mhurhangee/ep-ind-claims huggingface dataset:
An IP address configuration method, applied to a network function entity in a 5G mobile communication system, the method comprising: acquiring first data transmitted by the UE, wherein a source IP address of the first data is a default IP address or a random IP address; and determining an IP address allocated by a session management, SM, function entity to the UE as the source IP address of the first data and replacing the default IP address or the random IP address; wherein the network function entity is a mobility management, MM, function entity, and the step of determining the IP address allocated by the SM function entity to the UE as the source IP address of the first data and replacing the default IP address or the random IP address comprises: transmitting a first request message to the SM function entity according to the default IP address or the random IP address, to request the SM function entity to allocate an IP address to the UE; receiving a first response message transmitted by the SM function entity, wherein the first response message carries the IP address allocated by the SM function entity to the UE; and determining the received IP address allocated to the UE as the source IP address of the first data and replacing the default IP address or the random IP address. acquiring first data transmitted by the UE, wherein a source IP address of the first data is a default IP address or a random IP address; and determining an IP address allocated by a session management, SM, function entity to the UE as the source IP address of the first data and replacing the default IP address or the random IP address; wherein the network function entity is a mobility management, MM, function entity, and the step of determining the IP address allocated by the SM function entity to the UE as the source IP address of the first data and replacing the default IP address or the random IP address comprises: transmitting a first request message to the SM function entity according to the default IP address or the random IP address, to request the SM function entity to allocate an IP address to the UE; receiving a first response message transmitted by the SM function entity, wherein the first response message carries the IP address allocated by the SM function entity to the UE; and determining the received IP address allocated to the UE as the source IP address of the first data and replacing the default IP address or the random IP address. transmitting a first request message to the SM function entity according to the default IP address or the random IP address, to request the SM function entity to allocate an IP address to the UE; receiving a first response message transmitted by the SM function entity, wherein the first response message carries the IP address allocated by the SM function entity to the UE; and determining the received IP address allocated to the UE as the source IP address of the first data and replacing the default IP address or the random IP address.
Door blank having a frame which extends around a substantial periphery of the door blank, a core which is essentially surrounded by the frame, and a structural stabilisation layer comprising a composite material, in particular, a fibre-reinforced composite material, with which at least one side of the door blank is furnished or coated, characterised in that only the frame and not the core is furnished or coated with the structural stabilisation layer, comprising a composite material or a fibre-reinforced composite material, on at least one side, preferably on two opposite sides.
A fuel injection valve for an internal combustion engine, comprising: a needle which moves within a valve housing; a valve seat formed therein with an opening and closing hole which is opened and closed by the needle; a fuel tube; and a tube adaptor; characterized by an orifice plate which is attached to a lower portion of the valve seat and from which a fuel is injected through an injection hole; wherein the fuel tube is a path through which the fuel injected from the orifice plate is supplied to the internal combustion engine; wherein the tube adaptor comprises an attachment portion (51, 51a) which is attached on a lower surface of the orifice plate and an outer side bent portion (52, 52a, 52b, 52c) which is bent downward at an outer side of the attachment portion (51, 51a); and wherein the tube adaptor is installed between an inner peripheral surface of the valve housing and the fuel tube in order to prevent a leakage of the fuel supplied from the orifice plate to the fuel tube. a needle which moves within a valve housing; a valve seat formed therein with an opening and closing hole which is opened and closed by the needle; a fuel tube; and a tube adaptor; characterized by an orifice plate which is attached to a lower portion of the valve seat and from which a fuel is injected through an injection hole; wherein the fuel tube is a path through which the fuel injected from the orifice plate is supplied to the internal combustion engine; wherein the tube adaptor comprises an attachment portion (51, 51a) which is attached on a lower surface of the orifice plate and an outer side bent portion (52, 52a, 52b, 52c) which is bent downward at an outer side of the attachment portion (51, 51a); and wherein the tube adaptor is installed between an inner peripheral surface of the valve housing and the fuel tube in order to prevent a leakage of the fuel supplied from the orifice plate to the fuel tube.
