mhurhangee/ep-ind-claims huggingface dataset:
A method for implementing handover of a mobile Internet Protocol, IP, session in a communication network, comprising: receiving a registration request message from a target radio network controller; in response to receipt of the registration request message, transmitting a context information request message to an anchor IP gateway with a connection to an anchor radio controller; receiving a context information response message from the anchor IP gateway, the anchor IP gateway waiting for an idle signal condition before releasing the connection to the anchor radio network controller, the context information response message including at least one context information rule including an authorization rule; applying the at least one context information rule to the mobile IP session by authenticating an access terminal without accessing information from a designated home network; buffering a first packet from a correspondent node communicating with the access terminal; and enforcing the authorization rule on the first packet. receiving a registration request message from a target radio network controller; in response to receipt of the registration request message, transmitting a context information request message to an anchor IP gateway with a connection to an anchor radio controller; receiving a context information response message from the anchor IP gateway, the anchor IP gateway waiting for an idle signal condition before releasing the connection to the anchor radio network controller, the context information response message including at least one context information rule including an authorization rule; applying the at least one context information rule to the mobile IP session by authenticating an access terminal without accessing information from a designated home network; buffering a first packet from a correspondent node communicating with the access terminal; and enforcing the authorization rule on the first packet.
A DNA vaccine for use in preventing, delaying the onset of, or treating rejection of an allograft of an allogeneic transplant, wherein the DNA vaccine is a plasmid comprising (a) a polynucleotide encoding BAX; and (b) a promoter controlling the expression of the polynucleotide encoding BAX, and wherein said use comprises: selecting a recipient in need of a graft or transplant and an allograft or allogeneic transplant donor; grafting tissue from the donor to the recipient; and administering to the recipient one or more than one dose of the DNA vaccine, wherein the engrafted tissue is a skin graft. selecting a recipient in need of a graft or transplant and an allograft or allogeneic transplant donor; grafting tissue from the donor to the recipient; and administering to the recipient one or more than one dose of the DNA vaccine, wherein the engrafted tissue is a skin graft.
Antenna structure, comprising - an electrically insulating substrate, - an electrically conductive coating that covers a surface of the substrate and that serves as a planar antenna for reception of electromagnetic waves, - a coupling electrode electrically coupled to the conductive coating for coupling out of antenna signals from the planar antenna, wherein the coupling electrode is electrically coupled to an unshielded, linear antenna conductor that serves as a linear antenna for reception of electromagnetic waves, wherein the linear antenna conductor is situated outside an area which contains the planar antenna and is delimited by an imagined bounding surface which is disposed at the circumferential edge of the planar antenna and is perpendicular to the planar antenna, wherein an antenna foot point of the linear antenna, which antenna foot point is used to tap received antenna signals, is a common antenna foot point of the linear and planar antenna, characterized in that the conductive coating has an edge region which is not effective as a planar antenna and is adjacent to the planar antenna on the imagined bounding surface, and which has a plurality of planar segments that are subdivided by linear electrically insulating regions, so that the distance between the conductive coating and the linear antenna which is effective in terms of high frequency is increased. - an electrically insulating substrate, - an electrically conductive coating that covers a surface of the substrate and that serves as a planar antenna for reception of electromagnetic waves, - a coupling electrode electrically coupled to the conductive coating for coupling out of antenna signals from the planar antenna,
Document file having an outer shell and having means for securely holding documents in a receiving region which is surrounded at least partially by the outer shell, wherein the outer shell has at least one aperture (22, 28) whose peripheral edge is provided with a reinforcement element (30, 32), characterized in that the at least one reinforcement element (30, 32) is of two-part form with a first part (30a, 32a), which has a first holding portion bearing against a first side of the outer shell and has a through-passage portion passing through the aperture (22, 28), and with a second part (30b, 32b), which is connected releasably to the first part (30a, 32a) and has a second holding portion bearing against a second side, facing away from the first side, of the outer shell.
