mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a gNB, the method comprising: receiving (120, 142, 170), from a Location Management Function, LMF/gNB Control Unit, gNB-CU,, a configuration request to configure a positioning reference signal, PRS, measurement window for a wireless device; determining (122, 146, 172) whether to configure the PRS measurement window in accordance with a priority associated with the PRS measurement; and responsive to configuring the PRS measurement window in accordance with the priority, transmitting (128, 150, 176) a configuration response to the LMF/gNB-CU to confirm successful configuration of the PRS measurement window, wherein the configuration response includes an indication that a PRS measurement has been skipped. receiving (120, 142, 170), from a Location Management Function, LMF/gNB Control Unit, gNB-CU,, a configuration request to configure a positioning reference signal, PRS, measurement window for a wireless device; determining (122, 146, 172) whether to configure the PRS measurement window in accordance with a priority associated with the PRS measurement; and responsive to configuring the PRS measurement window in accordance with the priority, transmitting (128, 150, 176) a configuration response to the LMF/gNB-CU to confirm successful configuration of the PRS measurement window, wherein the configuration response includes an indication that a PRS measurement has been skipped.
A functionality limiting system for a motorized vehicle provided with a motion system, comprising: - first sensor means adapted to sense if the power is on and providing a first sensing signal; - second sensor means (102a-102d) adapted to sense one or several operational parameters relative to at least one part of the vehicle and providing a second sensing signal; - deactivation means adapted to verify if a deactivation condition is met and providing a deactivation signal; - a control unit in communication with the first and second sensor means (101; 102a-102d) and the deactivation means, the control unit receiving said first and second sensing signals and said deactivation signal, the control unit being adapted to control the speed and/or the power supplied by the motion system in response to said first and second sensing signals and said deactivation signal, in such a manner that said speed and/or said power is limited in an activated mode of the system and is not limited in a deactivated mode of the system, characterized in that the at least one part of the vehicle is a door of the vehicle, in particular the driver side door of the vehicle, the second sensor means sensing if said door is opened or closed, and/or the at least one part of the vehicle is a seat of the vehicle, in particular the driver seat, the operational parameter sensed by the second sensor means being the pressure applied on the seat, and/or the at least one part of the vehicle is a seat belt of the vehicle, the second sensor means sensing if the seat belt is buckled or not. - first sensor means adapted to sense if the power is on and providing a first sensing signal; - second sensor means (102a-102d) adapted to sense one or several operational parameters relative to at least one part of the vehicle and providing a second sensing signal; - deactivation means adapted to verify if a deactivation condition is met and providing a deactivation signal; - a control unit in communication with the first and second sensor means (101; 102a-102d) and the deactivation means, the control unit receiving said first and second sensing signals and said deactivation signal, the control unit being adapted to control the speed and/or the power supplied by the motion system in response to said first and second sensing signals and said deactivation signal, in such a manner that said speed and/or said power is limited in an activated mode of the system and is not limited in a deactivated mode of the system,
An alloy comprising, in combination by weight: 10.0% to 20.0% bismuth, 0.05% to 0.3% phosphorous, 2.2% to 10.0% tin, up to 5.0% antimony, up to 0.02% boron, and less than 0.05 wt.% lead; wherein the alloy optionally contains 0.02 wt.% of at least one rare earth element in a form selected from a group consisting of: elemental lanthanum, elemental cerium, and mischmetal, and any combination thereof; the balance being copper and impurities.
A film-laminated metal sheet for container comprising resin films each containing polyester as a main component on both surfaces, wherein a polarity force component γs h of an surface free energy of a surface of the resin film that is to be positioned on an inner surface side of the container after formation of the container and that is to be in contact with a content is 4 x 10 -3 N/m or less by blending the resin film with 5% to 20% in a ratio by mass of an olefin resin with respect to the resin film or by blending the resin film with 0.1% to 2% in a ratio by mass of a wax component with respect to the resin film, wherein the film-laminated metal sheet for container is further characterized by a feature selected from the group consisting of (i) the resin film containing polyester as a main component is a biaxially oriented polyester film characterized in that a relaxation time T1ρ of a benzene ring carbon at a 1,4 coordinate in a structure analysis according to a high solid resolution NMR is 150 msec or longer; (ii) the resin film containing polyester as a main component is a biaxially oriented polyester film characterized in that an amorphous Young's modulus is in a range of 120 to 220 kg/mm 2; (iii) the resin film containing polyester as a main component is a biaxially oriented polyester film characterized in that 93 mol % or more of the polyester units constituting the resin film are ethylene terephthalate units, and a crystal size χ in a plane obtained through an X-ray diffraction measurement is 6.0 nm or smaller; (iv) the resin film containing polyester as a main component is a biaxially oriented polyester film characterized in that 93 mol % or more of the polyester units constituting the resin film are ethylene terephthalate units, and a crystal orientation parameter R obtained through an X-ray diffraction measurement is 20 x 10 -2 or more. (i) the resin film containing polyester as a main component is a biaxially oriented polyester film characterized in that a relaxation time T1ρ of a benzene ring carbon at a 1,4 coordinate in a structure analysis according to a high solid resolution NMR is 150 msec or longer; (ii) the resin film containing polyester as a main component is a biaxially oriented polyester film characterized in that an amorphous Young's modulus is in a range of 120 to 220 kg/mm 2; (iii) the resin film containing polyester as a main component is a biaxially oriented polyester film characterized in that 93 mol % or more of the polyester units constituting the resin film are ethylene terephthalate units, and a crystal size χ in a plane obtained through an X-ray diffraction measurement is 6.0 nm or smaller; (iv) the resin film containing polyester as a main component is a biaxially oriented polyester film characterized in that 93 mol % or more of the polyester units constituting the resin film are ethylene terephthalate units, and a crystal orientation parameter R obtained through an X-ray diffraction measurement is 20 x 10 -2 or more.
