mhurhangee/ep-ind-claims huggingface dataset:
A method for unlocking a terminal device, wherein a first unlocking password, a second unlocking password and an unlocking interface are set on the terminal device, and the method comprises: • acquiring information that triggers displaying of the unlocking interface (step 301); • displaying the unlocking interface when the information is acquired and if a status of the terminal device meets a preset condition (step 302); • receiving information that is input by a user on the unlocking interface (step 303); and • determining whether the input information matches the second unlocking password (step 304), ∘ when a result of the determining is yes, unlocking the terminal device (step 305); and ∘ when the result of the determining is no, determining whether the input information matches the first unlocking password, and if a result of the determining is yes, unlocking the terminal device (step 306), wherein a number of characters of the second unlocking password is less than a number of characters of the first unlocking password when the first and second unlocking passwords consist of characters, or the second unlocking password is part of a graph of the first unlocking password. • acquiring information that triggers displaying of the unlocking interface (step 301); • displaying the unlocking interface when the information is acquired and if a status of the terminal device meets a preset condition (step 302); • receiving information that is input by a user on the unlocking interface (step 303); and • determining whether the input information matches the second unlocking password (step 304), ∘ when a result of the determining is yes, unlocking the terminal device (step 305); and ∘ when the result of the determining is no, determining whether the input information matches the first unlocking password, and if a result of the determining is yes, unlocking the terminal device (step 306), ∘ when a result of the determining is yes, unlocking the terminal device (step 305); and ∘ when the result of the determining is no, determining whether the input information matches the first unlocking password, and if a result of the determining is yes, unlocking the terminal device (step 306),
A method of measuring a temperature of a sample, comprising: providing a sample that includes: a nucleic acid; a temperature-sensitive fluorescent dye that, in response to a stimulus, emits a temperature-sensitive fluorescent signal at an emission intensity that: is not affected by dsDNA denaturation, or is substantially independent of an amount of the nucleic acid present in the sample; and changes as a function of temperature in a known manner; and a quantitative indicator of PCR product formation comprising a second fluorescent dye; the method further comprising: exciting the temperature-sensitive fluorescent dye to induce emission of the temperature-sensitive fluorescent signal; measuring the temperature-sensitive fluorescent signal emitted from the temperature-sensitive fluorescent dye; and determining a fluorescence-determined temperature of the sample based on the emission intensity of the temperature-sensitive fluorescent signal emitted by the temperature-sensitive fluorescent dye. a nucleic acid; a temperature-sensitive fluorescent dye that, in response to a stimulus, emits a temperature-sensitive fluorescent signal at an emission intensity that: is not affected by dsDNA denaturation, or is substantially independent of an amount of the nucleic acid present in the sample; and changes as a function of temperature in a known manner; and a quantitative indicator of PCR product formation comprising a second fluorescent dye; the method further comprising: exciting the temperature-sensitive fluorescent dye to induce emission of the temperature-sensitive fluorescent signal; measuring the temperature-sensitive fluorescent signal emitted from the temperature-sensitive fluorescent dye; and determining a fluorescence-determined temperature of the sample based on the emission intensity of the temperature-sensitive fluorescent signal emitted by the temperature-sensitive fluorescent dye. is not affected by dsDNA denaturation, or is substantially independent of an amount of the nucleic acid present in the sample; and changes as a function of temperature in a known manner; and a quantitative indicator of PCR product formation comprising a second fluorescent dye; the method further comprising: exciting the temperature-sensitive fluorescent dye to induce emission of the temperature-sensitive fluorescent signal; measuring the temperature-sensitive fluorescent signal emitted from the temperature-sensitive fluorescent dye; and determining a fluorescence-determined temperature of the sample based on the emission intensity of the temperature-sensitive fluorescent signal emitted by the temperature-sensitive fluorescent dye. exciting the temperature-sensitive fluorescent dye to induce emission of the temperature-sensitive fluorescent signal; measuring the temperature-sensitive fluorescent signal emitted from the temperature-sensitive fluorescent dye; and determining a fluorescence-determined temperature of the sample based on the emission intensity of the temperature-sensitive fluorescent signal emitted by the temperature-sensitive fluorescent dye.
