mhurhangee/ep-ind-claims huggingface dataset:
A method implemented by a wireless transmit/receive unit, WTRU, for selecting a discontinuous reception, DRX, characterized by: receiving DRX configuration comprising a DRX inactivity timer, a DRX on-duration timer and a DRX short cycle timer; configuring the DRX inactivity timer, the DRX on-duration timer and the DRX short cycle timer; receiving a first type of DRX command medium access control, MAC, control element, CE; upon receiving the first type of DRX command MAC CE, stopping the DRX on-duration timer and the DRX inactivity timer, and using a short DRX cycle; receiving a second type of DRX MAC CE; and upon receiving the second type of DRX command MAC CE, stopping the DRX short cycle timer and using a long DRX cycle. receiving DRX configuration comprising a DRX inactivity timer, a DRX on-duration timer and a DRX short cycle timer; configuring the DRX inactivity timer, the DRX on-duration timer and the DRX short cycle timer; receiving a first type of DRX command medium access control, MAC, control element, CE; upon receiving the first type of DRX command MAC CE, stopping the DRX on-duration timer and the DRX inactivity timer, and using a short DRX cycle; receiving a second type of DRX MAC CE; and upon receiving the second type of DRX command MAC CE, stopping the DRX short cycle timer and using a long DRX cycle.
A method for wireless communication, comprising: identifying a next random access time period; identifying a plurality of beam directions that satisfy a transmit power condition criteria; selecting a beam direction from the plurality of beam directions based at least in part on the next random access period including a random access opportunity corresponding to the beam direction; and transmitting a random access signal using resources corresponding to the selected beam direction. identifying a next random access time period; identifying a plurality of beam directions that satisfy a transmit power condition criteria; selecting a beam direction from the plurality of beam directions based at least in part on the next random access period including a random access opportunity corresponding to the beam direction; and transmitting a random access signal using resources corresponding to the selected beam direction.
Production method for an acoustic panel, the production method comprising: - a production step during which a composite structure is produced, - a provision step during which inserts are provided and in which each insert comprises a nozzle in the form of a hollow cylinder with a through-bore and a cap which comprises a base in the form of a cylinder and a cover in the form of a cone, and in which the base is accommodated in the bore, - a positioning step during which the inserts are positioned in the composite structure by means of penetration of the cover into the composite structure so that the bore opens at one side and the other of the composite structure, - a polymerisation step during which the composite structure with the inserts is polymerised, - a removal step during which the caps are removed and the nozzles are left in place, - a first assembly step during which a honeycomb structure is fixed to the polymerised composite structure, and - a second assembly step during which a rear skin is fixed to the honeycomb structure. - a production step during which a composite structure is produced, - a provision step during which inserts are provided and in which each insert comprises a nozzle in the form of a hollow cylinder with a through-bore and a cap which comprises a base in the form of a cylinder and a cover in the form of a cone, and in which the base is accommodated in the bore, - a positioning step during which the inserts are positioned in the composite structure by means of penetration of the cover into the composite structure so that the bore opens at one side and the other of the composite structure, - a polymerisation step during which the composite structure with the inserts is polymerised, - a removal step during which the caps are removed and the nozzles are left in place, - a first assembly step during which a honeycomb structure is fixed to the polymerised composite structure, and - a second assembly step during which a rear skin is fixed to the honeycomb structure.
Conductor rail pickup, in particular a furniture conductor rail pickup, for forming an electrical connection with a conductor rail of a furniture conductor rail system, comprising a coupling member which has a head with at least two contact bodies (6a, 6b) which are elastically displaceable parallel to a compensating direction (x), characterised by a pickup housing in which the coupling member is arranged by its head projecting out in at least some sections whereby the coupling member is movably guided in the housing and is elastically displaceable relative to the pickup housing in the compensating direction (x).
