mhurhangee/ep-ind-claims huggingface dataset:
A light transmissive member (1, 1A, 10), comprising a substrate having a light transmission property, wherein on one surface of the substrate, an antireflection layer in which a layer composed of silicon oxide and a layer composed of silicon nitride (SiN) are alternately stacked is formed, and on the other surface of the substrate, an antistatic layer (20, 20A) including at least a transparent electrically conductive film layer (25, 25A) is formed, characterized in that the antistatic layer (20, 20A) is antireflective, the antistatic layer (20, 20A) is formed by alternately stacking a first refractive index layer and a second refractive index layer having a lower refractive index than that of the first refractive index layer, one layer of the first refractive index layers is the transparent electrically conductive film layer (25, 25A), and the other layer is a layer composed of the same material as that of the transparent electrically conductive film layer or a layer composed of silicon nitride, the second refractive index layer (22, 22A) is a layer composed of silicon oxide, the transparent electrically conductive film layer is a titanium oxide layer composed mainly of titanium oxide and containing, as a sub-component, at least one element selected from the group consisting of niobium (Nb), silicon (Si), zirconium (Zr), tantalum (Ta), aluminum (Al), and hafnium (Hf), the content of the titanium in the titanium oxide layer is 45% mass or more and 70% mass or less, the content of the oxygen in the titanium oxide layer is 25% mass or more and 50% mass or less, and the content of the sub-component in the titanium oxide layer is 0.01%% mass or more and 1.0% mass or less. on the other surface of the substrate, an antistatic layer (20, 20A) including at least a transparent electrically conductive film layer (25, 25A) is formed, characterized in that the antistatic layer (20, 20A) is antireflective, the antistatic layer (20, 20A) is formed by alternately stacking a first refractive index layer and a second refractive index layer having a lower refractive index than that of the first refractive index layer, one layer of the first refractive index layers is the transparent electrically conductive film layer (25, 25A), and the other layer is a layer composed of the same material as that of the transparent electrically conductive film layer or a layer composed of silicon nitride, the second refractive index layer (22, 22A) is a layer composed of silicon oxide, the transparent electrically conductive film layer is a titanium oxide layer composed mainly of titanium oxide and containing, as a sub-component, at least one element selected from the group consisting of niobium (Nb), silicon (Si), zirconium (Zr), tantalum (Ta), aluminum (Al), and hafnium (Hf), the content of the titanium in the titanium oxide layer is 45% mass or more and 70% mass or less, the content of the oxygen in the titanium oxide layer is 25% mass or more and 50% mass or less, and the content of the sub-component in the titanium oxide layer is 0.01%% mass or more and 1.0% mass or less.
A passivated contact structure of a solar cell, the passivated contact structure comprising: a silicon substrate; and a first passivated contact region disposed on the silicon substrate; wherein: the first passivated contact region comprises a first doped layer, a first passivation layer, and a second doped layer; characterised in that: the passivated contact structure further comprises a second passivated contact region disposed on the first passivated contact region; the second passivated contact region comprises a second passivation layer and a third doped layer; the first doped layer, the first passivation layer, the second doped layer, the second passivation layer, and the third doped layer disposed on the silicon substrate in sequence; and the second passivated contact region comprises an opening for connecting a conductive layer of the solar cell to the first passivated contact region so that the conductive layer is disposed in the first passivated contact region. a silicon substrate; and a first passivated contact region disposed on the silicon substrate; the passivated contact structure further comprises a second passivated contact region disposed on the first passivated contact region; the second passivated contact region comprises a second passivation layer and a third doped layer; the first doped layer, the first passivation layer, the second doped layer, the second passivation layer, and the third doped layer disposed on the silicon substrate in sequence; and the second passivated contact region comprises an opening for connecting a conductive layer of the solar cell to the first passivated contact region so that the conductive layer is disposed in the first passivated contact region.
A method of analyzing purity of a composition comprising cysteamine comprising: (i) injecting a sample solution comprising cysteamine onto a reverse-phase HPLC column; (ii) eluting the sample from the column using a mobile phase comprising an alkyl sulfonic acid, a buffer, acetonitrile, and methanol; and (iii) measuring the eluted sample using a UV detector at a wavelength of 170 nm to 250 nm. (i) injecting a sample solution comprising cysteamine onto a reverse-phase HPLC column; (ii) eluting the sample from the column using a mobile phase comprising an alkyl sulfonic acid, a buffer, acetonitrile, and methanol; and (iii) measuring the eluted sample using a UV detector at a wavelength of 170 nm to 250 nm.
