mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle seat , comprising: a seat cushion that supports a hip and thighs of a seated person; a seatback that supports an upper body of the seated person from a rear; a seat cushion support frame stationarily or slidably attached to a vehicle body; wherein the seat cushion is suspended from the seat cushion support frame ; characterized in that : rear suspension members (54; 64; 104; 116) are provided at two positions spaced away from each other in a lateral direction on an edge of the seat cushion near the seatback, the rear suspension members (54; 64; 104; 116) supporting the seat cushion while the seat cushion is suspended from the seat cushion support frame so that the seat cushion is movable in the lateral direction; and a front suspension member (60; 76; 92; 112) is provided at one position or at each of two positions spaced away from each other in the lateral direction and ahead of the rear suspension members (54; 64; 104; 116), the front suspension member (60; 76; 92; 112) supporting the seat cushion while the seat cushion is suspended from the seat cushion support frame so that the seat cushion is movable in the lateral direction. a seat cushion that supports a hip and thighs of a seated person; a seatback that supports an upper body of the seated person from a rear; a seat cushion support frame stationarily or slidably attached to a vehicle body; wherein the seat cushion is suspended from the seat cushion support frame ; characterized in that : rear suspension members (54; 64; 104; 116) are provided at two positions spaced away from each other in a lateral direction on an edge of the seat cushion near the seatback, the rear suspension members (54; 64; 104; 116) supporting the seat cushion while the seat cushion is suspended from the seat cushion support frame so that the seat cushion is movable in the lateral direction; and a front suspension member (60; 76; 92; 112) is provided at one position or at each of two positions spaced away from each other in the lateral direction and ahead of the rear suspension members (54; 64; 104; 116), the front suspension member (60; 76; 92; 112) supporting the seat cushion while the seat cushion is suspended from the seat cushion support frame so that the seat cushion is movable in the lateral direction. rear suspension members (54; 64; 104; 116) are provided at two positions spaced away from each other in a lateral direction on an edge of the seat cushion near the seatback, the rear suspension members (54; 64; 104; 116) supporting the seat cushion while the seat cushion is suspended from the seat cushion support frame so that the seat cushion is movable in the lateral direction; and a front suspension member (60; 76; 92; 112) is provided at one position or at each of two positions spaced away from each other in the lateral direction and ahead of the rear suspension members (54; 64; 104; 116), the front suspension member (60; 76; 92; 112) supporting the seat cushion while the seat cushion is suspended from the seat cushion support frame so that the seat cushion is movable in the lateral direction.
A seal for use with a container for storing and dispensing consumer products comprising a tray having a generally planar top surface into which has been formed one or more discrete cavities for receiving the consumer products, the seal comprising: a cover film to seal the one or more cavities to retain the consumer products in the one or more cavities when the underside of the cover film is secured to the generally planar top surface of the tray , the cover film having pre-formed lines of separation defining a releasable portion per cavity ; and a barrier film releasably secured to the underside of the cover film , the barrier film having pre-formed lines of separation defining a barrier patch per releasable portion ; wherein the or each releasable portion is attached to the remainder of the cover film by a bridge region defined by a gap in the associated pre-formed line of separation ; and wherein the or each barrier patch includes a main portion that is shaped and sized so that in use it overlies an associated cavity , and characterised by a securing portion (54; 62; 70) that projects outwardly from the main portion and which is substantially aligned with the bridge region of the associated releasable portion . a cover film to seal the one or more cavities to retain the consumer products in the one or more cavities when the underside of the cover film is secured to the generally planar top surface of the tray , the cover film having pre-formed lines of separation defining a releasable portion per cavity ; and a barrier film releasably secured to the underside of the cover film , the barrier film having pre-formed lines of separation defining a barrier patch per releasable portion ; wherein the or each releasable portion is attached to the remainder of the cover film by a bridge region defined by a gap in the associated pre-formed line of separation ; and wherein the or each barrier patch includes a main portion that is shaped and sized so that in use it overlies an associated cavity , and characterised by a securing portion (54; 62; 70) that projects outwardly from the main portion and which is substantially aligned with the bridge region of the associated releasable portion .
