mhurhangee/ep-ind-claims huggingface dataset:
A Multimedia Broadcast Service, MBS, data communication method, applied to a network side device of a target cell, comprising: receiving an RRC connection resume request message indicating establishment of an MBS session context sent by a UE in an in-active state after the UE moves from a source cell to the target cell and determines that the target cell cannot meet an MBS session requirement; sending a UE context request message to the source cell and obtaining MBS session context related information from the source cell for the UE in the in-active state; performing MBS data communication after the target cell establishes the MBS session context. receiving an RRC connection resume request message indicating establishment of an MBS session context sent by a UE in an in-active state after the UE moves from a source cell to the target cell and determines that the target cell cannot meet an MBS session requirement; sending a UE context request message to the source cell and obtaining MBS session context related information from the source cell for the UE in the in-active state; performing MBS data communication after the target cell establishes the MBS session context.
A tray table device, in particular a passenger seat tray table device, with at least one table unit (10a; 10b; 10c; 10d), and with at least one cup holder unit (12a; 12b; 12c; 12d) which is provided in at least one position of use to at least partly hold at least one drinking vessel, wherein the cup holder unit (12a; 12b; 12c; 12d) is movably mounted to the table unit (10a; 10b; 10c; 10d), wherein in the position of use the cup holder unit (12a; 12c; 12d) and the table unit (10a; 10c; 10d) implement at least one holding zone (16a; 16c; 16d) for the drinking vessel, which features a holding recess (36a; 36c; 36d), wherein the cup holder unit (12a; 12c; 12d) features a first recess (38a; 38c; 38d) and the table unit (10a; 10c; 10d) features a second recess (40a; 40c; 40d), which in a position of use together implement the holding recess (36a; 36c; 36d), wherein in the position of use at least a part of an outer contour (68a; 68c; 68d) of the table unit (10a; 10c; 10d), which is an outer contour of the second recess (40a; 40c; 40d), implements at least a part of the holding zone (16a; 16c; 16d).
A method performed in a user equipment in wireless communication with a network node, the method comprising: receiving a message label from the network node; identifying, based on the received message label and a predetermined mapping, a message stored in a memory of the user equipment; transmitting the message to the network node or an intended destination (710, 712); prior to receiving the message label from the network node: receiving the message from the network node; determining a message label for the message based on the predetermined mapping (704, 766); and storing the message in the memory with the determined message label. receiving a message label from the network node; identifying, based on the received message label and a predetermined mapping, a message stored in a memory of the user equipment; transmitting the message to the network node or an intended destination (710, 712); prior to receiving the message label from the network node: receiving the message from the network node; determining a message label for the message based on the receiving the message from the network node; determining a message label for the message based on the predetermined mapping (704, 766); and storing the message in the memory with the determined message label.
A contact pad of an integrated circuit, the contact pad comprising: a flat portion comprising a base of the contact pad; a plurality of projections (304, 306, 308, 310, 312; 804, 806, 808, 810, 812) extending from and being substantially perpendicular to the flat portion, wherein the plurality of projections are provided adjacent to one another in a spaced apart arrangement along a first direction parallel with the flat portion, and each of the plurality of projections is elongated in a second direction perpendicular to the first direction and parallel with the flat portion; and a solder ball (108, 124) attached to the plurality of projections and the flat portion, wherein all projections (304, 306, 308; 804, 806, 808) other than the outermost projections (310, 312; 810, 812) have an upper surface having a plurality of plateaus (P1, P2, P3) of different heights arranged in a stepwise manner along the direction of elongation of the projection, and (i) the height of the plurality of plateaus (P1, P2, P3) of a respective projection (304, 306, 308) increases towards the center of the respective projection and the overall height of the projections also increases towards the center of the projection arrangement such that the surface of the projections defines a pyramid structure, or (ii) the height of the plurality of plateaus (P1, P2, P3) of a respective projection (804, 806, 808) decreases towards the center of the respective projection while the height of the lowest plateau of the plurality of plateaus decreases toward the center of the projection arrangement such that the surface of the projections defines an inverted pyramid structure. a flat portion comprising a base of the contact pad; a plurality of projections (304, 306, 308, 310, 312; 804, 806, 808, 810, 812) extending from and being substantially perpendicular to the flat portion, wherein the plurality of projections are provided adjacent to one another in a spaced apart arrangement along a first direction parallel with the flat portion, and each of the plurality of projections is elongated in a second direction perpendicular to the first direction and parallel with the flat portion; and a solder ball (108, 124) attached to the plurality of projections and the flat portion, (i) the height of the plurality of plateaus (P1, P2, P3) of a respective projection (304, 306, 308) increases towards the center of the respective projection and the overall height of the projections also increases towards the center of the projection arrangement such that the surface of the projections defines a pyramid structure, or (ii) the height of the plurality of plateaus (P1, P2, P3) of a respective projection (804, 806, 808) decreases towards the center of the respective projection while the height of the lowest plateau of the plurality of plateaus decreases toward the center of the projection arrangement such that the surface of the projections defines an inverted pyramid structure.