A panel for a suspended ceiling or the like, the panel having an upper side and a lower side and including an at least substantially rigid frame and a fabric adapted to be stretched over a lower side of the frame and forming the lower side of the panel, the frame having a lower peripheral edge over which the fabric may be stretched, and an edge of the fabric being adapted to be attached releasably to a peripheral side of the frame by means of a hook-formed element gripping over a protrusion provided at the peripheral side of the frame above the lower peripheral edge of the frame, characterised in that the edge of the fabric is adapted to be attached to the peripheral side of the frame by means of a number of fastening brackets each comprising a said hook-formed element and distributed along the edge of the fabric, in that the fastening brackets are adapted to be selectively attached to the peripheral side of the frame, at a first lower position in which the fabric is hanging loosely under the frame, and at a second upper position in which the fabric is stretched over the lower side of the frame, in that, in the first lower position of the fastening brackets, the hook-formed element of the fastening brackets grips over a first lower protrusion provided at the peripheral side of the frame and, in the second upper position of the fastening brackets, the hook-formed element of the fastening brackets grips over a second upper protrusion provided at the peripheral side of the frame, and in that the positioning of the fastening brackets, carrying the fabric, in their first lower position and the subsequent repositioning of these to their second upper position on the frame may be done when the frame is already mounted under a permanent ceiling in a building.
Method implemented by computer means for optimizing an optical lens adapted to a wearer, the method comprising: - an initial optical system providing stage, during which an initial optical system is provided, the initial optical system comprising at least a light source, a light receiver and an initial optical lens placed between the light source and the light receiver, the initial optical lens comprising at least a Fresnel zone, the Fresnel zone comprising at least two discontinuous optically functional annular sections joined by at least one annular step, - a working optical lens defining stage, during which a working optical lens is defined to be equal to the initial optical lens, - an evaluation stage, during which a cost function related to the number of light rays received by the light receiver from the light source that have passed through the annular step of the working optical lens is evaluated, - a modifying stage, during which the annular step of the working optical lens is modified, wherein the evaluation and modifying steps are repeated so as to minimize the cost function and the light receiver consists in the locus of the wearer's pupil points when the wearer's eye rotates in all directions. - an initial optical system providing stage, during which an initial optical system is provided, the initial optical system comprising at least a light source, a light receiver and an initial optical lens placed between the light source and the light receiver, the initial optical lens comprising at least a Fresnel zone, the Fresnel zone comprising at least two discontinuous optically functional annular sections joined by at least one annular step, - a working optical lens defining stage, during which a working optical lens is defined to be equal to the initial optical lens, - an evaluation stage, during which a cost function related to the number of light rays received by the light receiver from the light source that have passed through the annular step of the working optical lens is evaluated, - a modifying stage, during which the annular step of the working optical lens is modified,
Household appliance for preparing food, adapter module and unit external to the household appliance with a communication interface of the household appliance, by means of which this is embodied for the wireless communication with the unit external to the household appliance, and the communication interface is a short distance communication interface for radio signals, wherein the short distance communication interface is arranged in the adapter module of the household appliance, wherein the adapter module can be attached to the household appliance in a reversibly detachable manner in order to set up, or retrofit in a situation-specific manner, the household appliance in an information-specific manner by a user with respect to the wireless communication with the unit external to the housing appliance, characterised in that the short distance communication interface transmits energy consumption data of the household appliance to the unit external to the household appliance.
A semiconductor device comprising: a metal body; a bonding layer placed on the metal body; and a semiconductor chip placed on the bonding layer, wherein the bonding layer includes a filler-containing first layer formed between the metal body and the semiconductor chip, and a second layer bonded to the first layer and the semiconductor chip; characterized in that the second layer has a thermal expansion coefficient higher than that of the first layer. a metal body; a bonding layer placed on the metal body; and a semiconductor chip placed on the bonding layer,
A sole structure (113; 213; 413; 613; 713; 813; 3000; 3100) for an article of footwear (110; 210; 410; 510; 610; 710; 810), the sole structure comprising: a plate (116; 216; 300; 416; 515, 516, 517; 616; 716; 816) comprising a first polyolefin resin, the plate having a first side and a second side and a perimeter, wherein the first side is configured to be ground-facing when the plate is a component of an article of footwear; and an edge portion (160; 260; 360; 460; 565, 566, 567; 660; 760, 762, 764, 766) comprising a second resin that is different from the first polyolefin resin, the edge portion (160; 260; 360; 460; 565, 566, 567; 660; 760, 762, 764, 766) disposed on at least a portion of the perimeter, wherein the edge portion (160; 260; 360; 460; 565, 566, 567; 660; 760, 762, 764, 766) is integral with the plate (116; 216; 300; 416; 515, 516, 517; 616; 716; 816) and has a width of from 0.25 millimeter to 25 millimeters, and wherein the edge portion (160; 260; 360; 460; 565, 566, 567; 660; 760, 762, 764, 766) has a flexural modulus that is at least 10 percent lower than a flexural modulus of the plate (116; 216; 300; 416; 515, 516, 517; 616; 716; 816). a plate (116; 216; 300; 416; 515, 516, 517; 616; 716; 816) comprising a first polyolefin resin, the plate having a first side and a second side and a perimeter, wherein the first side is configured to be ground-facing when the plate is a component of an article of footwear; and an edge portion (160; 260; 360; 460; 565, 566, 567; 660; 760, 762, 764, 766) comprising a second resin that is different from the first polyolefin resin, the edge portion (160; 260; 360; 460; 565, 566, 567; 660; 760, 762, 764, 766) disposed on at least a portion of the perimeter, wherein the edge portion (160; 260; 360; 460; 565, 566, 567; 660; 760, 762, 764, 766) is integral with the plate (116; 216; 300; 416; 515, 516, 517; 616; 716; 816) and has a width of from 0.25 millimeter to 25 millimeters, and wherein the edge portion (160; 260; 360; 460; 565, 566, 567; 660; 760, 762, 764, 766) has a flexural modulus that is at least 10 percent lower than a flexural modulus of the plate (116; 216; 300; 416; 515, 516, 517; 616; 716; 816).
