mhurhangee/ep-ind-claims huggingface dataset:
A method of managing wireless communications at a first eNodeB (705-a; 1005), comprising: receiving a first request to establish a bearer for a user equipment, UE; determining whether the first request is associated with a selected internet protocol traffic offload, SIPTO, packet data network, PDN, connection for the UE at a second eNodeB; communicating with the second eNodeB to establish the bearer in response to the determination that the first request is associated with the SIPTO PDN connection for the UE at the second eNodeB, wherein the communicating comprises sending a second request to establish a bearer for a UE to the second eNodeB; and establishing a radio bearer corresponding to the SIPTO PDN connection with the UE at the second eNodeB. receiving a first request to establish a bearer for a user equipment, UE; determining whether the first request is associated with a selected internet protocol traffic offload, SIPTO, packet data network, PDN, connection for the UE at a second eNodeB; communicating with the second eNodeB to establish the bearer in response to the determination that the first request is associated with the SIPTO PDN connection for the UE at the second eNodeB, wherein the communicating comprises sending a second request to establish a bearer for a UE to the second eNodeB; and establishing a radio bearer corresponding to the SIPTO PDN connection with the UE at the second eNodeB.
An injection device comprising: a. a housing having a longitudinal axis; b. an axially-depressible dose button; c. a dose indicator comprising an odometer positioned within the housing and arranged about said longitudinal axis; d. a dose selector operatively connectable in series to the dose indicator, the dose selector and the dose indicator being capable of cooperating with one another to set a dose to be ejected from the injection device; and e. a spring capable of storing energy necessary for ejecting the dose from the injection device; wherein the spring is locked at one end to the dose indicator such that a charging force can be transferred in series from the dose selector to the spring via the dose indicator, when the dose selector is operatively connected to the dose indicator, to increase the energy stored by the spring; wherein the odometer comprises a units wheel operatively connected to the dose selector so that rotation of the dose selector also rotates the units wheel, and a tens wheel selectively engageable with the units wheel so that rotation of the units wheel also rotates the tens wheel; wherein the spring is coupled to the units wheel. a. a housing having a longitudinal axis; b. an axially-depressible dose button; c. a dose indicator comprising an odometer positioned within the housing and arranged about said longitudinal axis; d. a dose selector operatively connectable in series to the dose indicator, the dose selector and the dose indicator being capable of cooperating with one another to set a dose to be ejected from the injection device; and e. a spring capable of storing energy necessary for ejecting the dose from the injection device;
A cylinder device comprising: a cylinder having an inner tube and an outer tube; a piston having an annular cross-section, which slides axially in an annular space formed between the inner tube and the outer tube; a hollow piston rod that is joined to the piston and projects axially to an outer side of the cylinder through the annular space; a first pressure chamber defined by the piston, the inner tube and the piston rod; a second pressure chamber defined by the piston, the outer tube and the piston rod; and a displacement sensor that detects a relative displacement between the piston rod and the cylinder, the displacement sensor comprising a sensor rod and a sensor main body joined to one end of the sensor rod, characterized in that the sensor main body is accommodated in a projecting end of the piston rod, and the cylinder comprises at one end thereof a head member that functions as a bearing in relation to the piston rod, and the projecting end is formed so as to be buried in an inner side of the head member when the piston rod infiltrates the cylinder to a maximum depth. a cylinder having an inner tube and an outer tube; a piston having an annular cross-section, which slides axially in an annular space formed between the inner tube and the outer tube; a hollow piston rod that is joined to the piston and projects axially to an outer side of the cylinder through the annular space; a first pressure chamber defined by the piston, the inner tube and the piston rod; a second pressure chamber defined by the piston, the outer tube and the piston rod; and a displacement sensor that detects a relative displacement between the piston rod and the cylinder, the displacement sensor comprising a sensor rod and a sensor main body joined to one end of the sensor rod,
A time relay socket, wherein said time relay socket comprises a shell, a cover plate and eight conducting sheets, wherein the shell is provided with eight jacks, each jack corresponds to one conducting sheet, and plug bush ends of the eight conducting sheets arranged against the eight jacks on the shell respectively; the shell and the cover plate are fixedly connected to form a cavity in which the eight conducting sheets are located, wherein: each end of two ends of the cover plate is provided with: four wiring seats, one cover plate screw seat, and two insulated baffles; each cover plate screw seat separates four wiring seats at the same end into two groups, with two wiring seats being in each group; the two wiring seats of each group are separated by a raised insulated baffle on the cover plate, and wiring ends of the eight conducting sheets are mounted on the eight wiring seats respectively; each of the two ends of the shell is provided with: two sunken hole grooves and a shell screw seat, wherein the shell screw seat is located between the two hole grooves at the same end and separates the two hole grooves at the same end, and a sunken space of each hole groove is accommodated with a group of two wiring seats provided with one insulated baffle and two wiring ends. each end of two ends of the cover plate is provided with: four wiring seats, one cover plate screw seat, and two insulated baffles; each cover plate screw seat separates four wiring seats at the same end into two groups, with two wiring seats being in each group; the two wiring seats of each group are separated by a raised insulated baffle on the cover plate, and wiring ends of the eight conducting sheets are mounted on the eight wiring seats respectively; each of the two ends of the shell is provided with: two sunken hole grooves and a shell screw seat, wherein the shell screw seat is located between the two hole grooves at the same end and separates the two hole grooves at the same end, and a sunken space of each hole groove is accommodated with a group of two wiring seats provided with one insulated baffle and two wiring ends.
