mhurhangee/ep-ind-claims huggingface dataset:
An active energy ray curable resin composition, comprising: a block copolymer that includes a polymer block composed mainly of an olefin-based monomer unit and a polymer block composed of a unit derived from (meth)acrylic acid and/or a unit derived from (meth)acrylic ester, the block copolymer having a weight-average molecular weight of 5,000 or more and 100,000 or less; and an active energy ray curable compound selected from the group consisting of mono(meth)acrylate and poly(meth)acrylate. a block copolymer that includes a polymer block composed mainly of an olefin-based monomer unit and a polymer block composed of a unit derived from (meth)acrylic acid and/or a unit derived from (meth)acrylic ester, the block copolymer having a weight-average molecular weight of 5,000 or more and 100,000 or less; and an active energy ray curable compound selected from the group consisting of mono(meth)acrylate and poly(meth)acrylate.
A composition for preserving food products, comprising: (i) from 85% to 97% by weight on the total weight of the composition of one or more aliphatic diols or esters thereof selected from the group consisting of: 1,3 diols and a mixture of 1,3 diols and 1,2 diols; and (ii) from 3% to 15% by weight on the total weight of the composition of one or more compounds selected from the group consisting of: monohydric aromatic alcohols, terpenes, terpenoids, guaiacols, phenols, diphenols, coumarins, anthraquinones, flavones, flavonoids, phenolic acids and derivatives thereof, hydroxycinnamic acids and derivatives thereof, and mixtures thereof. (i) from 85% to 97% by weight on the total weight of the composition of one or more aliphatic diols or esters thereof selected from the group consisting of: 1,3 diols and a mixture of 1,3 diols and 1,2 diols; and (ii) from 3% to 15% by weight on the total weight of the composition of one or more compounds selected from the group consisting of: monohydric aromatic alcohols, terpenes, terpenoids, guaiacols, phenols, diphenols, coumarins, anthraquinones, flavones, flavonoids, phenolic acids and derivatives thereof, hydroxycinnamic acids and derivatives thereof, and mixtures thereof.
An apparatus, comprising: an optical modulator including: a semiconductor planar optical waveguide core configured to receive an input optical signal at one end and output a modulated optical signal at an opposite end; first and second doped semiconductor connecting paths (210, 215) located adjacent opposite sides of the core and capable of applying a voltage across the core transverse to a propagation direction of the input optical signal while the input optical signal propagates through the core; and a voltage source, wherein the optical waveguide core and connecting paths form a structure having a back-to-back pair of PN semiconductor junctions; the core forms one side of both junctions of the pair of junctions (206, 207); and characterized in that the first and second paths, the back-to-back pair and the voltage source are connected in series. an optical modulator including: a semiconductor planar optical waveguide core configured to receive an input optical signal at one end and output a modulated optical signal at an opposite end; first and second doped semiconductor connecting paths (210, 215) located adjacent opposite sides of the core and capable of applying a voltage across the core transverse to a propagation direction of the input optical signal while the input optical signal propagates through the core; and a voltage source, wherein the optical waveguide core and connecting paths form a structure having a back-to-back pair of PN semiconductor junctions; the core forms one side of both junctions of the pair of junctions (206, 207); and characterized in that the first and second paths, the back-to-back pair and the voltage source are connected in series. a semiconductor planar optical waveguide core configured to receive an input optical signal at one end and output a modulated optical signal at an opposite end; first and second doped semiconductor connecting paths (210, 215) located adjacent opposite sides of the core and capable of applying a voltage across the core transverse to a propagation direction of the input optical signal while the input optical signal propagates through the core; and a voltage source,
A lycopene food colorant having a fresh-keeping function, wherein the food colorant is prepared from raw materials by mixing, emulsifying, and grinding the raw materials, wherein the raw materials consist of the following components: 1% to 3% of a lycopene crystal, 1% to 5% of an oil-soluble emulsifier, 5% to 15% of a water-soluble emulsifier, 0.5% to 5% of an antioxidant, 60% to 70% of glycerol, and water in balance, based on mass percentage; wherein the D 50 of the food colorant is 0.55 to 0.65 μm; and the tone values of the food colorant are L*25 to 35, a*30 to 35, and b*20 to 25, wherein the viscosity of the food colorant is 20,000 to 40,000 mPa·s at a temperature of 25°C and a relative humidity of 60%. wherein the D 50 of the food colorant is 0.55 to 0.65 μm; and the tone values of the food colorant are L*25 to 35, a*30 to 35, and b*20 to 25, wherein the viscosity of the food colorant is 20,000 to 40,000 mPa·s at a temperature of 25°C and a relative humidity of 60%.
