mhurhangee/ep-ind-claims huggingface dataset:
A method for verifying the inner diameter of tubulars forming a tubular string, comprising the steps of: a. lowering one or more joints of tubulars forming a tubular string, into a wellbore containing a fluid, said fluid entering a bore of said tubular string; b. placing a floating drift apparatus having a desired outer diameter into said bore, said floating drift apparatus having sufficient buoyancy to float in said fluid; c. continuing to connect additional joints of tubulars to said tubular string and to lower said tubular string into said wellbore, said floating drift apparatus moving relatively upwardly through said bore of said tubular string as said tubular string is lowered; and d. visually detecting a location of an upper end of said floating drift apparatus as said tubular string is lowered into said wellbore. a. lowering one or more joints of tubulars forming a tubular string, into a wellbore containing a fluid, said fluid entering a bore of said tubular string; b. placing a floating drift apparatus having a desired outer diameter into said bore, said floating drift apparatus having sufficient buoyancy to float in said fluid; c. continuing to connect additional joints of tubulars to said tubular string and to lower said tubular string into said wellbore, said floating drift apparatus moving relatively upwardly through said bore of said tubular string as said tubular string is lowered; and d. visually detecting a location of an upper end of said floating drift apparatus as said tubular string is lowered into said wellbore.
A fusion protein comprising: a. a first peptide comprising an extracellular ligand binding domain of a VEGF receptor, wherein the extracellular ligand binding domain of the VEGF receptor consists of an Ig-like domain D2 of a VEGFR1 and an Ig-like domain D3 of a VEGFR2, b. an Fc region of an antibody, wherein the Fc region of the antibody consists of a CH2 and a CH3 region of IgG1, and c. a second peptide comprising an extracellular ligand binding domain of a PDGF receptor, wherein the extracellular ligand binding domain of the PDGF receptor consists of Ig-like domains D1 to D3 of a PDGFRβ; wherein the fusion protein is arranged from N-terminus to C-terminus in the order of (c)-(b)-(a); wherein the fusion protein further comprising a first linker peptide between the Fc region and the first or second peptide at the C-terminus of the fusion protein, wherein the first linker peptide comprising amino acid sequence of SEQ ID NO: 20 or 24; and wherein the fusion protein is capable of binding to a VEGF and a PDGF and inhibiting the activity of the VEGF and the activity of the PDGF. a. a first peptide comprising an extracellular ligand binding domain of a VEGF receptor, wherein the extracellular ligand binding domain of the VEGF receptor consists of an Ig-like domain D2 of a VEGFR1 and an Ig-like domain D3 of a VEGFR2, b. an Fc region of an antibody, wherein the Fc region of the antibody consists of a CH2 and a CH3 region of IgG1, and c. a second peptide comprising an extracellular ligand binding domain of a PDGF receptor, wherein the extracellular ligand binding domain of the PDGF receptor consists of Ig-like domains D1 to D3 of a PDGFRβ; wherein the fusion protein is arranged from N-terminus to C-terminus in the order of (c)-(b)-(a); wherein the fusion protein further comprising a first linker peptide between the Fc region and the first or second peptide at the C-terminus of the fusion protein, wherein the first linker peptide comprising amino acid sequence of SEQ ID NO: 20 or 24; and wherein the fusion protein is capable of binding to a VEGF and a PDGF and inhibiting the activity of the VEGF and the activity of the PDGF.
Suspension member arrangement for an elevator, comprising: a suspension member including a plurality of electrically conductive load-bearing cords commonly embedded in an electrically isolating matrix material; a first connector and a second connector attached to the suspension member and electrically contacting cords within the suspension member in a contacted end region thereof; wherein the first connector electrically contacts and electrically interconnects in parallel a first group of cords comprising a first plurality of directly neighboring cords; and wherein the second connector electrically contacts and electrically interconnects in parallel a second group of cords comprising a second plurality of directly neighboring cords, wherein the first and second groups (35, 37) of cords are separated from each other in the contacted end region via a slit extending through the matrix material in the contacted end region of the suspension member, the slit mechanically separating a portion of the contacted end region comprising the first group of cords from a portion of the contacted end region comprising the second group of cords. a suspension member including a plurality of electrically conductive load-bearing cords commonly embedded in an electrically isolating matrix material; a first connector and a second connector attached to the suspension member and electrically contacting cords within the suspension member in a contacted end region thereof; wherein the first connector electrically contacts and electrically interconnects in parallel a first group of cords comprising a first plurality of directly neighboring cords; and wherein the second connector electrically contacts and electrically interconnects in parallel a second group of cords comprising a second plurality of directly neighboring cords, wherein the first and second groups (35, 37) of cords are separated from each other in the contacted end region via a slit extending through the matrix material in the contacted end region of the suspension member, the slit mechanically separating a portion of the contacted end region comprising the first group of cords from a portion of the contacted end region comprising the second group of cords.
