mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a network node (100,12,14) for performing allocation of at least a part of a spectrum of radio resources to one or more radio network nodes in a wireless communication network; the method comprising - receiving condition data from the one or more radio network nodes, wherein each condition data indicates a condition of a respective radio network node out of the one or more radio network nodes, wherein the condition data and/or the condition comprises a radio performance, a throughput, a radio measurement, a latency data, a number of active wireless devices, an amount of noise, a kind of traffic, and/or a load of the respective radio network node; - receiving an external indication from a second radio network node that the second radio network node is an additional responsible node; - based on the received external indication from the second radio network node: - determining that the network node (100,12) is a responsible node for performing an allocation of at least a part of the spectrum of radio resources to the one or more radio network nodes; or - switching to be a non-responsible node; - performing the allocation of at least a part of the spectrum of radio resources to the one or more radio network nodes based on the received condition data; and - transmitting to the one or more radio network nodes, data indicating the allocation of the at least a part of the spectrum of radio resources for the one or more radio network nodes. - receiving condition data from the one or more radio network nodes, wherein each condition data indicates a condition of a respective radio network node out of the one or more radio network nodes, wherein the condition data and/or the condition comprises a radio performance, a throughput, a radio measurement, a latency data, a number of active wireless devices, an amount of noise, a kind of traffic, and/or a load of the respective radio network node; - receiving an external indication from a second radio network node that the second radio network node is an additional responsible node; - based on the received external indication from the second radio network node: - determining that the network node (100,12) is a responsible node for performing an allocation of at least a part of the spectrum of radio resources to the one or more radio network nodes; or - switching to be a non-responsible node; - determining that the network node (100,12) is a responsible node for performing an allocation of at least a part of the spectrum of radio resources to the one or more radio network nodes; or - switching to be a non-responsible node; - performing the allocation of at least a part of the spectrum of radio resources to the one or more radio network nodes based on the received condition data; and - transmitting to the one or more radio network nodes, data indicating the allocation of the at least a part of the spectrum of radio resources for the one or more radio network nodes.
A handheld gynecological device (10; 110; 210; 310; 410) for cervix handling, comprising: - a body member defining a vacuum chamber and having a proximal end and a distal end; - a piston member (36; 336) being at least partially received in the vacuum chamber and configured such that at least a portion of the piston member (36; 336) is displaceable in the vacuum chamber from a first position to a second position for creating a vacuum in the vacuum chamber; - an actuating mechanism (58; 158; 258) having an actuating member (60; 160; 260); - a rod member having a proximal end and a distal end, the rod member defining a lumen and being configured to be coupled to the body member; and - a suction head configured to engage at least a portion of a cervix of a patient, the suction head being fluidly connected to the distal end of the rod member and having a cross-section that is larger than a cross-section of the rod member; wherein the position of the rod member along the longitudinal axis of the body member is fixed relative to the body member when the rod member is coupled to the body member; and wherein the actuating member (60; 160; 260) is coupled to the body member and/or the rod member characterized in that the actuating member (60; 160; 260) is configured to be switched from a disconnected position, in which the vacuum chamber of the body member is fluidly disconnected from the lumen of the rod member, to a connected position, in which the vacuum chamber of the body member is fluidly connected to the lumen of the rod member. - a body member defining a vacuum chamber and having a proximal end and a distal end; - a piston member (36; 336) being at least partially received in the vacuum chamber and configured such that at least a portion of the piston member (36; 336) is displaceable in the vacuum chamber from a first position to a second position for creating a vacuum in the vacuum chamber; - an actuating mechanism (58; 158; 258) having an actuating member (60; 160; 260); - a rod member having a proximal end and a distal end, the rod member defining a lumen and being configured to be coupled to the body member; and - a suction head configured to engage at least a portion of a cervix of a patient, the suction head being fluidly connected to the distal end of the rod member and having a cross-section that is larger than a cross-section of the rod member; wherein the position of the rod member along the longitudinal axis of the body member is fixed relative to the body member when the rod member is coupled to the body member; and wherein the actuating member (60; 160; 260) is coupled to the body member and/or the rod member characterized in that the actuating member (60; 160; 260) is configured to be switched from a disconnected position, in which the vacuum chamber of the body member is fluidly disconnected from the lumen of the rod member, to a connected position, in which the vacuum chamber of the body member is fluidly connected to the lumen of the rod member.