A method for the estimation of a radio propagation channel between an emitter and a receiver, where the said emitter emits a signal comprising symbol frames distributed in time and frequency, among which some symbols, called pilot symbols, are known to the receiver, characterised in that it comprises the following steps carried out by the receiver: - computation of a covariance matrix M F of the channel in the frequency domain; - computation of a covariance matrix M T of the channel in the time domain; - decomposition of covariance matrices M F and M T into eigenvectors according to the relations M F = W F H N F W F and M T = W T H N T W T, in which: - W F is an eigenvector matrix of the matrix M F; - N F is a diagonal matrix comprising eigenvalues associated with the eigenvectors of the matrix M F; - W T is an eigenvector matrix of the matrix M T; - N T is a diagonal matrix comprising eigenvalues associated with the eigenvectors of the matrix M T; - computation of the Kronecker product of the eigenvector matrices W F and W T to obtain an overall eigenvector matrix W; - computation of a diagonal overall eigenvalue matrix N equal to the Kronecker product of the eigenvalue matrices N F and N T; and - estimation of the propagation channel with the help of pilot symbols and eigenvector matrices W and eigenvalue matrices N using the maximum a posteriori or quadratic error minimisation criterion. - computation of a covariance matrix M F of the channel in the frequency domain; - computation of a covariance matrix M T of the channel in the time domain; - decomposition of covariance matrices M F and M T into eigenvectors according to the relations M F = W F H N F W F and M T = W T H N T W T, in which: - W F is an eigenvector matrix of the matrix M F; - N F is a diagonal matrix comprising eigenvalues associated with the eigenvectors of the matrix M F; - W T is an eigenvector matrix of the matrix M T; - N T is a diagonal matrix comprising eigenvalues associated with the eigenvectors of the matrix M T; - W F is an eigenvector matrix of the matrix M F; - N F is a diagonal matrix comprising eigenvalues associated with the eigenvectors of the matrix M F; - W T is an eigenvector matrix of the matrix M T; - N T is a diagonal matrix comprising eigenvalues associated with the eigenvectors of the matrix M T; - computation of the Kronecker product of the eigenvector matrices W F and W T to obtain an overall eigenvector matrix W; - computation of a diagonal overall eigenvalue matrix N equal to the Kronecker product of the eigenvalue matrices N F and N T; and - estimation of the propagation channel with the help of pilot symbols and eigenvector matrices W and eigenvalue matrices N using the maximum a posteriori or quadratic error minimisation criterion.
A display control device for controlling a display of a graphical user interface, the graphical user interface comprising a plurality of user selectable and user non-selectable items, the items being each displayed on a portion of the graphical user interface on a screen of a display panel, the display control device comprising: an image generation unit configured to generate an image as a stereoscopic image to be displayed on the screen of the display panel based on data relating to a picture, wherein the data relating to a picture includes data relating to the graphical user interface; characterized in the display control device further comprising a pop-out amount unit (106, 108) configured to calculate a pop-out amount of the stereoscopic image, the pop-out amount indicating a perceived distance that at least the portion of the graphical user interface in the stereoscopic image pops out into space from the screen of the display panel based on a specific parameter of the portion of the graphical user interface, wherein the specific parameter is set based on whether the portion of the graphical user interface is a user selectable portion (22, 212) or a user non-selectable portion, and the pop-out amount unit is configured to calculate the pop-out amount for the user selectable portion (212, 22) to be greater than for a user non-selectable portion (212, 23); and a display controller configured to control display of the stereoscopic image based on the calculated pop-out amount on the display panel. an image generation unit configured to generate an image as a stereoscopic image to be displayed on the screen of the display panel based on data relating to a picture, wherein the data relating to a picture includes data relating to the graphical user interface; characterized in the display control device further comprising a pop-out amount unit (106, 108) configured to calculate a pop-out amount of the stereoscopic image, the pop-out amount indicating a perceived distance that at least the portion of the graphical user interface in the stereoscopic image pops out into space from the screen of the display panel based on a specific parameter of the portion of the graphical user interface, wherein the specific parameter is set based on whether the portion of the graphical user interface is a user selectable portion (22, 212) or a user non-selectable portion, and the pop-out amount unit is configured to calculate the pop-out amount for the user selectable portion (212, 22) to be greater than for a user non-selectable portion (212, 23); and a display controller configured to control display of the stereoscopic image based on the calculated pop-out amount on the display panel.
