mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: - a virtual baseband unit further comprising a radio resource manager; and - an access node further comprising a traffic manager; and wherein the virtual baseband unit is configured: - to connect to a serving gateway for receiving backhaul traffic; and - to connect to the access node; and - to transform the backhaul traffic under control of the radio resource manager to X-haul traffic; and - to forward the X-haul traffic to the access node; wherein the access node is configured: - to connect to a broadband network gateway for receiving wireline traffic; and - to receive the X-haul traffic; and - to forward aggregated traffic comprising the X-haul traffic and the wireline traffic to two or more network terminations through the traffic manager; wherein the access node is further configured to instruct the virtual baseband unit to buffer the backhaul traffic based on resource data exchanged between the virtual baseband unit and the access node such that the aggregated traffic is less than or equal to a capacity threshold. - a virtual baseband unit further comprising a radio resource manager; and - an access node further comprising a traffic manager; and - to connect to a serving gateway for receiving backhaul traffic; and - to connect to the access node; and - to transform the backhaul traffic under control of the radio resource manager to X-haul traffic; and - to forward the X-haul traffic to the access node; - to connect to a broadband network gateway for receiving wireline traffic; and - to receive the X-haul traffic; and - to forward aggregated traffic comprising the X-haul traffic and the wireline traffic to two or more network terminations through the traffic manager;
Container closure made of plastic, having - a spout with a jacket for fastening the closure to a container and for drinking out of the container, and having a lower rim, and a nozzle adjoining the jacket and surrounding a pouring opening, which spout has an internal thread formed on the inner face of the jacket for screwing onto the neck of the container and has a plurality of thread turns (43, 45) formed on the outer face of the jacket, - a closure cap which is connected to the spout and has on its inner side a sealing element for closing the pouring opening, - a tamper-proof ring, which is connected to the closure cap on the free rim of the closure cap by at least one predetermined breaking web, wherein the container closure also features - a hinge with which the closure cap is pivotable relative to the spout from a closed position into an open position and vice versa wherein the tamper-proof ring is connected to the closure cap on the free rim of the closure cap with the hinge, as well characterized in - that thread turns (43, 45) are formed as lower thread turns and upper thread turns lying above them and - that at least one first pin, which engages in one of the lower thread turns, is formed on the inner side of the tamper-proof ring. - a spout with a jacket for fastening the closure to a container and for drinking out of the container, and having a lower rim, and a nozzle adjoining the jacket and surrounding a pouring opening, which spout has an internal thread formed on the inner face of the jacket for screwing onto the neck of the container and has a plurality of thread turns (43, 45) formed on the outer face of the jacket, - a closure cap which is connected to the spout and has on its inner side a sealing element for closing the pouring opening, - a tamper-proof ring, which is connected to the closure cap on the free rim of the closure cap by at least one predetermined breaking web, wherein the container closure also features - a hinge with which the closure cap is pivotable relative to the spout from a closed position into an open position and vice versa wherein the tamper-proof ring is connected to the closure cap on the free rim of the closure cap with the hinge, as well - that thread turns (43, 45) are formed as lower thread turns and upper thread turns lying above them and - that at least one first pin, which engages in one of the lower thread turns, is formed on the inner side of the tamper-proof ring.
A perch (1; 21) for poultry, comprising two elongated electrical conductors (15; 35) for combating bird mite, which perch is provided with an elongated sitting area (5; 25) for the poultry to sit on, as well as adjoining boundary areas which the poultry can reach with their beaks, and a mounting face (9; 29) by which the perch can be fitted to a support or wall, and which conductors have a non-insulated side and are spaced apart and parallel to each other, characterized in that the electrical conductors (15; 35) are located between the mounting face (9; 29) and the adjoining boundary areas and close to these boundary areas and extend along the entire boundary edge of the boundary areas and thus enclose the sitting area (5; 25) and the adjoining boundary areas.
