mhurhangee/ep-ind-claims huggingface dataset:
Dental restoration assembly, comprising a healing element and a support for a prosthesis, this support being attached removably to the healing element, the healing element being able to be connected directly or indirectly to a dental implant and comprising a lateral surface intended for at least partial integration within a gum in order to shape the gum as the latter heals, said healing element comprising a connection zone defined in a through-opening and able to receive the removable attachment of the support of a crown prosthesis and optionally able to receive the removable attachment of an impression-taking element, and comprising an end surface which, together with part of the lateral surface, forms an emergent surface which is intended to remain outside the gum and is asymmetrical with respect to at least one perpendicular median plane in order to present an anatomical and recognizable shape for forming the part for taking a digital impression, and the prosthesis support comprising a receiving part for a crown prosthesis and a connection part configured to cooperate with the connection zone of the healing element, said connection part of the support and the connection zone of the healing element comprising: - a male clipping component of said connection part cooperating with a recess/groove defined in a wall of the through-opening of the healing element, for the purpose of attachment by clipping between the support and the healing element, or - a threaded part of said connection part cooperating with an internally threaded part defined in a wall of the through-opening of the healing element for the purpose of mechanical connection between the support and the healing element. - a male clipping component of said connection part cooperating with a recess/groove defined in a wall of the through-opening of the healing element, for the purpose of attachment by clipping between the support and the healing element, or - a threaded part of said connection part cooperating with an internally threaded part defined in a wall of the through-opening of the healing element for the purpose of mechanical connection between the support and the healing element.
A method for governing the speed of a propeller on a propeller-based engine in an aircraft, the method comprising: obtaining a synthesized or estimated blade angle (β) for the propeller of the engine; determining one or more gains for a controller of the propeller based on the synthesized or estimated blade angle (β) and one or more engine or aircraft parameters; determining a difference between a reference propeller speed (Np ref) and an actual propeller speed (Np); applying the one or more gains to the difference via the controller in order to generate a command signal (C o) for controlling the propeller; and governing the propeller of the engine using the command signal (C o). obtaining a synthesized or estimated blade angle (β) for the propeller of the engine; determining one or more gains for a controller of the propeller based on the synthesized or estimated blade angle (β) and one or more engine or aircraft parameters; determining a difference between a reference propeller speed (Np ref) and an actual propeller speed (Np); applying the one or more gains to the difference via the controller in order to generate a command signal (C o) for controlling the propeller; and governing the propeller of the engine using the command signal (C o).
A method for producing glass or glass ceramic articles having a decorative layer, wherein at least one decorative pigment and at least one filler are mixed with a sol-gel binder, and the pigments and fillers mixed with the sol-gel binder are cured on the glass or glass ceramic substrate of the article by annealing to form a decorative layer having a porous ceramic-like structure; wherein the decorative layer includes a weight fraction of pigment and fillers that is higher than the weight fraction of the solidified and cured sol-gel binder, the fraction of sol-gel binder in the layer being preferably not more than 40 percent by weight, more preferably not more than 30 percent by weight, most preferably not more than 20 percent by weight; wherein the decorative layer is provided with a sealing; and wherein the decorative pigment comprises flake-like pigment particles which are oriented predominantly in parallel to the surface of the glass or glass ceramic substrate.
