mhurhangee/ep-ind-claims huggingface dataset:
A method for improved congestion control in a wireless mobile system where a high speed packet data access (HSDPA) has been established between a node and a number of mobile stations by dedicating a high speed physical downlink shared channel (HS-PDSCH) to all mobile stations and one associated dedicated channel (A-DPCH) per each mobile station, - in case of congestion, a control device detecting the amount of download data still to be downloaded by each of the mobile stations and, - based on the amount of download data still to be downloaded, the control device releasing the associated dedicated channel (A-DPCH) for one or more first mobile stations having an amount of data above a predetermined threshold level. - in case of congestion, a control device detecting the amount of download data still to be downloaded by each of the mobile stations and, - based on the amount of download data still to be downloaded, the control device releasing the associated dedicated channel (A-DPCH) for one or more first mobile stations having an amount of data above a predetermined threshold level.
A method of wrapping a plurality of mandrels (1201, 1503, 1603, 1405, 1701, 1901, 2505) with a resin-impregnated composite material (1401, 1501, 2603, 1103, 1601), the method comprising: rotating each mandrel at a rotational speed; translating each mandrel at a translation speed; positioning each mandrel back to back such that an aft face of a preceding mandrel is approximate to a forward face of a trailing mandrel; sequentially wrapping each mandrel with the composite material in a helical orientation by selectively positioning a feed head at a wrap angle relative to a translation axis of the plurality of mandrels; compacting the composite material of each mandrel via a compactor that includes pads that travel in the axial direction of the mandrel and rotate at the same speed as the mandrel, the pads of the compactor pressing against the external surfaces near the aft and forward portions of the mandrel prior to a cutting of the composite material in order to prevent the composite material from unraveling; and moving the compactor back to align with the next wrapped mandrel. rotating each mandrel at a rotational speed; translating each mandrel at a translation speed; positioning each mandrel back to back such that an aft face of a preceding mandrel is approximate to a forward face of a trailing mandrel; sequentially wrapping each mandrel with the composite material in a helical orientation by selectively positioning a feed head at a wrap angle relative to a translation axis of the plurality of mandrels; compacting the composite material of each mandrel via a compactor that includes pads that travel in the axial direction of the mandrel and rotate at the same speed as the mandrel, the pads of the compactor pressing against the external surfaces near the aft and forward portions of the mandrel prior to a cutting of the composite material in order to prevent the composite material from unraveling; and moving the compactor back to align with the next wrapped mandrel.
A blade of a surface piercing propeller for a marine craft comprising: a blade root securably attached to a propeller hub; a blade tip distal to the blade root; a blade face and an opposing blade back; a tapered leading edge and an opposing trailing edge; a trailing edge step feature on the blade face; charaterized in that the blade further comprising at least one geometric feature on the blade face that is located substantially mid-chord, wherein the geometric feature includes a first step feature when traversing a surface of the blade from the leading edge to the trailing edge, wherein the blade face step feature having at least one region of increasing slope when traversing the blade surface from leading edge to trailing edge whereby a fluid pressure peak is created substantially near the zone of increasing slope during a rotation of the blade in the fluid, and, wherein the first step feature is located between about twenty percent and eighty percent of a blade chord length. a blade root securably attached to a propeller hub; a blade tip distal to the blade root; a blade face and an opposing blade back; a tapered leading edge and an opposing trailing edge; a trailing edge step feature on the blade face; charaterized in that the blade further comprising at least one geometric feature on the blade face that is located substantially mid-chord, wherein the geometric feature includes a first step feature when traversing a surface of the blade from the leading edge to the trailing edge, wherein the blade face step feature having at least one region of increasing slope when traversing the blade surface from leading edge to trailing edge whereby a fluid pressure peak is created substantially near the zone of increasing slope during a rotation of the blade in the fluid, and, wherein the first step feature is located between about twenty percent and eighty percent of a blade chord length.
