mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a network node broadcasting or multicasting data to a plurality of User Equipment, UEs, the method comprising: sending an indication of a table associating Physical Uplink Control Channel, PUCCH, resources with Multicast Traffic Channels, MTCHs, respectively, prior to transmitting data, wherein the feedback is received on a PUCCH resource, which, according to the table, is associated with the MTCH on which said data was transmitted; transmitting the data via an MTCH, to the UEs; receiving feedback related to the data from at least one of the UEs, wherein said receiving of the feedback includes detecting a received energy on each PUCCH resource associated with the MTCH; and determining whether to retransmit the data based on the feedback, wherein said determining of whether to retransmit the data includes comparing the detected received energy with at least one threshold, wherein said comparing of the detected received energy includes comparing an energy detected on one PUCCH resource with at least two thresholds; and the method further comprising selecting, based on a result of the comparing with the at least two thresholds: not to retransmit the data; to retransmit the data by multicast; or to retransmit the data by unicast directed to one or more of the UEs from which a negative acknowledgment has been received. sending an indication of a table associating Physical Uplink Control Channel, PUCCH, resources with Multicast Traffic Channels, MTCHs, respectively, prior to transmitting data, wherein the feedback is received on a PUCCH resource, which, according to the table, is associated with the MTCH on which said data was transmitted; transmitting the data via an MTCH, to the UEs; receiving feedback related to the data from at least one of the UEs, wherein said receiving of the feedback includes detecting a received energy on each PUCCH resource associated with the MTCH; and determining whether to retransmit the data based on the feedback, wherein said determining of whether to retransmit the data includes comparing the detected received energy with at least one threshold, wherein said comparing of the detected received energy includes comparing an energy detected on one PUCCH resource with at least two thresholds; and the method further comprising selecting, based on a result of the comparing with the at least two thresholds: not to retransmit the data; to retransmit the data by multicast; or to retransmit the data by unicast directed to one or more of the UEs from which a negative acknowledgment has been received. not to retransmit the data; to retransmit the data by multicast; or to retransmit the data by unicast directed to one or more of the UEs from which a negative acknowledgment has been received.
A method for coordinating a parameter across cloud domains (D1 to Dn) of various data centers (102, 104, 106), the method characterized by: distributing an infrastructure service as local infrastructure services (402, 404, 406, 408) to the corresponding cloud domains (D1 to Dn); generating at a first local infrastructure service a first value of the parameter based on a first seed; sending from the first local infrastructure service to a second local infrastructure service a seed list that includes the first seed; generating at the second local infrastructure service a second seed that is different from the first seed; generating at the second local infrastructure service a second value of the parameter based on the second seed; sending from the second local infrastructure service to a third local infrastructure service the seed list that includes the first seed and the second seed; generating at the third local infrastructure service a third seed different from the other seeds (S1, S2) in the seed list and generating at the third local infrastructure service a third value of the parameter, based on the third seed. distributing an infrastructure service as local infrastructure services (402, 404, 406, 408) to the corresponding cloud domains (D1 to Dn); generating at a first local infrastructure service a first value of the parameter based on a first seed; sending from the first local infrastructure service to a second local infrastructure service a seed list that includes the first seed; generating at the second local infrastructure service a second seed that is different from the first seed; generating at the second local infrastructure service a second value of the parameter based on the second seed; sending from the second local infrastructure service to a third local infrastructure service the seed list that includes the first seed and the second seed; generating at the third local infrastructure service a third seed different from the other seeds (S1, S2) in the seed list and generating at the third local infrastructure service a third value of the parameter, based on the third seed.
