mhurhangee/ep-ind-claims huggingface dataset:
A fast charging method, the method being applied to a charger, comprising: in response to detecting a successful handshake with a to-be-charged device, monitoring a voltage request from the to-be-charged device, wherein the voltage request comprises at least a Quick Charge 3.0 (QC3.0) voltage request; when the voltage request is the QC3.0 voltage request, determining a voltage combination of a first data line and a second data line according to respective voltage data of the first data line and the second data line in the QC3.0 voltage request; and characterized in that, when the voltage combination of the first data line and the second data line belongs to a first category valid voltage combination, adjusting a voltage transmitted via an output power line of the charger in a preset fine-tuning charging mode, wherein a voltage adjustment step size of the fine-tuning charging mode is less than a voltage adjustment step size of a QC3.0 charging mode, the fine-tuning charging mode is in a continuous mode of the QC3.0 charging mode, and the first category valid voltage combination corresponds to an invalid voltage combination in the QC3.0 charging mode. in response to detecting a successful handshake with a to-be-charged device, monitoring a voltage request from the to-be-charged device, wherein the voltage request comprises at least a Quick Charge 3.0 (QC3.0) voltage request; when the voltage request is the QC3.0 voltage request, determining a voltage combination of a first data line and a second data line according to respective voltage data of the first data line and the second data line in the QC3.0 voltage request; and characterized in that, when the voltage combination of the first data line and the second data line belongs to a first category valid voltage combination, adjusting a voltage transmitted via an output power line of the charger in a preset fine-tuning charging mode, wherein a voltage adjustment step size of the fine-tuning charging mode is less than a voltage adjustment step size of a QC3.0 charging mode, the fine-tuning charging mode is in a continuous mode of the QC3.0 charging mode, and the first category valid voltage combination corresponds to an invalid voltage combination in the QC3.0 charging mode.
A toner for developing electrostatic images, comprising an external additive and colored resin particles containing a binder resin, a colorant and softening agents, wherein the colored resin particles contain a monoester compound A represented by the following formula and a monoester compound B represented by the following formula as the softening agents, and a content of the monoester compound A in the softening agents is in the range from 95 to 99% by mass, and a content of the monoester compound B in the softening agents is in the range from 1 to 5% by mass, and wherein a content of the softening agents is in the range from 10 to 30 parts by mass, with respect to 100 parts by mass of the binder resin: Formula: R 1 -COO-R 2 wherein, R 1 is a linear alkyl group having 17 to 23 carbons; R 2 is a linear alkyl group having 16 to 22 carbons; and a sum of the carbons of R 1 and R 2 is 39; Formula: R 3 -COO-R 4 wherein, R 3 is a linear alkyl group having 15 to 21 carbons; R 4 is a linear alkyl group having 16 to 22 carbons; and a sum of the carbons of R 3 and R 4 is 35 to 37.
A closed vessel arrangement comprising a closed vessel for safe destruction of rocket motors containing solid propellant by burning the rocket motor inside the closed vessel, the closed vessel comprising one outer closed chamber and one inner chamber arranged coaxially to each other, characterized in that the closed vessel is adjustable in size to rocket motors of various sizes, wherein the inner chamber is open to the outer chamber via a plurality of gas openings for guiding flow of combustion gas and solid residues from the rocket motor to the outer chamber and wherein the outer and inner chambers (7,) are divided into a plurality of connectable sections, which connectable sections are connectable in various numbers for adjusting the size of the vessel to rocket motors of various sizes.