Method for identifying the presence or absence of restriction fragments in a sample, comprising the steps of: (a) providing two or more sample nucleic acids; (b) digesting each sample nucleic acid with at least one restriction endonuclease to obtain a set of restriction fragments; (c) providing double stranded synthetic adaptors comprising - a sample-specific identifier section, - at least one end which can be ligated to the blunt or protruding end of a restriction fragment; (d) ligating the double stranded synthetic adaptors to the restriction fragments in the set, to provide a set of adaptor-ligated restriction fragments; (e) determining the sequence of at least the sample-specific identifier section, and part of the sequence of the restriction fragment located adjacent to the adaptor derived sequence, (f) comparing two or more samples for the presence or absence of adapter-ligated restriction fragments; (g) identifying the presence or absence of adaptor-ligated restriction fragments in the sample. (a) providing two or more sample nucleic acids; (b) digesting each sample nucleic acid with at least one restriction endonuclease to obtain a set of restriction fragments; (c) providing double stranded synthetic adaptors comprising - a sample-specific identifier section, - at least one end which can be ligated to the blunt or protruding end of a restriction fragment; - a sample-specific identifier section, - at least one end which can be ligated to the blunt or protruding end of a restriction fragment; (d) ligating the double stranded synthetic adaptors to the restriction fragments in the set, to provide a set of adaptor-ligated restriction fragments; (e) determining the sequence of at least the sample-specific identifier section, and part of the sequence of the restriction fragment located adjacent to the adaptor derived sequence, (f) comparing two or more samples for the presence or absence of adapter-ligated restriction fragments; (g) identifying the presence or absence of adaptor-ligated restriction fragments in the sample.
Use of a lubricant composition for internal combustion engines comprising a) 97 to 50% by weight of a base oil, and b) 3 to 25% by weight of diisooctyl sebacate to reduce fuel consumption in the cold-running phase of the internal combustion engine. a) 97 to 50% by weight of a base oil, and b) 3 to 25% by weight of diisooctyl sebacate to reduce fuel consumption in the cold-running phase of the internal combustion engine.
An electric measuring assembly for continuously monitoring a protective-conductor resistance (Rpe) of a protective-conductor connection in a power supply system comprising a supply station, which comprises first leakage capacitors (C1, C2), comprising a supply line, which comprises active conductors (L, N), and comprising an electric installation, which is grounded via the protective-conductor connection and comprises second leakage capacitors (C3, C4) and a load, the electric measuring assembly comprising a signal generator for generating a signal alternating voltage (Us) having a measuring frequency (fs), a first measuring current transformer, which encircles the protective-conductor connection and has a first winding for inductively coupling the signal alternating voltage (Us) into the protective-conductor connection so that a loop current (Is) flows via the first leakage capacitors (C1, C2), the active conductors (L, N), the second leakage capacitors (C3, C4) and the protective-conductor connection, and has a second winding for the return measurement of a protective-conductor voltage (Um), a second measuring current transformer, which encircles the protective-conductor connection and has a secondary winding for capturing a protective-conductor current (Im) flowing in the protective-conductor connection, an evaluation unit having a digital computing unit for controlling the signal generator, for determining a loop impedance (Zm) from the protective-conductor voltage (Um) and the protective-conductor current (Im) and for evaluating the real part (Zre) of the loop impedance (Zm). a signal generator for generating a signal alternating voltage (Us) having a measuring frequency (fs), a first measuring current transformer, which encircles the protective-conductor connection and has a first winding for inductively coupling the signal alternating voltage (Us) into the protective-conductor connection so that a loop current (Is) flows via the first leakage capacitors (C1, C2), the active conductors (L, N), the second leakage capacitors (C3, C4) and the protective-conductor connection, and has a second winding for the return measurement of a protective-conductor voltage (Um), a second measuring current transformer, which encircles the protective-conductor connection and has a secondary winding for capturing a protective-conductor current (Im) flowing in the protective-conductor connection, an evaluation unit having a digital computing unit for controlling the signal generator, for determining a loop impedance (Zm) from the protective-conductor voltage (Um) and the protective-conductor current (Im) and for evaluating the real part (Zre) of the loop impedance (Zm).
