mhurhangee/patent-ind-claim-en huggingface dataset:
A thermal barrier coated component, comprising: a substrate ; a thermal barrier coating applied onto the substrate, said thermal barrier coating comprising, a metallic bond coat layer on the substrate, said metallic bond coat layer including rare-earth luminescent dopants; a ceramic top coat layer on the bond coat layer; and a temperature sensing thermally grown oxide (TGO) layer formed at the interface of the bond coat layer and ceramic top coat layer, said temperature sensing TGO layer includes grown rare-earth luminescent ions migrated from the metallic bond coat layer in an amount sufficient to enable luminescence sensing of the TGO layer for real-time phosphor thermometry temperature measurements at the TGO layer. a substrate ; a thermal barrier coating applied onto the substrate, said thermal barrier coating comprising, a metallic bond coat layer on the substrate, said metallic bond coat layer including rare-earth luminescent dopants; a ceramic top coat layer on the bond coat layer; and a temperature sensing thermally grown oxide (TGO) layer formed at the interface of the bond coat layer and ceramic top coat layer, said temperature sensing TGO layer includes grown rare-earth luminescent ions migrated from the metallic bond coat layer in an amount sufficient to enable luminescence sensing of the TGO layer for real-time phosphor thermometry temperature measurements at the TGO layer. a ceramic top coat layer on the bond coat layer; and a temperature sensing thermally grown oxide (TGO) layer formed at the interface of the bond coat layer and ceramic top coat layer, said temperature sensing TGO layer includes grown rare-earth luminescent ions migrated from the metallic bond coat layer in an amount sufficient to enable luminescence sensing of the TGO layer for real-time phosphor thermometry temperature measurements at the TGO layer.
An article of footwear comprising: a sole structure ; an upper including a front section and a rear section , both secured to the sole structure ; wherein the front section is fixed to the sole structure at least partially forward of the rear section and includes a first portion and a second portion that together define a foot-receiving cavity over the sole structure , and a foot entry opening of the foot-receiving cavity ; a zipper secured to the first portion and to the second portion and including a slider movable between a zipped position and an unzipped position; wherein the first portion and the second portion are zipped to one another when the slider is in the zipped position; an anchor (66A; 66B) secured to at least one of the front section or the sole structure ; and a cord engaged with the zipper , with the rear section of the upper, and with the anchor (66A; 66B); wherein the anchor (66A; 66B) is disposed so that the cord pulls the rear section toward the front section so that the rear section partially closes the foot entry opening when the slider is moved from the unzipped position to the zipped position. a sole structure ; an upper including a front section and a rear section , both secured to the sole structure ; wherein the front section is fixed to the sole structure at least partially forward of the rear section and includes a first portion and a second portion that together define a foot-receiving cavity over the sole structure , and a foot entry opening of the foot-receiving cavity ; a zipper secured to the first portion and to the second portion and including a slider movable between a zipped position and an unzipped position; wherein the first portion and the second portion are zipped to one another when the slider is in the zipped position; an anchor (66A; 66B) secured to at least one of the front section or the sole structure ; and a cord engaged with the zipper , with the rear section of the upper, and with the anchor (66A; 66B); wherein the anchor (66A; 66B) is disposed so that the cord pulls the rear section toward the front section so that the rear section partially closes the foot entry opening when the slider is moved from the unzipped position to the zipped position.