Stochastic localization microscopy method for spatially highly resolving stochastic examination of a structure of a sample labelled with a substance, wherein a biological structure is used as the structure that is labelled with a substance, wherein molecules of the substance can be present in a first state and in a second state, wherein the first and the second states (A, B) differ from one another in at least one photophysical property and wherein a substance is used in which, with sufficiently high probability and to a sufficiently large extent, a part of the molecules is present in the first state and a part of the molecules is present in the second state and a change between the two states (A, B) can spontaneously occur in both directions, comprising the following steps: - labelling the structure with the substance; - recording an image series of the sample; - determining centres of mass of individual molecules in the recorded images; and - constructing a high-resolution image from the series of the centre-of-mass images. - labelling the structure with the substance; - recording an image series of the sample; - determining centres of mass of individual molecules in the recorded images; and - constructing a high-resolution image from the series of the centre-of-mass images.
A device for comminuting flat bodies made of fiber-composite material, comprising a rotatably driven crushing roller, with which the flat bodies can be brought into contact and which is designed to break up the flat bodies in contact with the outer circumferential surface of the crushing roller, and a feed apparatus comprising a feed element being provided, on which a feed surface is formed and which is configured to bring the flat bodies to the crushing roller by moving along the feed surface, in order to enter into interaction with the outer circumferential surface of the crushing roller, the feed surface being configured, in a first circumferential position, for feeding with an inclination at an angle (α) to a tangent of the outer circumferential surface or perpendicularly to the tangent, characterized in that a mating roller is configured to be arranged adjacently to and/or in parallel with the crushing roller with formation of an intermediate gap.
Self-sealing pneumatic vehicle tire comprising at least one first sealant layer arranged on the inner surface opposite the tread and at least one second sealant layer, wherein the first and the second sealant layer are arranged radially adjacent to one another and wherein the first and the second sealant layer comprise sealants which differ in terms of their dynamic shear viscosity at 100°C and a frequency of 0.02 Hz, wherein the first sealant layer has a higher viscosity than the second sealant layer, wherein the first sealant layer is arranged radially outward of the second sealant layer, wherein the difference in viscosities based on the viscosity of the sealant having the lower viscosity is 50% to 150%.
A color pencil lead containing pores, filled with resin insoluble in water and soluble in organic solvents, selected from a group consisting of butyral resin, modified phenol resin, ketone resin, maleic acid resin, aldehyde resin, alkyl cellulose, acryl resin, and sulfonic acid resin, in which resin a dye, selected from a group of oil soluble dye, salt forming dye and acid dye, is dissolved or included, in a pencil lead body.
Phosphodiesterase 9A (PDE9A) for use as a marker in a method of diagnosing, detecting, monitoring or prognosticating in vivo of prostate cancer or of the progression of prostate cancer.
Method for determining micelle concentrations, wherein the method is carried out in a washing apparatus and said washing apparatus has a quantity of water required for carrying out a washing process, the method comprising the steps of: - supplying a basic quantity of a detergent to the quantity of water to form a lye (step 1), - measuring an impedance, comprising a real part (Re) and an imaginary part (Im), at a pre-determined frequency (step 2), - determining a product of the real part (Re) and the imaginary part (Im) of the impedance (step 3), - adding a further partial quantity (mn) of the detergent to the lye (step 4), - measuring a further impedance, comprising a real part (Re) and an imaginary part (Im), of the present lye at a pre-determined frequency (step 5), - determining a further product of the real part (Re) and the imaginary part (Im) of the further impedance (step 6), - determining a gradient (Z', Zn') between the previously established products (P1, P2) as a function of a lye concentration (c) (step 7), - determining whether the amount of the gradient (Z', Zn') is smaller than or equal to a tolerance value (ε) and repeating steps 4 to 8 if the amount of the gradient (Z', Zn') is greater than the tolerance value (ε) (step 8), and - concluding the method when the amount of the gradient (Z') is smaller than or equal to the tolerance value (ε) (step 9). - supplying a basic quantity of a detergent to the quantity of water to form a lye (step 1), - measuring an impedance, comprising a real part (Re) and an imaginary part (Im), at a pre-determined frequency (step 2), - determining a product of the real part (Re) and the imaginary part (Im) of the impedance (step 3), - adding a further partial quantity (mn) of the detergent to the lye (step 4), - measuring a further impedance, comprising a real part (Re) and an imaginary part (Im), of the present lye at a pre-determined frequency (step 5), - determining a further product of the real part (Re) and the imaginary part (Im) of the further impedance (step 6), - determining a gradient (Z', Zn') between the previously established products (P1, P2) as a function of a lye concentration (c) (step 7), - determining whether the amount of the gradient (Z', Zn') is smaller than or equal to a tolerance value (ε) and repeating steps 4 to 8 if the amount of the gradient (Z', Zn') is greater than the tolerance value (ε) (step 8), and - concluding the method when the amount of the gradient (Z') is smaller than or equal to the tolerance value (ε) (step 9).