A polyethylene molding composition which has a multimodal molar mass distribution, a density at a temperature of 23°C in the range from 0.948 to 0.953 g/cm 3 and an MFI 190/21.6 in the range from 4.5 to 6 dg/min, preferably from 4.8 to 5.6 dg/min, and comprises from 40 to 50% by weight of a first, low molecular weight ethylene homopolymer A, from 35 to 45% by weight of a second, high molecular weight copolymer B of ethylene and from 0.4 to 0.8% by weight of another olefin having from 4 to 8 carbon atoms and from 10 to 25% by weight of a third, ultrahigh molecular weight ethylene copolymer C, with all percentages being based on the total weight of the molding compositions, wherein the viscosity number VN 1 of the ethylene homopolymer A is in the range from 160 to 200 ml/g and the viscosity number VN 2 of the mixture of polymer A plus polymer B is in the range from 250 to 300 ml/g.
A method for controlling duplicated data transmission function, characterized in that the method comprises: determining, by a terminal, a bit in a received bitmap based on indication information configured correspondingly to a data radio bearer, DRB, and a preset rule, wherein the received bitmap corresponding to a master cell group, MCG, or a secondary cell group, SCG is selected by the terminal for the DRB, and the bitmap is of two received bitmaps; and determining, by the terminal, to activate/deactivate duplicated data transmission function of the DRB based on the bit, wherein the DRB is a split DRB which is configured with the duplicated data transmission function, wherein the indication information comprises an indication identifier and an indication bit, and the determining, by the terminal, the bit in the received bitmap based on the indication information configured correspondingly to the DRB comprises: selecting, by the terminal, the received bitmap corresponding to the MCG or the SCG for the DRB based on the indication identifier; and determining, by the terminal, the bit in the bitmap based on the indication bit; or wherein the indication information comprises the indication identifier, and the determining, by the terminal, the bit in the received bitmap based on the indication information configured correspondingly to the DRB and the preset rule comprises: determining, by the terminal, the received bitmap corresponding to the MCG or the SCG for the DRB based on the indication identifier; and determining, by the terminal, the bit in the bitmap based on an identifier of the DRB. determining, by a terminal, a bit in a received bitmap based on indication information configured correspondingly to a data radio bearer, DRB, and a preset rule, wherein the received bitmap corresponding to a master cell group, MCG, or a secondary cell group, SCG is selected by the terminal for the DRB, and the bitmap is of two received bitmaps; and determining, by the terminal, to activate/deactivate duplicated data transmission function of the DRB based on the bit, wherein the DRB is a split DRB which is configured with the duplicated data transmission function, wherein the indication information comprises an indication identifier and an indication bit, and the determining, by the terminal, the bit in the received bitmap based on the indication information configured correspondingly to the DRB comprises: selecting, by the terminal, the received bitmap corresponding to the MCG or the SCG for the DRB based on the indication identifier; and determining, by the terminal, the bit in the bitmap based on the indication bit; or wherein the indication information comprises the indication identifier, and the determining, by the terminal, the bit in the received bitmap based on the indication information configured correspondingly to the DRB and the preset rule comprises: determining, by the terminal, the received bitmap corresponding to the MCG or the SCG for the DRB based on the indication identifier; and determining, by the terminal, the bit in the bitmap based on an identifier of the DRB.