A method for in-line blending of gasoline and butane comprising: a) providing a continuously flowing gasoline stream that comprises: i) a plurality of batches of different gasoline types; ii) a gasoline flow rate that varies over time; and iii) a plurality of gasoline vapor pressures; b) providing an allowable vapor pressure; c) providing a butane stream that comprises a butane vapor pressure; d) periodically determining said gasoline vapor pressure; e) periodically determining said gasoline flow rate; f) calculating a blend ratio based upon said butane vapor pressure, said gasoline vapor pressure, and said allowable vapor pressure; and g) blending said butane stream and said gasoline stream at a blending unit at said blend ratio to provide a blended gasoline stream having a blended vapor pressure less than or equal to said allowable vapor pressure. a) providing a continuously flowing gasoline stream that comprises: i) a plurality of batches of different gasoline types; ii) a gasoline flow rate that varies over time; and iii) a plurality of gasoline vapor pressures; i) a plurality of batches of different gasoline types; ii) a gasoline flow rate that varies over time; and iii) a plurality of gasoline vapor pressures; b) providing an allowable vapor pressure; c) providing a butane stream that comprises a butane vapor pressure; d) periodically determining said gasoline vapor pressure; e) periodically determining said gasoline flow rate; f) calculating a blend ratio based upon said butane vapor pressure, said gasoline vapor pressure, and said allowable vapor pressure; and g) blending said butane stream and said gasoline stream at a blending unit at said blend ratio to provide a blended gasoline stream having a blended vapor pressure less than or equal to said allowable vapor pressure.
A method of creating a trusted bond between a hearing device and a user accessory device, wherein the method comprises: - transmitting, by a hearing device fitting system, an authentication key to the hearing device; - creating, by the hearing device fitting system, authentication data comprising the authentication key in encrypted form; - obtaining, by the user accessory device, the created authentication data; - receiving, by the user accessory device, identification information from the hearing device, the identification information identifying the hearing device; - decrypting, by the user accessory device, the encrypted authentication key comprised in the obtained authentication data using at least the received identification information; - establishing communication between the hearing device and the user accessory device based on the authentication key. - transmitting, by a hearing device fitting system, an authentication key to the hearing device; - creating, by the hearing device fitting system, authentication data comprising the authentication key in encrypted form; - obtaining, by the user accessory device, the created authentication data; - receiving, by the user accessory device, identification information from the hearing device, the identification information identifying the hearing device; - decrypting, by the user accessory device, the encrypted authentication key comprised in the obtained authentication data using at least the received identification information; - establishing communication between the hearing device and the user accessory device based on the authentication key.
An arrangement comprising a solid carrier and a matrix arranged on the solid carrier, comprising at least one enzymatically convertible or modifiable molecule, which matrix comprises at least one enzyme that can be released by conversion or modification of the molecule, preferably polymer or oligomer, which enzyme is capable of converting at least one colour-changing substrate located in the matrix and/or on the solid carrier.
Laser system for treatment of body tissue on an inner circumferential tissue surface, comprising a laser source for the generation of a laser beam and a handpiece with a treatment head, wherein the treatment head extends along a longitudinal axis, wherein during operation the laser beam enters the treatment head in the direction of the longitudinal axis, wherein a deflection mirror is disposed in the treatment head and guides the laser beam radially outwards out of the treatment head, wherein a movable deflection means for the laser beam is provided, wherein the movable deflection means comprise a scanner being movable about two axes, wherein the deflection mirror has a conical shape and is disposed with its apex facing the scanner, and wherein the scanner is controlled to provide a circular scanning in cooperation with the conical deflection mirror.
A needle for delivering a sensor through an outer skin layer and into a sensor depth, the needle comprising: a wall structure having a tubular shape defining a central opening with a central axis, at least one cross dimension and defining at least one inner dimension sized to contain the sensor for delivery; at least one cutting edge on the wall structure configured to pierce the outer skin layer; and at least one blunt contour on the wall structure, the blunt contour configured to bluntly dissect tissue as the wall structure advances into the sensor depth; wherein the blunt contour, viewed along the central axis of the wall structure, occupies more than 50% of the cross dimension of the wall structure; wherein the wall structure is configured for removal from the outer skin layer to leave the sensor at the sensor depth; wherein a single beveled surface or a set of beveled surfaces (24, 26) is provided on a distal tip of the wall structure, with a proximal, inner edge of the beveled surface(s) (24, 26) defining the central opening and with an outer peripheral edge of the beveled surface(s) (24, 26) being sharpened to form the cutting edge; characterized in that the cutting edge is formed only on distal portions of the beveled surface(s) (24, 26) and occupies less than 50% of the outer peripheral edge of the beveled surface(s) (24, 26). a wall structure having a tubular shape defining a central opening with a central axis, at least one cross dimension and defining at least one inner dimension sized to contain the sensor for delivery; at least one cutting edge on the wall structure configured to pierce the outer skin layer; and at least one blunt contour on the wall structure, the blunt contour configured to bluntly dissect tissue as the wall structure advances into the sensor depth; wherein the blunt contour, viewed along the central axis of the wall structure, occupies more than 50% of the cross dimension of the wall structure; wherein the wall structure is configured for removal from the outer skin layer to leave the sensor at the sensor depth; wherein a single beveled surface or a set of beveled surfaces (24, 26) is provided on a distal tip of the wall structure, with a proximal, inner edge of the beveled surface(s) (24, 26) defining the central opening and with an outer peripheral edge of the beveled surface(s) (24, 26) being sharpened to form the cutting edge; characterized in that the cutting edge is formed only on distal portions of the beveled surface(s) (24, 26) and occupies less than 50% of the outer peripheral edge of the beveled surface(s) (24, 26).