A method for operating a tufting machine, the method comprising; feeding a backing medium through a tufting region using backing rollers (5,6); reciprocating a needle bar at the tufting region to drive needles in to and out of the backing medium, the needle bar comprising at least one row of needles; receiving loops of yarn on gauge parts on the opposite side of the backing medium; controlling the operation of the tufting machine using a controller which receives pattern data for a carpet to be tufted; operating a needle selection mechanism controlled by the controller based on the pattern data by selecting a needle or group of needles with yarn required for the pattern such that the selected needle or group of needles is driven by the needle bar through the backing medium to form a tuft or tufts while a needle or group of needles that is not required for the pattern is not selected by the needle selection mechanism and is not driven through the backing medium as the needle reciprocates; feeding yarn via a yarn feed mechanism comprising a plurality of actively driven yarn drives each driving a respective yarn to a respective needle, the yarn drives being at a location between a yarn creel and the needle; the method being characterised by operating the yarn feed mechanism to deliver at least 70% of the yarn required for a tuft as the needle moves from top dead centre to bottom dead centre. feeding a backing medium through a tufting region using backing rollers (5,6); reciprocating a needle bar at the tufting region to drive needles in to and out of the backing medium, the needle bar comprising at least one row of needles; receiving loops of yarn on gauge parts on the opposite side of the backing medium; controlling the operation of the tufting machine using a controller which receives pattern data for a carpet to be tufted; operating a needle selection mechanism controlled by the controller based on the pattern data by selecting a needle or group of needles with yarn required for the pattern such that the selected needle or group of needles is driven by the needle bar through the backing medium to form a tuft or tufts while a needle or group of needles that is not required for the pattern is not selected by the needle selection mechanism and is not driven through the backing medium as the needle reciprocates; feeding yarn via a yarn feed mechanism comprising a plurality of actively driven yarn drives each driving a respective yarn to a respective needle, the yarn drives being at a location between a yarn creel and the needle; the method being characterised by operating the yarn feed mechanism to deliver at least 70% of the yarn required for a tuft as the needle moves from top dead centre to bottom dead centre.
A bicycle handlebar grip, in particular for mountain bikes and/or trekking bikes, comprising - a grip element, and - a supporting element for the heel of the hand connected with said grip element, - wherein said supporting element for the heel of the hand comprises areas (30,32) of different flexibilities, and - wherein, inside the supporting element for the heel of the hand, at least one reinforcement element (24,26) is arranged which essentially determines the flexibility, characterized in that the outer area of the supporting element for the heel of the hand has a lower flexibility than the inner area of the supporting element for the heel of the hand in which the area of the heel of the hand facing toward the thumb is supported. - a grip element, and - a supporting element for the heel of the hand connected with said grip element, - wherein said supporting element for the heel of the hand comprises areas (30,32) of different flexibilities, and - wherein, inside the supporting element for the heel of the hand, at least one reinforcement element (24,26) is arranged which essentially determines the flexibility,
A radiotherapy support system comprising a processing circuitry being configured to: obtain a medicament distribution which is a predicted spatial distribution of a medicament administered to a tumor; obtain a dose distribution which is a predicted spatial distribution of a dose of radiation applied to the tumor; produce a radiotherapy plan for the tumor using a combination of the medicament and the radiation based on the medicament distribution and the dose distribution, wherein the processing circuitry changes at least one of the medicament distribution or the dose distribution for an area where the medicament distribution overlaps the dose distribution, and produces the radiotherapy plan based on the changed distribution. obtain a medicament distribution which is a predicted spatial distribution of a medicament administered to a tumor; obtain a dose distribution which is a predicted spatial distribution of a dose of radiation applied to the tumor; produce a radiotherapy plan for the tumor using a combination of the medicament and the radiation based on the medicament distribution and the dose distribution, wherein the processing circuitry changes at least one of the medicament distribution or the dose distribution for an area where the medicament distribution overlaps the dose distribution, and produces the radiotherapy plan based on the changed distribution.
A consumer product (100, 200) comprising a detergent product and a container, the container containing the detergent product, the detergent product preferably comprising water soluble unit dose articles, the container comprising a box (102, 202) and a lid (101, 201), the lid comprising a top panel (103, 203) and flanks, the flanks comprising at least a first flank (105, 205), the first flank corresponding to a first side of the lid from a first flank corner to a second flank corner (109, 209), the first flank corner connecting the first flank with a second flank of the flanks, the second flank corner connecting the first flank with a third flank (111, 211) of the flanks, the first flank comprising a first major flap (113, 213), the first major flap comprising a first flank corrugated fiberboard layer, the first flank corrugated fiberboard layer being connected by a first flank fold line (115, 215) to the top panel, the first flank corrugated fiberboard layer comprising first flank flutes (117, 217), each first flank flute running along a first flank flute length parallel to the first flank fold line, each first flank flute forming a channel in communication with an external environment outside of the lid at a first first flank flute end and at a second first flank flute end.