A nozzle for a fuel injector, comprising: a nozzle body defining a central axis from a nozzle inlet to a nozzle outlet; a first fuel circuit defined in the nozzle body configured to issue a first fuel flow from a first outlet orifice into a combustor; a second fuel circuit defined in the nozzle body radially outward from the first fuel circuit configured to issue a second fuel flow from a second outlet orifice at a prefilmer surface of the nozzle body; and a third fuel circuit defined in the nozzle body radially outward from the second fuel circuit configured to issue a third fuel flow from a third outlet orifice at the prefilmer surface of the nozzle body; wherein the prefilmer surface of the nozzle body is a radially inward facing cylindrical or conical surface of a prefilmer wall radially outward from a fuel circuit portion of the nozzle body where the first, second, and third fuel circuits are defined; wherein a downstream end of the prefilmer surface defines the nozzle outlet, wherein an air circuit of the nozzle body extends from the nozzle inlet, between the prefilmer wall and fuel circuits portion of the nozzle body, to the nozzle outlet; characterized in that the second outlet orifice and the third outlet orifice form a common nozzle outlet orifice radially outward of the first outlet orifice. a nozzle body defining a central axis from a nozzle inlet to a nozzle outlet; a first fuel circuit defined in the nozzle body configured to issue a first fuel flow from a first outlet orifice into a combustor; a second fuel circuit defined in the nozzle body radially outward from the first fuel circuit configured to issue a second fuel flow from a second outlet orifice at a prefilmer surface of the nozzle body; and a third fuel circuit defined in the nozzle body radially outward from the second fuel circuit configured to issue a third fuel flow from a third outlet orifice at the prefilmer surface of the nozzle body; wherein the prefilmer surface of the nozzle body is a radially inward facing cylindrical or conical surface of a prefilmer wall radially outward from a fuel circuit portion of the nozzle body where the first, second, and third fuel circuits are defined; wherein a downstream end of the prefilmer surface defines the nozzle outlet, wherein an air circuit of the nozzle body extends from the nozzle inlet, between the prefilmer wall and fuel circuits portion of the nozzle body, to the nozzle outlet; characterized in that the second outlet orifice and the third outlet orifice form a common nozzle outlet orifice radially outward of the first outlet orifice.
High-pressure pump for conveying a fluid, in particular fuel, for example diesel, comprising - a drive shaft with at least one cam, - at least one piston, - at least one cylinder for the mounting of the at least one piston, - wherein the at least one piston is supported indirectly by means of at least one roller on the drive shaft with the at least one cam, such that the at least one piston can perform a translational movement owing to a rotational movement of the drive shaft, characterized in that the drive shaft with the at least one cam is formed as a hollow shaft with a cavity in order to reduce the mass of the drive shaft, and at least one stiffening part is arranged in the cavity in order to increase the stiffness of the drive shaft. - a drive shaft with at least one cam, - at least one piston, - at least one cylinder for the mounting of the at least one piston, - wherein the at least one piston is supported indirectly by means of at least one roller on the drive shaft with the at least one cam, such that the at least one piston can perform a translational movement owing to a rotational movement of the drive shaft,
Method for performing outside injection for into rock drilled drill piles in which case the drill pile pipe is drilled by using a pilot bit and a ring bit, which is attached to it so that it can be detached, into the ground so far that there is enough drilled hole also in the rock and that in the method the drill pile pipe is pulled into the hole during the drilling and it also functions as a casing pipe by preventing the drilled hole from collapsing when one is drilling in a collapsible soil and the injection mass is fed into the interspace of the drill pile pipe and the rock hole, characterized in that the injection mass is directed to the injection depth at the mentioned inner surface with the help of pipes which are attached to the inner surface of the drill pile pipe close to the lower end of the drill pile pipe by which lower end the pipe stops at an edge piece and its direction is turned through the drill pile pipe towards the space to be injected and that in the method the structure of the outermost circle of the pilot bit and the injection pipes of the mentioned inner surface are adjusted to allow the removal of the pilot bit from the hole by arranging the injection pipes to the inner surface of the drill pile pipe with the same spacing as with which the flushing grooves are arranged to the outer edge of the pilot bit and the widths of the flushing grooves are made to be wider than what the width of the injection pipes with their edge piece is.
A pullout guide, in particular for an item of furniture or a household appliance, having a stationary guide element and at least one slide rail, wherein at least one roller body cage having a plurality of roller bodies is arranged between the guide element and the slide rail, wherein the guide element is formed by at least one wire (7, 11) that has a bent-over end section (8, 12) on at least one end, characterized in that the slide rail has openings or outwardly embossed spherical caps, into which at least some of the roller bodies can be pressed, to be able to guide the bent-over end sections (8, 12) of the wire (7, 11) or the wire between at least two opposing roller bodies.