An acidic liquid formulation for oral administration, said formulation containing at least 150 mg/mL of Miglustat, said liquid formulation containing: - sodium benzoate as preservative, - tartaric acid so as to maintain the pH of the formulation comprised between 3 and 5, - a sweetener, and - optionally a flavour. - sodium benzoate as preservative, - tartaric acid so as to maintain the pH of the formulation comprised between 3 and 5, - a sweetener, and - optionally a flavour.
A method comprising: at a device with one or more processors, non-transitory memory, a display, and an input device: while a plurality of media items are stored on the device, detecting the occurrence of a condition that corresponds to a request to free storage on the device, wherein the plurality of media items uses a first amount of storage on the device and a minimum amount of storage on the device has been reserved for media items; in response to detecting the occurrence of the condition while the plurality of media items uses the first amount of storage: in accordance with a determination that the first amount of storage on the device is greater than the minimum amount of storage on the device that has been reserved for media items, deleting one or more of the plurality of media items; and in accordance with a determination that the first amount of storage on the device is less than the minimum amount of storage on the device that has been reserved for media items, forgoing deleting one or more of the plurality of media items from the device. while a plurality of media items are stored on the device, detecting the occurrence of a condition that corresponds to a request to free storage on the device, wherein the plurality of media items uses a first amount of storage on the device and a minimum amount of storage on the device has been reserved for media items; in response to detecting the occurrence of the condition while the plurality of media items uses the first amount of storage: in accordance with a determination that the first amount of storage on the device is greater than the minimum amount of storage on the device that has been reserved for media items, deleting one or more of the plurality of media items; and in accordance with a determination that the first amount of storage on the device is less than the minimum amount of storage on the device that has been reserved for media items, forgoing deleting one or more of the plurality of media items from the device. in accordance with a determination that the first amount of storage on the device is greater than the minimum amount of storage on the device that has been reserved for media items, deleting one or more of the plurality of media items; and in accordance with a determination that the first amount of storage on the device is less than the minimum amount of storage on the device that has been reserved for media items, forgoing deleting one or more of the plurality of media items from the device.
A three-dimensional printer comprising: a first material vessel (202, 302) configured to discharge first material through a first feeder (204, 304) as build material; a second material vessel (208, 308) configured to discharge second material through a second feeder (210, 310) as build material; a dilute-phase pneumatic conveying system (206, 306) configured to receive the first and second materials discharged from the first and second material vessels, and to mix the first and second materials in-line; and a controller (218, 326) configured to adjust operation of the first feeder (204, 304) and the second feeder (210, 310) to maintain the build material as having a specified ratio of the first material to the second material, wherein the 3D printer (200, 300) is to form a 3D object from the build material. a first material vessel (202, 302) configured to discharge first material through a first feeder (204, 304) as build material; a second material vessel (208, 308) configured to discharge second material through a second feeder (210, 310) as build material; a dilute-phase pneumatic conveying system (206, 306) configured to receive the first and second materials discharged from the first and second material vessels, and to mix the first and second materials in-line; and a controller (218, 326) configured to adjust operation of the first feeder (204, 304) and the second feeder (210, 310) to maintain the build material as having a specified ratio of the first material to the second material, wherein the 3D printer (200, 300) is to form a 3D object from the build material.
