mhurhangee/ep-ind-claims huggingface dataset:
A network data analytics function, NWDAF, network element selection method, performed by an electronic device, the method comprising transmitting an NWDAF service discovery request to a network repository function, NRF, network element, the NWDAF service discovery request indicating a requested network data analysis service; receiving an NWDAF service discovery response in response to the NWDAF service discovery request, the NWDAF service discovery response comprising performance parameter information of each NWDAF network elements for the requested network data analysis service, the performance parameter information comprising an average prediction confidence by the respective NWDAF network element for the requested network data analysis service; determining a specific NWDAF network element in the NWDAF network elements with a maximum average prediction confidence for the requested network data analysis service to be a target NWDAF network element; selecting, according to said determining, the target NWDAF network element to be used for providing the requested network data analysis service; and transmitting an NWDAF service request to the target NWDAF network element. transmitting an NWDAF service discovery request to a network repository function, NRF, network element, the NWDAF service discovery request indicating a requested network data analysis service; receiving an NWDAF service discovery response in response to the NWDAF service discovery request, the NWDAF service discovery response comprising performance parameter information of each NWDAF network elements for the requested network data analysis service, the performance parameter information comprising an average prediction confidence by the respective NWDAF network element for the requested network data analysis service; determining a specific NWDAF network element in the NWDAF network elements with a maximum average prediction confidence for the requested network data analysis service to be a target NWDAF network element; selecting, according to said determining, the target NWDAF network element to be used for providing the requested network data analysis service; and transmitting an NWDAF service request to the target NWDAF network element.
A nasal composition comprising: an anti-allergic oil derived from plant; and an oil-based barrier-forming preparation; wherein the anti-allergic oil is derived from the plant of Perilla spp., wherein the oil-based barrier-forming preparation contains an oily component, one or more gel formers and an aqueous base, and wherein the oily component is sesame oil. an anti-allergic oil derived from plant; and an oil-based barrier-forming preparation; wherein the anti-allergic oil is derived from the plant of Perilla spp., wherein the oil-based barrier-forming preparation contains an oily component, one or more gel formers and an aqueous base, and wherein the oily component is sesame oil.
A beverage machine for producing coffee-based beverages comprising - a pump to supply pressurized water, - a heater for heating the water supplied by the pump, - a brewing chamber, which is fillable with coffee powder, - a piping being in fluid connection with the pump, the heater and the brewing chamber for conducting pressurized water into the brewing chamber, the piping is comprising a first feed pipe between the pump and the heater and a second feed pipe between the heater and the brewing chamber, wherein the second feed pipe is comprising at least a first valve, - a dispensing device for dispensing the coffee-based beverage produced in the brewing chamber by brewing the coffee powder with water supplied by the pump, wherein a cooler is arranged in the second feed pipe downstream of the first valve for cooling the water heated by the heater, characterized in that the cooler is a heat exchanger, which is thermally coupling the first feed pipe and the second feed pipe for cooling the heated water fed by the second feed pipe to the brewing chamber. - a pump to supply pressurized water, - a heater for heating the water supplied by the pump, - a brewing chamber, which is fillable with coffee powder, - a piping being in fluid connection with the pump, the heater and the brewing chamber for conducting pressurized water into the brewing chamber, the piping is comprising a first feed pipe between the pump and the heater and a second feed pipe between the heater and the brewing chamber, wherein the second feed pipe is comprising at least a first valve, - a dispensing device for dispensing the coffee-based beverage produced in the brewing chamber by brewing the coffee powder with water supplied by the pump, wherein a cooler is arranged in the second feed pipe downstream of the first valve for cooling the water heated by the heater, characterized in that the cooler is a heat exchanger, which is thermally coupling the first feed pipe and the second feed pipe for cooling the heated water fed by the second feed pipe to the brewing chamber.