A method of configuring information, performed by a base station, comprising: generating first configuration information, wherein the first configuration information indicates a time-frequency position of a synchronization signal block, SSB, corresponding to a common control resource set, CORESET, of current remaining minimum system information, RMSI; and sending the first configuration information to user equipment, UE; wherein the sending the first configuration information to the UE comprises: adding the first configuration information to an information element, IE; adding the IE to second configuration information, wherein the second configuration information is used to configure a bandwidth part corresponding to the CORESET of the current RMSI as an active bandwidth part; and sending the second configuration information to the UE through radio resource control, RRC, signaling. generating first configuration information, wherein the first configuration information indicates a time-frequency position of a synchronization signal block, SSB, corresponding to a common control resource set, CORESET, of current remaining minimum system information, RMSI; and sending the first configuration information to user equipment, UE; wherein the sending the first configuration information to the UE comprises: adding the first configuration information to an information element, IE; adding the IE to second configuration information, wherein the second configuration information is used to configure a bandwidth part corresponding to the CORESET of the current RMSI as an active bandwidth part; and sending the second configuration information to the UE through radio resource control, RRC, signaling. adding the first configuration information to an information element, IE; adding the IE to second configuration information, wherein the second configuration information is used to configure a bandwidth part corresponding to the CORESET of the current RMSI as an active bandwidth part; and sending the second configuration information to the UE through radio resource control, RRC, signaling.
Z An assembly comprising an igniter (10, 100) with pilot flame (1, 118) mounted in a gas-fired burner, comprising a Venturi tube (11, 111) provided, at the part where the combustible mix exits, with a cap (12, 112) which is fitted detachably and with play on an end portion (13, 113) thereof, from which said cap (12, 112) is spaced axially, at least one hole (16, 116) being provided on said cap (12, 112) and being transverse to said end portion (13, 113), for the outflow of said combustible mix, and the orientation of said cap (12, 112) with respect to said end portion (13, 113) being such that said pilot flame (18, 118) affects the flow of the combustible mix that exits from the flame separator of said gas-fired burner and ignites it, said Venturi tube (11, 111) comprising a first portion (19, 119), at the end of which said cap (12, 112) is present, and a second portion (20, 120), by means of which it is associated with a gas source, which is extended laterally with respect to an intermediate region (21, 121) of said first portion (19, 119), said first portion (19, 119) having, on the opposite side (23, 123) with respect to the exit side of said combustible mix, a removable plug (24, 124), said cap (12, 112) being fitted on said end portion (13, 113) so as to rest on an underlying shoulder (14, 114) of said Venturi tube (11, 111), creating a siphon-shaped path for the combustible mix.