A method for transporting multimedia information, - wherein the multimedia information comprises several data streams to reach one or various endings of said multimedia information, wherein at least two of the data streams at least partially represent alternative contents of said multimedia information; - wherein said multimedia information comprises at least one forking point, which allows selecting one of said at least two of the data streams to continue; - wherein one of said at least two of the data streams is selected based on a trigger event provided by at least one decentralized component; and - wherein a control information is provided for the data stream selected to enable the at least one decentralized component to access the data stream selected, characterized in that said one of said at least two of the data streams is selected based on several triggers (511, 512) provided by several decentralized components (506, 508) from a group of decentralized components, wherein the combined choices of several users of said decentralized components lead to said one of said at least two data streams to be received by the decentralized components of the other users of the group. - wherein the multimedia information comprises several data streams to reach one or various endings of said multimedia information, wherein at least two of the data streams at least partially represent alternative contents of said multimedia information; - wherein said multimedia information comprises at least one forking point, which allows selecting one of said at least two of the data streams to continue; - wherein one of said at least two of the data streams is selected based on a trigger event provided by at least one decentralized component; and - wherein a control information is provided for the data stream selected to enable the at least one decentralized component to access the data stream selected,
Groove filler for at least partly filling a groove in a grooved rail, the groove filler comprising a resiliently deformable elastomer main body, characterised in that, on a contact surface that faces out of the groove when the groove filler is in the operation position arranged in the groove, the groove filler is reinforced by a reinforcement layer that comprises a different material from the elastomer main body, the reinforcement layer comprising or consisting of a plastics fabric, preferably a polyamide fabric, or a metal fabric or interlocking metal rings.
An intravascular optical fiber ribbon imaging guidewire suitable for use in acoustic imaging of a patient and configured to be inserted into the vascular system of the patient, for example during deployment of a stent over the guidewire, comprising: an elongate central core member; and an optical fiber ribbon, including a plurality of optical fibers extending along the ribbon, the ribbon circumferentially assembled about and affixed to the central core member, wherein the optical fiber ribbon includes first and second ribbon sheets (806A, 806B), and the optical fibers are situated between first and second ribbon sheets; and the optical fiber ribbon is spiral wound about and helically attached to the central core member; and characterized in that at least one of the optical fibers is coated with an optical fiber coating having an index of refraction of less than or equal to 1.46. an elongate central core member; and an optical fiber ribbon, including a plurality of optical fibers extending along the ribbon, the ribbon circumferentially assembled about and affixed to the central core member, wherein the optical fiber ribbon includes first and second ribbon sheets (806A, 806B), and the optical fibers are situated between first and second ribbon sheets; and the optical fiber ribbon is spiral wound about and helically attached to the central core member; and characterized in that at least one of the optical fibers is coated with an optical fiber coating having an index of refraction of less than or equal to 1.46.
A wireless local area network discovery method, comprising: acquiring, by a network node, an AP identifier of an access point, AP, of a wireless local area network and a first measurement result providing a measured value of a first cellular network cell and reported by a first user equipment, UE, wherein the measured value of the first cellular network cell comprises a value of reference signal received power, RSRP, and/or reference signal receive quality, RSRQ, of the first cellular network cell, and the AP identifier is associated with the first measurement result in that the first measurement result is obtained in the coverage of the AP; acquiring, by the network node, a second measurement result providing a measured value of a second cellular network cell and reported by a second UE, wherein the measured value of the second cellular network cell comprises a value of RSRP and/or reference signal receive quality of the second cellular network cell; and determining, by the network node according to the first measurement result and the second measurement result, whether the second UE is located within coverage of the AP, wherein the determining, by the network node according to the first measurement result and the second measurement result, whether the second UE is located within coverage of the AP comprises: if a result of a difference value between the measured values of same cell in the second measurement result and the first measurement result is less than a preset error threshold, determining that the second UE is located within the coverage of the AP. acquiring, by a network node, an AP identifier of an access point, AP, of a wireless local area network and a first measurement result providing a measured value of a first cellular network cell and reported by a first user equipment, UE, wherein the measured value of the first cellular network cell comprises a value of reference signal received power, RSRP, and/or reference signal receive quality, RSRQ, of the first cellular network cell, and the AP identifier is associated with the first measurement result in that the first measurement result is obtained in the coverage of the AP; acquiring, by the network node, a second measurement result providing a measured value of a second cellular network cell and reported by a second UE, wherein the measured value of the second cellular network cell comprises a value of RSRP and/or reference signal receive quality of the second cellular network cell; and determining, by the network node according to the first measurement result and the second measurement result, whether the second UE is located within coverage of the AP, wherein the determining, by the network node according to the first measurement result and the second measurement result, whether the second UE is located within coverage of the AP comprises: if a result of a difference value between the measured values of same cell in the second measurement result and the first measurement result is less than a preset error threshold, determining that the second UE is located within the coverage of the AP.
A pharmaceutical composition which provides sustained release of dexamethasone, methylprednisolone, or prednisolone for at least 5 days for use In the treatment of an otic disease or condition by intratympanic injection comprising a auris-acceptable thermoreversible gel having a gelation temperature between 19 °C to 42 °C, and a multiparticulate dexamethasone, methylprednisolone, or prednisolone and wherein the thermoreversible gel comprises an aqueous copolymer of polyoxyethylene and polyoxypropylene.