A pneumatic tire comprising a tread portion, the tread portion having an asymmetrical tread pattern and a pair of tread halves (HT, LT), the tread halves extending between a tire equatorial plane and respective outer ends in the tire width direction of the tread portion, respectively, and having different negative ratios, characterised in that the tread portion has short fibers fixed to at least a portion of a tire inner peripheral surface of the tread portion, and one of the tread halves with a higher negative ratio has a higher short-fiber fixation area ratio than that of the other tread half, the short-fiber fixation area ratio being a proportion of fixation area of short fibers per unit area of a target region in the tire inner peripheral surface.
A tool for a piercing mill with excellent wear resistance, the tool comprising a scale layer in a surface layer of a substrate steel, wherein the substrate steel has a composition containing, on a mass% basis: C: 0.05% to 0.5%, Si: 0.1% to 1.5%, Mn: 0.1% to 1.5%, Cr: 0.1% to 1.5%, Mo: 0.6% to 3.5%, W: 0.5% to 3.5%, and Nb: 0.1% to 1.0%, and further containing Co: 0.5% to 3.5% and Ni: 0.5% to 4.0% so as to satisfy formula below, with the balance being Fe and incidental impurities; the scale layer includes a net structure scale layer that is formed on a substrate steel side, has a thickness of 10 to 200 μm in a depth direction, and is complicatedly intertwined with a metal; and a microstructure on the substrate steel side in a range of at least 300 μm in the depth direction from an interface between the net structure scale layer and the substrate steel contains a ferrite phase at an area fraction of 50% or more, wherein the ferrite phase contain is 400 /mm 2 or more, 1.0 < Ni + Co < 4.0 where Ni represents a content (mass%) of nickel and Co represents a content (mass%) of cobalt, characterized in that of ferrite grains having a maximum length of 1 to 60 μm. C: 0.05% to 0.5%, Si: 0.1% to 1.5%, Mn: 0.1% to 1.5%, Cr: 0.1% to 1.5%, Mo: 0.6% to 3.5%, W: 0.5% to 3.5%, and Nb: 0.1% to 1.0%,
An air seal for sealing between disks in a gas turbine engine comprising: an annular ring defined by at least a radially proximal surface, a radially distal surface, an axially aft side and an axially forward side, comprising: a radial channel (320; 324) formed in the air seal, the radial channel (320; 324) disposed in at least one of the forward side or the aft side, the radial channel (320; 324) extending from the proximal surface to the distal surface; and an axial channel (322; 326) formed in the distal surface, the axial channel (322; 326) extending from at least one of the forward side or the aft side and circumferentially in line with the radial channel (320; 324), wherein the radial channel and the axial channel interface at an edge (321; 323), characterised in that a cross-section area of the radial channel (320; 324), as measured in a plane orthogonal to a radial direction, is greater than a cross-section area of the axial channel (322; 326), as measured in a plane orthogonal to an axial direction. an annular ring defined by at least a radially proximal surface, a radially distal surface, an axially aft side and an axially forward side, comprising: a radial channel (320; 324) formed in the air seal, the radial channel (320; 324) disposed in at least one of the forward side or the aft side, the radial channel (320; 324) extending from the proximal surface to the distal surface; and an axial channel (322; 326) formed in the distal surface, the axial channel (322; 326) extending from at least one of the forward side or the aft side and circumferentially in line with the radial channel (320; 324), wherein the radial channel and the axial channel interface at an edge (321; 323), a radial channel (320; 324) formed in the air seal, the radial channel (320; 324) disposed in at least one of the forward side or the aft side, the radial channel (320; 324) extending from the proximal surface to the distal surface; and an axial channel (322; 326) formed in the distal surface, the axial channel (322; 326) extending from at least one of the forward side or the aft side and circumferentially in line with the radial channel (320; 324), wherein the radial channel and the axial channel interface at an edge (321; 323), characterised in that a cross-section area of the radial channel (320; 324), as measured in a plane orthogonal to a radial direction, is greater than a cross-section area of the axial channel (322; 326), as measured in a plane orthogonal to an axial direction.