A method in a user equipment for controlling uplink transmit diversity operation, where the user equipment transmits using at least two uplink transmit antennas, the method comprising: - receiving a set of control signals in the downlink direction from a cellular network; - estimating a received signal quality for each control signal in said set of control signals; - determining, based on said received signal qualities, which control signals have been reliably received, characterized in - deriving one or more parameters related to the uplink transmit diversity operation using a subset of control signals from said set of control signals, said subset only including control signals determined as reliably received; and - transmitting in the uplink direction while applying the derived one or more parameters to control the uplink transmit diversity operation. - receiving a set of control signals in the downlink direction from a cellular network; - estimating a received signal quality for each control signal in said set of control signals; - determining, based on said received signal qualities, which control signals have been reliably received, characterized in - deriving one or more parameters related to the uplink transmit diversity operation using a subset of control signals from said set of control signals, said subset only including control signals determined as reliably received; and - transmitting in the uplink direction while applying the derived one or more parameters to control the uplink transmit diversity operation.
A method of decoding multiview video data, the method comprising: determining whether a reference index of a reference picture in a reference picture list for predicting a current block corresponds to an inter-view reference picture; and based on the reference index corresponding to the inter-view reference picture, obtaining, from an encoded bitstream, data indicating whether the current block is predicted with view synthesis prediction using at least a portion of a picture synthesized from the inter-view reference picture using depth image based rendering; wherein obtaining the data indicating whether the current block is predicted with VSP comprises obtaining a VSP flag at a block level only when the reference index for the current block corresponds to an inter-view reference picture; and decoding the current block using view synthesis prediction if the VSP flag indicates that VSP should be used. determining whether a reference index of a reference picture in a reference picture list for predicting a current block corresponds to an inter-view reference picture; and based on the reference index corresponding to the inter-view reference picture, obtaining, from an encoded bitstream, data indicating whether the current block is predicted with view synthesis prediction using at least a portion of a picture synthesized from the inter-view reference picture using depth image based rendering; wherein obtaining the data indicating whether the current block is predicted with VSP comprises obtaining a VSP flag at a block level only when the reference index for the current block corresponds to an inter-view reference picture; and decoding the current block using view synthesis prediction if the VSP flag indicates that VSP should be used.
Method for rejecting noise in audio signals in a vehicle, comprising: - providing a noise rejection filter designed to reject at least part of a noise component in an audio signal; - determining whether an emergency call is received or sent; and if this is the case: - reducing the noise rejection of the noise rejection filter compared with an operating state in which an emergency call is not received or sent. - providing a noise rejection filter designed to reject at least part of a noise component in an audio signal; - determining whether an emergency call is received or sent; - reducing the noise rejection of the noise rejection filter compared with an operating state in which an emergency call is not received or sent.
A modified BDD (boron doped diamond) substrate comprising an organic layer comprising carboxyl groups, where the organic layer on the BDD substrate comprises organic groups perpendicularly attached to the surface of the substrate, wherein organic groups have been electrochemically immobilized from diazonium salt of 4-aminobenzoic acid in an AC scanning CV (Cyclic Voltammetry) process, and the substrate further comprises probe molecules covalently bound to the carboxyl groups of the organic layer.
System for the purification and physical-chemical adjustment of water for human consumption, comprising: - a pump capturing water from a water table or other water source and storing it in a tank; - a high pressure pump conducting the water to an interchangeable plate heat exchanger capable of heating the water at 60° C and leading it to a high pressure silica filter followed by a high pressure active carbon filter and an ion exchanger; - means of addition of strong bases capable of adjusting the hydrogen concentration, the treated water being conducted to a precision filter retaining K+ and Na+ cations; - a double reverse osmosis system followed by a hydrogen concentration sensor which is connected to the means for adding the strong base to adjust the hydrogen concentration between pH 7 and 12 and then storing it in a storage tank; - a second high pressure pump pumping the water from the storage tank to an ozonation system; - salt addition means and magnesium salt addition means for addition of mineral salts and magnesium salts to the water; - a tank for storing the treated water and to subsequently carry the water to a set of machines for filling single packages as sachets. - a pump capturing water from a water table or other water source and storing it in a tank; - a high pressure pump conducting the water to an interchangeable plate heat exchanger capable of heating the water at 60° C and leading it to a high pressure silica filter followed by a high pressure active carbon filter and an ion exchanger; - means of addition of strong bases capable of adjusting the hydrogen concentration, the treated water being conducted to a precision filter retaining K+ and Na+ cations; - a double reverse osmosis system followed by a hydrogen concentration sensor which is connected to the means for adding the strong base to adjust the hydrogen concentration between pH 7 and 12 and then storing it in a storage tank; - a second high pressure pump pumping the water from the storage tank to an ozonation system; - salt addition means and magnesium salt addition means for addition of mineral salts and magnesium salts to the water; - a tank for storing the treated water and to subsequently carry the water to a set of machines for filling single packages as sachets.