A method for producing a labeled, or otherwise modified, oligonucleotide probe, the method comprising the steps of: a. Providing a probe-sequence-oligonucleotide comprising a nucleotide sequence complementary to a target nucleic acid, b. Providing a label-carrier-oligonucleotide comprising at least one labeling moiety, or other functional moiety, wherein the label-carrier-oligonucleotide has a predetermined nucleotide sequence, c. Providing a complementary-splint-oligonucleotide, comprising (i) a reverse complementary region having a sequence that is reverse complementary to a sequence of the label-carrier-oligonucleotide and (ii) a random sequence region comprising a random nucleotide sequence; d. Bringing into contact under hybridizing conditions the probe-sequence-oligonucleotide, label-carrier-oligonucleotide and the complementary-splint-oligonucleotide, to form a complex, wherein, in the complex, a free (unblocked) -OH group is in close spatial proximity to a free (unblocked) phosphate group, e. Reacting the complex to form a covalent bond between the 3'-OH group and the 5'-phosphate group using a ligase under ligating conditions, to form the labeled, or otherwise modified, oligonucleotide probe, f. Optionally, removing the complementary-splint-oligonucleotide. a. Providing a probe-sequence-oligonucleotide comprising a nucleotide sequence complementary to a target nucleic acid, b. Providing a label-carrier-oligonucleotide comprising at least one labeling moiety, or other functional moiety, wherein the label-carrier-oligonucleotide has a predetermined nucleotide sequence, c. Providing a complementary-splint-oligonucleotide, comprising (i) a reverse complementary region having a sequence that is reverse complementary to a sequence of the label-carrier-oligonucleotide and (ii) a random sequence region comprising a random nucleotide sequence; d. Bringing into contact under hybridizing conditions the probe-sequence-oligonucleotide, label-carrier-oligonucleotide and the complementary-splint-oligonucleotide, to form a complex, wherein, in the complex, a free (unblocked) -OH group is in close spatial proximity to a free (unblocked) phosphate group, e. Reacting the complex to form a covalent bond between the 3'-OH group and the 5'-phosphate group using a ligase under ligating conditions, to form the labeled, or otherwise modified, oligonucleotide probe, f. Optionally, removing the complementary-splint-oligonucleotide.
A method comprising: receiving, by a terminal, a request to tune to a program being transmitted by a provider, wherein the request is received after a start time of program transmission; determining, by the terminal, that a user terminal has remained tuned to the program for a predetermined threshold amount of time; characterized by generating and communicating a request to the provider to retrieve a copy of a portion of the program in response to the request to tune to the program and the determining; and receiving the copy of the portion of the program, wherein the portion comprises the program transmitted between the start time and a receipt time of the request to tune to the program. receiving, by a terminal, a request to tune to a program being transmitted by a provider, wherein the request is received after a start time of program transmission; determining, by the terminal, that a user terminal has remained tuned to the program for a predetermined threshold amount of time; characterized by generating and communicating a request to the provider to retrieve a copy of a portion of the program in response to the request to tune to the program and the determining; and receiving the copy of the portion of the program, wherein the portion comprises the program transmitted between the start time and a receipt time of the request to tune to the program.
A material for an acoustic matching layer, comprising the following components A, B, and C: A: an epoxy resin; B: a curing agent; and C: surface-treated tungsten carbide particles subjected to a surface treatment with a surface treatment agent, characterized in that the surface treatment agent includes at least one of an aminosilane compound, a mercaptosilane compound, an isocyanatosilane compound, a thiocyanatosilane compound, a zirconium alkoxide compound, or a titanium alkoxide compound. A: an epoxy resin; B: a curing agent; and C: surface-treated tungsten carbide particles subjected to a surface treatment with a surface treatment agent, characterized in that the surface treatment agent includes at least one of an aminosilane compound, a mercaptosilane compound, an isocyanatosilane compound, a thiocyanatosilane compound, a zirconium alkoxide compound, or a titanium alkoxide compound.
