mhurhangee/ep-ind-claims huggingface dataset:
A method of handling a notification message downlink frame in a wireless local area network, WLAN, station, STA, the method being performed by the WLAN STA and comprising: receiving the notification message downlink frame from a WLAN access point, AP, the notification message downlink frame including a notification information element; identifying a notification message from a notification identifier in the notification information element, wherein the notification message comprises a control message; and handling the control message, wherein handling the control message triggers the WLAN STA to perform an action in response to receipt of the control message; wherein the action performed by the WLAN STA comprises informing the user about network access requirements. receiving the notification message downlink frame from a WLAN access point, AP, the notification message downlink frame including a notification information element; identifying a notification message from a notification identifier in the notification information element, wherein the notification message comprises a control message; and handling the control message, wherein handling the control message triggers the WLAN STA to perform an action in response to receipt of the control message; wherein the action performed by the WLAN STA comprises informing the user about network access requirements.
Tread made of rubber material for a snow tyre comprising a tread surface intended to be in contact with a road surface when the tyre is being driven on, this tread being provided with a plurality of cuts (3, 4) delimited by walls situated facing one another and forming lateral walls of raised elements (2, 7) of the tread, each of the said lateral walls intersecting the tread surface to form an edge corner, at least one lateral wall of a raised element being formed partially or fully by a cover layer extending from the edge corner associated with this lateral wall, characterized in that the material of the cover layer has an elastic modulus higher than the elastic modulus of the rubber material of which the tread is made, and in that the raised element (2, 7) comprises, in its lateral wall, a depression of depth P, this depression being delimited by the cover layer, and in that with the raised element (2, 7) having a width W, the depth P of the depression is at least equal to 10% of the width W of the element (2, 7) and less than or equal to 40% of this width W, and in that the volume of the depression is less than 10% of the volume of the raised element (2, 7).
Method for operating an active bridge rectifier which is connected via phase terminals (U-Y) to a generatorically operable electrical machine in an on-board electrical system of a motor vehicle and has DC voltage terminals (B+, B-), with the electrical machine being operated in generator mode by the bridge rectifier at initiation times, at which initiation conditions are present, phase short circuits are initiated between the phase terminals (U-Y) and are cancelled again respectively at cancellation times at which cancellation conditions are present, wherein for determining the initiation and cancellation times a voltage (UA, UB) between the DC voltage terminals (B+, B-) is compared with a first threshold value and a second threshold value below the first threshold value, wherein the voltage (UA, UB) is further compared with a third threshold value above the first threshold value in order to determine the initiation times, characterized in that the phase short circuits are initiated earlier if it is determined that the voltage has exceeded the third threshold value within a predetermined time window after the cancellation time at least for a minimum exceeding period.
A method for enabling quality assessment of a stream of frames of video data, wherein the video data are transmitted via a packet network and each frame of video data is represented by a variable number of packets, the method comprising, before transmitting the video data: - receiving a sequence of packets associated with the stream of frames of video data; - generating a set of parameters from said sequence of packets, the set of parameters being suitable for generating an estimated mean opinion score for the stream of frames of video data; and - inserting said generated set of parameters as side information into said stream of frames; wherein the video data comprises at least one video slice, at least one parameter of said generated set of parameters referring to each video slice of said at least one video slice, said at least one parameter comprising a first parameter for said each video slice, said first parameter indicating an error concealment level for the slice and reflecting motion and/or texture complexity of the slice such that the error concealment effects caused by the content of a lost slice and the different error corrections methods applied to conceal said lost slice may be distinguished, wherein the method further comprises generating said first parameter using a first calculation method if the slice has more intra-predicted macroblocks than inter-predicted macroblocks, and using a different second calculation method otherwise. - receiving a sequence of packets associated with the stream of frames of video data; - generating a set of parameters from said sequence of packets, the set of parameters being suitable for generating an estimated mean opinion score for the stream of frames of video data; and - inserting said generated set of parameters as side information into said stream of frames;
A method of transforming a model of an atomic structure into a final state to determine a plurality of ab initio characteristics of the atomic structure to support an integrated circuit design flow in an Electronic Design Automation tool, comprising: a computer system causing a set of one or more ab initio modules to perform a plurality of iterative transformations to determine the plurality of ab initio characteristics of an atomic structure, wherein different iterative transformations of the plurality of iterative transformations change one or more positions of one or more atoms of the atomic structure as inputs, including: the computer system causing a first iterative transformation of the atomic structure, with a first k-mesh resolution having any of a single gamma point in a Brillouin zone of the atomic structure and a 2x2x2 k-mesh in the Brillouin zone of the atomic structure, the first iterative transformation responsive to a control module by transforming the model of the atomic structure into a first intermediate state of the model of the atomic structure; and the computer system causing a final iterative transformation with a second k-mesh resolution, the second k-mesh resolution being higher than the first k-mesh resolution, the final iterative transformation responsive to the control module by transforming a previously determined intermediate state of the model of the atomic structure into the final state of the model of the atomic structure. the computer system causing a first iterative transformation of the atomic structure, with a first k-mesh resolution having any of a single gamma point in a Brillouin zone of the atomic structure and a 2x2x2 k-mesh in the Brillouin zone of the atomic structure, the first iterative transformation responsive to a control module by transforming the model of the atomic structure into a first intermediate state of the model of the atomic structure; and the computer system causing a final iterative transformation with a second k-mesh resolution, the second k-mesh resolution being higher than the first k-mesh resolution, the final iterative transformation responsive to the control module by transforming a previously determined intermediate state of the model of the atomic structure into the final state of the model of the atomic structure.
