mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: receiving a plurality of radio signaling messages; prioritizing the radio signaling messages based at least on classifications of the radio signaling messages; processing at least a number of the radio signaling messages in order of priority, the number processed being based at least on a volume of the radio signaling messages; and for at least one unprocessed radio signaling message, replying to a sender of the at least one unprocessed radio signaling message with a request that the sender wait for a specified time before sending another radio signaling message, wherein the wait specified in the request is determined based at least on a classification of the at least one unprocessed radio signaling message. receiving a plurality of radio signaling messages; prioritizing the radio signaling messages based at least on classifications of the radio signaling messages; processing at least a number of the radio signaling messages in order of priority, the number processed being based at least on a volume of the radio signaling messages; and for at least one unprocessed radio signaling message, replying to a sender of the at least one unprocessed radio signaling message with a request that the sender wait for a specified time before sending another radio signaling message, wherein the wait specified in the request is determined based at least on a classification of the at least one unprocessed radio signaling message.
Ground compaction device, comprising - an upper mass; - a lower mass which is movable relative to the upper mass, comprising a ground contact plate for ground compaction; - a vibration decoupling device acting between the upper mass and the lower mass; - at least one unbalance exciter associated with the lower mass for applying an unbalance force to the ground contact plate; and comprising - an electric motor provided on the lower mass for driving the unbalance exciter; wherein - the electric motor is integrated in the unbalance exciter; characterised in that. - the unbalance exciter has two unbalance shafts (21, 22) which are disposed in parallel with one another and are coupled so as to be able to rotate in opposite directions to one another and which each carry an unbalance mass (25, 26). - an upper mass; - a lower mass which is movable relative to the upper mass, comprising a ground contact plate for ground compaction; - a vibration decoupling device acting between the upper mass and the lower mass; - at least one unbalance exciter associated with the lower mass for applying an unbalance force to the ground contact plate; and comprising - an electric motor provided on the lower mass for driving the unbalance exciter; wherein - the electric motor is integrated in the unbalance exciter; - the unbalance exciter has two unbalance shafts (21, 22) which are disposed in parallel with one another and are coupled so as to be able to rotate in opposite directions to one another and which each carry an unbalance mass (25, 26).
A side release buckle comprising: a plug; and a socket into which the plug is inserted for engagement, wherein the plug comprises: a base being provided with a belt attachment and a pair of legs; and an engaging portion being formed to each of the legs, the socket comprises: a body being provided with a belt attachment and an insertion opening; a housing space being formed in the body and capable of housing the legs inserted from the insertion opening; and an engaged portion being formed in the body and engageable with the engaging portion, and characterized in that the body comprises an undulation being continuously formed in an insertion direction of the legs on at least one of top and bottom surfaces of the body, the undulation being provided by a linear concave formed on an outer surface of the body and a linear convex formed on an inner surface of the body along the linear concave. a plug; and a socket into which the plug is inserted for engagement, wherein the plug comprises: a base being provided with a belt attachment and a pair of legs; and an engaging portion being formed to each of the legs, the socket comprises: a body being provided with a belt attachment and an insertion opening; a housing space being formed in the body and capable of housing the legs inserted from the insertion opening; and an engaged portion being formed in the body and engageable with the engaging portion, and characterized in that the body comprises an undulation being continuously formed in an insertion direction of the legs on at least one of top and bottom surfaces of the body, the undulation being provided by a linear concave formed on an outer surface of the body and a linear convex formed on an inner surface of the body along the linear concave.
activating a cell from a deactivated state based on a cell activation request from a network element, the cell being a primary secondary cel the method is characterised by entering, regardless of a discontinuous reception configuration, a no discontinuous reception mode in the cell; and listening, while in the no discontinuous reception mode, for downlink scheduling in the cell for a period of time. activating a cell from a deactivated state based on a cell activation request from a network element, the cell being a primary secondary cel the method is characterised by entering, regardless of a discontinuous reception configuration, a no discontinuous reception mode in the cell; and listening, while in the no discontinuous reception mode, for downlink scheduling in the cell for a period of time.