A method for Acknowledgement / Negative Acknowledgement, ACK/NACK multiplexing based on Physical Uplink Control Channel, PUCCH, resource selection by a communication apparatus with a first Component Carrier, CC, and a second CC in a wireless communication system, the method comprising: monitoring a first Physical Downlink Control Channel, PDCCH, for scheduling the first CC, and a second PDCCH for scheduling the second CC, wherein a transmission mode of the first CC is configured as a Multiple Input Multiple Output, MIMO, mode and a transmission mode of the second CC is configured as a non-MIMO mode; identifying a Hybrid Automatic Repeat reQuest - Acknowledgement, HARQ-ACK, state related to the first and second CCs; and transmitting a modulation symbol using a PUCCH resource based on the HARQ-ACK state, according to a relation including: HARQ-ACK HARQ-ACK HARQ-ACK n PUCCH, i modulation symbol ACK ACK NACK/DTX n PUCCH, 0 a ACK NACK NACK/DTX n PUCCH, 0 b NACK ACK NACK/DTX n PUCCH, 0 c NACK NACK DTX n PUCCH, 0 d NACK NACK ACK n PUCCH, 2 a DTX DTX ACK n PUCCH, 2 a NACK NACK NACK n PUCCH, 2 d DTX DTX NACK n PUCCH, 2 d where HARQ-ACK and HARQ-ACK indicate Acknowledgement/Negative Acknowledgement/Discontinuous Transmission, ACK/NACK/DTX, responses to data blocks related to the first CC, HARQ-ACK indicates an ACK/NACK/DTX response to a data block related to the second CC, n PUCCH,0 indicates a PUCCH resource determined based on a resource of the first PDCCH when the first CC is a primary CC, n PUCCH,2 indicates a PUCCH resource determined based on a resource of the second PDCCH when the second CC is the primary CC, and "a", "b", "c" and "d" are same as modulation symbols defined for PUCCH format 1b ACK/NACK transmission. monitoring a first Physical Downlink Control Channel, PDCCH, for scheduling the first CC, and a second PDCCH for scheduling the second CC, wherein a transmission mode of the first CC is configured as a Multiple Input Multiple Output, MIMO, mode and a transmission mode of the second CC is configured as a non-MIMO mode; identifying a Hybrid Automatic Repeat reQuest - Acknowledgement, HARQ-ACK, state related to the first and second CCs; and transmitting a modulation symbol using a PUCCH resource based on the HARQ-ACK state, according to a relation including: HARQ-ACK HARQ-ACK HARQ-ACK n PUCCH, i modulation symbol ACK ACK NACK/DTX n PUCCH, 0 a ACK NACK NACK/DTX n PUCCH, 0 b NACK ACK NACK/DTX n PUCCH, 0 c NACK NACK DTX n PUCCH, 0 d NACK NACK ACK n PUCCH, 2 a DTX DTX ACK n PUCCH, 2 a NACK NACK NACK n PUCCH, 2 d DTX DTX NACK n PUCCH, 2 d where HARQ-ACK and HARQ-ACK indicate Acknowledgement/Negative Acknowledgement/Discontinuous Transmission, ACK/NACK/DTX, responses to data blocks related to the first CC, HARQ-ACK indicates an ACK/NACK/DTX response to a data block related to the second CC, n PUCCH,0 indicates a PUCCH resource determined based on a resource of the first PDCCH when the first CC is a primary CC, n PUCCH,2 indicates a PUCCH resource determined based on a resource of the second PDCCH when the second CC is the primary CC, and "a", "b", "c" and "d" are same as modulation symbols defined for PUCCH format 1b ACK/NACK transmission.
A method for the manufacturing of a low shrinkage flexible sheet, said sheet comprising a fabric containing polyolefin fibers, said method comprising the steps of: a) depositing a molten plastomer layer on at least one surface of the woven fabric to form a sheet having a thickness approximately equal with the sum of the thicknesses of said molten plastomer layer and of said fabric; and b) impregnating said fabric with at least part of the molten plastomer layer by drawing the sheet into a gap between two calendaring rollers at a temperature of between the melting temperature of the plastomer and the melting temperature as determined by DSC of the polyolefin fibers, said gap having a width smaller than the thickness of the sheet; wherein the width of the gap is chosen to apply an impregnation pressure on the sheet of at least 20 bars. a) depositing a molten plastomer layer on at least one surface of the woven fabric to form a sheet having a thickness approximately equal with the sum of the thicknesses of said molten plastomer layer and of said fabric; and b) impregnating said fabric with at least part of the molten plastomer layer by drawing the sheet into a gap between two calendaring rollers at a temperature of between the melting temperature of the plastomer and the melting temperature as determined by DSC of the polyolefin fibers, said gap having a width smaller than the thickness of the sheet;
An apparatus for controlling, managing or advertising discovered capabilities of a computing resource comprising: circuitry for a controller; a detect component for execution by the circuitry to detect that a computing resource has been added to a system of configurable computing resources; a query component for execution by the circuitry to query a service processor for the computing resource to discover capabilities associated with the computing resource and obtain an RESTful application programming interface, API, provided by the service processor, the RESTful API facilitating identification of a uniform resource locator, URL,; a URL component for execution by the circuitry to use the URL to access additional information for the discovered capabilities; and an extension component for execution by the circuitry to retrieve one or more management application plugins or extensions for the controller to manage, control or advertise the discovered capabilities. circuitry for a controller; a detect component for execution by the circuitry to detect that a computing resource has been added to a system of configurable computing resources; a query component for execution by the circuitry to query a service processor for the computing resource to discover capabilities associated with the computing resource and obtain an RESTful application programming interface, API, provided by the service processor, the RESTful API facilitating identification of a uniform resource locator, URL,; a URL component for execution by the circuitry to use the URL to access additional information for the discovered capabilities; and an extension component for execution by the circuitry to retrieve one or more management application plugins or extensions for the controller to manage, control or advertise the discovered capabilities.