A method of collecting event data in a wind park installation comprising a plurality of wind turbines, the method comprising steps of: - Providing a plurality of wind turbines, each including a satellite-based clock; - In each of said wind turbines, distributing a first time signal from said satellite-based clock to at least one node in the wind turbine; - In the at least one node, detecting events happening in at least one subsystem connected to the node; - In the at least one node, collecting event data comprising an information about the events; - For each piece of collected event data, adding a timestamp to the piece of collected event data characterising a corresponding instant of time when the event was detected; and - Storing the timestamped event data. - Providing a plurality of wind turbines, each including a satellite-based clock; - In each of said wind turbines, distributing a first time signal from said satellite-based clock to at least one node in the wind turbine; - In the at least one node, detecting events happening in at least one subsystem connected to the node; - In the at least one node, collecting event data comprising an information about the events; - For each piece of collected event data, adding a timestamp to the piece of collected event data characterising a corresponding instant of time when the event was detected; and - Storing the timestamped event data.
Device for pelletizing or granulating a liquid or pasty material using a liquid coolant, having a conveying installation (6, 33) by means of which the liquid coolant is transported into a channel arrangement (10, 24) which at least in portions is open towards the top, an infeed device (19, 30) by means of which the material to be pelletized is infed into the channel arrangement 10, 24), and a separating installation (15, 29) for separating the material to be pelletized or granulated from the coolant, and having a collection installation (16, 31) for collecting the granules or pellets produced, wherein the channel arrangement (10, 24) comprises a fixing portion (13, 28) which is closed towards the bottom, and a channel-shaped separating portion (15, 29) which in the direction of flow immediately adjoins the fixing portion (13, 28) and which on the lower side is equipped with a passage region (38, 39, 40, 41) which is permeable to the liquid coolant but is impermeable to the pelletized or granulated material, characterized in that the channel arrangement (10, 24) comprises a first channel (11, 25) which at least in portions is permeable to the coolant, and a second channel (12, 26) which when viewed in a geodetic manner is disposed below the first channel (11, 25) and is impermeable to the liquid coolant, which second channel (12, 26) at least in portions and while configuring the fixing portion (13, 26) bears on the first channel, and the fixing portion (13, 28) and/or the separating portion (15, 29) in each case are/is constructed from a plurality of segments (11a, 11b, 11c, 11d, 11e, 11f; 12a, 12b, 12c, 12d, 12e) which in terms of their angle of inclination in relation to the horizontal are adjustable, and in that the second channel (12, 26) is constructed from movable segments (12a, 12b, 12c, 12d, 12e) which are in each case transformable from a first state in which the segment (12a, 12b, 12c, 12d, 12e) bears in a liquid-tight manner on the first channel (11, 25) to a second state in which the segment (12a, 12b, 12c, 12d, 12e) is disposed so as to be spaced apart from the first channel (11, 25).
An implant for improving coaptation of an atrioventricular valve in a heart, the atrioventricular valve having a native first leaflet, a native second leaflet and optionally an annulus adjacent a wall of an atrium (3,5) of the heart, the implant comprising a support structure configured to be arranged on and fixed to the annulus or to at least one of the first and second native leaflets, wherein the support structure comprises an upper support element to be arranged on a superior surface of the annulus or of the at least one of the first and second native leaflets and a lower support element to be arranged on an inferior surface of the annulus or of the at least one of the first and second native leaflets, the upper and the lower support elements (16,17) each comprising connection means cooperating which each other for interconnecting the upper and the lower support element (16,17) while clamping a section of the annulus or of the at least one of the first and second native leaflets between the upper support element and the lower support element, the implant further comprising retention means fixed to the support structure so as to prevent prolapse of the at least one native leaflet, characterized in that the support structure comprises a resting element that is configured to rest against the wall of the atrium (3,5) adjacent the valve (7,8), wherein the lower support element carries a holding element for holding the retention means.