A catheter (600, 1000, 1100), comprising an elongated body (610, 1019, 1119) extendable along a longitudinal axis, the elongated body longitudinally split relative to a splitting plane (603, 858, 1021, 1121) at a junction (604, 1022, 1122) into a first distal end region (612, 1023, 1123) terminating in a first tip (614, 1024, 1124) and a second distal end region (616, 1025, 1125) terminating in a second tip (618, 1026, 1126); wherein the first lumen and the second lumen each comprises an inner surface arranged along the splitting plane; wherein the elongated body encloses a first lumen (620, 1017, 1117) extending between a first proximal port and the first tip, and a second lumen (624, 1018, 1118) extending between a second proximal port and the second tip; wherein the elongated body comprises an elastic portion about the junction (604, 1022, 1122); characterised in that the elastic portion has a non-stressed form when the first distal end region and the second distal end region are separated from each other along the splitting plane, such that inner planar surfaces open and diverge in a scissor like manner parallel to the splitting plane and remain in contact with each other in a junction portion extending distally from the junction.
A self-mating fastener (1; 5; 500; 702; 902; 910; 1002; 1004; 1202; 1214; 1302; 1304; 1308; 1310; 1312; 1306), comprising: a backing (2; 502; 704; 906; 908; 1006; 1008) having a first side (504; 706); and a rail element (558, 562, 560; 718, 728; 918; 920; 1034; 1036) protruding perpendicularly from the first side of the backing, the rail element extends in a longitudinal direction along the backing; an electrically conductive contact element proximate to the rail element; wherein the rail element has a base portion (10; 556, 524, 512; 732) attached to the first side of the backing and a cap portion (8; 516, 526, 514; 734) distal from the backing, wherein the cap portion has a cap width that is greater than a width of the base portion, wherein the cap portion overhangs the base portion on opposing sides, wherein the rail element comprises a plurality of rail segments (4, 14; 530, 522, 510) arranged in a row; a post element (564, 566; 724, 714; 914; 916) extending perpendicularly from the first side of the backing and extending in a longitudinal direction along the backing and adjacent to the rail element, wherein the post element comprises a plurality of posts that are (6; 508, 506) arranged in a row; and wherein the self-mating fastener has at least three of the rows of rail segments alternating with at least three of the rows of posts. a backing (2; 502; 704; 906; 908; 1006; 1008) having a first side (504; 706); and a rail element (558, 562, 560; 718, 728; 918; 920; 1034; 1036) protruding perpendicularly from the first side of the backing, the rail element extends in a longitudinal direction along the backing; an electrically conductive contact element proximate to the rail element; wherein the rail element has a base portion (10; 556, 524, 512; 732) attached to the first side of the backing and a cap portion (8; 516, 526, 514; 734) distal from the backing, wherein the cap portion has a cap width that is greater than a width of the base portion, wherein the cap portion overhangs the base portion on opposing sides, wherein the rail element comprises a plurality of rail segments (4, 14; 530, 522, 510) arranged in a row; a post element (564, 566; 724, 714; 914; 916) extending perpendicularly from the first side of the backing and extending in a longitudinal direction along the backing and adjacent to the rail element, wherein the post element comprises a plurality of posts that are (6; 508, 506) arranged in a row; and wherein the self-mating fastener has at least three of the rows of rail segments alternating with at least three of the rows of posts.
