling IDs and signaling; and selecting, by the terminal, the ID from the candidate IDs according to the scrambling ID. determining, by the terminal, the scrambling ID according to the received signaling and a correspondence between scrambling IDs and signaling; and selecting, by the terminal, the ID from the candidate IDs according to the scrambling ID.
A production method of an electrode for a secondary battery, the secondary battery including an electrode laminated assembly that has a configuration in which electrodes and a separator are laminated, wherein said electrode includes a current collector and an active material layer formed on a surface of said current collector , said active material layer includes a thick-layer portion and a thin-layer portion that is positioned at an edge portion of said active material layer and that is smaller in thickness than the thick-layer portion , and is formed by discharging slurry containing an active material from a discharge port of a die head toward the surface of said current collector , the slurry being supplied to said die head through a coating valve , and at the time of forming the thin-layer portion of said active material layer , the slurry supplied through said coating valve having a smaller opening than at the time of forming the thick-layer portion is discharged toward said current collector from the discharge port that is closer to said current collector than at the time of forming the thick-layer portion .
An optical fiber , comprising: a core ; and at least one cladding layer formed on the periphery of the core, wherein the cladding comprises a polymer having a repeating unit (A) derived from 2-(perfluorohexyl)ethyl methacrylate, and wherein the polymer to form the cladding further comprises a repeating unit (C) derived from alkyl (meth)acrylate that does not include a fluorine atom, and wherein the glass transition temperature (Tg) (°C) of the polymer to form the cladding and the refractive index (n) of the polymer satisfy formula below : Tg ≥ 375 × n − 455 a core ; and at least one cladding layer formed on the periphery of the core, wherein the cladding comprises a polymer having a repeating unit (A) derived from 2-(perfluorohexyl)ethyl methacrylate, and wherein the polymer to form the cladding further comprises a repeating unit (C) derived from alkyl (meth)acrylate that does not include a fluorine atom, and wherein the glass transition temperature (Tg) (°C) of the polymer to form the cladding and the refractive index (n) of the polymer satisfy formula below : Tg ≥ 375 × n − 455
An internal combustion engine comprising a cylinder block , and a guide member , the cylinder block having a plurality of cylinder bores arranged side by side in a crank axis direction, and a water jacket surrounding the plurality of cylinder bores , the cylinder block having a coolant passage , the coolant passage being provided in an inter-bore portion between the adjacent cylinder bores of the plurality of cylinder bores , the coolant passage having an inlet opened to the water jacket and an outlet opened at an upper surface of the cylinder block , and the guide member being disposed in the water jacket , the guide member including a guide , and the guide being configured to guide coolant to the inlet of the coolant passage , wherein the guide member has a communication hole for introducing the coolant into the inlet of the coolant passage , wherein the guide member is a water jacket spacer and characterized in that the guide projects in an outer peripheral direction of the water jacket and in that the guide is located downstream of the communication hole . the cylinder block having a plurality of cylinder bores arranged side by side in a crank axis direction, and a water jacket surrounding the plurality of cylinder bores , the cylinder block having a coolant passage , the coolant passage being provided in an inter-bore portion between the adjacent cylinder bores of the plurality of cylinder bores , the coolant passage having an inlet opened to the water jacket and an outlet opened at an upper surface of the cylinder block , and the guide member being disposed in the water jacket , the guide member including a guide , and the guide being configured to guide coolant to the inlet of the coolant passage , wherein the guide member has a communication hole for introducing the coolant into the inlet of the coolant passage , wherein the guide member is a water jacket spacer and characterized in that the guide projects in an outer peripheral direction of the water jacket and in that the guide is located downstream of the communication hole .