A threaded connection for steel pipe including a tubular pin and a tubular box, the tubular pin and the box being assembled as the pin is screwed into the box, wherein: the box has an outer diameter that is smaller than 108% of an outer diameter of a body of the steel pipe, the pin includes, beginning with its tip toward the body of the steel pipe, a pin lip including a first seal surface, a male thread, and a second seal surface, the box includes a first seal surface corresponding to the first seal surface of the pin, a female thread corresponding to the male thread, and a box lip including a second seal surface corresponding to the second seal surface of the pin, when assembled, the first seal surfaces (11, 21) are in contact with each other and the second seal surfaces (14, 24) are in contact with each other, characterised in that: a portion of the male thread located near an end thereof close to the pin lip includes a plurality of thread root surfaces extending parallel to a pipe axis and having the same diameter, a portion of the female thread located near an end thereof close to the box lip includes a plurality of thread root surfaces extending parallel to the pipe axis and having the same diameter, and in that the male thread is constituted by a single-stage tapered thread and in that the female thread is constituted by a single-stage tapered thread. a portion of the male thread located near an end thereof close to the pin lip includes a plurality of thread root surfaces extending parallel to a pipe axis and having the same diameter, a portion of the female thread located near an end thereof close to the box lip includes a plurality of thread root surfaces extending parallel to the pipe axis and having the same diameter, and in that the male thread is constituted by a single-stage tapered thread and in that the female thread is constituted by a single-stage tapered thread.
Method for controlling the lateral position of a motor vehicle, comprising: - a step of calculating a sighting distance of a detection means embedded in the vehicle, - a step of calculating a first component of a steering angle setpoint (δc) of guiding wheels of the vehicle, the first component being an open loop component of a control system, the first component being weighted by a gain, said gain being a decreasing function of the sighting distance, - a step of calculating a second component of said steering angle setpoint (δc), the second component being a closed loop component of the control system. - a step of calculating a sighting distance of a detection means embedded in the vehicle, - a step of calculating a first component of a steering angle setpoint (δc) of guiding wheels of the vehicle, the first component being an open loop component of a control system, the first component being weighted by a gain, said gain being a decreasing function of the sighting distance, - a step of calculating a second component of said steering angle setpoint (δc), the second component being a closed loop component of the control system.
A millimeter-wave communications device, comprising: a planar-phased antenna array on a first substrate, the planar-phased antenna array configured to radiate in a broadside direction; an endfire antenna array on a third substrate; and an integrated circuit connected to the endfire antenna array through at least a first via and the planar-phased antenna array through at least a second via in a second substrate, wherein the integrated circuit is configured to communicate using millimeter wave signals, and wherein both the first and second via comprise a shielded stripline transmission structure. a planar-phased antenna array on a first substrate, the planar-phased antenna array configured to radiate in a broadside direction; an endfire antenna array on a third substrate; and an integrated circuit connected to the endfire antenna array through at least a first via and the planar-phased antenna array through at least a second via in a second substrate, wherein the integrated circuit is configured to communicate using millimeter wave signals, and wherein both the first and second via comprise a shielded stripline transmission structure.
A lubricating composition comprising a major amount of a lubricating base oil, and an organo-molybdenum compound providing a total molybdenum content of 50 ppm to 800 ppm in the lubricating composition and an alkylated diphenylamine derivative of 1,2,4-triazole present in an amount from 0.01-5.0 % by weight of the lubricating composition.
Use of a lignin derivative for reducing and/or preventing deposits on an object during a machine dishwashing process, wherein the lignin derivative comprises -COOR groups and sulfonate groups, wherein R is a cation, preferably an ammonium ion, hydrogen, an alkali metal ion, or an alkaline earth metal ion, or any mixture thereof, wherein the carbon atoms of said -COOR groups were already contained in the native lignin from which the lignin derivative is derived.
Method of displaying a video image on a display device during a display time, the said device comprising a plurality of cells arranged in rows and columns, the video image display time being composed of a plurality of periods called subscans, used for obtaining grey levels, during which each cell of the said device is either in the on state or in the off state, the subscans being divided into subscans of a first type and subscans of a second type, the subscans of the first type addressing two adjacent rows of cells of the said device simultaneously and the subscans of the second type addressing each row of cells of the device individually, each subscan of the first type being either immediately preceded, either immediately followed by a subscan of the second type, characterized in that the cells of the said device change state at most once during the said video image display time, and for two neighbouring cells sharing the same subscans of the second type and used to display grey levels A and B respectively, one of the grey levels, A or B, is modified beforehand if the first subscan for which one of the said neighbouring cells changes state is a subscan of the first type, so that the grey levels A and B are equal or so that the first subscan for which the said cell which changes state is a subscan of the second type.