A volumetric computed tomography -based method for providing notification of a potential defect in a composite part, comprising: obtaining VCT scan data representing a three-dimensional volume of the composite part; normalizing the 3D volume against a generated background of the composite part that includes beam hardening and/or scattering artifacts; detecting an indication of the potential defect in the normalized 3D volume; and outputting information about the indication, the method further comprising: determining a boundary of the detected indication based at least in part on a computer-aided design model, wherein the information about the indication includes information about the boundary, wherein determining the boundary comprises identifying a seed voxel of the indication; and performing (620, 720) region growing around the seed voxel; and wherein the CAD model is a ply model of the composite part, and growth of the region around the seed voxel is constrained by the ply model. obtaining VCT scan data representing a three-dimensional volume of the composite part; normalizing the 3D volume against a generated background of the composite part that includes beam hardening and/or scattering artifacts; detecting an indication of the potential defect in the normalized 3D volume; and outputting information about the indication, the method further comprising: determining a boundary of the detected indication based at least in part on a computer-aided design model, wherein the information about the indication includes information about the boundary, wherein determining the boundary comprises identifying a seed voxel of the indication; and performing (620, 720) region growing around the seed voxel; and wherein the CAD model is a ply model of the composite part, and growth of the region around the seed voxel is constrained by the ply model. determining a boundary of the detected indication based at least in part on a computer-aided design model, wherein the information about the indication includes information about the boundary, wherein determining the boundary comprises identifying a seed voxel of the indication; and performing (620, 720) region growing around the seed voxel; and wherein the CAD model is a ply model of the composite part, and growth of the region around the seed voxel is constrained by the ply model.
Pneumatic vehicle tyre having a carcass, a tread and a breaker belt, which is radially outwardly covered by a belt bandage, wherein at least sections of the belt bandage comprise two or more superposed belt bandage plies, wherein each belt bandage ply comprises reinforcing elements arranged approximately in the circumferential direction and wherein the reinforcing elements are provided with an adhesion promoter and rubberized, characterized in that the reinforcing elements of that belt bandage ply which is covered radially outwards by one or more further belt bandage plies are provided with the adhesion promoter, but these reinforcing elements are not rubberized.
A device for the treatment of ground, structures and the like by grouting, comprising a tubular body extending in a longitudinal direction (X-X), provided with a plurality of injection conduits extending in that longitudinal direction (X-X), each having a transverse cross-sectional area which is less than that of a central filling conduit, one or more openings opening outwards from the tubular body being located along each injection conduit and being located each in a position along the longitudinal direction (X-X) which is different from the position along that longitudinal direction (X-X) of the one or more openings made along each other injection conduit.
A compound of Formula B: or a pharmaceutically acceptable salt thereof, wherein: each of R 1 and R 2 is independently selected from -CH 3 and -CD 3; R 5 is hydrogen or deuterium; and either (a) Y 1 is OH, and Y 2 is hydrogen or deuterium, or (b) Y 1 and Y 2 are taken together with the carbon to which they are attached to form C=O. each of R 1 and R 2 is independently selected from -CH 3 and -CD 3; R 5 is hydrogen or deuterium; and either (a) Y 1 is OH, and Y 2 is hydrogen or deuterium, or (b) Y 1 and Y 2 are taken together with the carbon to which they are attached to form C=O. (a) Y 1 is OH, and Y 2 is hydrogen or deuterium, or (b) Y 1 and Y 2 are taken together with the carbon to which they are attached to form C=O.
Rotor for a wound rotor-type synchronous electric machine, including a rotor shaft intended to be rotationally mounted around the axis thereof, an assembly of laminations mounted coaxially on the rotor shaft, said assembly of laminations including a plurality of radially salient poles and at least one axial opening, a winding of electrically conductive wires being intended to be wrapped around each pole, guide heads for guiding the electrically conductive wires around each pole being arranged axially on either side of the assembly of laminations, each guide head being supplied with a central orifice for passage of the shaft, wherein said rotor comprises a guide head support inserted between said assembly of laminations and each guide head such that an internal radial face of said support bears against an axial end external radial face of said assembly of laminations, and wherein a peripheral surface of said support projecting axially outward from the internal radial face thereof is in contact with a contact face of said guide head oriented radially toward the outside thereof, such that said guide head radially abuts against said peripheral surface of said support, said rotor being characterized in that said guide head support is shrink-fitted onto the rotor shaft.
A golf club grip comprising a cylindrical portion for inserting a shaft, the golf club grip has a narrow groove region comprising narrow grooves (10, 20) in an occupation ratio of 35% or more and 65% or less per 25 mm 2 at at least a part of a surface of the cylindrical portion, and the narrow groove (10, 20) has a width (w) of from 0.1 mm to 0.7 mm and a depth (h) of from 0.1 mm to 1.0 mm, the narrow grooves (10, 20) intersect with each other, and a cross-sectional shape of the narrow groove (10, 20) is a V shape, a roughly V shape, or a U shape, the cylindrical portion is formed from a rubber composition containing a nonpolar rubber as a base rubber, and the amount of the nonpolar rubber in the base rubber is 50 mass% or more. the golf club grip has a narrow groove region comprising narrow grooves (10, 20) in an occupation ratio of 35% or more and 65% or less per 25 mm 2 at at least a part of a surface of the cylindrical portion, and the narrow groove (10, 20) has a width (w) of from 0.1 mm to 0.7 mm and a depth (h) of from 0.1 mm to 1.0 mm, the narrow grooves (10, 20) intersect with each other, and a cross-sectional shape of the narrow groove (10, 20) is a V shape, a roughly V shape, or a U shape, the cylindrical portion is formed from a rubber composition containing a nonpolar rubber as a base rubber, and the amount of the nonpolar rubber in the base rubber is 50 mass% or more.