A method for maintaining Band Width Part, BWP, comprising: keeping, by a user equipment, a current active BWP unchanged during a random access procedure; characterized by restarting, by the user equipment, a BWP inactivity timer when the random access procedure is completed successfully; wherein the random access procedure is a contention free random access procedure except beam failure recovery; and wherein the restarting, by the user equipment, the BWP inactivity timer when the random access procedure is completed successfully comprises: restarting, by the user equipment, the BWP inactivity timer at the time when receiving a PDCCH that schedules Msg2, wherein a starting point of the BWP inactivity timer is the time when the PDCCH that schedules the Msg2 is received. keeping, by a user equipment, a current active BWP unchanged during a random access procedure; characterized by restarting, by the user equipment, a BWP inactivity timer when the random access procedure is completed successfully; wherein the random access procedure is a contention free random access procedure except beam failure recovery; and wherein the restarting, by the user equipment, the BWP inactivity timer when the random access procedure is completed successfully comprises: restarting, by the user equipment, the BWP inactivity timer at the time when receiving a PDCCH that schedules Msg2, wherein a starting point of the BWP inactivity timer is the time when the PDCCH that schedules the Msg2 is received.
A method of monitoring a human or animal subject comprising the steps of: capturing a video image of the subject consisting of a time series of image frames each image frame comprising a pixel array of image intensity values; analysing the video image to determine automatically one or more regions of interest in the video image in which variations with time in the image intensity values contain signals representative of the physiological state of the subject, said signals comprising at least a photoplethysmography signal, wherein determining automatically one or more regions of interest in the video image comprises: analysing the video image to determine a movement image comprising subject movement values for each of a plurality of areas in the video image, the subject movement value for an area of the video image measuring the amount of variation with time in the image intensity values in that area of the video image; and selecting as regions of interest areas of the video image that have the highest subject movement values; and analysing the variations with time of the image intensity values in the regions of interest to determine an estimate of a heart rate of the subject on the basis of the photoplethysmography signal. capturing a video image of the subject consisting of a time series of image frames each image frame comprising a pixel array of image intensity values; analysing the video image to determine automatically one or more regions of interest in the video image in which variations with time in the image intensity values contain signals representative of the physiological state of the subject, said signals comprising at least a photoplethysmography signal, wherein determining automatically one or more regions of interest in the video image comprises: analysing the video image to determine a movement image comprising subject movement values for each of a plurality of areas in the video image, the subject movement value for an area of the video image measuring the amount of variation with time in the image intensity values in that area of the video image; and selecting as regions of interest areas of the video image that have the highest subject analysing the video image to determine a movement image comprising subject movement values for each of a plurality of areas in the video image, the subject movement value for an area of the video image measuring the amount of variation with time in the image intensity values in that area of the video image; and selecting as regions of interest areas of the video image that have the highest subject movement values; and analysing the variations with time of the image intensity values in the regions of interest to determine an estimate of a heart rate of the subject on the basis of the photoplethysmography signal.
A method of controlling a wind turbine, the wind turbine comprising a wind sensor, a number of pitch-adjustable rotor blades, a yawing system, and a control system for yawing the wind turbine rotor relative to the wind and for changing the pitch of the rotor blades, the method comprising: - measuring a wind parameter by the wind sensor, wherein the wind parameter is indicative of the wind speed and/or the wind direction relative to the wind turbine; - obtaining a pre-determined first set of wind correction parameters, the first set comprising wind correction parameters for the adjustment of the wind parameter during normal operation; - obtaining a pre-determined second set of wind correction parameters, the second set comprising wind correction parameters for the adjustment of the wind parameter during non-production; - determining a production mode of the wind turbine, wherein the production mode comprises one of at least normal operation and non-production; - adjusting the wind parameter as a function of the set of wind correction parameters corresponding to the production mode at the time of adjusting; - determining a control parameter of the wind turbine as a function of the adjusted wind parameter; and - controlling the wind turbine according to the control parameter. - measuring a wind parameter by the wind sensor, wherein the wind parameter is indicative of the wind speed and/or the wind direction relative to the wind turbine; - obtaining a pre-determined first set of wind correction parameters, the first set comprising wind correction parameters for the adjustment of the wind parameter during normal operation; - obtaining a pre-determined second set of wind correction parameters, the second set comprising wind correction parameters for the adjustment of the wind parameter during non-production; - determining a production mode of the wind turbine, wherein the production mode comprises one of at least normal operation and non-production; - adjusting the wind parameter as a function of the set of wind correction parameters corresponding to the production mode at the time of adjusting; - determining a control parameter of the wind turbine as a function of the adjusted wind parameter; and - controlling the wind turbine according to the control parameter.
Supporting module for supporting at least one annular reel of a band, comprising a main body provided with a housing seat, which at least partially houses a reel and which comprises at least two supporting elements arranged at a given distance from each other and configured to support respective portions of an outer annular peripheral edge of at least one reel; the supporting module being characterized in that each supporting element is provided with at least one roller to allow the outer annular peripheral edge to slide on said roller.