A process for coating a substrate, comprising: (a) applying a first layer of a liquid solvent-free UV-curable primer coating composition to a surface of the substrate; (b) curing the first layer by irradiation with UV light; (c) optionally applying and curing one or more further layers of a liquid solvent-free UV-curable coating composition onto the cured first layer; (d) providing a granular material, having an average particle size in the range of 60 - 600 μm, to the coating; (e) applying a final layer of a liquid solvent-free UV-curable finisher coating composition on top of the cured first or further layer; and (f) curing the final layer by irradiation with UV light, wherein the coating compositions comprise 20 - 90 wt% UV-curable resin, 5 - 70 wt% filler, 0.1 - 10 wt% photoinitiator and less than 5 wt% solvent, based on total weight of the coating compositions, wherein the UV-curable resin of the finisher coating composition is an acrylate resin. (a) applying a first layer of a liquid solvent-free UV-curable primer coating composition to a surface of the substrate; (b) curing the first layer by irradiation with UV light; (c) optionally applying and curing one or more further layers of a liquid solvent-free UV-curable coating composition onto the cured first layer; (d) providing a granular material, having an average particle size in the range of 60 - 600 μm, to the coating; (e) applying a final layer of a liquid solvent-free UV-curable finisher coating composition on top of the cured first or further layer; and (f) curing the final layer by irradiation with UV light,
A method of establishing a communication event in a communication system from an initiator device to one of a plurality of entities (110a, 110b) associated with the initiator device comprising the steps of; assigning a calling identity to at least one of said entities at a first network node associated with a packet switched network, wherein the first network node is arranged to communicate with a packet switched communication system on behalf of the initiator device; providing the assigned identity to the initiator device; storing associated contact information for the entity together with the calling identity assigned to the entity at a second network node associated with the packet switched network, initiating a communication event from the initiator device to the entity via a circuit switched network by transmitting the identity assigned to the entity to a gateway node; sending a message to the second network node with the identity assigned to the entity to determine the contact information for the entity; and routing the communication event from the gateway node to the entity using the determined contact information via one of the circuit switched and packet switched networks without said communication event being routed via said first network node.
A method for mobility parameter negotiation between base stations in an LTE system, comprising: performing, by a target base station, a mobility parameter decision and an optimization processing according to a mobility parameter modification request message received from a source base station; sending, by the target base station, a mobility parameter modification acknowledgement message to the source base station when the processing succeeds; and sending, by the target base station, a mobility parameter modification failure message to the source base station when the processing fails; characterized in that the mobility parameter modification acknowledgement message at least includes a message type and a source cell ID, the mobility parameter modification failure message at least includes a message type, a reason of failure, and a source cell ID. performing, by a target base station, a mobility parameter decision and an optimization processing according to a mobility parameter modification request message received from a source base station; sending, by the target base station, a mobility parameter modification acknowledgement message to the source base station when the processing succeeds; and sending, by the target base station, a mobility parameter modification failure message to the source base station when the processing fails; characterized in that the mobility parameter modification acknowledgement message at least includes a message type and a source cell ID, the mobility parameter modification failure message at least includes a message type, a reason of failure, and a source cell ID.
Device for mixing products contained in a cask, comprising a rotating blade, driven by an upper shaft and extending into the cask, passing through a bore of a cover made in the cask, and hoses for inserting additional products for waste, characterised in that the upper shaft is formed by two portions (19, 20) capable of being detached from one another and in that the blade is suspended from one of said portions of the shaft, which can be lowered along the length of the blade when detached from the other of said portions.
A method for producing a polymer emulsion, comprising emulsion polymerization of a monomer in the presence of a surfactant composition for emulsion polymerization comprising an alkyl ether sulfate represented by formula: RO- m n SO 3 M wherein, R represents an alkyl group having 8 to 24 carbon atoms; PO represents a propyleneoxy group; EO represents an ethyleneoxy group; m represents an average PO addition mole number satisfying 0<m<1; n represents an average EO addition mole number satisfying 1 ≤ n ≤ 30, PO and EO being block added in this order; and M represents a cation.