A method of manufacturing a microwave ablation applicator, the method comprising: a) removing a first dielectric and a first outer conductor from a distal portion of a coaxial cable to expose an inner conductor of the coaxial cable; b) disposing a second dielectric on a first portion of the inner conductor; c) disposing a second outer conductor on the second dielectric; d) disposing a third dielectric on a second portion of the inner conductor; e) disposing a third outer conductor on a portion of the third dielectric; f) disposing a balun dielectric on a portion of the third outer conductor; and g) disposing a balun conductor on a portion of the balun dielectric; wherein a diameter of the combination of the inner conductor and the first dielectric is greater than a diameter of the combination of the inner conductor and the second dielectric; and wherein a diameter of the combination of the inner conductor and the second dielectric is greater than a diameter of the combination of the inner conductor and the third dielectric. a) removing a first dielectric and a first outer conductor from a distal portion of a coaxial cable to expose an inner conductor of the coaxial cable; b) disposing a second dielectric on a first portion of the inner conductor; c) disposing a second outer conductor on the second dielectric; d) disposing a third dielectric on a second portion of the inner conductor; e) disposing a third outer conductor on a portion of the third dielectric; f) disposing a balun dielectric on a portion of the third outer conductor; and g) disposing a balun conductor on a portion of the balun dielectric;
An emission control system comprising: a substrate body having a plurality of passages for the passage of emissions gas; a magnetic field generator that responds to a control signal by generating a magnetic field to inductively heat the substrate, wherein the magnetic field generator includes a coil that surrounds at least a portion of the substrate body; and a magnetic shield surrounding at least a portion of the coil, configured to direct at least a portion of the magnetic field to the substrate body, characterized in that the magnetic shield comprises a plurality of individual reflectors. a substrate body having a plurality of passages for the passage of emissions gas; a magnetic field generator that responds to a control signal by generating a magnetic field to inductively heat the substrate, wherein the magnetic field generator includes a coil that surrounds at least a portion of the substrate body; and a magnetic shield surrounding at least a portion of the coil, configured to direct at least a portion of the magnetic field to the substrate body, characterized in that the magnetic shield comprises a plurality of individual reflectors.
A printable paper for being printed by inkjet printing and forming a decorative paper, comprising a base paper layer being at least partially impregnated with a polymeric binder, said polymeric binder being acrylic or polyurethane based and being substantially free from formaldehyde, and an ink receiver coating provided on at least a surface of said base paper layer, said ink receiver coating comprising at least a binder, comprising polyvinyl alcohol, acrylic based resin, polyurethane-based resin or a combination thereof and a flocculant comprising a cationic metal salt, and in that said cationic metal salt is provided in an amount of at least 20% weight on the total dry weight of the ink receiver coating, preferably in an amount between 20 and 80% weight.
A cleaning system comprising: a robot cleaner comprising a first opening, and a first dust box communicating with the first opening and storing dust through the first opening; and a maintenance station comprising a second opening, and a second dust box communicating with the second opening, wherein dust stored in the first dust box of the robot cleaner is discharged to the second opening of the maintenance station through the first opening of the robot cleaner after the dust is caused to be in motion by introducing a flow of air into the first dust box of the robot cleaner. a robot cleaner comprising a first opening, and a first dust box communicating with the first opening and storing dust through the first opening; and a maintenance station comprising a second opening, and a second dust box communicating with the second opening, wherein dust stored in the first dust box of the robot cleaner is discharged to the second opening of the maintenance station through the first opening of the robot cleaner after the dust is caused to be in motion by introducing a flow of air into the first dust box of the robot cleaner.
A method for analysis of an electrical plant comprising at least one light-emitting module, the method being implemented by a system comprising at least one electrical power supply source, a camera and a computer, the method comprising the following steps: - acquiring by the camera a first electroluminescence image of the plant, for a first electrical power supply provided to the plant by the source, - acquiring by the camera a second electroluminescence image of the plant, for a second electrical power supply provided to the plant by the source, wherein the electrical power supplies provided to the plant are determined in such a way that the voltages V 1 and V 2 of the input terminal of the plant during the acquisition respectively of the first and of the second image are linked by the relationship: V 1 < V 2 < 1.2 V 1 and, - using the electroluminescence images acquired, establishing by the computer a map of a function of the effectiveness of the transport of the electrical charges within the plant, said function being a combination of at least one function of the routing quality of the electrical charges by the plant, and of a function of the transport quality of the electrical charges in the light-emitting module. - acquiring by the camera a first electroluminescence image of the plant, for a first electrical power supply provided to the plant by the source, - acquiring by the camera a second electroluminescence image of the plant, for a second electrical power supply provided to the plant by the source, wherein the electrical power supplies provided to the plant are determined in such a way that the voltages V 1 and V 2 of the input terminal of the plant during the acquisition respectively of the first and of the second image are linked by the relationship: V 1 < V 2 < 1.2 V 1 and, - using the electroluminescence images acquired, establishing by the computer a map of a function of the effectiveness of the transport of the electrical charges within the plant, said function being a combination of at least one function of the routing quality of the electrical charges by the plant, and of a function of the transport quality of the electrical charges in the light-emitting module.