A composite laminate consisting of: (a) a layer of a woven fabric as the top layer; and (b) at least one layer of a unidirectional fabric; wherein the composite laminate has a total thickness of from 0.1 mm to 2 mm; the woven fabric (a) comprises fibers produced from poly(p-phenylene terephthalamide) homopolymer, poly(p-phenylene terephthalamide) copolymer, poly(m-phenylene isophthalamide) homopolymer, poly(m-phenylene isophthalamide) copolymer, polysulfonamide homopolymer, polysulfonamide copolymer, and mixture thereof; the unidirectional fabric (b) comprises high modulus fibers produced from poly(p-phenylene terephthalamide) homopolymer or poly(p-phenylene terephthalamide) copolymer, the fibers having a tensile modulus of at least 100 GPa; and the woven fabric (a) and the unidirectional fabric (b) each independently comprise a thermoset resin selected from epoxy, polyimide, and mixtures thereof. (a) a layer of a woven fabric as the top layer; and (b) at least one layer of a unidirectional fabric;
A disposable, portable crimping system for prosthetic valves, comprising: a base; a valve crimper mounted on the base having a housing and a plurality of jaws radially movable within the housing, each jaw defining an inner end that has a partial crimping surface which combines with the same on the other jaws to form a crimping aperture of variable diameter and having an axial dimension sufficient to crimp an expandable prosthetic valve; a stop-limited actuator that simultaneously moves the jaws in to reduce the aperture diameter by at least 10 mm to crimp an expandable prosthetic valve placed within the aperture, and subsequently out to release the valve after crimping; and a stopping mechanism preventing the operator from overcrimping the prosthetic valve by mistake, characterised in that the stopping mechanism comprises a set of different-sized stop members for different sized valves wherein the different-sized stop members are separable from the valve crimper. a base; a valve crimper mounted on the base having a housing and a plurality of jaws radially movable within the housing, each jaw defining an inner end that has a partial crimping surface which combines with the same on the other jaws to form a crimping aperture of variable diameter and having an axial dimension sufficient to crimp an expandable prosthetic valve; a stop-limited actuator that simultaneously moves the jaws in to reduce the aperture diameter by at least 10 mm to crimp an expandable prosthetic valve placed within the aperture, and subsequently out to release the valve after crimping; and a stopping mechanism preventing the operator from overcrimping the prosthetic valve by mistake, characterised in that the stopping mechanism comprises a set of different-sized stop members for different sized valves wherein the different-sized stop members are separable from the valve crimper.
A decoating method for edge decoating of glass sheets (5a;b), wherein the glass sheets (5a;b) have a functional coating on at least one of their two glass sheet surfaces (9a;b), wherein, for edge decoating, the functional coating is mechanically removed, in particular ground off, in areas, characterized in that coating residues remaining after mechanical removal of the functional coating are removed by means of laser radiation. wherein, for edge decoating, the functional coating is mechanically removed, in particular ground off, in areas, characterized in that coating residues remaining after mechanical removal of the functional coating are removed by means of laser radiation.
A device for acquiring counter values associated with a computing task implemented on an interconnection network, said interconnection network including a plurality of nodes interconnected by means of switches, said nodes and switches including a plurality of ports associated with counters, the values of said counters being recorded over time, said computing task involving a subset of ports associated with subsets of nodes and switches, and said device comprising: - A module for acquiring a routing, able to acquire a routing table including all the connections of the interconnection network, and characterized by: - A module for acquiring involved nodes, able to acquire a list of the nodes involved in the computing task, - A module for extracting ports, able to extract a list of the ports involved in the computing task from the list of involved nodes and the routing table, and - A module for extracting counters, able to extract the values of the counters of the ports involved in the computing task from the list of involved ports and recorded values of said counters. - A module for acquiring a routing, able to acquire a routing table including all the connections of the interconnection network, and characterized by: - A module for acquiring involved nodes, able to acquire a list of the nodes involved in the computing task, - A module for extracting ports, able to extract a list of the ports involved in the computing task from the list of involved nodes and the routing table, and - A module for extracting counters, able to extract the values of the counters of the ports involved in the computing task from the list of involved ports and recorded values of said counters. - A module for acquiring involved nodes, able to acquire a list of the nodes involved in the computing task, - A module for extracting ports, able to extract a list of the ports involved in the computing task from the list of involved nodes and the routing table, and - A module for extracting counters, able to extract the values of the counters of the ports involved in the computing task from the list of involved ports and recorded values of said counters.
