mhurhangee/patent-ind-claim-en huggingface dataset:
A method for use in a first communication device, the method comprising: monitoring, by a first communication device, a plurality of beacon frames transmitted within a beacon interval (BI) during a fragmented transmit sector sweep (TXSS) from at least a second communication device associated with the first communication device; receiving, by the first communication device, the beacon frames over a plurality of transmission sectors during a time interval; compiling, by the first communication device, a list of the transmission sectors where the beacon frames are received within the BI during the fragmented TXSS; ranking, by the first communication device, the transmission sectors in the list based on a characteristic of the transmission sectors; and transmitting, by the first communication device, the ranked list of the transmission sectors over at least one of the plurality of transmission sectors to the second communication device prior to completion of the fragmented TXSS. monitoring, by a first communication device, a plurality of beacon frames transmitted within a beacon interval (BI) during a fragmented transmit sector sweep (TXSS) from at least a second communication device associated with the first communication device; receiving, by the first communication device, the beacon frames over a plurality of transmission sectors during a time interval; compiling, by the first communication device, a list of the transmission sectors where the beacon frames are received within the BI during the fragmented TXSS; ranking, by the first communication device, the transmission sectors in the list based on a characteristic of the transmission sectors; and transmitting, by the first communication device, the ranked list of the transmission sectors over at least one of the plurality of transmission sectors to the second communication device prior to completion of the fragmented TXSS.
A computer-implemented method comprising: receiving , by one or more computing devices, an initialization request for a still image capture mode; after receiving the request to initialize the still image capture mode, automatically beginning , by the one or more computing devices, to capture a plurality of image frames; after beginning to capture the plurality of image frames, receiving instructions to capture a still image of the scene; in response to receiving the instructions, stopping the capture of the plurality of image frames and capturing the still image; tracking , by the one or more computing devices, features between a first image frame of the plurality of image frames and each of the other image frames of the plurality of image frames; generating , by the one or more computing devices, a set of 3D points corresponding to the tracked features using a set of assumptions, the set of assumptions including a first assumption that there is no rotation between the plurality of image frames and a second assumption that there is no translation between the plurality of image frames; and generating a depth map of a scene, by the one or more computing devices, based at least in part on the set of 3D points. receiving , by one or more computing devices, an initialization request for a still image capture mode; after receiving the request to initialize the still image capture mode, automatically beginning , by the one or more computing devices, to capture a plurality of image frames; after beginning to capture the plurality of image frames, receiving instructions to capture a still image of the scene; in response to receiving the instructions, stopping the capture of the plurality of image frames and capturing the still image; tracking , by the one or more computing devices, features between a first image frame of the plurality of image frames and each of the other image frames of the plurality of image frames; generating , by the one or more computing devices, a set of 3D points corresponding to the tracked features using a set of assumptions, the set of assumptions including a first assumption that there is no rotation between the plurality of image frames and a second assumption that there is no translation between the plurality of image frames; and generating a depth map of a scene, by the one or more computing devices, based at least in part on the set of 3D points.
A generator for dynamic allocation of resources for channel estimation, wherein the generator communicates over a wireless channel with a receiver , the generator comprising: means for determining the inability of the receiver to demodulate received data based on an indication provided by the receiver ; and means for allocating additional resources to channel estimation by code puncturing a dedicated pilot signal onto a data symbol for the receiver . means for determining the inability of the receiver to demodulate received data based on an indication provided by the receiver ; and means for allocating additional resources to channel estimation by code puncturing a dedicated pilot signal onto a data symbol for the receiver .