A method of operating a light assembly being a headlight assembly or a taillight assembly; the light assembly comprising a housing, the housing having a rear and a front, whereby in use light is emitted from the front of the housing; the assembly further comprising a transparent or translucent light guide extending from the rear to the front and at least partially surrounded by the housing; the light guide arranged to be lit at its rear and provided with formations, on/in its interior surface and exterior surface to emit light along at least part of its length and being tubular, having an interior surface, an exterior surface, a front end, a rear end, and a passage extending therebetween; and a light source arranged at the rear of the light guide; characterised in that the method comprising gradually increasing the intensity of light supplied by the light source, such that light appears to slowly progress along the length of the light guide by a majority of the light emitted from the light source is output through the formations, on/in the interior surface near the rear, where the light source is located, wherein the tubular light guide has a flared portion which interior surface is visible from outside of the light assembly.
A modified peptide which is made up by inserting cysteine residue(s) into a peptide consisting of an amino acid sequence of from positions No. 2 to No. 24 of matrix protein 2 in influenza virus (M2e), wherein said cysteine residue(s) is/are inserted either at one position between No. 20 and No. 21 of M2e, or at a combination of two or more of positions between No. 15 and No. 16, between No. 20 and No. 21, between No. 21 and No. 22, between No. 22 and No. 23 and between No. 23 and No. 24 of M2e.
An oscillating device for generating electricity from a flow of fluid comprising: - at least one oscillating part within an angle of oscillation, - at least one support, fixed to a reference surface and connected to said oscillating part at an axis of oscillation, - at least one counter-balancing system connected to, and/or acting on, said oscillating part, - at least one adjustable profile configured to be at least partially immersed in said flow of fluid and movably connected to said oscillating part, the oscillating device further comprising at least one adjustment system, which is connected to said at least one adjustable profile and which is configured to change the position and the resistance of said at least one adjustable profile with respect to said flow of fluid between at least one position of greater resistance, obtained by means of an active constrained force adjustment, and at least one position of lesser resistance, obtained by means of a passive release adjustment or by interruption of said active adjustment, wherein said adjustable profile comprises a leading edge and a pressure centre and is movably connected to said oscillating part by at least one connection point, wherein the at least one connection point is located at said leading edge or between said leading edge and said centre of pressure so as to allow the flow of fluid to generate a mechanical moment such as to orient said at least one adjustable profile in said position of least resistance following said passive release adjustment or by interruption of said active adjustment. - at least one oscillating part within an angle of oscillation, - at least one support, fixed to a reference surface and connected to said oscillating part at an axis of oscillation, - at least one counter-balancing system connected to, and/or acting on, said oscillating part, - at least one adjustable profile configured to be at least partially immersed in said flow of fluid and movably connected to said oscillating part,
An imprint apparatus in which alignment between a mold and a substrate is effected with respect to an in-plane direction of the substrate and a pattern formed on the mold is transferred onto a pattern forming layer provided on the substrate, the imprint apparatus comprising: a mold holding portion for holding the mold; a substrate holding portion for holding the substrate; and a control portion for controlling such that the mold holding portion and the substrate holding portion are brought near to each other while effecting the alignment between the mold and the substrate, to bring the mold and the pattern forming layer into contact with each other and detecting states of the mold and the substrate; characterized in that the control portion is for changing a driving profile for the alignment or a control parameter for the alignment, and for detecting states between the mold and the substrate by detecting at least one of a load exerted on the mold or the substrate, a gap between the mold and the substrate, a torque of the mold holding portion or the substrate holding portion, and an amount of reflected light from the mold or the substrate, the driving profile is a profile for moving the substrate holding portion for holding the substrate to a target position, the driving profile includes at least one of an acceleration, a speed, a driving voltage, and a driving current of the substrate holding portion, and the changed control parameter includes at least one of a PID parameter, a feed forward parameter and a filter parameter. a mold holding portion for holding the mold; a substrate holding portion for holding the substrate; and a control portion for controlling such that the mold holding portion and the substrate holding portion are brought near to each other while effecting the alignment between the mold and the substrate, to bring the mold and the pattern forming layer into contact with each other and detecting states of the mold and the substrate; characterized in that the control portion is for changing a driving profile for the alignment or a control parameter for the alignment, and for detecting states between the mold and the substrate by detecting at least one of a load exerted on the mold or the substrate, a gap between the mold and the substrate, a torque of the mold holding portion or the substrate holding portion, and an amount of reflected light from the mold or the substrate, the driving profile is a profile for moving the substrate holding portion for holding the substrate to a target position, the driving profile includes at least one of an acceleration, a speed, a driving voltage, and a driving current of the substrate holding portion, and the changed control parameter includes at least one of a PID parameter, a feed forward parameter and a filter parameter.