A method of coupling a cuff (118, 120) to an inflation lumen for an endotracheal tube, comprising: a) providing an endotracheal tube having an inflation lumen defined therein, a resistant material positioned around at least a portion of the endotracheal tube, and a sleeve positioned around at least a portion of the resistant material; b) cutting a first hole through the sleeve and the resistant material at a location proximate to the inflation lumen; c) cutting a second hole partially through the endotracheal tube, the second hole defined within the first hole, the second hole being cut partially through the airway tube into the underlying inflation lumen; d) inserting a stopper plug into the second hole and applying an adhesive around the stopper plug along a perimeter of the first hole; e) removing the stopper plug and coupling the cuff (118, 120) along the endotracheal tube to fluidly couple the cuff (118, 120) to the inflation lumen through the second hole. a) providing an endotracheal tube having an inflation lumen defined therein, a resistant material positioned around at least a portion of the endotracheal tube, and a sleeve positioned around at least a portion of the resistant material; b) cutting a first hole through the sleeve and the resistant material at a location proximate to the inflation lumen; c) cutting a second hole partially through the endotracheal tube, the second hole defined within the first hole, the second hole being cut partially through the airway tube into the underlying inflation lumen; d) inserting a stopper plug into the second hole and applying an adhesive around the stopper plug along a perimeter of the first hole; e) removing the stopper plug and coupling the cuff (118, 120) along the endotracheal tube to fluidly couple the cuff (118, 120) to the inflation lumen through the second hole.
Composition based on zirconium oxide and cerium oxide, characterized in that it has a proportion of cerium oxide of not more than 50% by mass, a specific surface area after calcination for 4 hours at 1100°C of at least 15 m 2 /g and a degree of reducibility which may be: - of at least 95% after calcination in air at 600°C; or - of at least 95% after calcination in air at 700°C; or - of at least 85% after calcination in air at 900°C; this degree of reducibility being calculated from a hydrogen consumption measured between 30°C and 900°C. - of at least 95% after calcination in air at 600°C; or - of at least 95% after calcination in air at 700°C; or - of at least 85% after calcination in air at 900°C; this degree of reducibility being calculated from a hydrogen consumption measured between 30°C and 900°C.
A method of forming a heat exchanger from a metal body made from a material having a melting temperature greater than 660 °C, with the metal body having opposing first and second surfaces, the method comprising: forming at least one fluid passage in the metal body by: cutting an access opening into the first surface of the metal body, with the access opening spanning a dimension of the metal body; removing material from the metal body along the access opening to form a fluid passageway in the metal body that extends along the access opening and is accessible through the access opening; closing the access opening to form the fluid passage; and forming at least one fin projecting from the second surface; wherein fluid may be passed through the fluid passage and heat from the fluid may be dissipated through the at least one fin, characterised in that forming the at least one fin is done by forming a plurality of nicks on the second surface, introducing a skiving blade into the plurality of nicks, and advancing the skiving blade into the material to form a fin that remains attached to the metal body, and in that removing material comprises removing sufficient material such that the passageway has a cross section greater than the access opening. forming at least one fluid passage in the metal body by: cutting an access opening into the first surface of the metal body, with the access opening spanning a dimension of the metal body; removing material from the metal body along the access opening to form a fluid passageway in the metal body that extends along the access opening and is accessible through the access opening; closing the access opening to form the fluid passage; and cutting an access opening into the first surface of the metal body, with the access opening spanning a dimension of the metal body; removing material from the metal body along the access opening to form a fluid passageway in the metal body that extends along the access opening and is accessible through the access opening; closing the access opening to form the fluid passage; and forming at least one fin projecting from the second surface;
A method for producing semiconductor wafers from a workpiece by means of machining of the workpiece by means of a wire saw, comprising feeding the workpiece through an arrangement of wires tensioned between wire guide rollers and move in a running direction Z; and the creation of kerfs when engaging the wires into the workpiece; characterized in that the method comprises: Determining a placement error of the kerfs; and bringing about a compensating movement of the workpiece as a function of the detected placement error along a longitudinal axis of the workpiece during infeed of the workpiece by the arrangement of wires.