Motor vehicle wheel hubcap comprising at least one flange intended to cover at least one motor vehicle wheel rim of a predetermined peripheral diameter able to receive at least three screws for fastening the wheel rim to a hub, which screws are distributed angularly along a predetermined distribution diameter and with a predetermined angular pitch, the said flange comprising a face, termed inner face, which comprises: - a periphery from which there extend a plurality of elastically deformable lugs intended to cooperate by interlocking and/or wedging with an associated wheel rim edge, - a central part comprising at least one recess, termed main recess, capable of cooperating with a head of a first wheel screw arranged along a first predetermined distribution diameter (D 24) associated with a first type of wheel rim of the predetermined peripheral diameter in order to rotationally immobilize the hubcap, characterized in that the main recess is complementary with a head of a second wheel screw arranged along a second predetermined distribution diameter (D 26) associated with a second type of wheel rim of the predetermined peripheral diameter in order to make it possible to mount and rotationally immobilize the hubcap on the first type of wheel rim and on the second type of wheel rim. - a periphery from which there extend a plurality of elastically deformable lugs intended to cooperate by interlocking and/or wedging with an associated wheel rim edge, - a central part comprising at least one recess, termed main recess, capable of cooperating with a head of a first wheel screw arranged along a first predetermined distribution diameter (D 24) associated with a first type of wheel rim of the predetermined peripheral diameter in order to rotationally immobilize the hubcap,
Method for operating an automated analysis device in a standby mode, the automated analysis device comprising a central control unit and a standby control unit, the method having the following method steps: - starting up the standby control unit, - storing at least one established system state of the automated analysis device in the central control unit, and - shutting down the central control unit. - starting up the standby control unit, - storing at least one established system state of the automated analysis device in the central control unit, and - shutting down the central control unit.
A dual-mode SAL/IR imaging seeker comprising: a focal plane array, FPA; an objective optical assembly configured to provide a common optical path to the FPA for incident laser radiation of a first wavelength band and incident ambient radiation of a second wavelength band non-overlapping with the first wavelength band; a first optical filter positioned in the common optical path and configured to selectively pass the incident laser radiation of the first wavelength band to the FPA in a radiation transmissive mode of the first optical filter and selectively block the incident laser radiation of the first wavelength band from the FPA in a radiation non-transmissive mode of the first optical filter, wherein the first wavelength band is within a wavelength range from 700 nm to 1700 nm; and a second optical filter positioned in the common optical path and configured to selectively pass the incident ambient radiation of the second wavelength band to the FPA in a radiation transmissive mode of the second optical filter and selectively block the incident ambient radiation of the second wavelength band from the FPA in a radiation non-transmissive mode of the second optical filter, wherein the second wavelength band includes wavelengths in the range from 700nm to 1700nm not included in the first wavelength band; characte rized in that the second wavelength band includes wavelengths flanking both sides of the first wavelength band. a focal plane array, FPA; an objective optical assembly configured to provide a common optical path to the FPA for incident laser radiation of a first wavelength band and incident ambient radiation of a second wavelength band non-overlapping with the first wavelength band; a first optical filter positioned in the common optical path and configured to selectively pass the incident laser radiation of the first wavelength band to the FPA in a radiation transmissive mode of the first optical filter and selectively block the incident laser radiation of the first wavelength band from the FPA in a radiation non-transmissive mode of the first optical filter, wherein the first wavelength band is within a wavelength range from 700 nm to 1700 nm; and a second optical filter positioned in the common optical path and configured to selectively pass the incident ambient radiation of the second wavelength band to the FPA in a radiation transmissive mode of the second optical filter and selectively block the incident ambient radiation of the second wavelength band from the FPA in a radiation non-transmissive mode of the second optical filter, wherein the second wavelength band includes wavelengths in the range from 700nm to 1700nm not included in the first wavelength band; characte rized in that the second wavelength band includes wavelengths flanking both sides of the first wavelength band.
A method for bioremediating environmental contaminants present in an environmental subsurface, the method comprising the steps of: providing an aqueous slurry, the aqueous slurry comprising particles of a solid-phase organic electron-donor material having a mean particle size across all dimensions ranging from 0.1 to 100 microns; and injecting the aqueous slurry into the subsurface at a pressure lower than that the fracture pressure of the subsurface. providing an aqueous slurry, the aqueous slurry comprising particles of a solid-phase organic electron-donor material having a mean particle size across all dimensions ranging from 0.1 to 100 microns; and injecting the aqueous slurry into the subsurface at a pressure lower than that the fracture pressure of the subsurface.