A method for configuring user plane access stratum, AS, security in a wireless communication system that includes a radio access network, RAN, and a core network, CN, the method performed by a RAN node in the RAN and comprising: receiving, from the CN, signaling that indicates a decision by the CN of whether or not the RAN node is to activate user plane AS security and that indicates whether or not the RAN node is allowed to overrule the decision by the CN; and activating or not activating user plane AS security, depending on the signaling. receiving, from the CN, signaling that indicates a decision by the CN of whether or not the RAN node is to activate user plane AS security and that indicates whether or not the RAN node is allowed to overrule the decision by the CN; and activating or not activating user plane AS security, depending on the signaling.
Device for arranging conductor pieces for electric motors, in particular hairpins, wherein the device comprises a first feeding unit, a transfer area and an arranging unit; wherein - the first feeding unit is configured for providing conductor pieces; - the transfer area is configured for transferring the conductor pieces from the first feeding unit into the arranging unit; - the arranging unit comprises a receiving unit and is configured for taking over the conductor pieces from the first feeding unit by rotational movement of the receiving unit with respect to the first feeding unit in the transfer area while transferring them into a target arrangement, wherein the conductor pieces are arranged in the target arrangement distributed in a circumferential direction on a circular path or on sections of a circular path, characterized in that the device comprises a second feeding unit which is configured in a different manner than the first feeding unit and which comprises two channels which are configured for transferring single conductor pieces, in particular free legs of hairpins into the receiving unit of the arranging unit. - the first feeding unit is configured for providing conductor pieces; - the transfer area is configured for transferring the conductor pieces from the first feeding unit into the arranging unit; - the arranging unit comprises a receiving unit and is configured for taking over the conductor pieces from the first feeding unit by rotational movement of the receiving unit with respect to the first feeding unit in the transfer area while transferring them into a target arrangement, wherein the conductor pieces are arranged in the target arrangement distributed in a circumferential direction on a circular path or on sections of a circular path,
Dispensing device for spraying a sprayable fluid which is formed as a hand-held appliance, having a housing in which an air pump and an electric drive motor driving the air pump is provided, having a spray head which is in communication with the housing for dispensing the fluid, having a receiving space arranged in the housing for a storage container in which the fluid to be dispensed is stored, having a fluid line leading from the storage container to the spray head and a hose line leading from the air pump to the spray head, characterised in that the spray head has a first nozzle which is in communication with the fluid line and, separately, has a second nozzle which is supplied with the air flow from the hose line and an atomisation zone is formed outside the spray head.
A method of screening for colorectal cancer comprising: detecting methionine aminopeptidase 2 (MetAP2) levels in a non-tumor sample from an individual at risk of developing CRC, said non-tumor sample being selected from the group consisting of peripheral blood, peripheral blood mononuclear cells (PMBC), neutrophils and lymphocytes; and determining if MetAP2 levels are above a threshold value, wherein MetAP2 levels above the threshold value indicates that the individual is examined for CRC. detecting methionine aminopeptidase 2 (MetAP2) levels in a non-tumor sample from an individual at risk of developing CRC, said non-tumor sample being selected from the group consisting of peripheral blood, peripheral blood mononuclear cells (PMBC), neutrophils and lymphocytes; and determining if MetAP2 levels are above a threshold value, wherein MetAP2 levels above the threshold value indicates that the individual is examined for CRC.