A power switching device, comprising: a first wide band-gap MISFET having a first gate electrode , a drain region and a source region ; a second wide band-gap MISFET having a second gate electrode , a drain region and a source region ; and a wide band-gap bipolar junction transistor ("BJT") having a base , a collector and an emitter ; wherein the first gate electrode of the first wide band-gap MISFET is electrically connected to the second gate electrode of the second wide band-gap MISFET ; wherein the drain region of the first wide band-gap MISFET is electrically connected to the drain region of the second wide band-gap MISFET and to the collector ; wherein the source region of the first wide band-gap MISFET is electrically connected to the emitter ; and wherein the source region of the second wide band-gap MISFET is electrically connected to the base , wherein the first and second gate electrodes of the respective first and second wide band-gap MISFETs, the source region of the first wide band-gap MISFET , the source region of the second wide band-gap MISFET , the emitter of the wide band-gap BJT and a contact for the emitter of the wide band-gap BJT are on a first side of the power switching device, wherein a contact for the collector of the wide band-gap BJT , for the drain region of the first wide band-gap MISFET and for the drain region of the second wide band-gap MISFET is on a second side of the power switching device that is opposite the first side of the device. a first wide band-gap MISFET having a first gate electrode , a drain region and a source region ; a second wide band-gap MISFET having a second gate electrode , a drain region and a source region ; and a wide band-gap bipolar junction transistor ("BJT") having a base , a collector and an emitter ; wherein the first gate electrode of the first wide band-gap MISFET is electrically connected to the second gate electrode of the second wide band-gap MISFET ; wherein the drain region of the first wide band-gap MISFET is electrically connected to the drain region of the second wide band-gap MISFET and to the collector ; wherein the source region of the first wide band-gap MISFET is electrically connected to the emitter ; and wherein the source region of the second wide band-gap MISFET is electrically connected to the base , wherein the first and second gate electrodes of the respective first and second wide band-gap MISFETs, the source region of the first wide band-gap MISFET , the source region of the second wide band-gap MISFET , the emitter of the wide band-gap BJT and a contact for the emitter of the wide band-gap BJT are on a first side of the power switching device, wherein a contact for the collector of the wide band-gap BJT , for the drain region of the first wide band-gap MISFET and for the drain region of the second wide band-gap MISFET is on a second side of the power switching device that is opposite the first side of the device.
A method for managing security at a public cloud platform deployment executing an application instance for a first tenant of the public cloud platform deployment, the method comprising: determining, by a landscape service executing at the public cloud platform deployment, a landscape score for the application instance, the landscape score describing a plurality of landscape components to communicate with the application instance; determining, by an access frequency service, an access frequency score for the application instance, the access frequency score based at least in part on access frequencies for a plurality of users of the first tenant; determining, by a last access service, a last access score for the application instance, the last access score based at least in part on last access times for the plurality of users; determining a total risk score for the application instance using the landscape score for the application instance, the access frequency score for the application instance, and the last access score for the application instance; and responsive to determining that the total risk score for the application instance is greater than a threshold value, sending an alert message to an administrative user account for the public cloud platform deployment. determining, by a landscape service executing at the public cloud platform deployment, a landscape score for the application instance, the landscape score describing a plurality of landscape components to communicate with the application instance; determining, by an access frequency service, an access frequency score for the application instance, the access frequency score based at least in part on access frequencies for a plurality of users of the first tenant; determining, by a last access service, a last access score for the application instance, the last access score based at least in part on last access times for the plurality of users; determining a total risk score for the application instance using the landscape score for the application instance, the access frequency score for the application instance, and the last access score for the application instance; and responsive to determining that the total risk score for the application instance is greater than a threshold value, sending an alert message to an administrative user account for the public cloud platform deployment.
A method for making a magnetic sheet having a thickness in a first direction for use with an antenna module , the method comprising: dividing a magnetically permeable layer into a plurality of randomly shaped pieces on a first surface being perpendicular to the first direction such that the magnetic sheet is configured to affect a resonance frequency of the antenna module, at least one of the randomly shaped pieces not having a rectangular or triangular shape, wherein the magnetically permeable layer is divided by winding the magnetically permeable layer around a roller device (R) in one direction and rotating the roller device upon the first surface and then winding the magnetically permeable layer around the roller device in another direction and rotating the roller device upon the first surface. dividing a magnetically permeable layer into a plurality of randomly shaped pieces on a first surface being perpendicular to the first direction such that the magnetic sheet is configured to affect a resonance frequency of the antenna module, at least one of the randomly shaped pieces not having a rectangular or triangular shape, wherein the magnetically permeable layer is divided by winding the magnetically permeable layer around a roller device (R) in one direction and rotating the roller device upon the first surface and then winding the magnetically permeable layer around the roller device in another direction and rotating the roller device upon the first surface.