A method for effecting carrier aggregation for a mobile terminal in a cellular network environment between a first carrier of a Frequency Division Duplex, FDD, system and a second carrier of a Time Division Duplex, TDD, system, a receiver of one of the FDD or TDD systems being susceptible to interference from a transmitter of the other system, the method comprising: setting at least one parameter of the receiver of the one system and/or the transmitter of the other system in respect of an edge of a frequency allocation to increase a frequency separation between a filter band of the receiver of the one of the FDD or TDD systems and a filter band of the transmitter of the other system compared with a frequency separation between a frequency allocation for the receiver of the one of the FDD or TDD systems and a frequency allocation for the transmitter of the other system, such that a non-zero throughput is achieved by communication of the first carrier and a non-zero throughput is achieved by communication of the second carrier; and wherein the at least one parameter in respect of an edge of the frequency allocation comprises one or more of: a resource allocation parameter; a frequency spectral profile parameter; a power profile parameter; a filter configuration parameter. setting at least one parameter of the receiver of the one system and/or the transmitter of the other system in respect of an edge of a frequency allocation to increase a frequency separation between a filter band of the receiver of the one of the FDD or TDD systems and a filter band of the transmitter of the other system compared with a frequency separation between a frequency allocation for the receiver of the one of the FDD or TDD systems and a frequency allocation for the transmitter of the other system, such that a non-zero throughput is achieved by communication of the first carrier and a non-zero throughput is achieved by communication of the second carrier; and wherein the at least one parameter in respect of an edge of the frequency allocation comprises one or more of: a resource allocation parameter; a frequency spectral profile parameter; a power profile parameter; a filter configuration parameter.
A load carrying structure for a multirotor wind turbine , the load carrying structure being arranged for carrying two or more energy generating units of the multirotor wind turbine , and for being connected to a tower structure of the multirotor wind turbine , the load carrying structure comprising: - a first load carrying arrangement and a second load carrying arrangement , each load carrying arrangement being arranged to carry at least one energy generating unit , - each load carrying arrangement comprising a primary structure and at least two secondary structures , the secondary structures extending on opposing sides of the primary structure between an energy generating unit carried by the load carrying arrangement and an attachment point at the tower structure , wherein gravity acting on the energy generating units causes push in the primary structures and pull in the secondary structures , thereby causing preload of the secondary structures , and characterized in that the primary structure extends from a position behind the tower structure to a position in front of the tower structure , thereby positioning rotors of the energy generating units in front of the tower structure . - a first load carrying arrangement and a second load carrying arrangement , each load carrying arrangement being arranged to carry at least one energy generating unit , - each load carrying arrangement comprising a primary structure and at least two secondary structures , the secondary structures extending on opposing sides of the primary structure between an energy generating unit carried by the load carrying arrangement and an attachment point at the tower structure ,
A method for continuously cleaning a moving strip (S) in a cleaning installation comprising a tank containing an aqueous solution , at least a roll immerged in said aqueous solution for guiding said strip into said tank, at least an ultrasound emitting mean , means for feeding an aqueous solution inside said tank, means for emptying said tank, means for controlling the power of said at least one ultrasound emitting mean, characterised in that the installation comprises means for estimating the aqueous solution level in the tank, means for calculating, for each ultrasound emitting mean, its distance to the aqueous solution level and characterised by the method comprising the following steps, performed continuously: - estimating the aqueous solution level in the tank, - calculating for each ultrasound emitting mean its distance to the aqueous solution level, - comparing for each ultrasound emitting mean its distance to the aqueous solution level to a determined threshold, - decreasing the power of an ultrasound emitting mean having its distance to the aqueous solution level under said determined threshold. - estimating the aqueous solution level in the tank, - calculating for each ultrasound emitting mean its distance to the aqueous solution level, - comparing for each ultrasound emitting mean its distance to the aqueous solution level to a determined threshold, - decreasing the power of an ultrasound emitting mean having its distance to the aqueous solution level under said determined threshold.
A method performed by at least one computer processor executing computer program instructions stored on at least one first non-transitory computer-readable medium, the method comprising: (A) a first storage module receiving data representing a filling of a first container with a first product ;(B) the first storage module determining whether a network connection exists between the first storage module and an external database to determine that the external database is not accessible over a network ; (C) in response to determining that the external database is not accessible over the network , the first storage module storing, in a second non-transitory computer-readable medium , without accessing the network , data representing:a product type of the first product ;an amount of the first product filled into the first container ;a unique identity of the first container ;anda unique identity of a first user of the first container at the time of filling the first container with the first product ; and(D) after (B) and (C), the first storage module determining whether a network connection exists between the first storage module and an external database to determine that the external database is accessible over the network ; (E) in response to determining that the external database is accessible over the network , the first storage module storing the data in (C) in at least one first record in the external database ; and(F) dispensing at least some of the first product from the first container , and storing, in at least one second record in the external database , data representing the dispensing;wherein the dispensing comprises consuming at least some of the first product at each of a plurality of locations L, and wherein (F) comprises:for each of the plurality of locations L, storing, inthe data representing the dispensing: data representing an amount of the first product consumed from the first container at location L; and data representing the location L,wherein the external database comprises a distributed ledger.