A method performed by a source edge enabler server for selecting a target edge application server in an edge computing system for a user equipment, UE, the method comprising: receiving, from an edge enabler client in the UE, information on selection criteria for selecting the target edge application server; determining a need for an application context relocation for an application client in the UE, based on a change in location of the UE or an overload in a source edge application server; identifying the target edge application server selected for the application context relocation based on the information on selection criteria; and transmitting, to the edge enabler client, a notification about the selected target edge application server, wherein the information on the selection criteria includes information indicating that a service continuity is required, application client expected key performance indicators, KPIs, and application client minimum KPIs. receiving, from an edge enabler client in the UE, information on selection criteria for selecting the target edge application server; determining a need for an application context relocation for an application client in the UE, based on a change in location of the UE or an overload in a source edge application server; identifying the target edge application server selected for the application context relocation based on the information on selection criteria; and transmitting, to the edge enabler client, a notification about the selected target edge application server, wherein the information on the selection criteria includes information indicating that a service continuity is required, application client expected key performance indicators, KPIs, and application client minimum KPIs.
A multi-row plate radiator comprising a heating medium and a connecting element for connecting at least two heating plates of the multi-row radiator, said connecting element consisting of lateral connecting sockets (2,3) and of a first threaded connection bushing, both arranged to form a T-shaped casing around a central spherical part of the connecting element, said T-shaped casing having connected across a plane that is formed by principal axes of the connecting sockets (2,3) and a principal axis of the first threaded connection bushing a second threaded connection bushing to its central spherical part, wherein a common insert passes sealingly through both lateral connecting sockets (2,3), said common insert being provided on one side with a first outflow hole emptying with its radial outlet into a cavity of the central spherical part of the connecting element and on the other side with a second outflow hole with an outlet in the form of a seat facing the second threaded connection bushing that is provided with a valve with an axially movable valve stem with a sealing poppet, characterized in that the outflow of the cooled heating medium from a front plate of the multi-row plate radiator with heating plates in the form of the front plate and the rear plate is continuous across the radial outlet of the first outflow hole into the cavity of the central spherical part of the connecting element and from it further into the first threaded connection bushing, while the outflow of heating medium from the rear radiator plate is regulated by the stream volume through the second outflow hole with the seat and from behind the sealing poppet that is controlled by the valve into the cavity of the central spherical part of the connecting element, wherein both return flows of the heating medium are mutually mixed in a preset ratio before discharging to the first threaded connection bushing.
A separator comprising: a porous substrate having a plurality of pores; and a first porous coating layer and a second porous coating layer formed on one surface and the other surface of the porous substrate, respectively, and comprising a plurality of inorganic particles, a binder polymer disposed on a part or the whole of the surface of the inorganic particles so that the inorganic particles are connected and fixed with each other, and an anionic surfactant, wherein the inorganic particles comprise boehmite particles whose average particle diameter is 0.05-0.4 μm and non-boehmite particles whose average particle diameter is 0.5-3 μm, the boehmite particles and the binder polymer are present at a weight ratio of 1:1-1:5, and the content of the binder polymer in each of the first porous coating layer and the second porous coating layer is independently 5-40 wt% based on the weight of the respective porous coating layer. a porous substrate having a plurality of pores; and a first porous coating layer and a second porous coating layer formed on one surface and the other surface of the porous substrate, respectively, and comprising a plurality of inorganic particles, a binder polymer disposed on a part or the whole of the surface of the inorganic particles so that the inorganic particles are connected and fixed with each other, and an anionic surfactant, wherein the inorganic particles comprise boehmite particles whose average particle diameter is 0.05-0.4 μm and non-boehmite particles whose average particle diameter is 0.5-3 μm, the boehmite particles and the binder polymer are present at a weight ratio of 1:1-1:5, and the content of the binder polymer in each of the first porous coating layer and the second porous coating layer is independently 5-40 wt% based on the weight of the respective porous coating layer.
A method for wireless communication, comprising: identifying, based at least in part on a configuration of a transmission time interval, TTI, bundle, one or more subframes as channel state information, CSI, reference subframes to be used for CSI measurement, wherein the configuration of the TTI bundle is such that the TTI bundle is received as two or more TTI sub-bundles (520, 620) across a corresponding two or more sub-bands (515, 615); performing CSI measurement of the CSI reference subframes (315, 320); and transmitting CSI data based at least in part on the CSI measurement. identifying, based at least in part on a configuration of a transmission time interval, TTI, bundle, one or more subframes as channel state information, CSI, reference subframes to be used for CSI measurement, wherein the configuration of the TTI bundle is such that the TTI bundle is received as two or more TTI sub-bundles (520, 620) across a corresponding two or more sub-bands (515, 615); performing CSI measurement of the CSI reference subframes (315, 320); and transmitting CSI data based at least in part on the CSI measurement.