A water-dispersible polyisocyanate, comprising as synthesis components (a) at least one diisocyanate or polyisocyanate, (b) at least one surfactant comprising an amine and a mixture of compounds based on the following formulae and:, in which R 1 and R 2 independently of one another are alkyl, cycloalkyl or aryl, it being possible for each of the stated radicals to be substituted by aryl, alkyl, aryloxy, alkyloxy, heteroatoms and/or heterocycles, said mixture of compounds of formulae and being characterised in that the molar ratio between compound, i.e. the monoester-type compound, and compound, i.e. the diester-type compound, is from 5:95 to 95:5, (c) at least one monofunctional polyalkylene glycol, (d) optionally at least one high molecular mass diol or polyol, and (e) optionally at least one low molecular mass diol or polyol. (a) at least one diisocyanate or polyisocyanate, (b) at least one surfactant comprising an amine and a mixture of compounds based on the following formulae and:, in which R 1 and R 2 independently of one another are alkyl, cycloalkyl or aryl, it being possible for each of the stated radicals to be substituted by aryl, alkyl, aryloxy, alkyloxy, heteroatoms and/or heterocycles, said mixture of compounds of formulae and being characterised in that the molar ratio between compound, i.e. the monoester-type compound, and compound, i.e. the diester-type compound, is from 5:95 to 95:5, R 1 and R 2 independently of one another are alkyl, cycloalkyl or aryl, it being possible for each of the stated radicals to be substituted by aryl, alkyl, aryloxy, alkyloxy, heteroatoms and/or heterocycles, said mixture of compounds of formulae and being characterised in that the molar ratio between compound, i.e. the monoester-type compound, and compound, i.e. the diester-type compound, is from 5:95 to 95:5, (c) at least one monofunctional polyalkylene glycol, (d) optionally at least one high molecular mass diol or polyol, and (e) optionally at least one low molecular mass diol or polyol.
A device for generating and delivering NO to a treatment site, comprising: a main unit; an applicator; a connector hose; and a mobile stand; wherein the main unit provides power and a gas to the applicator via the connector hose, the applicator including a plasma generator for generating Nitric Oxide in a plasma state, wherein the applicator comprises: a pistol grip handle; a trigger for actuating the plasma generator; a hose connection for coupling to the connector hose; and a cowl portion for spacing a tip of the plasma generator at a predetermined distance from a treatment site. a main unit; an applicator; a connector hose; and a mobile stand; a pistol grip handle; a trigger for actuating the plasma generator; a hose connection for coupling to the connector hose; and a cowl portion for spacing a tip of the plasma generator at a predetermined distance from a treatment site.
Method for determining an efficiency-optimised operating mode of a heating device, comprising the method steps experimental determination of the stress-dependent thermal power or thermal efficiency, whereby the load of a heating device is the use of primary energy, acquisition of the latter from a specification or a mathematical calculation, experimental determination of the power or load-dependent electrical power consumption of auxiliary energy for conveying the media involved, air or exhaust gas and heating water, and for controlling the system, determination of a total efficiency, which is dependent on the load or thermal power, with a ratio of the electrical power consumption and load to the device's performance.
Coil, for example as a magnetic coil in an electromagnet, consisting of a coil body, which supports a plurality of windings of a conductive wire and wherein the coil body has at least one holding element for mechanically securing a wire start end and a wire end of the windings and at the wire start end and wire end has a first electric connector and a second electric connector for connecting to an electric supply and discharge line, wherein the connectors (41, 42) are designed as components separated by the holding element, wherein on the coil or on a coil flange a support is provided which mounts at least one holding element, the support or the coil flange has a first recess which is spanned by the wire start end of the wire, and a second recess which is spanned by the wire end of the wire, and the first connector is connected electroconductively to the wire in the region of the first recess and the second connector is connected electroconductively to the wire in the region of the second recess, characterised in that the wire start end and the wire end are arranged parallel to one another in the region of the respective recess and the two recesses are arranged on opposite sides of the support or the coil flange such that the first recess opens to a first side and the second recess opens to a second side opposite the first side.
A method of recovering air separation performance of an air separation module configured for use within an aircraft via a recovery system, the recovery system including an air source configured to provide an air flow of inlet air to the recovery system, the inlet air being air compressed by a compressor, a filter configured to filter the inlet air and output clean air, a heater configured to heat either the inlet air or clean air, and an inlet connector and outlet connector configured to couple with the ASM, wherein the heated clean air is delivered into the ASM through the inlet connector and nitrogen enriched air exhaust is output through the outlet connector, the ASM comprising a hollow fiber membrane configured to receive the heated clean air and output the NEA exhaust, the method comprising: a) operating the recovery system with the air source and heater in respective default conditions, wherein the air source outputs a default air flow rate and the heater outputs heated air having a default air temperature; b) measuring an initial purity of NEA exhaust; c) adjusting at least one of the air source and heater based on the measured initial purity of the NEA exhaust; d) operating the recovery system after adjusting at least one of the air source and heater for a predetermined period of time before returning the air source and heater to the default conditions; e) returning the air source and heater to their respective default conditions; f) measuring a recovered purity of the NEA exhaust; and g) determining whether the recovered purity is within predetermined tolerances; wherein: i) if the recovered purity is within predetermined tolerances, terminating operation of the recovery system; or ii) if the recovered purity is not within predetermined tolerances, repeating steps c) - g). a) operating the recovery system with the air source and heater in respective default conditions, wherein the air source outputs a default air flow rate and the heater outputs heated air having a default air temperature; b) measuring an initial purity of NEA exhaust; c) adjusting at least one of the air source and heater based on the measured initial purity of the NEA exhaust; d) operating the recovery system after adjusting at least one of the air source and heater for a predetermined period of time before returning the air source and heater to the default conditions; e) returning the air source and heater to their respective default conditions; f) measuring a recovered purity of the NEA exhaust; and g) determining whether the recovered purity is within predetermined tolerances; wherein: i) if the recovered purity is within predetermined tolerances, terminating operation of the recovery system; or ii) if the recovered purity is not within predetermined tolerances, repeating steps c) - g). i) if the recovered purity is within predetermined tolerances, terminating operation of the recovery system; or ii) if the recovered purity is not within predetermined tolerances, repeating steps c) - g).