An in-vitro method for inhibiting growth and reducing number of contaminating and/or pathogenic agents, the method comprising the step of: exposing the contaminating and/or pathogenic agents with a light source device comprising a light emitting element for emitting a blue light having a wavelength ranging from 435 to 520 nm, having a power density greater than 20 mW/cm 2 and the light source device being configured to provide an effective fluence to the contaminating agent and/or pathogenic agents greater than 11 J/cm 2 , wherein the light is sequentially emitted and disrupted according to a frequency comprised between 0,001 and 10 Hz, and the ratio between the duration of light emission and the duration of light disruption being comprised between 45 and 80. exposing the contaminating and/or pathogenic agents with a light source device comprising a light emitting element for emitting a blue light having a wavelength ranging from 435 to 520 nm, having a power density greater than 20 mW/cm 2 and the light source device being configured to provide an effective fluence to the contaminating agent and/or pathogenic agents greater than 11 J/cm 2 , wherein the light is sequentially emitted and disrupted according to a frequency comprised between 0,001 and 10 Hz, and the ratio between the duration of light emission and the duration of light disruption being comprised between 45 and 80.
A method of electronic article surveillance, EAS, comprising: - first interrogating, by an RFID portal of an EAS system , in a first zone, said first zone extending into a controlled area beyond a threshold distance from an interrogating antenna of the RFID portal , the RFID portal defining an exit from the controlled area, the threshold distance being less than a width of the exit; - first detecting, by the RFID portal and in response to the first interrogating, a first response of a particular RFID tag ; - second interrogating, by the RFID portal and subsequent to the first detecting, in a second zone, said second zone extending into the controlled area at least to the threshold distance; - second detecting, by the RFID portal and in response to the second interrogating, at least one second response of the particular RFID tag indicating a received signal strength of the second interrogating at the particular RFID tag corresponding to a distance from an interrogating antenna of the RFID portal less than the threshold distance; and - alarming, by the EAS system , in response to the second detecting. - first interrogating, by an RFID portal of an EAS system , in a first zone, said first zone extending into a controlled area beyond a threshold distance from an interrogating antenna of the RFID portal , the RFID portal defining an exit from the controlled area, the threshold distance being less than a width of the exit; - first detecting, by the RFID portal and in response to the first interrogating, a first response of a particular RFID tag ; - second interrogating, by the RFID portal and subsequent to the first detecting, in a second zone, said second zone extending into the controlled area at least to the threshold distance; - second detecting, by the RFID portal and in response to the second interrogating, at least one second response of the particular RFID tag indicating a received signal strength of the second interrogating at the particular RFID tag corresponding to a distance from an interrogating antenna of the RFID portal less than the threshold distance; and - alarming, by the EAS system , in response to the second detecting.
An electronic smoking article comprising: a reservoir with a liquid aerosol precursor composition stored therein; and a braided wick in fluid communication with the reservoir, wherein the braided wick is in the form of a sheath/core wick . a reservoir with a liquid aerosol precursor composition stored therein; and a braided wick in fluid communication with the reservoir, wherein the braided wick is in the form of a sheath/core wick .
A memory management unit for managing address translations, said memory management unit being configured to operate in two stages, a first stage relating to address translations, according to a first address translation table , between a Virtual Address, "VA", space and an Intermediate Physical Address, "IPA", space, and a second stage relating to address translations, according to a second address translation table , between the IPA space and a Physical Address, "PA" space, wherein the first address translation table is associated with a first cache memory and the second address translation table is associated with a second cache memory , the memory management unit further comprises: an obtaining circuitry , configured to obtain a first IPA based on a first VA relating to a first memory access request, an identifying circuitry , configured to identify, based on the first IPA, a first memory page entry in the second address translation table , a storing circuitry , configured to store, in the second cache memory (308; 808), a first IPA-to-PA translation based on the identified first memory page entry, characterised in that : the storing circuitry is further configured to store, in the second cache memory and in response to the identification of the first memory page entry, one or more additional IPA-to-PA translations that are based on corresponding one or more additional memory page entries in the second address translation table , which one or more additional memory page entries are contiguous to the first memory page entry. an obtaining circuitry , configured to obtain a first IPA based on a first VA relating to a first memory access request, an identifying circuitry , configured to identify, based on the first IPA, a first memory page entry in the second address translation table , a storing circuitry , configured to store, in the second cache memory (308; 808), a first IPA-to-PA translation based on the identified first memory page entry, characterised in that : the storing circuitry is further configured to store, in the second cache memory and in response to the identification of the first memory page entry, one or more additional IPA-to-PA translations that are based on corresponding one or more additional memory page entries in the second address translation table , which one or more additional memory page entries are contiguous to the first memory page entry.