A compound comprising a modified oligonucleotide consisting of 12 to 30 linked nucleosides targeted to a nucleic acid molecule encoding human fibroblast growth factor receptor 4, for use in treating obesity, diabetes or metabolic syndrome in a human.
A signal processor for processing a received signal using a multiple-step trellis, comprising: an add-compare-select unit for generating a selection signal for each of three paths (810, 820, 830) through a multiple-step trellis into a given state, wherein a first of said three paths is a winning path for each single-step-trellis period of a multiple-step-trellis cycle, a second of said three paths is a winning path for a first single-step-trellis period and is a losing path for a second single-step-trellis period of the multiple-step-trellis cycle and a third of said three paths is a losing path for the first single-step-trellis period and is a winning path for the second single-step-trellis period of the multiple-step-trellis cycle, wherein said add-compare-select unit further comprises a plurality of comparators for computing path metric differences between a plurality of paths into a given state; a selector to select a path metric difference Δ -1, which is a difference between the first and third paths; a comparator that compares the path metric difference between said first path and said second path and the path metric difference between said first path and a path that is a losing path for said first and second single-step-trellis periods of the multiple-step-trellis cycle to generate a selection signal F; and a selector to select a path metric difference Δ 0 using the selection signal F, which is a path metric difference between the first and second paths; and a reliability unit that determines a reliability value for at least one bit decision. an add-compare-select unit for generating a selection signal for each of three paths (810, 820, 830) through a multiple-step trellis into a given state, wherein a first of said three paths is a winning path for each single-step-trellis period of a multiple-step-trellis cycle, a second of said three paths is a winning path for a first single-step-trellis period and is a losing path for a second single-step-trellis period of the multiple-step-trellis cycle and a third of said three paths is a losing path for the first single-step-trellis period and is a winning path for the second single-step-trellis period of the multiple-step-trellis cycle, wherein said add-compare-select unit further comprises a plurality of comparators for computing path metric differences between a plurality of paths into a given state; a selector to select a path metric difference Δ -1, which is a difference between the first and third paths; a comparator that compares the path metric difference between said first path and said second path and the path metric difference between said first path and a path that is a losing path for said first and second single-step-trellis periods of the multiple-step-trellis cycle to generate a selection signal F; and a selector to select a path metric difference Δ 0 using the selection signal F, which is a path metric difference between the first and second paths; and a reliability unit that determines a reliability value for at least one bit decision.
A motor operator for switchgear for mains power distribution systems, said switchgear comprising a cabinet with an operating shaft with a coupling part (2,2a,3) of an accessible end thereof, said operating shaft being rotable at least between two positions, said motor operator (6,7) comprising a housing mountable on the external surface of the switchgear cabinet, a rotatable connection shaft connected to a motor operated drive mechanism, and has a coupling part (24,24a) to fit with the coupling part (2,2a,3) of the switchgear in a longitudinal axial sliding and mutually rotational interlocking manner, characterized in, that the coupling part (24,24a) of the connection shaft is a separate interchangeable part of the connection shaft attached thereto by non-rotational interlocking means.