A method of making a wound treatment composition, wherein the method comprises; i) fractionating a whole blood sample into multiple samples including a platelet rich plasma sample, a platelet poor plasma sample and a erythrocyte sample, wherein the PRP sample has a haematocrit level of 1-10%, ii) processing a portion of the PPP and/or PRP sample to facilitate cleavage of autologous pro-thrombin present in the PPP and/or PRP to produce autologous thrombin, and iii) combining the PRP sample with a portion of the PPP sample and a portion of the thrombin produced in step (ii) to produce the wound treatment composition; and wherein step ii) is carried out at a temperature of less than 15 °C. i) fractionating a whole blood sample into multiple samples including a platelet rich plasma sample, a platelet poor plasma sample and a erythrocyte sample, wherein the PRP sample has a haematocrit level of 1-10%, ii) processing a portion of the PPP and/or PRP sample to facilitate cleavage of autologous pro-thrombin present in the PPP and/or PRP to produce autologous thrombin, and iii) combining the PRP sample with a portion of the PPP sample and a portion of the thrombin produced in step (ii) to produce the wound treatment composition; and
A vapour generating device for generating a vapour to be inhaled by a user by inductively heating a vaporisable substance comprising: an induction heating assembly comprising an induction coil, a rechargeable power source and an induction controller, wherein said induction coil is substantially cylindrical in shape and wherein said induction controller is capable of being manually operated by a user to select a heat setting for adjusting a current through the induction coil, the vapour generating device further comprising a heating compartment configured to receive a body of a vaporisable substance wrapped in paper substantially in the shape of a stick to be heated, said heating compartment being at least in part contained in the volume of the induction coil, and an air inlet positioned adjacent to said heating compartment and providing air from the surrounding environment to said heating compartment. an induction heating assembly comprising an induction coil, a rechargeable power source and an induction controller, wherein said induction coil is substantially cylindrical in shape and wherein said induction controller is capable of being manually operated by a user to select a heat setting for adjusting a current through the induction coil, the vapour generating device further comprising a heating compartment configured to receive a body of a vaporisable substance wrapped in paper substantially in the shape of a stick to be heated, said heating compartment being at least in part contained in the volume of the induction coil, and an air inlet positioned adjacent to said heating compartment and providing air from the surrounding environment to said heating compartment.
A thrust reverser for a nacelle of a gas turbine engine, the thrust reverser comprising a first reverser door and a second reverser door defining a portion of an aft section of the nacelle, the doors having respective trailing edges (24a, 26a) adjacent to a propulsive jet outlet of the nacelle, the doors being pivotable between a stowed position and a deployed position, the trailing edge of the first door being positioned behind the trailing edge of the second door in the deployed position, the doors being separated on each side of the thrust reverser by a pair of longitudinal pivoting fairings one disposed on each side of the nacelle, each fairing having a respective trailing edge adjacent to the propulsive jet outlet and being pivotally connected to a side of the first door, the pivoting fairings being in a stowed position when the doors are in a stowed position and being disposed and extending between the doors when the doors are in the stowed position such that the fairings and door outer surfaces cooperate to complete an outer mold line of the nacelle with the trailing edges of the pivot fairing forming a substantially continuous outline with the trailing edges (24a, 26a) of the doors (24, 26) which outline surrounds the propulsive jet outlet, the fairings pivoting to an outwardly pivoted position when the doors are in a deployed position to provide clearance so that the trailing edge of the first door can move into position behind the trailing edge of the second door without interference.
Treatment device with a negative-pressure chamber for receiving the lower half of a person's body, wherein - the negative-pressure chamber has an admission opening which can be sealed off from the trunk of the person in a gastight manner by means of a closure element, - the treatment device has a lying surface with a first part arranged in the negative-pressure chamber suitable for resting the lower half of the body thereon and a second part located outside the negative-pressure chamber as a continuation of the first part suitable for resting the upper half of the person's body thereon - between the first part and second part of the lying surface there is a discontinuity through which the closure element can be brought to bear against the trunk of the person, characterized in that - both the first part and also the second part of the lying surface are each guided longitudinally displaceably in the same direction on a linear guide, wherein the first part can be moved at least partially out of the negative-pressure chamber and the second part can be moved away from the admission opening and - the treatment device has a synchronization between the first part and the second part of the lying surface which is adapted in such a manner that it brings about a movement of the first and second part (5a, 5b) of the lying surface at the same speed in the same direction. - the negative-pressure chamber has an admission opening which can be sealed off from the trunk of the person in a gastight manner by means of a closure element, - the treatment device has a lying surface with a first part arranged in the negative-pressure chamber suitable for resting the lower half of the body thereon and a second part located outside the negative-pressure chamber as a continuation of the first part suitable for resting the upper half of the person's body thereon - between the first part and second part of the lying surface there is a discontinuity through which the closure element can be brought to bear against the trunk of the person, characterized in that - both the first part and also the second part of the lying surface are each guided longitudinally displaceably in the same direction on a linear guide, wherein the first part can be moved at least partially out of the negative-pressure chamber and the second part can be moved away from the admission opening and - the treatment device has a synchronization between the first part and the second part of the lying surface which is adapted in such a manner that it brings about a movement of the first and second part (5a, 5b) of the lying surface at the same speed in the same direction.