Fluoro-navigation system for navigating a tool relative to a medical image, comprising: - a motorized X-ray imaging system adapted to acquire a plurality of images of a region of interest of a patient, the position of each image being known in a referential of the imaging system, - a localization system; - a tracker adapted for being tracked by the localization system; said system being characterized in that it comprises: - a registration phantom comprising a plurality of radiopaque fiducials; - a processor configured for receiving the plurality of images acquired by the motorized X-ray imaging system and for reconstructing a 3D medical image from said images using radiopaque fiducials of the registration phantom visible in the plurality of images; and - a base made of a substantially radiotransparent material, the base being adapted to be rigidly secured to a patient's bone and comprising a reproducible fixation system for attaching said registration phantom and/or said tracker to the base. - a motorized X-ray imaging system adapted to acquire a plurality of images of a region of interest of a patient, the position of each image being known in a referential of the imaging system, - a localization system; - a tracker adapted for being tracked by the localization system; - a registration phantom comprising a plurality of radiopaque fiducials; - a processor configured for receiving the plurality of images acquired by the motorized X-ray imaging system and for reconstructing a 3D medical image from said images using radiopaque fiducials of the registration phantom visible in the plurality of images; and - a base made of a substantially radiotransparent material, the base being adapted to be rigidly secured to a patient's bone and comprising a reproducible fixation system for attaching said registration phantom and/or said tracker to the base.
A method, comprising: receiving at a user equipment, UE, a shared initialization code from a coordinated multi-point, CoMP, serving cell, the shared initialization code configured to generate a scrambling sequence common to cells in a CoMP transmission network; and transmitting the shared initialization code from the UE to an other cell in the CoMP transmission network. receiving at a user equipment, UE, a shared initialization code from a coordinated multi-point, CoMP, serving cell, the shared initialization code configured to generate a scrambling sequence common to cells in a CoMP transmission network; and transmitting the shared initialization code from the UE to an other cell in the CoMP transmission network.
An operation control method of an electronic device (100, 500) having a touch screen, the electronic device remotely controlling an external device, the operation control method comprising: executing an application program for controlling the external device; controlling the touch display to display a first menu screen of the application program, the first menu screen including at least one menu item of a first type for controlling the external device; in response to a touch on a first menu item among the at least one menu item, determining whether there is a touch move after the touch on the first menu item before a predetermined time is elapsed; in response to determining that the predetermined time is elapsed without a touch move, transmitting a first command signal to control the external device to perform an operation corresponding to the first menu item; in response to determining that there is a touch move before the predetermined time is elapsed, displaying a second menu screen of the application program, the second menu screen including at least one menu item of a second type for controlling the external device; and wherein the transmitting the first command signal comprising: until a release manipulation is made after transmitting the first command signal, transmitting repeatedly the first command signal a plurality of times at a regular interval, wherein the touch move corresponds to a flicking operation or a dragging operation. executing an application program for controlling the external device; controlling the touch display to display a first menu screen of the application program, the first menu screen including at least one menu item of a first type for controlling the external device; in response to a touch on a first menu item among the at least one menu item, determining whether there is a touch move after the touch on the first menu item before a predetermined time is elapsed; in response to determining that the predetermined time is elapsed without a touch move, transmitting a first command signal to control the external device to perform an operation corresponding to the first menu item; in response to determining that there is a touch move before the predetermined time is elapsed, displaying a second menu screen of the application program, the second menu screen including at least one menu item of a second type for controlling the external device; and wherein the transmitting the first command signal comprising: until a release manipulation is made after transmitting the first command signal, transmitting repeatedly the first command signal a plurality of times at a regular interval, wherein the touch move corresponds to a flicking operation or a dragging operation. until a release manipulation is made after transmitting the first command signal, transmitting repeatedly the first command signal a plurality of times at a regular interval, wherein the touch move corresponds to a flicking operation or a dragging operation.