A computer-implemented method in a content delivery network, CDN, wherein said CDN delivers content on behalf of at least one content provider, and wherein the CDN includes a rendezvous system that selects CDN servers for clients in response to client requests for content, the method comprising: A) in response to a request by a rendezvous mechanism in said rendezvous system, wherein said rendezvous system comprises one or more rendezvous mechanisms, evaluating a function, wherein said function is linearly or exponentially dependent on time; and B) based on the outcome of said evaluating, said rendezvous mechanism using either a first table or a second table, wherein said function determines a transition rate from using said first table to using said second table, wherein i) said first table was generated by a first table generation mechanism for use by said rendezvous mechanism to select CDN servers for clients, and wherein ii) said second table was generated by a second table generation mechanism for use by said rendezvous mechanism to select CDN servers for clients; wherein said function evaluates to either a first value or a second value, and wherein, in B), said first table is used when said function evaluates to said first value, and said second table is used when said function evaluates to said second value; wherein said function initially evaluates to said first value more than to said second value, and wherein said function evaluates increasingly to said second value over time. A) in response to a request by a rendezvous mechanism in said rendezvous system, wherein said rendezvous system comprises one or more rendezvous mechanisms, evaluating a function, wherein said function is linearly or exponentially dependent on time; and B) based on the outcome of said evaluating, said rendezvous mechanism using either a first table or a second table, wherein said function determines a transition rate from using said first table to using said second table, wherein i) said first table was generated by a first table generation mechanism for use by said rendezvous mechanism to select CDN servers for clients, and wherein ii) said second table was generated by a second table generation mechanism for use by said rendezvous mechanism to select CDN servers for clients; wherein said function evaluates to either a first value or a second value, and wherein, in B), said first table is used when said function evaluates to said first value, and said second table is used when said function evaluates to said second value; wherein said function initially evaluates to said first value more than to said second value, and wherein said function evaluates increasingly to said second value over time.
Device for presetting the drive stage of an electric drive of a boat, having a housing with two receiving elements (15a, 15b) arranged on opposite side walls of the housing for defining a pivot axis and a drive lever pivotable about this pivot axis, the drive lever being received on both receiving elements (15a, 15b) characterized in that the drive lever can be clicked onto or into the receiving elements (15a, 15b) of the housing.
A device (1, 600, 700) for generating aerosol, the device (1, 600, 700) comprising: a heater (13, 620, 720) configured to heat an aerosol generating material; and a controller (12, 610, 710) configured to variably change an amount of power supplied to the heater (13, 620, 720) such that the aerosol generating material is heated at a preheating temperature lower than a heating temperature for generating the aerosol, wherein the controller (12, 610, 710) is configured to heat the aerosol generating material at the preheating temperature by increasing the amount of power supplied to the heater (13, 620, 720) as heat energy remaining in the heater (13, 620, 720) decreases. a heater (13, 620, 720) configured to heat an aerosol generating material; and a controller (12, 610, 710) configured to variably change an amount of power supplied to the heater (13, 620, 720) such that the aerosol generating material is heated at a preheating temperature lower than a heating temperature for generating the aerosol, wherein the controller (12, 610, 710) is configured to heat the aerosol generating material at the preheating temperature by increasing the amount of power supplied to the heater (13, 620, 720) as heat energy remaining in the heater (13, 620, 720) decreases.
A method for controlling a driving assistance feature of a vehicle, the method comprising: receiving a state of a driver of the vehicle determined by means of a driver monitoring system, DMS, the state of the driver comprising at least one attention parameter; comparing the determined state of the driver with a predefined attention model in order to verify an integrity of the DMS, wherein the predefined attention model comprises an independent threshold range for each attention parameter; determining a reliability of the DMS based on the comparison between the determined state of the driver with the predefined attention model; and controlling the driving assistance feature based on the determined reliability of the DMS. receiving a state of a driver of the vehicle determined by means of a driver monitoring system, DMS, the state of the driver comprising at least one attention parameter; comparing the determined state of the driver with a predefined attention model in order to verify an integrity of the DMS, wherein the predefined attention model comprises an independent threshold range for each attention parameter; determining a reliability of the DMS based on the comparison between the determined state of the driver with the predefined attention model; and controlling the driving assistance feature based on the determined reliability of the DMS.
A semiconductor device arrangement, comprising: a first transistor having a load path between load terminals, and a control terminal configured to receive a drive voltage that switches on or switches off the first transistor, wherein the first transistor is a normally-off transistor; a plurality of second transistors (2 1 -2 n), each having a load path between a first load terminal and a second load terminal and a control terminal; wherein the second transistors (2 1 -2 n) have their load paths connected in series and connected in series to the load path of the first transistor, wherein each but one of the second transistors (2 1 -2 n) has its control terminal connected to one of the load terminals of an adjacent one of the second transistors (2 1 -2 n) such that each but one of the second transistors (2 1 -2n) receives as a drive voltage at its control terminal a voltage across a load path of the adjacent second transistor, and wherein one of the second transistors (2 1 -2 n) has its control terminal connected to one of the load terminals of the first transistor such that the one of the second transistors (2 1 -2 n) receives as a drive voltage at its control terminal a voltage across the load path of the first transistor. a first transistor having a load path between load terminals, and a control terminal configured to receive a drive voltage that switches on or switches off the first transistor, wherein the first transistor is a normally-off transistor; a plurality of second transistors (2 1 -2 n), each having a load path between a first load terminal and a second load terminal and a control terminal; wherein the second transistors (2 1 -2 n) have their load paths connected in series and connected in series to the load path of the first transistor, wherein each but one of the second transistors (2 1 -2 n) has its control terminal connected to one of the load terminals of an adjacent one of the second transistors (2 1 -2 n) such that each but one of the second transistors (2 1 -2n) receives as a drive voltage at its control terminal a voltage across a load path of the adjacent second transistor, and wherein one of the second transistors (2 1 -2 n) has its control terminal connected to one of the load terminals of the first transistor such that the one of the second transistors (2 1 -2 n) receives as a drive voltage at its control terminal a voltage across the load path of the first transistor.