A method for producing a partial split-fiber fiber bundle, comprising: allowing a fiber bundle having a splice part to travel along a longitudinal direction; meanwhile, repeatedly thrusting and extracting a protruding part of a fiber splitting means into and from the fiber bundle in a split-fiber processed part; and thus separating a part of the fiber bundle in the longitudinal direction of the fiber bundle, wherein the fiber splitting means includes a rotation axis orthogonal to the longitudinal direction of the fiber bundle, and a plurality of the protruding parts are provided on a part of an outer surface of the rotation axis, wherein the protruding part of the fiber splitting means is extracted from the fiber bundle before the splice part based on position information of the splice part obtained by detecting the splice part, and when the splice part passes through the split-fiber processed part, a condition B is satisfied, wherein the condition B is that a moving speed of the protruding part of the fiber splitting means is substantially identical to a traveling speed of the fiber bundle. allowing a fiber bundle having a splice part to travel along a longitudinal direction; meanwhile, repeatedly thrusting and extracting a protruding part of a fiber splitting means into and from the fiber bundle in a split-fiber processed part; and thus separating a part of the fiber bundle in the longitudinal direction of the fiber bundle, wherein the fiber splitting means includes a rotation axis orthogonal to the longitudinal direction of the fiber bundle, and a plurality of the protruding parts are provided on a part of an outer surface of the rotation axis, wherein the protruding part of the fiber splitting means is extracted from the fiber bundle before the splice part based on position information of the splice part obtained by detecting the splice part, and when the splice part passes through the split-fiber processed part, a condition B is satisfied, wherein the condition B is that a moving speed of the protruding part of the fiber splitting means is substantially identical to a traveling speed of the fiber bundle.
A device for placement in vessels, appendages, and openings in a body including a frame having a proximal end, a distal end, and a longitudinal axis, the frame comprising: a first body portion; a second body portion arranged distally of the first body portion and tapering inwardly relative to the longitudinal axis toward the distal end; a waist portion arranged between the first body portion and the second body portion and angled relative to the longitudinal axis; one or more anchors arranged along the waist portion, and each of the one or more anchors including a root arranged at the waist portion; and wherein the one or more anchors are configured to rotate relative to and toward the longitudinal axis in response to the frame being arranged in a delivery configuration to avoid contact between an anchor tip and a delivery sheath; and wherein the first body portion or the second body portion includes circumferentially extending row of strut pairs with adjacent struts in the strut pairs joining together at a junction, each of the one or more anchors include a said tip at a distal end, and the one or more anchors are configured to move inwardly and arrange the tip between the adjacent strut pairs in response to the frame being arranged in the delivery configuration, wherein the root of the one or more anchors is located at or adjacent to the junction. a first body portion; a second body portion arranged distally of the first body portion and tapering inwardly relative to the longitudinal axis toward the distal end; a waist portion arranged between the first body portion and the second body portion and angled relative to the longitudinal axis; one or more anchors arranged along the waist portion, and each of the one or more anchors including a root arranged at the waist portion; and wherein the one or more anchors are configured to rotate relative to and toward the longitudinal axis in response to the frame being arranged in a delivery configuration to avoid contact between an anchor tip and a delivery sheath; and wherein the first body portion or the second body portion includes circumferentially extending row of strut pairs with adjacent struts in the strut pairs joining together at a junction, each of the one or more anchors include a said tip at a distal end, and the one or more anchors are configured to move inwardly and arrange the tip between the adjacent strut pairs in response to the frame being arranged in the delivery configuration, wherein the root of the one or more anchors is located at or adjacent to the junction.
An atomization assembly, comprising: a sleeve, comprising a liquid storage cavity configured to store liquid; and a mounting base, arranged in the sleeve, wherein a first liquid supplying channel and a second liquid supplying channel are provided on the mounting base facing the liquid storage cavity; characterized in that in the first liquid supplying channel and the second liquid supplying channel, a plurality of guide grooves are provided only on the wall surface of the first liquid supplying channel; and the first liquid supplying channel and the second liquid supplying channel are of an asymmetrical structure. a sleeve, comprising a liquid storage cavity configured to store liquid; and a mounting base, arranged in the sleeve, wherein a first liquid supplying channel and a second liquid supplying channel are provided on the mounting base facing the liquid storage cavity; characterized in that in the first liquid supplying channel and the second liquid supplying channel, a plurality of guide grooves are provided only on the wall surface of the first liquid supplying channel; and the first liquid supplying channel and the second liquid supplying channel are of an asymmetrical structure.