A system for an insulated boom section of a bucket truck, said system comprising; a. the insulated boom section; and b. a source of high volume and pressure, dry air; said system characterised by: c. one or more internal air diffusers adapted to be positioned at a first end (4C, 4D) of said insulated boom section and adapted to be connected to said source of high volume and pressure, dry air to direct a first flow of said air into and along an interior of the insulated boom section from the first end to a second opposite end (4C, 4D) of the insulated boom section to remove moisture from the interior; and d. one or more external air diffusers adapted to be positioned at the first end of said insulated boom section and adapted to be connected to said source of high volume and pressure, dry air to direct a second flow of said air along an exterior surface of the insulated boom section, from the first end to the second opposite end of the insulated boom section to remove moisture on the exterior surface. a. the insulated boom section; and b. a source of high volume and pressure, dry air; c. one or more internal air diffusers adapted to be positioned at a first end (4C, 4D) of said insulated boom section and adapted to be connected to said source of high volume and pressure, dry air to direct a first flow of said air into and along an interior of the insulated boom section from the first end to a second opposite end (4C, 4D) of the insulated boom section to remove moisture from the interior; and d. one or more external air diffusers adapted to be positioned at the first end of said insulated boom section and adapted to be connected to said source of high volume and pressure, dry air to direct a second flow of said air along an exterior surface of the insulated boom section, from the first end to the second opposite end of the insulated boom section to remove moisture on the exterior surface.
A method of decoding video data comprising: determining a merge candidate set for a current prediction unit of a current coding unit, wherein the merge candidate set includes spatial merge candidates and a temporal merge candidate, wherein the spatial merge candidates are a left above merge candidate, an above merge candidate, a right above merge candidate, a left merge candidate, and a below left merge candidate wherein the location of spatial merge candidates are specified relative to the current prediction unit; removing from the merge candidate set for the current prediction unit all merge candidates that are within another prediction unit of the current coding unit by, when the current coding unit has a 2NxN, a 2NxnU or a 2NxnD partition type which includes a prediction unit 0 positioned above a prediction unit 1, removing the above merge candidate from the merge candidate set for prediction unit 1, and when the current coding unit has an Nx2N, an nLx2N or an nRx2N partition type which includes a prediction unit 0 positioned to the left of a prediction unit 1, removing the left merge candidate from the merge candidate set for prediction unit 1; and performing a merge motion vector prediction process for the current prediction unit using the merge candidate set. determining a merge candidate set for a current prediction unit of a current coding unit, wherein the merge candidate set includes spatial merge candidates and a temporal merge candidate, wherein the spatial merge candidates are a left above merge candidate, an above merge candidate, a right above merge candidate, a left merge candidate, and a below left merge candidate wherein the location of spatial merge candidates are specified relative to the current prediction unit; removing from the merge candidate set for the current prediction unit all merge candidates that are within another prediction unit of the current coding unit by, when the current coding unit has a 2NxN, a 2NxnU or a 2NxnD partition type which includes a prediction unit 0 positioned above a prediction unit 1, removing the above merge candidate from the merge candidate set for prediction unit 1, and when the current coding unit has an Nx2N, an nLx2N or an nRx2N partition type which includes a prediction unit 0 positioned to the left of a prediction unit 1, removing the left merge candidate from the merge candidate set for prediction unit 1; and performing a merge motion vector prediction process for the current prediction unit using the merge candidate set.
A bacterial composition comprising at least one Microbacterium strain, said composition having a plant-growth promoting effect upon administration to seeds, seedlings and plants, wherein the Microbacterium strain is chosen from the strains EC6, EC8, EC19, W283, EC6, W211, W219, W236, W269, or any other strain with a genetic correspondence with Microbacterium sp. EC8 as based on 16S rRNA gene of at least 96%.