Method for providing feedback on an input to a user, comprising the steps of: - evaluating the input, - classifying the input and, as a function of the determined class, - modifying an orientation of a surface of a display element (1, 2, 3, 4, 5, 6, 7, 9) displayed on a display unit of a means of locomotion, wherein the modification of the orientation is automatically undone after the input is stopped. - evaluating the input, - classifying the input and, as a function of the determined class, - modifying an orientation of a surface of a display element (1, 2, 3, 4, 5, 6, 7, 9) displayed on a display unit of a means of locomotion, wherein the modification of the orientation is automatically undone after the input is stopped.
Method for producing a printed circuit board sandwich, characterized in that the method comprises the steps which are executed in the order specified below: manufacturing a first printed circuit board subregion and a second printed circuit board subregion, wherein the first printed circuit board subregion and the second printed circuit board subregion are each provided with components on one side; potting the components in the first printed circuit board subregion using a potting compound; turning the second printed circuit board subregion, so that the components in the second printed circuit board subregion are arranged opposite the components in the first printed circuit board subregion; stacking the second printed circuit board subregion onto the first printed circuit board subregion, so that the components in the second printed circuit board subregion are immersed in the potting compound; and curing the potting compound in order to connect the first printed circuit board subregion and the second printed circuit board subregion to form the printed circuit board sandwich. manufacturing a first printed circuit board subregion and a second printed circuit board subregion, wherein the first printed circuit board subregion and the second printed circuit board subregion are each provided with components on one side; potting the components in the first printed circuit board subregion using a potting compound; turning the second printed circuit board subregion, so that the components in the second printed circuit board subregion are arranged opposite the components in the first printed circuit board subregion; stacking the second printed circuit board subregion onto the first printed circuit board subregion, so that the components in the second printed circuit board subregion are immersed in the potting compound; and curing the potting compound in order to connect the first printed circuit board subregion and the second printed circuit board subregion to form the printed circuit board sandwich.
Connecting structure for a traffic pole, such as a lamp post, composed of two pole parts (2, 3), comprising connecting pieces (7, 8) which can each be connected to a pole part in such a manner that the connecting pieces and pole parts are in line with one another, which connecting pieces (7, 8) are each provided with an end face and a connecting part which can be connected to a pole part (2,3), a mounting face having recesses opening into a periphery thereof, which mounting face is turned away from the associated end face, as well as clamping members which are accommodated in said recesses which are aligned with respect to one another and which are supported on said mounting faces which are turned away from one another in such a manner that the end faces of the connecting pieces (7, 8) are pushed together, characterized in that the recesses open into the inner periphery of the mounting faces, said inner periphery situated inside the connecting structure.
Arrangement (10, 20, 30, 40, 50) for measuring current at an electrical conductor having - a measurement body, which has a continuous opening for feeding through the electrical conductor and a material with magnetostriction and is formed in the manner of a coil having a plurality of windings around the opening for feeding through the electrical conductor, - a measurement device connected to the measurement body, which measurement device is designed to generate a signal, which is a measure for a magnetostrictive change in size of the material. - a measurement body, which has a continuous opening for feeding through the electrical conductor and a material with magnetostriction and is formed in the manner of a coil having a plurality of windings around the opening for feeding through the electrical conductor, - a measurement device connected to the measurement body, which measurement device is designed to generate a signal, which is a measure for a magnetostrictive change in size of the material.
An aqueous composition comprising a) at least one surfactant; b) a suspending agent comprising microfibrous cellulose; c) 10 to 600 ppm of an alkaline earth metal ion; and d) water, wherein the alkaline earth metal ion is provided by one or more salts selected from halide salts, sulphate salts, citrate salts, acetate salts, formate salts and nitrate salts. a) at least one surfactant; b) a suspending agent comprising microfibrous cellulose; c) 10 to 600 ppm of an alkaline earth metal ion; and d) water, wherein the alkaline earth metal ion is provided by one or more salts selected from halide salts, sulphate salts, citrate salts, acetate salts, formate salts and nitrate salts.