Load handling part for fastening, lifting, lashing and/or materials handling technology, in which at least one contactlessly readable data carrier is integrated, characterized in that the data carrier is provided with radially projecting retaining ribs at its circumferential surface (23 ') and is driven into the load handling part.
A flap device for controlling a gas flow through a pipe, in particular an exhaust gas flap device for an exhaust train of a motor vehicle, comprising at least one flap which is arranged in a flap housing, in particular in a tubular flap housing, rotatable by a drive unit about an axis of rotation of a flap shaft between an open position and a closed position, characterized by a spring means which, on a rotation of the flap from the open position into the closed position, tangentially and/or radially elastically loads the flap shaft at the latest in the closed position of the flap, with at least one section of the spring means being directly or indirectly rotationally fixedly connected to the flap housing with respect to a rotation about the axis of rotation, and with the spring means not loading the flap shaft radially and not loading the flap shaft tangentially in an open position of the flap and in an adjoining first rotational range.
A method of wireless communication, comprising: transmitting a plurality of transmissions in a channel occupancy time, COT; monitoring for feedback within a period of time based on a delay value; and determining, based at least in part on whether the feedback is received during the period of time based on the delay value, whether to adjust a contention window, CW, size for performing clear channel assessment, CCA, following the COT; and characterized by when it is determined to adjust the CW size, determining, whether or not to apply the adjusted CW size during an ongoing listen before talk, LBT, process based on whether the adjusted CW size becomes smaller than the CW size by a threshold amount. transmitting a plurality of transmissions in a channel occupancy time, COT; monitoring for feedback within a period of time based on a delay value; and determining, based at least in part on whether the feedback is received during the period of time based on the delay value, whether to adjust a contention window, CW, size for performing clear channel assessment, CCA, following the COT; and characterized by when it is determined to adjust the CW size, determining, whether or not to apply the adjusted CW size during an ongoing listen before talk, LBT, process based on whether the adjusted CW size becomes smaller than the CW size by a threshold amount.
A data transmission method, being applicable to a network device and comprising: transmitting a physical downlink shared channel, PDSCH, the PDSCH being used for carrying a first-type service; transmitting first configuration information, the first configuration information being used for configuring a physical uplink control channel, PUCCH, resource; and receiving, on the PUCCH resource, uplink feedback information transmitted by a terminal device, the uplink feedback information indicating whether a service carried by the PDSCH is correctly received, characterized in that: the PUCCH resource is one first PUCCH resource; the uplink feedback information comprises negative acknowledgement, NACK, feedback information; and the terminal device belongs to a group of terminal devices, wherein all terminal devices in the group that need to transmit the NACK feedback information use the one first PUCCH resource to transmit the NACK feedback information. transmitting a physical downlink shared channel, PDSCH, the PDSCH being used for carrying a first-type service; transmitting first configuration information, the first configuration information being used for configuring a physical uplink control channel, PUCCH, resource; and receiving, on the PUCCH resource, uplink feedback information transmitted by a terminal device, the uplink feedback information indicating whether a service carried by the PDSCH is correctly received, characterized in that: the PUCCH resource is one first PUCCH resource; the uplink feedback information comprises negative acknowledgement, NACK, feedback information; and the terminal device belongs to a group of terminal devices, wherein all terminal devices in the group that need to transmit the NACK feedback information use the one first PUCCH resource to transmit the NACK feedback information. the PUCCH resource is one first PUCCH resource; the uplink feedback information comprises negative acknowledgement, NACK, feedback information; and the terminal device belongs to a group of terminal devices, wherein all terminal devices in the group that need to transmit the NACK feedback information use the one first PUCCH resource to transmit the NACK feedback information.
Brake calliper of a disc brake for a commercial vehicle, having two tension struts arranged substantially parallel and spaced apart relative to each other, bridging over a brake disc, in the assembly position, transversely with respect to the direction of rotation thereof, wherein the tension struts connect receptacles for functional parts arranged on both sides of the brake disc together, wherein one receptacle forms a calliper back and the other forms a housing. having an integral lever spindle, characterised in that a tension strut protector is fastened to the lower side of the tension strut facing away from the lever spindle, and / or a lever spindle protector is fastened to the lever spindle as an exchangeable protective element.