Rivet connection having a hollow rivet, wherein the hollow rivet is composed of plastics material and connects a first component to a second component , wherein the first component has a first surface and the second component has a second and third surface , wherein the first surface of the first component and the second surface of the second component bear on one another, and the second component has a first opening between the second and third surface , wherein the hollow rivet has a tubular component having a lateral wall , a cavity and a first end and a second end , wherein part of the tubular component is disposed in the first opening of the second component , and the tubular component by way of the second end thereof protrudes beyond the second component , characterized in that the lateral wall of the tubular component , along the circumference thereof neighbouring the first opening above the third surface of the second component and only below the second end , is heated from the side by means of a laser and compressed and thus configures an outwardly bulging region such that part of the outwardly bulging region contacts the third surface of the second component , wherein the lateral wall on the second end of the tubular component is not plasticized.
A method for optimizing automated packaging of a shipment set comprising the steps of: - arranging at least two items (12, 14; 50, 52; 88, 90) forming the shipment set in an arrangement for being automatically packaged, - by using an image obtaining device , obtaining three-dimensional image data of said arrangement, - by using a computer system, processing said image data to obtain information on the dimensions of individual items present in said arrangement and on the orientation and position of said items in said arrangement, - by using a computer system, performing an analysis of said information with respect to at least one optimization criterion and - by using a computer system, depending on said analysis, generating signals indicating to either proceed with automated packaging of said arrangement or to modify or to divert said arrangement. - arranging at least two items (12, 14; 50, 52; 88, 90) forming the shipment set in an arrangement for being automatically packaged, - by using an image obtaining device , obtaining three-dimensional image data of said arrangement, - by using a computer system, processing said image data to obtain information on the dimensions of individual items present in said arrangement and on the orientation and position of said items in said arrangement, - by using a computer system, performing an analysis of said information with respect to at least one optimization criterion and - by using a computer system, depending on said analysis, generating signals indicating to either proceed with automated packaging of said arrangement or to modify or to divert said arrangement.
A modified oligonucleotide consisting of 12 to 25 linked nucleosides, for use in a method of treating Alport Syndrome comprising administering to a subject having or suspected of having Alport Syndrome the modified oligonucleotide, wherein the nucleobase sequence of the modified oligonucleotide is complementary to miR-21.
A method for determining the color of a street marking , comprising: capturing an image of a street , detecting a street marking as a set of pixels provided by the image , wherein the pixels include two different pieces of color information, wherein a color score is determined by calculating a proportion of the two different pieces of color information , wherein the color score represents a value indicating the detected color of the street marking, determining the color of the street marking by comparing the color score to at least one threshold value , gathering the color scores determined for a plurality of street markings , and determining the at least one threshold value based on the statistical distribution of the gathered color scores modelled as a superposition of a plurality of statistical color distributions, wherein each of the statistical color distributions correspond to a color of the street marking, wherein a red-clear camera is used for capturing the image, such that the image has pixels with red color information and clear color information , wherein the clear color information corresponds to pixels having no red, green or blue color distinction. capturing an image of a street , detecting a street marking as a set of pixels provided by the image , wherein the pixels include two different pieces of color information, wherein a color score is determined by calculating a proportion of the two different pieces of color information , wherein the color score represents a value indicating the detected color of the street marking, determining the color of the street marking by comparing the color score to at least one threshold value , gathering the color scores determined for a plurality of street markings , and determining the at least one threshold value based on the statistical distribution of the gathered color scores modelled as a superposition of a plurality of statistical color distributions, wherein each of the statistical color distributions correspond to a color of the street marking, wherein a red-clear camera is used for capturing the image, such that the image has pixels with red color information and clear color information , wherein the clear color information corresponds to pixels having no red, green or blue color distinction.