Method to regenerate an oxygen trap using an electric current, comprising at least the following steps: a) circulating an electric current in the trap material to reduce this material; b) measuring the value I m of said electric current and estimating its derivative dI m /dt in relation to time; c) estimating the length (δ) of material reduced by said electric current, as a function of the value of said current (I m) and of its derivative (dI m /dt); d) stopping circulation of the electric current when the length of reduced material is at least equal to a threshold value (δ s). a) circulating an electric current in the trap material to reduce this material; b) measuring the value I m of said electric current and estimating its derivative dI m /dt in relation to time; c) estimating the length (δ) of material reduced by said electric current, as a function of the value of said current (I m) and of its derivative (dI m /dt); d) stopping circulation of the electric current when the length of reduced material is at least equal to a threshold value (δ s).
A method of making a unit-dose ware-washing product comprising an upwardly open container having a base wall, an upright perimeter wall, and an upright internal wall (16, 40) between one part of the perimeter wall and another part of the perimeter wall, the internal wall (16, 40) and the perimeter wall forming first and second compartments (A, B, 42, 44) within the container, wherein the method comprises: injecting a molten water-soluble polymer, comprising polyvinyl alcohol, polyvinyl alcohol copolymer, or partially hydrolyzed polyvinyl acetate, into a mould cavity between cooperating male and female mould parts; wherein there is an independently movable first male mould part and an independently movable second male mould part separated by a gap (36, 38) in which the internal wall (16, 40) is formed, and wherein the first and second male mould parts (30, 32) are independently movable with respect to one another and correspond to the first and second compartments (A, B, 42, 44) of the container to be formed; withdrawing the first male mould part and subsequently withdrawing the second male mould part wherein the polymer-contacting surfaces of the first and second male mould parts (30, 32) that define the gap (36, 38) in which the internal wall is formed are accessible for polishing; introducing different compositions effective in cleaning into respective compartments; and closing the container. injecting a molten water-soluble polymer, comprising polyvinyl alcohol, polyvinyl alcohol copolymer, or partially hydrolyzed polyvinyl acetate, into a mould cavity between cooperating male and female mould parts; wherein there is an independently movable first male mould part and an independently movable second male mould part separated by a gap (36, 38) in which the internal wall (16, 40) is formed, and wherein the first and second male mould parts (30, 32) are independently movable with respect to one another and correspond to the first and second compartments (A, B, 42, 44) of the container to be formed; withdrawing the first male mould part and subsequently withdrawing the second male mould part wherein the polymer-contacting surfaces of the first and second male mould parts (30, 32) that define the gap (36, 38) in which the internal wall is formed are accessible for polishing; introducing different compositions effective in cleaning into respective compartments; and closing the container.
Non-therapeutic cosmetic use of an extract from tulip petals of the Tulipa gesneriana family comprising by weight, from 20 to 70% sugars and from 15 to 30% phenolic compounds, of which at least 8% of these phenolic compounds are flavonoids, in relation to the total weight of the dry extract, for its action on the growth and the regrowth of hair in a mammal.
A metering system to meter particulate material at varying rates from a storage source such as a hopper to a transport and distribution system including a pneumatic transport system, the metering system comprising a metering channel defining an inlet to receive particulate material from a storage source in use and an outlet to pass particulate material in use to a pneumatic transport system and having a centreless screw conveyor (27; 102) received within the metering channel to convey particulate material from the inlet to the outlet in a controlled manner; characterised in that the centreless screw conveyor (27; 102) is additionally provided with a static central shaft (51; 101) extending in situ at least partly along the length of an axially extending central aperture defined by the screw conveyor (27; 102).