A vehicle comprising: a power storage unit (200, 200A, 200B) mounted on the vehicle, the power storage unit (200, 200A, 200B) comprising: power storages each including a pair of long side portions and a pair of short side portions in a plan view, each power storage being in a rectangular shape, wherein the power storages include first power storages arranged on one side in a first direction in parallel to a width direction of the vehicle in a mount state in which the power storage unit is mounted on the vehicle, second power storages arranged on the other side in the first direction, and at least one third power storage arranged between the first power storages and the second power storages in the first direction, wherein the number of first power storages is the same as the number of second power storages, and the first power storages are the same as the second power storages, the first power storages and the second power storages are arranged in horizontal arrangement as being aligned in a second direction in parallel to a front/rear direction of the vehicle such that the short side portions are in parallel to the second direction and the long side portions are in parallel to the first direction in the mount state, and the at least one third power storage is arranged in longitudinal arrangement such that the short side portions are in parallel to the first direction and the long side portions are in parallel to the second direction. power storages each including a pair of long side portions and a pair of short side portions in a plan view, each power storage being in a rectangular shape, wherein the power storages include first power storages arranged on one side in a first direction in parallel to a width direction of the vehicle in a mount state in which the power storage unit is mounted on the vehicle, second power storages arranged on the other side in the first direction, and at least one third power storage arranged between the first power storages and the second power storages in the first direction, wherein the number of first power storages is the same as the number of second power storages, and the first power storages are the same as the second power storages, the first power storages and the second power storages are arranged in horizontal arrangement as being aligned in a second direction in parallel to a front/rear direction of the vehicle such that the short side portions are in parallel to the second direction and the long side portions are in parallel to the first direction in the mount state, and the at least one third power storage is arranged in longitudinal arrangement such that the short side portions are in parallel to the first direction and the long side portions are in parallel to the second direction.
An in vitro method for detecting the activation of the RelB-dependent NFκB pathway in one sample, the said method comprising: a) detecting the phosphorylation of serine 472 of the RelB protein of SEQ ID NO:1, in said sample, wherein said phosphorylation is detected by means of a reagent enabling to detect the phosphorylation of serine 472 of a RelB protein of SEQ ID NO:1, wherein said reagent is selected from the group consisting of: an antibody, an intrabody, an aptamer, and an AQUA peptide, and b) concluding that the activation of the RelB-dependent NFκB pathway is detected if said phosphorylation is detected. a) detecting the phosphorylation of serine 472 of the RelB protein of SEQ ID NO:1, in said sample, wherein said phosphorylation is detected by means of a reagent enabling to detect the phosphorylation of serine 472 of a RelB protein of SEQ ID NO:1, wherein said reagent is selected from the group consisting of: an antibody, an intrabody, an aptamer, and an AQUA peptide, and b) concluding that the activation of the RelB-dependent NFκB pathway is detected if said phosphorylation is detected.
An appliance comprising: a removable shell formed of a first material having a number of cavities formed therein, wherein the number of cavities are shaped to receive teeth of a patient; and an arch element extending from the removable shell in a lingual direction and across at least a portion of the arch width of the removable shell, wherein the arch element is designed to expand an arch of the teeth of the patient, wherein the arch element has a width specific to a stage of a treatment plan, wherein the arch element is formed of the first material and a second material that is different in at least one material property than the first material, and wherein the second material is more resilient than the first material, and wherein the arch element is a first arch element and is releasable from the shell such that the shell can be used in the patient's mouth without the arch element, and wherein the first material of the arch element forms a first layer and the second material of the arch element forms a second layer. a removable shell formed of a first material having a number of cavities formed therein, wherein the number of cavities are shaped to receive teeth of a patient; and an arch element extending from the removable shell in a lingual direction and across at least a portion of the arch width of the removable shell, wherein the arch element is designed to expand an arch of the teeth of the patient, wherein the arch element has a width specific to a stage of a treatment plan, wherein the arch element is formed of the first material and a second material that is different in at least one material property than the first material, and wherein the second material is more resilient than the first material, and wherein the arch element is a first arch element and is releasable from the shell such that the shell can be used in the patient's mouth without the arch element, and wherein the first material of the arch element forms a first layer and the second material of the arch element forms a second layer.