A fraud detection rule updating method for use in a fraud detecting electronic control unit connected to an on-board network used for communication in which a plurality of electronic control units exchange messages, the fraud detection rule updating method comprising: storing fraud detection rules; determining, based on the fraud detection rules, whether or not a message transmitted on the on-board network connected to the unit itself conforms to the rules; and receiving delivery data including updated fraud detection rules and on-board network type information indicating a type of on-board network to which the updated fraud detection rules are to be applied, determining whether or not a vehicle in which the fraud detecting electronic control unit is installed is running, if the vehicle is determined to be running, additionally determining whether or not on-board network type information indicates a drive network related to running, (i) if the on-board network type information indicates a drive network related to running, does not conduct an update process with the updated fraud detection rules, and (ii) if the on-board network type information does not indicate a drive network related to running, updates the fraud detection rules to the updated fraud detection rules. storing fraud detection rules; determining, based on the fraud detection rules, whether or not a message transmitted on the on-board network connected to the unit itself conforms to the rules; and receiving delivery data including updated fraud detection rules and on-board network type information indicating a type of on-board network to which the updated fraud detection rules are to be applied, determining whether or not a vehicle in which the fraud detecting electronic control unit is installed is running, if the vehicle is determined to be running, additionally determining whether or not on-board network type information indicates a drive network related to running, (i) if the on-board network type information indicates a drive network related to running, does not conduct an update process with the updated fraud detection rules, and (ii) if the on-board network type information does not indicate a drive network related to running, updates the fraud detection rules to the updated fraud detection rules. (i) if the on-board network type information indicates a drive network related to running, does not conduct an update process with the updated fraud detection rules, and (ii) if the on-board network type information does not indicate a drive network related to running, updates the fraud detection rules to the updated fraud detection rules.
A printing apparatus comprising: a casing; a cover that is movable to an open position to provide access to an interior of the casing; an operation panel configured to receive an input operation and mounted on a swivel unit that is attached to the casing to be movable by swiveling between a first position at which the operation panel interferes with the opening of the cover and a second position at which the operation panel does not interfere with the opening of the cover; the operation panel swivels from the first position to the second position by an angle that is greater than a predetermined threshold angle, a detection unit configured to detect that the operation panel swiveled by an angle greater than the predetermined threshold angle, and a control unit receiving the output of a detection unit and characterized in that it includes a processor that is configured to block any input operation received by the operation panel when the detection unit detects that the operation panel moves to the second position. a casing; a cover that is movable to an open position to provide access to an interior of the casing; an operation panel configured to receive an input operation and mounted on a swivel unit that is attached to the casing to be movable by swiveling between a first position at which the operation panel interferes with the opening of the cover and a second position at which the operation panel does not interfere with the opening of the cover; the operation panel swivels from the first position to the second position by an angle that is greater than a predetermined threshold angle, a detection unit configured to detect that the operation panel swiveled by an angle greater than the predetermined threshold angle, and a control unit receiving the output of a detection unit and characterized in that it includes a processor that is configured to block any input operation received by the operation panel when the detection unit detects that the operation panel moves to the second position.
An apparatus comprising: means for receiving a message inviting a user equipment to participate in an emergency communication session with an originating node, the user equipment being registered with an Internet Protocol Multimedia Subsystem, IMS, the originating node comprising a public safety answering point inviting the user equipment to participate in an emergency callback session, or an application server inviting the user equipment to participate in an emergency click-to-dial session; and characterized by comprising: means for identifying a type of registration of the user equipment with the IMS; means for selecting a transfer function of the IMS to anchor the emergency communication session based on the identified type of registration of the user equipment with the IMS, the selected transfer function comprising a domain transfer function or an emergency access transfer function of the IMS; and means for preparing the message for transmission to the selected transfer function to thereby enable the selected transfer function to anchor the emergency communication session and further communicate with one or more other components of the IMS to establish the emergency communication session with the user equipment. means for receiving a message inviting a user equipment to participate in an emergency communication session with an originating node, the user equipment being registered with an Internet Protocol Multimedia Subsystem, IMS, the originating node comprising a public safety answering point inviting the user equipment to participate in an emergency callback session, or an application server inviting the user equipment to participate in an emergency click-to-dial session; and characterized by comprising: means for identifying a type of registration of the user equipment with the IMS; means for selecting a transfer function of the IMS to anchor the emergency communication session based on the identified type of registration of the user equipment with the IMS, the selected transfer function comprising a domain transfer function or an emergency access transfer function of the IMS; and means for preparing the message for transmission to the selected transfer function to thereby enable the selected transfer function to anchor the emergency communication session and further communicate with one or more other components of the IMS to establish the emergency communication session with the user equipment. means for identifying a type of registration of the user equipment with the IMS; means for selecting a transfer function of the IMS to anchor the emergency communication session based on the identified type of registration of the user equipment with the IMS, the selected transfer function comprising a domain transfer function or an emergency access transfer function of the IMS; and means for preparing the message for transmission to the selected transfer function to thereby enable the selected transfer function to anchor the emergency communication session and further communicate with one or more other components of the IMS to establish the emergency communication session with the user equipment.