A packer for use with a subterranean well, the packer comprising: an annular seal that extends radially outward in response to relative displacement between first and second sections (40a,40b) of the packer; the first packer section including an inner mandrel with circumferentially spaced apart first engagement structures; and the second packer section including a grip device with circumferentially spaced apart second engagement structures, wherein displacement of the second packer section relative to the first packer section in a first longitudinal direction is prevented in response to engagement between the first and second engagement structures (102, 100), and wherein displacement of the second packer section relative to the first packer section in the first longitudinal direction is permitted in response to rotational misalignment between the first and second engagement structures (102, 100). an annular seal that extends radially outward in response to relative displacement between first and second sections (40a,40b) of the packer; the first packer section including an inner mandrel with circumferentially spaced apart first engagement structures; and the second packer section including a grip device with circumferentially spaced apart second engagement structures, wherein displacement of the second packer section relative to the first packer section in a first longitudinal direction is prevented in response to engagement between the first and second engagement structures (102, 100), and wherein displacement of the second packer section relative to the first packer section in the first longitudinal direction is permitted in response to rotational misalignment between the first and second engagement structures (102, 100).
A communication method, comprising: determining (S201, S301), by a terminal device, a target first cell, determining, by the terminal device, to reselect the first cell, or having reselected, by the terminal device, the first cell, wherein the first cell belongs to a first network; and sending (S203, S303), by the terminal device, first information to a network device; wherein the network device belongs to a second network; the first information is determined by the terminal device, the first information comprises first configuration information and/or first timing offset information, the first configuration information comprises to-be-used GAP configuration information or to-be-used time division multiplexing, TDM, pattern configuration information of the terminal device, and the first timing offset information comprises a downlink timing offset between the first cell and a second cell; and the second cell belongs to the second network, the network device in the second network transmits data with the terminal device, the terminal device is equipped with a first subscriber identity module card corresponding to the first network and a second subscriber identity module card corresponding to the second network, and the to-be-used GAP configuration information or the to-be-used TDM pattern configuration information indicates a time period in which the terminal device receives a paging message from the first network when the terminal device uses the second network for communication. determining (S201, S301), by a terminal device, a target first cell, determining, by the terminal device, to reselect the first cell, or having reselected, by the terminal device, the first cell, wherein the first cell belongs to a first network; and sending (S203, S303), by the terminal device, first information to a network device; wherein the network device belongs to a second network; the first information is determined by the terminal device, the first information comprises first configuration information and/or first timing offset information, the first configuration information comprises to-be-used GAP configuration information or to-be-used time division multiplexing, TDM, pattern configuration information of the terminal device, and the first timing offset information comprises a downlink timing offset between the first cell and a second cell; and the second cell belongs to the second network, the network device in the second network transmits data with the terminal device, the terminal device is equipped with a first subscriber identity module card corresponding to the first network and a second subscriber identity module card corresponding to the second network, and the to-be-used GAP configuration information or the to-be-used TDM pattern configuration information indicates a time period in which the terminal device receives a paging message from the first network when the terminal device uses the second network for communication.
Transporting box (1; 1.1-1.3; 1.5-1.61) which is intended for transporting animals or objects and for being installed firmly in the rear region of a motor vehicle and, as such, has an essentially crate-like transporting chamber which is formed by a floor panel, by a cover panel (7; 7.1-7.3), which is spaced apart from the floor panel, and by lateral delimiting elements (3; 3.1-3.3; 4; 4.1-4.3; 5, 5.5, 5.6, 5.61; 6), which connect the floor panel and the cover panel (7; 7.1-7.3), wherein at least one delimiting element (5, 5.5, 5.6, 5.61; 6) is arranged such that it can be altered in length for access to the transporting chamber, characterized in that, in addition to the at least one delimiting element (5, 5.5, 5.6, 5.61; 6) for access to the transporting chamber, the rest of the delimiting elements (3; 3.1-3.3; 4; 4.1-4.3) are designed to be alterable either in part or in full so as to achieve a modification of the transporting box which allows for conversion from a closed transporting chamber for animals optionally to an open transporting chamber for objects - or vice versa -, wherein those delimiting elements (5, 5.5, 5.6, 5.61; 6) which constitute a front wall and/or rear wall are designed in one or more parts and such that they can be displaced or pivoted or rotated in the direction of either the floor panel or the cover panel (7; 7.1-7.3), independently of the cover panel (7; 7.1-7.3) or of the delimiting elements (3; 3.1-3.3; 4; 4.1-4.3) which constitute the lateral side walls.