Dispenser for discharge of pharmaceutical liquids, especially for the dropwise discharge of pharmaceutical liquids in the form of individual droplets, having the following features: a. the dispenser has a liquid reservoir , a pump device having a volumetrically variable pump chamber , and a delivery opening for delivery of the liquid, and b. the dispenser has a membrane portion that bounds the pump chamber on one side, which consists at least partly of a soft plastic and which alters the volume of the pump chamber by displacement and/or deformation, and c. the dispenser has a housing within which the pump device is provided, and an actuating button , displaceable relative to the housing between an unactuated starting position and an actuated final position, for displacing or deforming the membrane portion and for reducing the size of the pump chamber for the purpose of liquid discharge, and d. the membrane portion is secured circumferentially to a housing section of the housing in an outer edge region, and characterized by the following further features: e. the edge region of the membrane portion is secured to the housing section by means of a securing ring made of a rigid plastic, wherein the securing ring is formed in one piece from the soft plastic together with sections of the membrane portion . a. the dispenser has a liquid reservoir , a pump device having a volumetrically variable pump chamber , and a delivery opening for delivery of the liquid, and b. the dispenser has a membrane portion that bounds the pump chamber on one side, which consists at least partly of a soft plastic and which alters the volume of the pump chamber by displacement and/or deformation, and c. the dispenser has a housing within which the pump device is provided, and an actuating button , displaceable relative to the housing between an unactuated starting position and an actuated final position, for displacing or deforming the membrane portion and for reducing the size of the pump chamber for the purpose of liquid discharge, and d. the membrane portion is secured circumferentially to a housing section of the housing in an outer edge region, and characterized by the following further features: e. the edge region of the membrane portion is secured to the housing section by means of a securing ring made of a rigid plastic, wherein the securing ring is formed in one piece from the soft plastic together with sections of the membrane portion .
Burner module for a cooker or hob, comprising: - a carrier with which the burner module can be placed as a unit on a worktop , wherein the carrier and the burner module are configured to be arranged against an underside of the worktop ; - an outlet for gas provided on the carrier, wherein the outlet is configured to protrude through openings provided in the worktop ; - an inlet provided on the carrier for supplying gas; and - control means provided between an inlet and the outlet for realizing a gas flame; characterized in that the burner module further comprises - a heat-conductive element that is connectable to the underside of the worktop in the space between the carrier and the worktop , wherein the heat-conductive element is placed against the underside of the worktop to give additional support to the worktop and improve heat discharge from the worktop. - a carrier with which the burner module can be placed as a unit on a worktop , wherein the carrier and the burner module are configured to be arranged against an underside of the worktop ; - an outlet for gas provided on the carrier, wherein the outlet is configured to protrude through openings provided in the worktop ; - an inlet provided on the carrier for supplying gas; and - control means provided between an inlet and the outlet for realizing a gas flame; characterized in that the burner module further comprises - a heat-conductive element that is connectable to the underside of the worktop in the space between the carrier and the worktop , wherein the heat-conductive element is placed against the underside of the worktop to give additional support to the worktop and improve heat discharge from the worktop.
Capsule comprising a preferably rotationally symmetrical capsule body with at least one side wall and a base , and a cover which covers the capsule body to form at least one chamber , which contains at least one substance for preparing a liquid food, the cover forming an inlet side and the base forming an outlet side to guide a liquid through the chamber , a separate flow element being held over the base in the capsule via a holding region , the flow element subdividing the chamber into a cover-side part and a base-side part , a passage for the liquid being delimited by opposite sections of the base and the flow element , it being possible for the liquid to flow around and/or through the holding region , characterized in that the passage is formed by - at least two preferably annular webs that are directed towards each other, one web being part of the base and one web being part of the flow element , or - a surface of the flow element and by a preferably annular web on the base . - at least two preferably annular webs that are directed towards each other, one web being part of the base and one web being part of the flow element , or - a surface of the flow element and by a preferably annular web on the base .