Method for encoding at least one image (I N) divided into partitions (PA1, PA2,..., PAn), characterized in that it implements, for a current partition (PA c) to be encoded, steps of: - selecting at least one causal partition (PAi r, Pati r) already coded then decoded in a first encoding and decoding operation, - computing at least one optimal encoding parameter of said at least one selected causal partition, in order to optimise a predetermined encoding-performance criterion of a second operation of encoding said at least one selected causal partition, via competition between a plurality of encoding parameters for said second operation of encoding said at least one selected causal partition; - encoding the current partition using said at least one computed optimal encoding parameter of said at least one selected causal partition. - selecting at least one causal partition (PAi r, Pati r) already coded then decoded in a first encoding and decoding operation, - computing at least one optimal encoding parameter of said at least one selected causal partition, in order to optimise a predetermined encoding-performance criterion of a second operation of encoding said at least one selected causal partition, via competition between a plurality of encoding parameters for said second operation of encoding said at least one selected causal partition; - encoding the current partition using said at least one computed optimal encoding parameter of said at least one selected causal partition.
A method of producing a quantum crystal of an Ag complex having a plasmon enhancement effect, which comprises: a step of providing an aqueous solution of the Ag complex, a step of contacting the aqueous solution of the Ag complex with a carrier of Cu or Cu alloy showing an electrode potential lower than that of Ag or with the Cu or Cu alloy carrier being adjusted at an electrode potential lower than that of Ag in the aqueous solution, and a step of depositing the Ag complex from the aqueous solution on the Cu or Cu alloy carrier to form and arrange quantum crystals of the Ag complex on the Cu or Cu alloy carrier, wherein the deposition is taking place due to electro-potential difference between the Ag complex and the Cu or Cu alloy carrier. a step of providing an aqueous solution of the Ag complex, a step of contacting the aqueous solution of the Ag complex with a carrier of Cu or Cu alloy showing an electrode potential lower than that of Ag or with the Cu or Cu alloy carrier being adjusted at an electrode potential lower than that of Ag in the aqueous solution, and a step of depositing the Ag complex from the aqueous solution on the Cu or Cu alloy carrier to form and arrange quantum crystals of the Ag complex on the Cu or Cu alloy carrier, wherein the deposition is taking place due to electro-potential difference between the Ag complex and the Cu or Cu alloy carrier.
A method for determining a bundling size, comprising: using, by the user equipment, a bundling size configured via a higher-layer signaling to transmit data if the network-side device turns off a function of dynamic bundling size adjustment; characterized in that the using, by the user equipment, the bundling size configured via the higher-layer signaling to transmit data comprises: using, by the user equipment, the bundling size configured by the network-side device via the higher-layer signaling to transmit data, wherein the bundling size is a bundling size in a bundling size set available to the user equipment; or using, by the user equipment, a minimum bundling size in a bundling size set available to the user equipment to transmit data, wherein the bundling size set available to the user equipment comprises: a bundling size set configured by the network-side device for the user equipment according to capability information reported by the user equipment, the capability information being used to indicate whether the user equipment supports one-physical resource block bundling. using, by the user equipment, a bundling size configured via a higher-layer signaling to transmit data if the network-side device turns off a function of dynamic bundling size adjustment; characterized in that the using, by the user equipment, the bundling size configured via the higher-layer signaling to transmit data comprises: using, by the user equipment, the bundling size configured by the network-side device via the higher-layer signaling to transmit data, wherein the bundling size is a bundling size in a bundling size set available to the user equipment; or using, by the user equipment, a minimum bundling size in a bundling size set available to the user equipment to transmit data, wherein the bundling size set available to the user equipment comprises: a bundling size set configured by the network-side device for the user equipment according to capability information reported by the user equipment, the capability information being used to indicate whether the user equipment supports one-physical resource block bundling. using, by the user equipment, the bundling size configured by the network-side device via the higher-layer signaling to transmit data, wherein the bundling size is a bundling size in a bundling size set available to the user equipment; or using, by the user equipment, a minimum bundling size in a bundling size set available to the user equipment to transmit data, wherein the bundling size set available to the user equipment comprises: a bundling size set configured by the network-side device for the user equipment according to capability information reported by the user equipment, the capability information being used to indicate whether the user equipment supports one-physical resource block bundling.