A device for acquisition of a metric of an eye located in an acquisition space, the device comprising at least one light source configured to emit light towards the acquisition space, a camera configured to receive light from the acquisition space to generate image data, and an analyzing unit configured to extract at least one metric from the image data, characterized by the camera being configured to receive light from the acquisition space via at least first and second light paths which are differently angled with respect to the optical axis of the camera, wherein the light of the first light path is received via a first mirror, in such a way that the camera receives light from an overlapping portion of the acquisition space via the a first and second paths (17, 19), so as to allow the camera to receive at least two representations of a single eye. at least one light source configured to emit light towards the acquisition space, a camera configured to receive light from the acquisition space to generate image data, and an analyzing unit configured to extract at least one metric from the image data, characterized by the camera being configured to receive light from the acquisition space via at least first and second light paths which are differently angled with respect to the optical axis of the camera, wherein the light of the first light path is received via a first mirror, in such a way that the camera receives light from an overlapping portion of the acquisition space via the a first and second paths (17, 19), so as to allow the camera to receive at least two representations of a single eye.
A rotating assembly for a turbocharger comprising: a center housing as a static structure that comprises a through bore having a central axis; a fully-floating bearing positioned in the through bore; and a shaft, rotatably supported in the center housing by the fully-floating bearing, the shaft connected at one end to a compressor wheel and at another end to a turbine wheel, characterized in that an anisotropic member is positioned in the through bore between the fully- floating bearing and a surface of the center housing wherein the surface of the center housing defines at least part of the through bore wherein the anisotropic member comprises a ring and a series of outer lobes arranged asymmetrically about the ring, the anisotropic member configured to bias the static structure. a center housing as a static structure that comprises a through bore having a central axis; a fully-floating bearing positioned in the through bore; and a shaft, rotatably supported in the center housing by the fully-floating bearing, the shaft connected at one end to a compressor wheel and at another end to a turbine wheel, characterized in that an anisotropic member is positioned in the through bore between the fully- floating bearing and a surface of the center housing wherein the surface of the center housing defines at least part of the through bore wherein the anisotropic member comprises a ring and a series of outer lobes arranged asymmetrically about the ring, the anisotropic member configured to bias the static structure.
An apparatus comprising: a touch sensitive display comprising a central portion and a curved side portion; at least one memory storing computer program code; and at least one processor; wherein the computer program code, with the at least one processor, is configured to: disambiguate between holding and touch input at the curved side portion by disabling touch input at the curved side portion dependent upon at least an orientation of the apparatus. a touch sensitive display comprising a central portion and a curved side portion; at least one memory storing computer program code; and at least one processor; wherein the computer program code, with the at least one processor, is configured to: disambiguate between holding and touch input at the curved side portion by disabling touch input at the curved side portion dependent upon at least an orientation of the apparatus.
An optical device for handling a radiation beam, the optical device comprising - a semiconductor die comprising an integrated semiconductor optical waveguide core integrated on the semiconductor die, and - an at least partially overlying waveguide comprising at least one first taper shaped for coupling the radiation beam between the integrated semiconductor optical waveguide core and an external medium, the first taper having an entrance/exit facet for receiving/emitting a radiation beam from/to the external medium, characterized in that the facet of the first taper is spaced from the edge of the semiconductor die over a distance d, the distance d being at least 1 μm and less than 200μm. - a semiconductor die comprising an integrated semiconductor optical waveguide core integrated on the semiconductor die, and - an at least partially overlying waveguide comprising at least one first taper shaped for coupling the radiation beam between the integrated semiconductor optical waveguide core and an external medium, the first taper having an entrance/exit facet for receiving/emitting a radiation beam from/to the external medium,
A recombinant protein for use in the treatment of one or more medical complications associated with aberrant complement regulatory activity in a subject in which unbound complement factor H is unable to adequately modulate complement activation, the recombinant protein being capable of binding to CFH, and thereby inducing increased binding of C3d and C3b by bound CFH compared to unbound CFH wherein the recombinant protein binds to CFH within complement control proteins (CCPs) 8-10 of CFH.