A pneumatic tire including a carcass extending from a tread portion to bead cores in bead portions through sidewall portions, and a tread-reinforcing cord layer disposed radially outward of the carcass and in the tread portion, wherein in the meridian cross section including the rotational axis of the tire in a normal inner pressure condition that the tire is mounted on a normal rim and inflated to a normal inner pressure, the outer surface of the tire (1 C) has a curved profile composed of a plurality of circular arcs having different radii of curvature, and the radius (RCe) of curvature measured on a ground contact edge side is larger than that measured at a tire equator point, the carcass comprises a carcass ply in which carcass cords are arranged at an angle of 45 to 90° with respect to a circumferential direction of the tire and are covered with a topping rubber, and an aramid fiber is used for the carcass cords, wherein the carcass cords have a two-bundle twisted structure that two bundles of first-twisted filaments are subjected to final twist, characterized in that the carcass cords have a twist factor T of 0.5 to 0.7 represented by the equation: T = N × 0.125 × D / 2 / ρ × 10 - 3 in which N is the number of final twists per 10 cm, D is a total nominal dtex (fineness) of a cord, and p is a specific gravity of a cord material, and wherein the total nominal dtex D is from 1000 to 2500 dtex, and the product of the total nominal dtex D and the number of cord ends n per 5 cm is from 80000 to 120000.
A vertical type natural lighting apparatus using sunlight which is installed on an elevated side of a building, comprising: a frame, comprising an incident portion coupled to a mounting portion; a reflection member installed at a low portion of the frame, vertically separated from a first light condensing member and reflecting sunlight to be vertically incident on the first light condensing member; the first light condensing member being received in the mounting portion of the frame, the first light condensing member comprising a concave mirror having a parabolic shape and reflecting incident sunlight to a focal region; and a second light condensing member being received in the mounting portion of the frame, the second light condensing member comprising a convex mirror having a parabolic shape in the focal region of the first light condensing member to convert sunlight condensed in the focal region through the first light condensing member into straight parallel light rays, wherein the incident portion surrounds the first and second light condensing members received in the mounting portion so as to enclose the first and second light condensing members in the frame. a frame, comprising an incident portion coupled to a mounting portion; a reflection member installed at a low portion of the frame, vertically separated from a first light condensing member and reflecting sunlight to be vertically incident on the first light condensing member; the first light condensing member being received in the mounting portion of the frame, the first light condensing member comprising a concave mirror having a parabolic shape and reflecting incident sunlight to a focal region; and a second light condensing member being received in the mounting portion of the frame, the second light condensing member comprising a convex mirror having a parabolic shape in the focal region of the first light condensing member to convert sunlight condensed in the focal region through the first light condensing member into straight parallel light rays, wherein the incident portion surrounds the first and second light condensing members received in the mounting portion so as to enclose the first and second light condensing members in the frame.
A fabrication assembly for fabricating an elongate concrete article in a substantially upright configuration, including: a core assembly; an outer mould assembly defining a mould cavity between the core assembly and an inner moulding surface of the outer mould assembly, the outer mould assembly being separable following casting of the elongate concrete article to strip the outer mould assembly from the elongate concrete article; a mould liner forming an intermediate layer between the inner moulding surface of the outer mould assembly and the elongate concrete article being cast, the mould liner on stripping of the core and outer mould assemblies forming an outer containment layer to the elongate concrete article to form a mould liner and contained elongate concrete article combination, wherein the mould liner comprises two opposed longitudinal straps extending from a top of the mould liner for removal and transport of the mould liner and contained elongate concrete article combination in an upright configuration from the fabrication assembly; and a concrete mix input assembly for introducing a concrete mix into the mould liner. a core assembly; an outer mould assembly defining a mould cavity between the core assembly and an inner moulding surface of the outer mould assembly, the outer mould assembly being separable following casting of the elongate concrete article to strip the outer mould assembly from the elongate concrete article; a mould liner forming an intermediate layer between the inner moulding surface of the outer mould assembly and the elongate concrete article being cast, the mould liner on stripping of the core and outer mould assemblies forming an outer containment layer to the elongate concrete article to form a mould liner and contained elongate concrete article combination, wherein the mould liner comprises two opposed longitudinal straps extending from a top of the mould liner for removal and transport of the mould liner and contained elongate concrete article combination in an upright configuration from the fabrication assembly; and a concrete mix input assembly for introducing a concrete mix into the mould liner.
Debarking blade for the tangential removal of the bark of a tree trunk having a first surface which during use faces the bark to be removed of the tree trunk, and a second surface which during use faces away from the bark to be removed, which forms a finite angle with the first surface and which forms a working edge therewith, wherein at least one strip-shaped hard material layer is provided with a cutting edge on the surface of the debarking blade, characterized in that the strip-shaped hard material layer is provided on the second surface along the working edge.