Diagnostic reagent for quantitative determination of procalcitonin in a sample, wherein the reagent is an aqueous suspension of polymer particles with covalently bound antibodies against procalcitonin, characterised in that - the suspended polymer particles have an average particle size in the range from >300 nm to 450 nm, - the suspension comprises a proportion of sugar or sugar alcohol dissolved therein in the range from 25 to 250 g/l, and - the suspension has a pH in the range from 8.5 to 10. - the suspended polymer particles have an average particle size in the range from >300 nm to 450 nm, - the suspension comprises a proportion of sugar or sugar alcohol dissolved therein in the range from 25 to 250 g/l, and - the suspension has a pH in the range from 8.5 to 10.
A positioning device for machine tools and machining centers, comprising - a body, - pallet locking means supported by said body so that they can move between a retention position and a release position in relation to a pallet, - first elastic means (44, 45) arranged so as to actuate said locking means toward said retention position, - pneumatic actuation means (14, 19) which can be supplied with pressurized air in order to actuate said pallet locking means toward said release position in contrast with said first elastic means (44, 45), characterized in that it comprises - a venting circuit arranged so as to discharge into the atmosphere, through a venting opening, the pressurized air fed to actuate said pallet locking means toward said release position, and - a movable flow control element, which is actuated by second elastic means toward a position for closing said venting circuit and is functionally subjected to a presser which is adapted to be engaged by said pallet, when the latter is arranged in the positioning device, in order to push said flow control element toward an open position of said venting circuit in contrast with said second elastic means. - a body, - pallet locking means supported by said body so that they can move between a retention position and a release position in relation to a pallet, - first elastic means (44, 45) arranged so as to actuate said locking means toward said retention position, - pneumatic actuation means (14, 19) which can be supplied with pressurized air in order to actuate said pallet locking means toward said release position in contrast with said first elastic means (44, 45), - a venting circuit arranged so as to discharge into the atmosphere, through a venting opening, the pressurized air fed to actuate said pallet locking means toward said release position, and - a movable flow control element, which is actuated by second elastic means toward a position for closing said venting circuit and is functionally subjected to a presser which is adapted to be engaged by said pallet, when the latter is arranged in the positioning device, in order to push said flow control element toward an open position of said venting circuit in contrast with said second elastic means.
A device comprising: an encoder configured to: receive two audio channels; determine comparison values based on the two audio channels; determine a tentative mismatch value based on the comparison values; generate interpolated comparison values corresponding to mismatch values that are proximate to the tentative mismatch value by performing interpolation on the comparison values; determine an interpolated mismatch value based on the interpolated comparison values; determine a mismatch value indicative of an amount of a temporal mismatch between the two audio channels based on the interpolated mismatch value; determine, based on the mismatch value, at least one of a target channel or a reference channel, the target channel corresponding to a lagging audio channel of the two audio channels and the reference channel corresponding to a leading audio channel of the two audio channels; generate a modified target channel by adjusting the target channel based on the mismatch value; and generate at least one encoded channel based on the reference channel and the modified target channel. receive two audio channels; determine comparison values based on the two audio channels; determine a tentative mismatch value based on the comparison values; generate interpolated comparison values corresponding to mismatch values that are proximate to the tentative mismatch value by performing interpolation on the comparison values; determine an interpolated mismatch value based on the interpolated comparison values; determine a mismatch value indicative of an amount of a temporal mismatch between the two audio channels based on the interpolated mismatch value; determine, based on the mismatch value, at least one of a target channel or a reference channel, the target channel corresponding to a lagging audio channel of the two audio channels and the reference channel corresponding to a leading audio channel of the two audio channels; generate a modified target channel by adjusting the target channel based on the mismatch value; and generate at least one encoded channel based on the reference channel and the modified target channel.