A method for forming optical fiber, characterized in that, the method comprises: melting a fiber preform at 2000 degrees Celsius and above, and drawing the fiber preform into a filament; cooling the filament to 45 to 55 degrees Celsius; coating an acrylic resin having a viscosity of 2000 to 5000cps on the cooled filament, which is solidified by ultraviolet to obtain a primary coated filament; coating an organic silicone resin having a viscosity of 3000 to 8000cps on the primary coated filament, which is solidified by ultraviolet to obtain the optical fiber. melting a fiber preform at 2000 degrees Celsius and above, and drawing the fiber preform into a filament; cooling the filament to 45 to 55 degrees Celsius; coating an acrylic resin having a viscosity of 2000 to 5000cps on the cooled filament, which is solidified by ultraviolet to obtain a primary coated filament; coating an organic silicone resin having a viscosity of 3000 to 8000cps on the primary coated filament, which is solidified by ultraviolet to obtain the optical fiber.
Device for recovering nanometer or sub-micron particles carried by a gas by generating stabilized suspensions of nanometer or sub-micron particles, said device including a vessel which comprises: - means for injecting at least one liquid into the vessel, - gas discharge means in the upper portion of the vessel after particle filtering means, - particle suspension outlet means, characterised in that the device further comprises a liquid ring pump, intended to transfer and disperse, in a liquid, all or part of the nanometer or sub-micron particles carried by a gas, the pump including: - means for introducing a gas laden with nanometer or sub-micron particles into the pump, - means for injecting at least one liquid into the pump and - means for discharging a mixture comprising the liquid laden with particles and the gas obtained at the end of the transfer of particles, and characterised in that the vessel further comprises: - means for introducing said mixture into the vessel and - at least one electro-acoustic transducer of the piezoelectric pellet type, intended to be immersed within the vessel in a liquid, to generate a fog of micron-sized droplets above the surface of the liquid by production of acoustic waves that propagate up to the surface of the liquid. - means for injecting at least one liquid into the vessel, - gas discharge means in the upper portion of the vessel after particle filtering means, - particle suspension outlet means, - means for introducing a gas laden with nanometer or sub-micron particles into the pump, - means for injecting at least one liquid into the pump and - means for discharging a mixture comprising the liquid laden with particles and the gas obtained at the end of the transfer of particles, - means for introducing said mixture into the vessel and - at least one electro-acoustic transducer of the piezoelectric pellet type, intended to be immersed within the vessel in a liquid, to generate a fog of micron-sized droplets above the surface of the liquid by production of acoustic waves that propagate up to the surface of the liquid.
A pharmaceutical combination comprising:: a compound which is a polyunsaturated fatty acid of formula COOH-CHOH-(CH 2) 6 -(CH=CH-CH 2) 2 -(CH 2) 3 -CH 3 (ABTL0812), a pharmaceutically acceptable salt thereof, or a combination thereof and: a chemotherapeutic agent compound, wherein Compound is at least one chemotherapeutic agent compound selected from the group consisting of: Docetaxel; Paclitaxel; Nab-paclitaxel; Carboplatin; Cisplatin; Oxaliplatin; and Retinoic acid for the simultaneous, separate or sequential use in the treatment of a cancer in a human patient.: a compound which is a polyunsaturated fatty acid of formula COOH-CHOH-(CH 2) 6 -(CH=CH-CH 2) 2 -(CH 2) 3 -CH 3 (ABTL0812), a pharmaceutically acceptable salt thereof, or a combination thereof and: a chemotherapeutic agent compound, wherein Compound is at least one chemotherapeutic agent compound selected from the group consisting of: Docetaxel; Paclitaxel; Nab-paclitaxel; Carboplatin; Cisplatin; Oxaliplatin; and Retinoic acid for the simultaneous, separate or sequential use in the treatment of a cancer in a human patient. Docetaxel; Paclitaxel; Nab-paclitaxel; Carboplatin; Cisplatin; Oxaliplatin; and Retinoic acid for the simultaneous, separate or sequential use in the treatment of a cancer in a human patient.