A wall assembly (60, 62) for a gas turbine engine, comprising: a liner panel (72, 74) with a hot side and a cold side; and a grommet that includes a passage wall and a flange wall transverse to the passage wall; wherein the passage wall at least partially defines a dilution passage along an axis, and the grommet at least partially defines at least one chamber that at least partially surrounds the dilution passage; wherein the chamber includes an outlet passage generally transverse to the passage wall and adjacent to the hot side, the outlet passage defined through an axially extended passage wall section of the passage wall that extends beyond the hot side. a liner panel (72, 74) with a hot side and a cold side; and a grommet that includes a passage wall and a flange wall transverse to the passage wall; wherein the passage wall at least partially defines a dilution passage along an axis, and the grommet at least partially defines at least one chamber that at least partially surrounds the dilution passage; wherein the chamber includes an outlet passage generally transverse to the passage wall and adjacent to the hot side, the outlet passage defined through an axially extended passage wall section of the passage wall that extends beyond the hot side.
Device to determine flatness deviations in a continuously moving material in a measurement region during the treatment of the strip-shaped material, particularly during the hot-rolling of a steel strip, wherein the device comprises a TOF camera and the TOF camera is arranged over the strip-shaped material such that a recording of an area of the material by the TOF camera can be made transversely and/or along the movement direction and the TOF camera has an evaluation unit which is designed to determine a flatness deviation from the recording wherein the device has a synchronising device which is designed such that the TOF camera, taking into account the speed of movement of the strip-shaped material, makes recordings which enable a stringing together of areas to determine flatness deviations in the material.
Fuel feed device, consisting of at least - one fuel tank; - one pre-feed pump; - one high-pressure pump; - one injection system, particularly in the form of a common rail injection system; and - one fuel filter arranged between the pre-feed pump and the high-pressure pump, a venting apparatus being connected in a fluid connection between the fuel filter and the high-pressure pump, said venting apparatus allowing venting of the fuel filter in the event of excess pressure in the fluid connection and preventing venting in the event of negative pressure, said venting apparatus comprising a non-return valve (24, 72), which goes into its closed position in the direction of the fluid connection between a filter medium of the fuel filter and high-pressure pump and, in an opposite open position, releases a connection between this fluid connection and the fuel tank, characterised in that the non-return valve (24, 72) is part of an end cap of a filter element of the fuel filter. - one fuel tank; - one pre-feed pump; - one high-pressure pump; - one injection system, particularly in the form of a common rail injection system; and - one fuel filter arranged between the pre-feed pump and the high-pressure pump, a venting apparatus being connected in a fluid connection between the fuel filter and the high-pressure pump, said venting apparatus allowing venting of the fuel filter in the event of excess pressure in the fluid connection and preventing venting in the event of negative pressure, said venting apparatus comprising a non-return valve (24, 72), which goes into its closed position in the direction of the fluid connection between a filter medium of the fuel filter and high-pressure pump and, in an opposite open position, releases a connection between this fluid connection and the fuel tank, characterised in that the non-return valve (24, 72) is part of an end cap of a filter element of the fuel filter.
A threaded coupling of a percussion drill string component (100, 101) for drilling comprising: a body having a portion with a longitudinal axis around which externally extends a thread to form one half of a threaded joint; the thread formed by at least one ridge extending circumferentially and axially along the body as helical turns having crests and roots separated axially by respective flanks, the thread having axially spaced apart first and second thread ends; wherein a depth of the thread at the first and/or second end (300, 301) in the radial direction is tapered to decrease along the circumferential path of the thread in an axial direction towards the end of the thread; wherein an axial length of an axially endmost flank of the crest of an axially endmost helical turn decreases at a rate greater than the neighbouring flank at the alternate axial side of said crest of the axially endmost helical turn, and a circumferential path of the endmost flank is angled or curved in the circumferential path of the thread towards the crest of the axially endmost helical turn relative to the circumferential path of the neighbouring flank such that an axial length of the endmost flank is less than the axial length of the neighbouring flank within an end transition region of the thread within which the depth of the thread decreases. a body having a portion with a longitudinal axis around which externally extends a thread to form one half of a threaded joint; the thread formed by at least one ridge extending circumferentially and axially along the body as helical turns having crests and roots separated axially by respective flanks, the thread having axially spaced apart first and second thread ends; wherein a depth of the thread at the first and/or second end (300, 301) in the radial direction is tapered to decrease along the circumferential path of the thread in an axial direction towards the end of the thread; wherein an axial length of an axially endmost flank of the crest of an axially endmost helical turn decreases at a rate greater than the neighbouring flank at the alternate axial side of said crest of the axially endmost helical turn, and a circumferential path of the endmost flank is angled or curved in the circumferential path of the thread towards the crest of the axially endmost helical turn relative to the circumferential path of the neighbouring flank such that an axial length of the endmost flank is less than the axial length of the neighbouring flank within an end transition region of the thread within which the depth of the thread decreases.