A communication terminal for use as a sole cluster monitoring terminal in its local cluster for use in controlling dynamic adjustments of a cluster configuration in a network and thereby constructing a stream relay path on a cluster basis in the network, wherein the network performs packet transfer according to terminal relay-type multipoint communication, the communication terminal comprising: a cluster quality calculation section adapted to calculate cluster quality, based on network link quality information including a network link loss rate being a ratio of a number of lost packets to the number of packets to be received per a network link collected from all stream transfer terminals of the local cluster; characterized by a cluster sustainability calculation section adapted to calculate a cluster sustainability representing ease of acceptance of a participant terminal into the local cluster, calculated using a number of low loss links in the local cluster, from the network link quality information, wherein a network link is defined as low loss link if its network link loss rate is smaller than a threshold; and a cluster division/integration analysis section adapted to determine cluster division with respect to the local cluster when the cluster has the cluster quality lower than a cluster quality threshold, and determine integration with other cluster with respect to the cluster when the cluster has the cluster quality equal to or higher than the cluster quality threshold and the cluster sustainability lower than a cluster sustainability threshold. a cluster quality calculation section adapted to calculate cluster quality, based on network link quality information including a network link loss rate being a ratio of a number of lost packets to the number of packets to be received per a network link collected from all stream transfer terminals of the local cluster; characterized by a cluster sustainability calculation section adapted to calculate a cluster sustainability representing ease of acceptance of a participant terminal into the local cluster, calculated using a number of low loss links in the local cluster, from the network link quality information, wherein a network link is defined as low loss link if its network link loss rate is smaller than a threshold; and a cluster division/integration analysis section adapted to determine cluster division with respect to the local cluster when the cluster has the cluster quality lower than a cluster quality threshold, and determine integration with other cluster with respect to the cluster when the cluster has the cluster quality equal to or higher than the cluster quality threshold and the cluster sustainability lower than a cluster sustainability threshold.
A process for permanent waving of keratin fibers, comprising the steps of: - applying onto the keratin fibers a composition comprising: (a) at least one organic alkaline agent having a pKa value of from 8.0 to 13.5; and (b) at least one polymeric thickener, wherein the composition has a pH of from 8.0 to 12, preferably from 8.5 to 11.5, and more preferably from 9.0 to 11.0, and wherein the composition comprises less than 1% by weight of a reducing agent relative to the total weight of the composition; and - heating the keratin fibers, wherein the (a) organic alkaline agent is selected from the group consisting of amino acids, in particular basic amino acids, such as arginine (Arg), histidine (His) and lysine (Lys), and oligomers of amino acids; monoamines selected from alkanolamines such as monoethanolamine; diamines; polyamines; guanidine and its derivatives; urea and its derivatives; and mixtures thereof. - applying onto the keratin fibers a composition comprising: (a) at least one organic alkaline agent having a pKa value of from 8.0 to 13.5; and (b) at least one polymeric thickener, wherein the composition has a pH of from 8.0 to 12, preferably from 8.5 to 11.5, and more preferably from 9.0 to 11.0, and wherein the composition comprises less than 1% by weight of a reducing agent relative to the total weight of the composition; and (a) at least one organic alkaline agent having a pKa value of from 8.0 to 13.5; and (b) at least one polymeric thickener, - heating the keratin fibers,
Trolley unit for ploughing systems comprising at least two wheels, an actuating system, comprising a first variable length handling device, and at least one transmission system, said actuating system operatively cooperating with said transmission system both for passing said wheels from an operating position of road circulation to an operating position of ploughing work through a rotation, and vice versa, and for changing an operating configuration of ploughing work of said trolley unit, said transmission system comprising at least one articulated kinematism composed of at least one second variable length handling device common to a pair of articulated transmissions, each of said articulated transmissions being operatively connected to a respective hub, each of said articulated transmissions comprising at least one first arm, at least one second arm, at least one joining rod, said joining rod having a first end connected to said hub by interposing a respective articulating kinematism and a second end connected articulated to a first end of said first arm, said first arm having a second end connected articulated to a first end of said second arm, said first end of said second arm and said second end of said first arm being further connected articulated to a fixed spot of a respective drive shaft, said second arm having a second end hinged to said second variable length handling device, wherein said second ends of said second arms are mutually cooperating by interposing said second variable length handling device composed of a second hydraulic jack functioning both as spring, and as tie-rod, wherein said actuating system changes an operating working configuration of said trolley unit by modifying a distance between the circumferences of said wheels, or said actuating system changes an operating working configuration of said trolley unit by modifying a distance between said wheels when said wheels are in said operating working position.