A resource indication method in a wireless local area network, comprising: generating, by an access point AP in the wireless local area network, scheduling information of at least two STAs, wherein the scheduling information comprises at least uplink control information used to instruct the at least two STAs to send uplink subframes; and sending, by the AP and respectively on different sub-channels of 20 MHz bandwidth in a specified entire channel, scheduling information corresponding to different STAs; wherein, in the used frame format, neither any STA-specific HE-preamble nor any other STA-specific DL Data is sent together with the scheduling information; receiving the uplink subframes sent by the STAs scheduled based on the scheduling information, wherein each of the uplink subframes is sent within the sub-channels where the scheduling information is sent. generating, by an access point AP in the wireless local area network, scheduling information of at least two STAs, wherein the scheduling information comprises at least uplink control information used to instruct the at least two STAs to send uplink subframes; and sending, by the AP and respectively on different sub-channels of 20 MHz bandwidth in a specified entire channel, scheduling information corresponding to different STAs; wherein, in the used frame format, neither any STA-specific HE-preamble nor any other STA-specific DL Data is sent together with the scheduling information; receiving the uplink subframes sent by the STAs scheduled based on the scheduling information, wherein each of the uplink subframes is sent within the sub-channels where the scheduling information is sent.
An apparatus (101, 300) for providing an output power to drive a light source, the apparatus, comprising: a first flyback alternating current to direct current (AC/DC) converter stage (103, 301) adapted to provide an output power to drive said light source and comprising a first switch and a first switch controller for controlling the first switch to selectively enable the first flyback AC/DC converter stage wherein a sense resistor is connected to the first switch for measuring the current across the first switch, said current being representative of the output power demand by the light source; and a second flyback AC/DC converter stage (104, 302) adapted to provide an output power to drive said light source and comprising a comparator for comparing the measure of the current across the first switch with a threshold value, a second switch, and a second switch controller for controlling the second switch to selectively enable the second flyback AC/DC converter stage in response to an output of the comparator, the second flyback AC/DC converter stage being electrically connected in parallel with the first flyback AC/DC converter stage. a first flyback alternating current to direct current (AC/DC) converter stage (103, 301) adapted to provide an output power to drive said light source and comprising a first switch and a first switch controller for controlling the first switch to selectively enable the first flyback AC/DC converter stage wherein a sense resistor is connected to the first switch for measuring the current across the first switch, said current being representative of the output power demand by the light source; and a second flyback AC/DC converter stage (104, 302) adapted to provide an output power to drive said light source and comprising a comparator for comparing the measure of the current across the first switch with a threshold value, a second switch, and a second switch controller for controlling the second switch to selectively enable the second flyback AC/DC converter stage in response to an output of the comparator, the second flyback AC/DC converter stage being electrically connected in parallel with the first flyback AC/DC converter stage.
A cab of a work vehicle, comprising: a pair of rear pillars, wherein the pair of rear pillars is located rearmost among the plurality of pillars (2F, 2R) of the cab; a pair of rear side face windows each extending rearward from each of the pair of rear pillars; and a rear face window connected to each of the pair of rear side face windows and located in rear of the rear pillars, the rear face window being inclined such that an upper portion of the rear face window is located more rearward than a lower portion of the rear face window, and the rear face window being entirely made of glass from a first rear side face window representing one of the pair of rear side face windows to a second rear side face window representing the other of the pair of rear side face windows. a pair of rear pillars, wherein the pair of rear pillars is located rearmost among the plurality of pillars (2F, 2R) of the cab; a pair of rear side face windows each extending rearward from each of the pair of rear pillars; and a rear face window connected to each of the pair of rear side face windows and located in rear of the rear pillars, the rear face window being inclined such that an upper portion of the rear face window is located more rearward than a lower portion of the rear face window, and the rear face window being entirely made of glass from a first rear side face window representing one of the pair of rear side face windows to a second rear side face window representing the other of the pair of rear side face windows.
Fragrance sampling device comprising a reservoir in the form of a pouch having two external walls (1a, 1b) facing one another, intended to receive an applicator in the form of a tongue, at least one of the faces of the tongue and/or the inside face of at least one of the outside walls of the pouch containing a fragrant substance the applicator further comprising a gripping means connected to the tongue and fully emerging from the reservoir, the applicator being devoid of means for the temporary connection thereof to the walls of the pouch, characterized in that the pouch has an intermediate wall sandwiched between the two outside walls (1a, 1b), the intermediate wall having a precut tongue-shape.