An exhaust gas-purifying catalyst that is disposed in an exhaust pipe for an internal combustion engine and purifies exhaust gases discharged from the internal combustion engine, comprising: oxide particles having interdispersed therein A crystallites that are loaded with a noble metal and B crystallites that are not loaded with a noble metal, wherein the A crystallites loaded with a noble metal are composed of an oxide containing at least one of zirconium (Zr) and cerium (Ce), the B crystallites not loaded with a noble metal are composed of a cerium (Ce)-containing oxide having a higher Ce content (mol %) than the oxide making up the A crystallites, the oxide particles have a specific surface area after 5 hours of heat treatment at 1,150°C in open air of 30 m 2 /g or more as measured by BET method, the oxide particles are primary particles, and the A crystallites and the B crystallites are each present within the primary particles in a highly interdispersed manner such that, as observed by electron microscopy, ten or more crystallites of the same type are nowhere mutually contiguous, wherein the term crystallite refers to the largest collection of basic structures that is composed of a series of connected crystal lattices and can be regarded as a single crystal. oxide particles having interdispersed therein A crystallites that are loaded with a noble metal and B crystallites that are not loaded with a noble metal, wherein the A crystallites loaded with a noble metal are composed of an oxide containing at least one of zirconium (Zr) and cerium (Ce), the B crystallites not loaded with a noble metal are composed of a cerium (Ce)-containing oxide having a higher Ce content (mol %) than the oxide making up the A crystallites, the oxide particles have a specific surface area after 5 hours of heat treatment at 1,150°C in open air of 30 m 2 /g or more as measured by BET method, the oxide particles are primary particles, and the A crystallites and the B crystallites are each present within the primary particles in a highly interdispersed manner such that, as observed by electron microscopy, ten or more crystallites of the same type are nowhere mutually contiguous, wherein the term crystallite refers to the largest collection of basic structures that is composed of a series of connected crystal lattices and can be regarded as a single crystal.
An method comprising: detecting, by an enforcement point, an initiation of a session of an application; determining, by the enforcement point, whether a new subservice flow needs to be established to enable, for the initiated session, a quality of service differentiation and/or a quality of experience differentiation; sending, by the enforcement point, an indication to a radio to enable the radio to establish a radio buffer to handle the new subservice flow, when the new subservice flow needs to be established; sending, by the enforcement point, parameter information to the radio to enable the radio to configure at least one service parameter of the radio buffer; and forwarding, by the enforcement point, user-plane data associated with the session to the radio including one or more subservice flow identifiers. detecting, by an enforcement point, an initiation of a session of an application; determining, by the enforcement point, whether a new subservice flow needs to be established to enable, for the initiated session, a quality of service differentiation and/or a quality of experience differentiation; sending, by the enforcement point, an indication to a radio to enable the radio to establish a radio buffer to handle the new subservice flow, when the new subservice flow needs to be established; sending, by the enforcement point, parameter information to the radio to enable the radio to configure at least one service parameter of the radio buffer; and forwarding, by the enforcement point, user-plane data associated with the session to the radio including one or more subservice flow identifiers.
Linear light with an axially extending housing in which an optical element and an electrical element are integrated, wherein the optical element is formed as a profile that corresponds approximately to the length of the housing and wherein the electrical element is also formed as a profile, wherein the profiles can be inserted axially into the housing via a front side and are braced against one another transversally to the axial direction in the installed state, characterized in that the housing is closed on all sides and has an intake opening on an axial side that is smaller than the sum of the cross-section area that is formed by the encasings of both profiles .
A smart safety system for a child safety seat used in a vehicle, comprising: a first sensor operable to detect a motion status of the vehicle ; a second sensor operable to detect a position of a door of the vehicle; a control unit communicatively coupled to the first sensor and the second sensor, wherein, when in operation, the control unit generates a control event based on readings of the first sensor and the second sensor, characterized in that the second sensor is an air pressure sensor. a first sensor operable to detect a motion status of the vehicle ; a second sensor operable to detect a position of a door of the vehicle; a control unit communicatively coupled to the first sensor and the second sensor, wherein, when in operation, the control unit generates a control event based on readings of the first sensor and the second sensor, characterized in that the second sensor is an air pressure sensor.
A device for enabling a user to detect biomarkers, the device comprising an element that defines a multiplicity of microfluidic channels that communicate between an inlet duct and an outlet duct ; the inlet duct communicating with an inlet port at a surface of the element into which a user can introduce a drop of body fluid; the outlet duct communicating with an outlet port at a surface of the element , the device also incorporating a resilient elastomeric bladder connected to the outlet port to provide suction; wherein each microfluidic channel defines a reaction chamber containing a biomarker-sensitive reagent which provides a colour or a change of colour in the presence of a biomarker, there being a multiplicity of different biomarker-sensitive reagents, one such biomarker-sensitive reagent being provided in each of the multiplicity of different microfluidic channels , each microfluidic channel enclosing a porous hydrophobic element downstream of the reaction chamber , and at least part of the element being transparent so that the colour or change of colour within the reaction chamber can be viewed from outside the element , the device also comprising a cover , the cover defining multiple magnifying lenses that are above the reaction chambers , and the cover also comprising an openable flap that covers the resilient elastomeric bladder , and also an aperture aligned with the inlet port .