Wiping system with a wiping device comprising a wiper plate and a container, wherein a wiper cloth at least partially covering the bottom side of the wiper plate can be detachably fastened to the wiping device and the container comprises an upper opening, the parameters of which are such that the wiper plate can be inserted into the opening with its bottom side arranged parallel to the plane of the opening of the container, wherein fastening means are provided by means of which the wiper plate can be inserted into the opening with its bottom side arranged parallel to the plane of the opening of the container, that the wiper plate can be inserted into the opening with its bottom side arranged parallel to the plane of the opening of the container, wherein fastening means are provided by means of which the wiper plate can be fastened to the container in such a way that the wiper plate at least partially closes or covers the opening of the container, characterized in that the fastening means are embodied in such a way that the wiper plate, in particular at the upper edge or in the upper third of the interior of the container, can be fastened to the inner wall of the container with at least partial closure of the opening, and the fastening means arranged between the edge of the container or the inner wall of the container and the outer edge of the wiper plate are formed by elastic friction lining distributed over the edge of the wiper plate or running around the edge, the edge of the wiping plate or by movably supported clamping elements which can be transferred via actuating means from a clamping position, in which the clamping elements are capable of exerting a clamping force, to an inactive position, in which the clamping elements are not capable of exerting a clamping force.
An exhaust purification system for an internal combustion engine, in which a particulate filter for trapping particulate matter which is contained in exhaust gas is arranged inside an engine exhaust passage, said particulate filter being provided with alternately arranged exhaust gas inflow passages and exhaust gas outflow passages, wherein said particulate filter further has a layer of an NO x selective reduction catalyst and a layer of an oxidation catalyst, and wherein said particulate filter is provided with porous partition walls which separate these exhaust gas inflow passages and exhaust gas outflow passages from each other, and exhaust gas which flows into said exhaust gas inflow passages passing through said partition walls and flowing out into said exhaust gas outflow passages, and wherein on surfaces of said partition walls at sides of said exhaust exhaust gas inflow passages, said layer of the oxidation catalyst is arranged at the downstream side in the flow direction of exhaust gas from said exhaust gas inflow passages through said partition walls to said exhaust gas outflow passages and said layer of NO x selective reduction catalyst is arranged at the upstream side, characterized in that the layer of NOX selective reduction catalyst has a ratio of passage of particulate matter higher than a predetermined first ratio of passage, in that the layer of oxidation catalyst has a ratio of passage of particulate matter lower than said first ratio of passage.
A method for preparing lithium hydroxide, said method comprising: mixing a lithium-containing material with an acidic aqueous composition optionally comprising lithium sulfate and thereby obtaining a mixture; roasting said mixture under suitable conditions to obtain a roasted, lithium-containing material; leaching said roasted material under conditions suitable to obtain a first aqueous composition comprising lithium sulfate; submitting said first aqueous composition comprising lithium sulfate to an electromembrane process under suitable conditions for at least partial conversion of said lithium sulfate into lithium hydroxide and to obtain a second aqueous composition comprising lithium sulfate; increasing concentration of acid in said second aqueous composition by removing water from said second aqueous composition so as to cause substantially selective precipitation of lithium sulfate monohydrate; carrying out a solid-liquid separation to recover said lithium sulfate monohydrate from said second aqueous composition and thereby obtaining a second acidic aqueous composition; and using said second aqueous acidic composition for mixing with said lithium-containing material and to obtain said mixture. mixing a lithium-containing material with an acidic aqueous composition optionally comprising lithium sulfate and thereby obtaining a mixture; roasting said mixture under suitable conditions to obtain a roasted, lithium-containing material; leaching said roasted material under conditions suitable to obtain a first aqueous composition comprising lithium sulfate; submitting said first aqueous composition comprising lithium sulfate to an electromembrane process under suitable conditions for at least partial conversion of said lithium sulfate into lithium hydroxide and to obtain a second aqueous composition comprising lithium sulfate; increasing concentration of acid in said second aqueous composition by removing water from said second aqueous composition so as to cause substantially selective precipitation of lithium sulfate monohydrate; carrying out a solid-liquid separation to recover said lithium sulfate monohydrate from said second aqueous composition and thereby obtaining a second acidic aqueous composition; and using said second aqueous acidic composition for mixing with said lithium-containing material and to obtain said mixture.