A plate spring unit (20, 120, 220) for a railcar bogie (1, 301), both longitudinal direction end portions of the plate spring unit (20, 120, 220) being supported in use by respective axle boxes from below, a longitudinal direction middle portion of the plate spring unit (20, 120, 220) supporting in use a cross beam from below, the plate spring unit (20, 120, 220) comprising: a lower plate spring including both longitudinal direction end portions supported by the respective axle boxes from below, the lower plate spring being made of fiber-reinforced resin; an upper plate spring arranged above the lower plate spring with a gap and including a middle portion pressed from above by a pressing member provided at the cross beam, the upper plate spring being made of fiber-reinforced resin; a middle spacer sandwiched between a middle portion of the lower plate spring and the middle portion of the upper plate spring; and an end spacer (34, 134) sandwiched between the end portion of the lower plate spring and an end portion of the upper plate spring such that the end portion of the lower plate spring, the end spacer (34, 134) and the end portion of the upper plate spring are stacked, and allowing relative displacement between the end portion of the lower plate spring and the end portion of the upper plate spring in a longitudinal direction. a lower plate spring including both longitudinal direction end portions supported by the respective axle boxes from below, the lower plate spring being made of fiber-reinforced resin; an upper plate spring arranged above the lower plate spring with a gap and including a middle portion pressed from above by a pressing member provided at the cross beam, the upper plate spring being made of fiber-reinforced resin; a middle spacer sandwiched between a middle portion of the lower plate spring and the middle portion of the upper plate spring; and an end spacer (34, 134) sandwiched between the end portion of the lower plate spring and an end portion of the upper plate spring such that the end portion of the lower plate spring, the end spacer (34, 134) and the end portion of the upper plate spring are stacked, and allowing relative displacement between the end portion of the lower plate spring and the end portion of the upper plate spring in a longitudinal direction.
A device (1, 2, 3) comprising: - a light emitting diode circuit; - a bleeder circuit for improving a dimming operation of the light emitting diode circuit, the bleeder circuit comprising: - a detection circuit for detecting a value of an amplitude of a current; - an introduction circuit for introducing a bleeder current, a value of an amplitude of the bleeder current being defined in response to a detection result from the detection circuit, and - a converter for providing a feeding current, wherein the detection circuit is configured to detect the feeding current provided by the converter and which feeding current is configured to flow through at least a part of the light emitting diode circuit, characterized in that the bleeder circuit and the light emitting diode circuit are thermally coupled by having the bleeder circuit and the light emitting diode circuit using the same heat sink. - a light emitting diode circuit; - a bleeder circuit for improving a dimming operation of the light emitting diode circuit, the bleeder circuit comprising: - a detection circuit for detecting a value of an amplitude of a current; - an introduction circuit for introducing a bleeder current, a value of an amplitude of the bleeder current being defined in response to a detection result from the detection circuit, and - a detection circuit for detecting a value of an amplitude of a current; - an introduction circuit for introducing a bleeder current, a value of an amplitude of the bleeder current being defined in response to a detection result from the detection circuit, and - a converter for providing a feeding current,
Concrete element comprising a core concrete layer and a face concrete layer, wherein the face concrete layer is obtained by compacting and curing a mixture comprising a latent hydraulic binder and/or a pozzolanic binder, water, a granular material and 3 wt.% to 5 wt.% of an alkaline hardener, based on the total weight of the mixture, wherein the granular material has, at a screen hole width of 2 mm, a fine fraction of 35.5 wt.% to 99.5 wt.% and, at a screen hole width of 0.25 mm, a fine fraction of 2.5 wt.% to 33.5 wt.%, in each case based on the total weight of the granular material, and wherein the alkaline hardener is selected from the group consisting of alkali metal oxides, alkali metal hydroxides, alkali metal carbonates, alkali metal silicates, alkali metal aluminates and mixtures thereof.
Method for eutectically bonding wafers, comprising the steps of: (a) providing a first wafer having a first bonding layer and a second wafer having a second bonding layer and having a spacer, wherein the spacer has a greater layer thickness than the second bonding layer in this case, (b) placing the first wafer on the second wafer, wherein the spacer rests on the first bonding layer, at a first temperature, (c) pressing the first wafer and the second wafer against one another with a contact-pressure force until the first bonding layer comes to rest on the second bonding layer, wherein the spacer penetrates the first bonding layer, (d) eutectically bonding the first wafer to the second wafer by forming a eutectic at least from parts of the first bonding layer and the second bonding layer and in this way forming a wafer composite. (a) providing a first wafer having a first bonding layer and a second wafer having a second bonding layer and having a spacer, wherein the spacer has a greater layer thickness than the second bonding layer in this case, (b) placing the first wafer on the second wafer, wherein the spacer rests on the first bonding layer, at a first temperature, (c) pressing the first wafer and the second wafer against one another with a contact-pressure force until the first bonding layer comes to rest on the second bonding layer, wherein the spacer penetrates the first bonding layer, (d) eutectically bonding the first wafer to the second wafer by forming a eutectic at least from parts of the first bonding layer and the second bonding layer and in this way forming a wafer composite.