A creep speed control system for a vehicle having at least one electric motor (14, 16) for providing torque to at least one vehicle wheel (18, 20), the system comprising, an input configured to receive a current speed signal indicative of a current speed of the vehicle; a creep speed control module that is configured to activate when the current speed of the vehicle crosses a predetermined threshold above a creep speed target value; and, an output configured to, upon activation of the creep speed control module, send a creep speed control torque signal to the at least one electric motor (14, 16) to control the vehicle speed in dependence on the creep speed target value, wherein the creep speed control torque signal is limited to a creep speed control filtered torque value less than a creep speed control maximum torque value, and wherein the creep speed control torque signal is limited to the creep speed control filtered torque value during a torque reversal phase in a driveline of the vehicle. an input configured to receive a current speed signal indicative of a current speed of the vehicle; a creep speed control module that is configured to activate when the current speed of the vehicle crosses a predetermined threshold above a creep speed target value; and, an output configured to, upon activation of the creep speed control module, send a creep speed control torque signal to the at least one electric motor (14, 16) to control the vehicle speed in dependence on the creep speed target value, wherein the creep speed control torque signal is limited to a creep speed control filtered torque value less than a creep speed control maximum torque value, and wherein the creep speed control torque signal is limited to the creep speed control filtered torque value during a torque reversal phase in a driveline of the vehicle.
A bullet-resistant laminated glass having at least three sheets of glass, wherein one of the sheets of glass faces the impact side as a cover sheet and one sheet of glass facing away from the impact side is formed as a closure sheet, wherein one or more intermediate sheets are arranged between the cover sheet and the closure sheet, wherein the sheets of glass are connected to one another by means of composite layers, wherein the cover sheet and/or at least one intermediate sheet facing the impact side is arranged in front of the central transverse plane and is formed from a non-tempered glass material or a glass ceramic, or wherein the cover sheet and all the intermediate sheets are formed from a non-tempered glass material or a glass ceramic, wherein the closure sheet is formed as a chemically tempered sheet of glass, wherein the composite layers are formed from flaccid and dimensionally unstable films and/or casting materials, characterised in that the closure sheet has a thickness in the range between 3 to 12 mm, and in that in the case of the chemically tempered closure sheet the ratio (x) of the thickness of the closure sheet, measured in mm, to the bending tensile strength of the closure sheet, measured in N/mm 2, is selected to be in the range between 1:50 ≤ x ≤ 1:1000.
A method of maintaining the quality of speech recognition in an interactive voice recognition system comprising at least one client platform arranged to communicate over at least one wireless VOIP communications link with an interactive voice recognition server platform, the method comprising: predicting from the encoding of a received speech segment transmitted from the client platform to the server platform a future grammar complexity for a future speech segment to be received in an encoded form from said client platform, said future speech segment being sent by the client platform responsive to a prompt provided by an IVR application running on said server platform; determining if the encoding to be used in said future speech segment to be received by said server platform can be optimised responsive to a change in grammar complexity being predicted by said server platform; generating a new codec to be used by the client platform for said future speech segment in dependence on the predicted grammar complexity of said future speech segment; and transmitting said new codec to said client platform in at least one packet forming a data stream arranged to generate said prompt at said client platform, whereby said client platform is to encode subsequent speech segments using said new codec. predicting from the encoding of a received speech segment transmitted from the client platform to the server platform a future grammar complexity for a future speech segment to be received in an encoded form from said client platform, said future speech segment being sent by the client platform responsive to a prompt provided by an IVR application running on said server platform; determining if the encoding to be used in said future speech segment to be received by said server platform can be optimised responsive to a change in grammar complexity being predicted by said server platform; generating a new codec to be used by the client platform for said future speech segment in dependence on the predicted grammar complexity of said future speech segment; and transmitting said new codec to said client platform in at least one packet forming a data stream arranged to generate said prompt at said client platform, whereby said client platform is to encode subsequent speech segments using said new codec.