A pharmaceutical composition for administration by intramuscular or subcutaneous injection, comprising a therapeutically effective amount of bedaquiline, or a pharmaceutically acceptable salt thereof, in the form of a suspension of micro- or nanoparticles comprising: (a) bedaquiline, or a pharmaceutically acceptable salt thereof, in micro- or nanoparticle form, having a surface modifier adsorbed to the surface thereof, and (b) a pharmaceutically acceptable aqueous carrier, wherein the bedaquiline active ingredient is suspended. (a) bedaquiline, or a pharmaceutically acceptable salt thereof, in micro- or nanoparticle form, having a surface modifier adsorbed to the surface thereof, and (b) a pharmaceutically acceptable aqueous carrier, wherein the bedaquiline active ingredient is suspended.
Welding unit for welding rails of a track, including a first sub-unit which is displaceable on unit guides in a rail longitudinal direction relative to a second sub-unit by means of displacement cylinders , wherein each sub-unit comprises clamping cylinders that are arranged underneath the unit guides and coupled to clamping jaws for clamping the rails , characterized in that the two sub-units are connected by means of the displacement cylinders in that a cylinder body of the respective displacement cylinder is connected to the one sub-unit (2 or 5) and a piston rod of the respective displacement cylinder is connected to the other sub-unit (2 or 5).
A method for generating a random bit sample using a quantum tunneling barrier comprising an insulator sandwiched between two conductors, the method comprising: generating a current of charges tunneling from a first one of the two conductors to a second one of the two conductors and across the insulator, the current of the tunneled charges having an instantaneous level varying randomly due to quantum tunneling fluctuations and forming a raw signal; said method being characterized in that it further comprises from said raw signal, obtaining a raw bit sample having a first bit number n, the first bit number n being an integer, wherein the raw bit sample has a quantum contribution due to said quantum tunneling fluctuations and an external noise contribution added to the quantum contribution, the external noise contribution being external to the insulator sandwiched between two conductors; extracting the randomness out of the raw bit sample into the random bit sample, the random bit sample having a second bit number m being smaller than the first bit number n, said extracting being based on calibration data comprising at least a quantum contribution value of said quantum contribution of said raw bit sample; and an external contribution value of said external noise contribution of said raw bit sample. generating a current of charges tunneling from a first one of the two conductors to a second one of the two conductors and across the insulator, the current of the tunneled charges having an instantaneous level varying randomly due to quantum tunneling fluctuations and forming a raw signal; said method being characterized in that it further comprises from said raw signal, obtaining a raw bit sample having a first bit number n, the first bit number n being an integer, wherein the raw bit sample has a quantum contribution due to said quantum tunneling fluctuations and an external noise contribution added to the quantum contribution, the external noise contribution being external to the insulator sandwiched between two conductors; extracting the randomness out of the raw bit sample into the random bit sample, the random bit sample having a second bit number m being smaller than the first bit number n, said extracting being based on calibration data comprising at least a quantum contribution value of said quantum contribution of said raw bit sample; and an external contribution value of said external noise contribution of said raw bit sample. a quantum contribution value of said quantum contribution of said raw bit sample; and an external contribution value of said external noise contribution of said raw bit sample.
A dressing for distributing reduced pressure to a tissue site , the dressing comprising: a plurality of liquid-impermeable layers that are stacked; wherein the plurality of liquid-impermeable layers are fenestrated; a plurality of spacers disposed at least partially between adjacent liquid-impermeable layers to provide displacement of at least a portion of adjacent liquid-impermeable layers; a plurality of flow pathways formed by the plurality of spacers and plurality of liquid-impermeable layers for allowing fluid flow under reduced pressure; wherein adjacent layers of the plurality of liquid-impermeable layers are stacked without foam between a majority of the surface area of at least a majority of coextensive surfaces; characterized in that the plurality of spacers comprise a plurality of folds formed in at least one of the plurality of liquid-impermeable layers, each fold having a curved portion with a radius which forms a micro-channel . a plurality of liquid-impermeable layers that are stacked; wherein the plurality of liquid-impermeable layers are fenestrated; a plurality of spacers disposed at least partially between adjacent liquid-impermeable layers to provide displacement of at least a portion of adjacent liquid-impermeable layers; a plurality of flow pathways formed by the plurality of spacers and plurality of liquid-impermeable layers for allowing fluid flow under reduced pressure; wherein adjacent layers of the plurality of liquid-impermeable layers are stacked without foam between a majority of the surface area of at least a majority of coextensive surfaces;