A glass fabric obtained by weaving glass yarns produced by bundling glass fibers having a fiber diameter falling within a range from 3 to 6 μm, spun from a molten glass prepared by melting a glass composition as a raw material for the glass fibers, wherein the glass fibers have a composition wherein a content of SiO 2 is 57.0 to 61.0% by mass, a content of Al 2 O 3 is 19.0 to 21.0% by mass, a content of MgO is 10.0 to 11.0% by mass, a content of CaO is 10.0 to 11.0% by mass, and a content of alkali metal oxides, Fe 2 O 3, TiO 2, ZrO 2, MoO 3 and Cr 2 O 3 is less than 1.0% by mass, based on a total amount of the glass fibers, and a ratio of the content of MgO to the content of CaO, MgO/CaO falls within a range from 0.8 to 1.0.
A tunable actuator joint module (106a-d) of a robotic assembly, comprising: an output member operable to couple to a first support member (104a-d) of a robotic system; an input member operable to couple to a second support member (104a-d) of the robotic system; a primary actuator operable to apply a torque to rotate the output member about an axis of rotation; and a quasi-passive elastic actuator comprising a rotary pneumatic actuator comprising an elastic component dynamically tunable to a joint stiffness value, the elastic component comprising first vane device and second vane device rotatable relative to each other and supported by a housing of the rotary pneumatic actuator, the first vane device and second vane device defining, at least in part, a compression chamber and an expansion chamber, wherein the first vane device is rotatable with the input member and the second vane device is rotatable with the output member, and wherein the rotary pneumatic actuator comprises a valve assembly having a valve device disposed through an opening of the first vane device, wherein the valve device is variably controllable to open and close a shunt circuit and to switch the quasi-passive elastic actuator between elastic and inelastic states, such that the quasi-passive elastic actuator is operable to selectively store energy in response to a first rotation of the input member, and to selectively release energy in response to a second rotation of the input member to apply an augmented torque that combines with the torque from the primary actuator to assist rotation of the output member during the second rotation. an output member operable to couple to a first support member (104a-d) of a robotic system; an input member operable to couple to a second support member (104a-d) of the robotic system; a primary actuator operable to apply a torque to rotate the output member about an axis of rotation; and a quasi-passive elastic actuator comprising a rotary pneumatic actuator comprising an elastic component dynamically tunable to a joint stiffness value, the elastic component comprising first vane device and second vane device rotatable relative to each other and supported by a housing of the rotary pneumatic actuator, the first vane device and second vane device defining, at least in part, a compression chamber and an expansion chamber, wherein the first vane device is rotatable with the input member and the second vane device is rotatable with the output member, and wherein the rotary pneumatic actuator comprises a valve assembly having a valve device disposed through an opening of the first vane device, wherein the valve device is variably controllable to open and close a shunt circuit and to switch the quasi-passive elastic actuator between elastic and inelastic states, such that the quasi-passive elastic actuator is operable to selectively store energy in response to a first rotation of the input member, and to selectively release energy in response to a second rotation of the input member to apply an augmented torque that combines with the torque from the primary actuator to assist rotation of the output member during the second rotation.
Use of isomaltulose for reducing the occurrence of flavour-deteriorating ageing components in beer, beer-based mixed drinks, non-alcoholic or low-alcohol beer or beer-based mixed drinks, wherein the ageing components are selected from the group consisting of 2-methylbutanal, 2-furfural, E-2-nonenal, ethyl nicotinate and gamma-nonalactone.