Packaging for transporting and/or storing radioactive materials, the packaging delimiting a housing cavity intended to receive a mass of radioactive materials, said housing cavity being at least partly defined by a lateral body, a bottom and a lid mounted removably on the lateral body, the bottom and the lid being spaced apart from each other along a longitudinal axis of the packaging, and the lateral body extending between a first axial end on the lid side and a second axial end on the bottom side, characterised in that the lateral body has a thickness-change zone defining a transition surface, the lateral body comprising a reduced-thickness part extending from the transition surface towards the first axial end of the lateral body, said reduced-thickness part comprising an internal surface laterally delimiting a hollowed-out zone of the lateral body, also delimited axially by the transition surface, in that the packaging comprises a lateral-body reconstitution part extending around the longitudinal axis, arranged removably in said hollowed-out zone, and having an internal surface laterally delimiting a part of the housing cavity, and in that the internal surfaces (24, 34) are spaced apart from each other so as to have a minimum radial separation greater than 30 mm. characterised in that the lateral body has a thickness-change zone defining a transition surface, the lateral body comprising a reduced-thickness part extending from the transition surface towards the first axial end of the lateral body, said reduced-thickness part comprising an internal surface laterally delimiting a hollowed-out zone of the lateral body, also delimited axially by the transition surface, in that the packaging comprises a lateral-body reconstitution part extending around the longitudinal axis, arranged removably in said hollowed-out zone, and having an internal surface laterally delimiting a part of the housing cavity, and in that the internal surfaces (24, 34) are spaced apart from each other so as to have a minimum radial separation greater than 30 mm.
A convolute protective textile sleeve, comprising: a flexible, tubular wall of braided yarns, at least some of the yarns being provided as plastically deformable and/or heat-settable monofilaments that are plastically deformed and/or heat-set upon being braided to provide the wall with a permanent, accordion-like, convolute shape, the convolute shape being formed by a plurality of alternating crests and valleys, wherein the crests are formed in tight, axially compressed relation with one another, with the valleys intervening between the crests being relatively narrow or short in axially extending length relative to the crests and with a gap between adjacent convolutes which is no greater than 1⁄4 the axial width of a single convolute.
A paper tube, configured to be used as part of a flavor inhaler, of a single layered thick paper formed into a cylindrical hollow body by curving a thick paper having a rectangular shape and gathering both side edge portions of the thick paper, wherein the thick paper has a basis weight equal to 100 g/m 2 or more and equal to 300 g/m 2 or less, a thickness equal to 150 μm or more and equal to 500μm or less, and a density equal to 0.5 g/cm 3 or more, and a diameter of the cylindrical hollow body is equal to 5mm or more and equal to 8mm or less, characterised in that a plurality of grooves parallel to an axis line of the cylindrical hollow body is formed on an outer surface or an inner surface of the cylindrical hollow body.
A light output device comprising: a substrate arrangement; a plurality of light source devices integrated into the structure of the substrate arrangement; and a plurality of control circuits associated with the light source devices and also integrated into the structure of the substrate arrangement, wherein each control circuit comprises at least six connected connectors (10, 16, 18), with at least one connector coupled to one or more respective light source devices, wherein the light output device comprises an input power supply electrode which is common to a plurality of light source devices and an output power drain electrode which is common to a plurality of light source devices, wherein each control circuit comprises an input to which an input voltage is provided, an output for controlling the respective one or more light source devices, a control input for receiving a control signal and a control output for outputting a control signal, wherein the control output of one control circuit is connected to the control input of the next control circuit, wherein each control circuit is adapted to switch power between either: (i) a light source device or devices, or (ii) an output resistor which is connected between the input and output electrodes, wherein the substrate arrangement is transparent, and wherein the input power supply electrode and the output power drain electrode are at least semi-transparent, and wherein each control circuit comprises a plurality of outputs (19a,19b,19c) each having a different resistance a substrate arrangement; a plurality of light source devices integrated into the structure of the substrate arrangement; and a plurality of control circuits associated with the light source devices and also integrated into the structure of the substrate arrangement, wherein each control circuit comprises at least six connected connectors (10, 16, 18), with at least one connector coupled to one or more respective light source devices, wherein the light output device comprises an input power supply electrode which is common to a plurality of light source devices and an output power drain electrode which is common to a plurality of light source devices, wherein each control circuit comprises an input to which an input voltage is provided, an output for controlling the respective one or more light source devices, a control input for receiving a control signal and a control output for outputting a control signal, wherein the control output of one control circuit is connected to the control input of the next control circuit, wherein each control circuit is adapted to switch power between either: (i) a light source device or devices, or (ii) an output resistor which is connected between the input and output electrodes, wherein the substrate arrangement is transparent, and wherein the input power supply electrode and the output power drain electrode are at least semi-transparent, and wherein each control circuit comprises a plurality of outputs (19a,19b,19c) each having a different resistance (i) a light source device or devices, or (ii) an output resistor which is connected between the input and output electrodes,