An anisotropically elongated thermoelectric nanocomposite comprising a thermoelectric material, characterised in that the nanocomposite consists of anisotropically elongated, concentrically superlatticed thermoelectric nanocomposites comprising: a plurality of multi-layered nanowire structures embedded in a nanoporous insulating matrix, wherein each of the plurality of multi-layered nanowire structures comprises the thermoelectric material, wherein the thermoelectric material is a multi-layered cylindrical thermoelectric material; and an insulating layer deposited between layers of the multi-layered cylindrical thermoelectric material. a plurality of multi-layered nanowire structures embedded in a nanoporous insulating matrix, wherein each of the plurality of multi-layered nanowire structures comprises the thermoelectric material, wherein the thermoelectric material is a multi-layered cylindrical thermoelectric material; and an insulating layer deposited between layers of the multi-layered cylindrical thermoelectric material. a multi-layered cylindrical thermoelectric material; and an insulating layer deposited between layers of the multi-layered cylindrical thermoelectric material.
A frequency domain parameter sequence generating method comprising: where p is an integer equal to or greater than 1, and a linear prediction coefficient sequence obtained by linear prediction analysis of audio signals in a predetermined time segment is represented as a, a,..., a[p]; ω, ω,..., ω[p] is one of a line spectrum pair, LSP, parameter sequence derived from the linear prediction coefficient sequence a, a,..., a[p], an LSP frequencies, LSF, parameter sequence derived from the linear prediction coefficient sequence a, a,..., a[p], and a frequency domain parameter sequence which is derived from the linear prediction coefficient sequence a, a,..., a[p] and in which all of ω, ω,..., ω[p] are present from 0 to π and, when all of linear prediction coefficients contained in the linear prediction coefficient sequence are 0, ω, ω,..., ω[p] are present from 0 to π at equal intervals; and each γ1 and γ2 is a positive constant equal to or smaller than 1, γ1≠γ2 hold, and K is a predetermined p×p band matrix in which only diagonal elements and elements that neighbor the diagonal elements in row direction have non-zero values, a parameter sequence conversion step of generating a converted frequency domain parameter sequence ∼ω, ∼ω,..., ∼ω[p] defined by a following formula, ω ̃ 1 ω ̃ 2 ⋮ ω ̃ p = K ω 1 − π p + 1 ω 2 − 2 π p + 1 ⋮ ω p − pπ p + 1 γ 2 − γ 1 + ω 1 ω 2 ⋮ ω p. where p is an integer equal to or greater than 1, and a linear prediction coefficient sequence obtained by linear prediction analysis of audio signals in a predetermined time segment is represented as a, a,..., a[p]; ω, ω,..., ω[p] is one of a line spectrum pair, LSP, parameter sequence derived from the linear prediction coefficient sequence a, a,..., a[p], an LSP frequencies, LSF, parameter sequence derived from the linear prediction coefficient sequence a, a,..., a[p], and a frequency domain parameter sequence which is derived from the linear prediction coefficient sequence a, a,..., a[p] and in which all of ω, ω,..., ω[p] are present from 0 to π and, when all of linear prediction coefficients contained in the linear prediction coefficient sequence are 0, ω, ω,..., ω[p] are present from 0 to π at equal intervals; and an LSP frequencies, LSF, parameter sequence derived from the linear prediction coefficient sequence a, a,..., a[p], and a frequency domain parameter sequence which is derived from the linear prediction coefficient sequence a, a,..., a[p] and in which all of ω, ω,..., ω[p] are present from 0 to π and, when all of linear prediction coefficients contained in the linear prediction coefficient sequence are 0, ω, ω,..., ω[p] are present from 0 to π at equal intervals; and each γ1 and γ2 is a positive constant equal to or smaller than 1, γ1≠γ2 hold, and K is a predetermined p×p band matrix in which only diagonal elements and elements that neighbor the diagonal elements in row direction have non-zero values, a parameter sequence conversion step of generating a converted frequency domain parameter sequence ∼ω, ∼ω,..., ∼ω[p] defined by a following formula, ω ̃ 1 ω ̃ 2 ⋮ ω ̃ p = K ω 1 − π p + 1 ω 2 − 2 π p + 1 ⋮ ω p − pπ p + 1 γ 2 − γ 1 + ω 1 ω 2 ⋮ ω p.