A method of wireless communications, comprising: determining a colliding bit in a first near field communication identifier, NFCID, that has a byte length corresponding to a first cascade level value; setting a cascade level collision value based on the first cascade level value; generating a second NFCID from the first NFCID by selecting one value of two possible values for the colliding bit; determining that a byte length associated with the second NFCID results in an incomplete NFCID for a first remote NFC device; obtaining a further part of the second NFCID that corresponds to the first remote NFC device using a second cascade level value, wherein the second cascade level value corresponds to a longer byte length NFCID than the first cascade level value; determining that at least one other remote NFC device is not yet identified based on the set cascade level collision value; and obtaining a third NFCID that corresponds to a second remote NFC device. determining a colliding bit in a first near field communication identifier, NFCID, that has a byte length corresponding to a first cascade level value; setting a cascade level collision value based on the first cascade level value; generating a second NFCID from the first NFCID by selecting one value of two possible values for the colliding bit; determining that a byte length associated with the second NFCID results in an incomplete NFCID for a first remote NFC device; obtaining a further part of the second NFCID that corresponds to the first remote NFC device using a second cascade level value, wherein the second cascade level value corresponds to a longer byte length NFCID than the first cascade level value; determining that at least one other remote NFC device is not yet identified based on the set cascade level collision value; and obtaining a third NFCID that corresponds to a second remote NFC device.
Control system for controlling a tiltrotator comprising a controller, control means for influencing the controller, a feeder for supplying a hydraulic flow, a feeder pilot for influencing the supply of hydraulic flow in proportion to a signal from the controller and a plurality of external proportional valves for controlling the movements of the tiltrotator, characterized in that the control system further comprises an inclinometer providing the controller with information of the orientation of the tiltrotator.
A method at a remote unit for optimizing network entry during handoffs in a wireless communication network comprising: receiving target ranging codes from a serving network node, wherein each of the target ranging codes identifies one of a plurality of target network nodes (131, 141); transmitting a handoff request to the serving network node, wherein the handoff request indicates a target ranging code identifying at least one of the plurality of target network nodes; receiving a handoff request response including a unique handoff ranging code from the serving network node in response to the handoff request, wherein the unique handoff ranging code is different from the target ranging code, wherein the unique handoff ranging code is derived from a handover ID corresponding to the handoff request and wherein the unique handoff ranging code uniquely identifies the remote unit; and initiating ranging using the unique handoff ranging code with the identified target network node. receiving target ranging codes from a serving network node, wherein each of the target ranging codes identifies one of a plurality of target network nodes (131, 141); transmitting a handoff request to the serving network node, wherein the handoff request indicates a target ranging code identifying at least one of the plurality of target network nodes; receiving a handoff request response including a unique handoff ranging code from the serving network node in response to the handoff request, wherein the unique handoff ranging code is different from the target ranging code, wherein the unique handoff ranging code is derived from a handover ID corresponding to the handoff request and wherein the unique handoff ranging code uniquely identifies the remote unit; and initiating ranging using the unique handoff ranging code with the identified target network node.
Storage compartment for an interior trim of a vehicle, having a storage compartment bottom which merges at an inner corner region into a side wall which is drawn upwards from it, and which storage compartment bottom is trimmed with a liner mat which forms a support surface for at least one small object, in particular coins, characterized in that the liner mat delimits at least one free deformation chamber at least partially, and in that, in the case of manual pressure loading (F D) of the support surface, for instance by means of fingertips, the liner mat is deformed with bending into the deformation chamber, and an undercut which is accessible for the fingertips for reaching below the object is formed between the deformed support surface and the object.
An electrosurgical device comprising: an inner catheter extending along a longitudinal axis; an outer catheter comprising a first section and a second section each disposed around the inner catheter; a balloon disposed around the inner catheter and extending between the first and second sections of the outer catheter, the balloon comprising a tubular member having an outside surface; and a plurality of tubular electrodes extending along the longitudinal axis adjacent to the outside surface of the balloon, characterised in that: at least one of the plurality of tubular electrodes includes a lumen terminating at a fluid port. an inner catheter extending along a longitudinal axis; an outer catheter comprising a first section and a second section each disposed around the inner catheter; a balloon disposed around the inner catheter and extending between the first and second sections of the outer catheter, the balloon comprising a tubular member having an outside surface; and a plurality of tubular electrodes extending along the longitudinal axis adjacent to the outside surface of the balloon, characterised in that: at least one of the plurality of tubular electrodes includes a lumen terminating at a fluid port.