An alignment device for aligning a block for cutting femoral condyles (5, 6) during prosthetic knee surgery, which device comprises: a securing means (23, 23') for temporary attachment to a fitted tibial plate, which securing means fixes the position and orientation of the alignment device relative to the tibial plate, and an extending means joining the securing means (23, 23') and a coupling means, which extending means is configured to adjust the distance between the securing means (23, 23') and the coupling means along a y-axis, where the y-axis is defined as being parallel to the intramodular tibial axis, characterised in that the alignment device is adapted for cutting posterior femoral cardyles, wherein the coupling means are adapted for temporary attachment to a posterior femoral cutting block, which coupling means prevent rotation of the posterior femoral cutting block, around a z-axis, where the z-axis is parallel to the intramedular femoral axias. a securing means (23, 23') for temporary attachment to a fitted tibial plate, which securing means fixes the position and orientation of the alignment device relative to the tibial plate, and an extending means joining the securing means (23, 23') and a coupling means, which extending means is configured to adjust the distance between the securing means (23, 23') and the coupling means along a y-axis, where the y-axis is defined as being parallel to the intramodular tibial axis, characterised in that the alignment device is adapted for cutting posterior femoral cardyles, wherein the coupling means are adapted for temporary attachment to a posterior femoral cutting block, which coupling means prevent rotation of the posterior femoral cutting block, around a z-axis, where the z-axis is parallel to the intramedular femoral axias.
Module for storing and transporting parts in assembly lines comprising a modular structure within which there is a free space intended to receive parts to be stored or transported, and which is formed by a plurality of horizontal beams (2.1) and vertical beams (2.2) having open ends and being intended to be attached to each other, and it comprises: - a plurality of upper interlocking nodes comprising a mouth on their upper surface, - a plurality of lower interlocking nodes, comprising a projection on their surface to be introduced in the mouth of another module when they are stacked, and the upper interlocking nodes and the lower interlocking nodes comprising at least a horizontal extension to be introduced in an open end of a horizontal beam (2.1), and a vertical extension to be introduced in an open end of a vertical beam (2.2), attaching said horizontal beams (2.1) and vertical beams (2.2) to each other, and the lower interlocking nodes comprise a lower portion, arranged between the horizontal extension and the projection in which dovetails are arranged to fix couplings intended to enable the transport of the module, and the module is characterized in that: - the upper interlocking nodes and the lower interlocking nodes, are oversized in such a way that they project with respect to the horizontal and vertical beams (2.1, 2.2) of the modular structure, and - the upper interlocking nodes comprise an upper extension in which the mouth is arranged. - a plurality of upper interlocking nodes comprising a mouth on their upper surface, - a plurality of lower interlocking nodes, comprising a projection on their surface to be introduced in the mouth of another module when they are stacked, - the upper interlocking nodes and the lower interlocking nodes, are oversized in such a way that they project with respect to the horizontal and vertical beams (2.1, 2.2) of the modular structure, and - the upper interlocking nodes comprise an upper extension in which the mouth is arranged.
A method of managing a network service in a communication network based on a Network Functions Virtualisation, NFV, framework, the method comprising: determining a descriptor of a network service, the descriptor comprising multiple constituents (351, 352, 353); wherein the descriptor is provided with information on version dependency between at least two of the multiple constituents (351, 352, 353) and the information on version dependency identifies one or more of the constituents (351, 352, 353) and, respectively for each of the identified constituents (351, 352, 353), indicates one or more versions of at least one other of the constituents on which the identified constituent depends. determining a descriptor of a network service, the descriptor comprising multiple constituents (351, 352, 353); wherein the descriptor is provided with information on version dependency between at least two of the multiple constituents (351, 352, 353) and the information on version dependency identifies one or more of the constituents (351, 352, 353) and, respectively for each of the identified constituents (351, 352, 353), indicates one or more versions of at least one other of the constituents on which the identified constituent depends.