Motor vehicle wheel anti-friction bearing of a passenger car, a van, a motorcycle, an (electric) scooter, a quad bike or a snowmobile or motorcycle swing arm anti-friction bearing, comprising the following features: - an outer rolling surface element, - an inner rolling surface element, - a set of rolling bodies arranged between the rolling surface elements, with the result that the rolling surface elements can be at least pivoted with respect to one another in the manner of an anti-friction bearing, - a lubricant reservoir of at least comb-type cage-like configuration for storing and outputting a lubricant with web elements which extend between the rolling bodies, and with a side ring which connects the web elements, - in addition to the lubricant reservoir, an anti-friction bearing cage made from a different material from the lubricant reservoir, the lubricant reservoir being configured so as to at least partially enclose at least portions of the anti-friction bearing cage, and - the rolling bodies are balls. - an outer rolling surface element, - an inner rolling surface element, - a set of rolling bodies arranged between the rolling surface elements, with the result that the rolling surface elements can be at least pivoted with respect to one another in the manner of an anti-friction bearing, - a lubricant reservoir of at least comb-type cage-like configuration for storing and outputting a lubricant with web elements which extend between the rolling bodies, and with a side ring which connects the web elements, - in addition to the lubricant reservoir, an anti-friction bearing cage made from a different material from the lubricant reservoir, the lubricant reservoir being configured so as to at least partially enclose at least portions of the anti-friction bearing cage, and - the rolling bodies are balls.
Polypropylene characterized by: i. a percentage of 2,1-insertions, relative to the total number of propylene molecules in the polymer chain, of at least 0.2 %; ii. a melting temperature T m ranging from 140 °C to 160 °C as determined according to ISO 3146; iii. a ratio of frequencies at fixed modulus of 1000 Pa for storage shear modulus (G') and loss shear modulus (G") greater than 4.7; iv. Carreau-Yasuda parameters η 0, b and τ complying with the relationship: 2.18 − 1.715 b − 0.015 Ln η 0 2 + 0.944 b 2 + 0.0149 Ln η 0 Ln τ + 0.0095 Ln τ 2 > 1 when fitted to the Carreau-Yasuda equation, said Carreau-Yasuda parameters η 0, b and τ being determined from a dynamic rheology analysis; v. a molecular weight distribution of at least 2.5; and vi. a number average molecular weight (Mn) of at most 45 kg/mol; wherein the polypropylene has less than 100 ppm of volatile organic compounds as determined in accordance with ATD-GC-FID. i. a percentage of 2,1-insertions, relative to the total number of propylene molecules in the polymer chain, of at least 0.2 %; ii. a melting temperature T m ranging from 140 °C to 160 °C as determined according to ISO 3146; iii. a ratio of frequencies at fixed modulus of 1000 Pa for storage shear modulus (G') and loss shear modulus (G") greater than 4.7; iv. Carreau-Yasuda parameters η 0, b and τ complying with the relationship: 2.18 − 1.715 b − 0.015 Ln η 0 2 + 0.944 b 2 + 0.0149 Ln η 0 Ln τ + 0.0095 Ln τ 2 > 1 when fitted to the Carreau-Yasuda equation, said Carreau-Yasuda parameters η 0, b and τ being determined from a dynamic rheology analysis; v. a molecular weight distribution of at least 2.5; and vi. a number average molecular weight (Mn) of at most 45 kg/mol; wherein the polypropylene has less than 100 ppm of volatile organic compounds as determined in accordance with ATD-GC-FID.
An apparatus for coiling a cable or a wire into a coil having a plurality of turns and two free ends (4, 5) formed by a leading end and a trailing end of said cable, said apparatus comprising a rotatable coil former around which a cable is coiled; means to measure the length of the coiled cable or wire; first holding means positioned on said coil former for holding the leading end of the cable, second holding means, separate from said coil former, for receiving and holding the leading end of the cable, said second holding means being movable, cutting means for cutting the coiled cable to provide a trailing end of the cable, wherein said cutting means are spaced from the coil by a distance, or moved to be spaced from the coil by a distance, that is identical or substantially identical to the required length for said trailing end of the coil, further comprising means to adjust the diameter (D1, D2) of the coil former and control means to set said adjusting means of the diameter of the coil former, to provide the required length of the cable and the required length of the said free ends (4, 5) of the coiled cable.