A hydrocyclone for separating a fiber suspension into a heavy fraction substantially containing heavy contaminants and a light fiber fraction substantially containing fibers, comprising: a housing with a circumferential wall , which defines an elongated separation chamber with two opposite ends and with a center axis extending between the opposite ends , an inlet member for supplying the fiber suspension substantially tangentially into the separation chamber at one end thereof, so that the fiber suspension flows in a vortex in the separation chamber , a first outlet member for discharging the accept fraction from the separation chamber at said one end , a second outlet member for discharging the heavy fraction from the separation chamber at the other end thereof, and a distribution head for supplying a fluid to the separation chamber , which distribution head is situated centrally in the separation chamber relatively close to said other end and having at least one outlet passage (60, 64, 64', 64") designed for spraying a fluid jet, characterized in that the fluid jet has a flow component in the direction towards the other end of the separation chamber , and the fluid jet has another flow component directed towards the one end . a housing with a circumferential wall , which defines an elongated separation chamber with two opposite ends and with a center axis extending between the opposite ends , an inlet member for supplying the fiber suspension substantially tangentially into the separation chamber at one end thereof, so that the fiber suspension flows in a vortex in the separation chamber , a first outlet member for discharging the accept fraction from the separation chamber at said one end , a second outlet member for discharging the heavy fraction from the separation chamber at the other end thereof, and a distribution head for supplying a fluid to the separation chamber , which distribution head is situated centrally in the separation chamber relatively close to said other end and having at least one outlet passage (60, 64, 64', 64") designed for spraying a fluid jet, characterized in that the fluid jet has a flow component in the direction towards the other end of the separation chamber , and the fluid jet has another flow component directed towards the one end .
A thermoplastic film, comprising: a biaxially-oriented polyethylene terephthalate (PET) layer; a tensile strength in the longitudinal direction of about 2000 kg/cm 2 (2 Pa) or more; a tensile strength in the transverse direction of about 3000 kg/cm 2 (3 Pa) or more; and a tear force in the longitudinal direction that is about 1.5 times as large as a tear force in the transverse direction, wherein the film comprises two or more layers. a biaxially-oriented polyethylene terephthalate (PET) layer; a tensile strength in the longitudinal direction of about 2000 kg/cm 2 (2 Pa) or more; a tensile strength in the transverse direction of about 3000 kg/cm 2 (3 Pa) or more; and a tear force in the longitudinal direction that is about 1.5 times as large as a tear force in the transverse direction, wherein the film comprises two or more layers.
A method for producing hydrocarbons in a subterranean well useful for observing properties of one or more subterranean zones, the subterranean well having a vertical well section and one or more lateral well sections , the intersection of the vertical well section and each of the one or more lateral well sections creating a junction , the method comprising the steps of: (a) installing a lower straddle packer in the vertical well section below each junction with a lateral well section ; (b) installing an upper straddle packer in the vertical well section above each junction to create one or more isolation zones between the lower straddle packer and the upper straddle packer around each junction ; (c) conveying hydrocarbons from the one or more lateral well sections to the surface with a tubing ; (d) observing pressure information in at least one measurement zone with a pressure gauge located in the vertical well section below all of the one or more isolation zones, so that the pressure gauge does not hinder production from the one or more lateral well sections ; and (e) obtaining information in at least one measurement zone with a logging equipment run through the tubing . (a) installing a lower straddle packer in the vertical well section below each junction with a lateral well section ; (b) installing an upper straddle packer in the vertical well section above each junction to create one or more isolation zones between the lower straddle packer and the upper straddle packer around each junction ; (c) conveying hydrocarbons from the one or more lateral well sections to the surface with a tubing ; (d) observing pressure information in at least one measurement zone with a pressure gauge located in the vertical well section below all of the one or more isolation zones, so that the pressure gauge does not hinder production from the one or more lateral well sections ; and (e) obtaining information in at least one measurement zone with a logging equipment run through the tubing .