An absorber device for absorbing a fluid residing in an inner space enclosed by a package, the package comprising a wall enclosing the inner space of the package, wherein the absorber device comprises: - a container, wherein the container comprises a wall enclosing an inner space of the container, wherein the wall comprises a contact section, wherein the contact section is configured to be penetrated, - an absorber arranged in the inner space of the container, - a movable penetration device, wherein the penetration device is configured to be moved from a first position to a second position, wherein in the first position, the penetration device is positioned in the inner space of the container, and wherein in the second position, the penetration device is configured to penetrate the contact section and the wall of the package, when the contact section is arranged on an outer surface of the wall of the package, such that the inner space of the container is fluidically connected to the inner space of the package to thereby allow fluid from the inner space of the package to pass to the inner space of the container and be absorbed by the absorber, and characterised in that the absorber device comprises a counter member, wherein the counter member comprises a further contact section facing the contact section, wherein the container and the counter member are configured to be movable towards each other to clamp the package between the container and the counter member, wherein the container and the counter member are connected to one another. - a container, wherein the container comprises a wall enclosing an inner space of the container, wherein the wall comprises a contact section, wherein the contact section is configured to be penetrated, - an absorber arranged in the inner space of the container, - a movable penetration device, wherein the penetration device is configured to be moved from a first position to a second position, wherein in the first position, the penetration device is positioned in the inner space of the container, and wherein in the second position, the penetration device is configured to penetrate the contact section and the wall of the package, when the contact section is arranged on an outer surface of the wall of the package, such that the inner space of the container is fluidically connected to the inner space of the package to thereby allow fluid from the inner space of the package to pass to the inner space of the container and be absorbed by the absorber, and characterised in that the absorber device comprises a counter member, wherein the counter member comprises a further contact section facing the contact section, wherein the container and the counter member are configured to be movable towards each other to clamp the package between the container and the counter member, wherein the container and the counter member are connected to one another.
A resin composition comprising (i) a resin component containing 95 to 5 % by weight of an aromatic polycarbonate (component A) and 5 to 95 % by weight of polylactic acid (component B), (ii) 0.001 to 10 parts by weight, per 100 parts by weight of the resin component, of a phosphoric ester metal salt (component C), and (iii) 0.01 to 5 parts by weight, per 100 parts by weight of the polylactic acid (component B), of a terminal blocker (component F), (iv) 0.05 to 50 parts by weight, per 100 parts by weight of the resin component of resorcinol bis(dixylenyl phosphate) (component I), the stereo-complex crystal content of the following expression being 80 % or more, X % = ΔHb / ΔHa + ΔHb × 100 wherein ΔHa and ΔHb are a melting enthalpy (ΔHa) of a crystal melting point that appears at lower than 190°C and a melting enthalpy (ΔHb) of a crystal melting point that appears at 190°C or higher but less than 250°C, respectively, in a temperature-elevation process by a differential scanning calorimeter. (i) a resin component containing 95 to 5 % by weight of an aromatic polycarbonate (component A) and 5 to 95 % by weight of polylactic acid (component B), (ii) 0.001 to 10 parts by weight, per 100 parts by weight of the resin component, of a phosphoric ester metal salt (component C), and (iii) 0.01 to 5 parts by weight, per 100 parts by weight of the polylactic acid (component B), of a terminal blocker (component F), (iv) 0.05 to 50 parts by weight, per 100 parts by weight of the resin component of resorcinol bis(dixylenyl phosphate) (component I),
A holding device for use in a knotter of a baler to grip hold twines (32,34) as they are being knotted and cut, the device comprising a rotatably mounted generally circular twine disc having notches symmetrically distributed about its periphery, and a twine holder mounted for pivotal movement about an axis parallel to that of the twine disc and resiliently urged towards the latter, the twine holder having a curved edge that co-operates with the notches in the twine disc to clamp twines (32,34) within the notches as the twine disc rotates, the length and geometry of the curved edge of the twine holder are such that the clamping pressure on the twines in one notch is only released after twines have been securely gripped within the next notch in succession; the curved edge of the holding device comprising a generally arcuate central portion centred on the axis of rotation of the twine disc, a lead-in region at one end of the central portion and a lead-out region at the opposite end of the central portion, the circumferential distance between the lead-in and lead-out portions being substantially equal to the circumferential distance between the notches in the twine disc, characterised in that the lead-in region has a reduced radius of curvature and the lead-out region has an increased radius of curvature, as compared to the central portion of the curved edge, such that the pressure on the twines in one notch is gradually reduced at the same time as pressure applied to the twines in the next notch is gradually increased.