A laminated glazing comprising a first transparent sheet intended, in the mounting position of the glazing, to constitute the exterior face thereof, a second transparent sheet bonded to the first by means of an adhesive interlayer , a heating layer supplied with electric current by leads positioned at the periphery of the glazing, and a mask also positioned at the periphery of the glazing between the first transparent sheet and the leads so as to hide the latter from view from the outside in the mounting position of the laminated glazing, characterized in that the heating layer and the mask are on the same plane of the laminated structure of the glazing.
A titanium alloy part, comprising, by mass%: Al: 1.0 to 8.0%; Fe: 0.10 to 0.40%; O: 0.00 to 0.30%; C: 0.00 to 0.10%; Sn: 0.00 to 0.20%; Si: 0.00 to 0.15%; and the balance: Ti and impurities, wherein: an average grain diameter of α-phase crystal grains is 15.0 μm or less; an average aspect ratio of the α-phase crystal grains is 1.0 or more and 3.0 or less; and a coefficient of variation of a number density of β-phase crystal grains distributed in the α phase is 0.30 or less. Al: 1.0 to 8.0%; Fe: 0.10 to 0.40%; O: 0.00 to 0.30%; C: 0.00 to 0.10%; Sn: 0.00 to 0.20%; Si: 0.00 to 0.15%; and the balance: Ti and impurities, wherein: an average grain diameter of α-phase crystal grains is 15.0 μm or less; an average aspect ratio of the α-phase crystal grains is 1.0 or more and 3.0 or less; and a coefficient of variation of a number density of β-phase crystal grains distributed in the α phase is 0.30 or less. an average grain diameter of α-phase crystal grains is 15.0 μm or less; an average aspect ratio of the α-phase crystal grains is 1.0 or more and 3.0 or less; and a coefficient of variation of a number density of β-phase crystal grains distributed in the α phase is 0.30 or less.
Actively driven pressure relief system for a container, a building, an enclosure, or a cubicle with an electrical installation , the actively driven pressure relief system including a panel and comprising: a fault detection device for detecting an arc fault in the electrical installation of the container, the building, the enclosure or the cubicle; a triggering unit for triggering an opening signal for the panel upon detection of an arc fault by the fault detection device; and a panel opening mechanism , said actively driven pressure relief system being characterized in that the panel opening mechanism opens the panel in a destructive manner. a fault detection device for detecting an arc fault in the electrical installation of the container, the building, the enclosure or the cubicle; a triggering unit for triggering an opening signal for the panel upon detection of an arc fault by the fault detection device; and a panel opening mechanism , said actively driven pressure relief system being characterized in that the panel opening mechanism opens the panel in a destructive manner.
A computer-implemented method for dynamically scheduling network scanning tasks, the method comprising: receiving an identification of a scanning task associated with an electronic item that is accessible via a network ; scheduling , using a processor , the scanning task to be repeatedly executed according to an execution frequency, wherein the execution frequency corresponds to a time interval between each execution of the scanning task; receiving a first set of scan results generated by a first execution, at a first execution time, of the scanning task, the first set of scan results comprising information associated with a first set of detected activities associated with the electronic item; receiving a second set of scan results generated by a second execution, at a second execution time, of the scanning task, the second set of scan results comprising information associated with a second set of detected activities associated with the electronic item; comparing the first and second sets of scan results , wherein the information associated with the first and second sets of detected activities associated with the electronic item comprises a first set of network identifiers and a second set of network identifiers, respectively; and in response to determining that the second set of network identifiers contains network identifiers not included in the first set of network identifiers, increasing the execution frequency . receiving an identification of a scanning task associated with an electronic item that is accessible via a network ; scheduling , using a processor , the scanning task to be repeatedly executed according to an execution frequency, wherein the execution frequency corresponds to a time interval between each execution of the scanning task; receiving a first set of scan results generated by a first execution, at a first execution time, of the scanning task, the first set of scan results comprising information associated with a first set of detected activities associated with the electronic item; receiving a second set of scan results generated by a second execution, at a second execution time, of the scanning task, the second set of scan results comprising information associated with a second set of detected activities associated with the electronic item; comparing the first and second sets of scan results , wherein the information associated with the first and second sets of detected activities associated with the electronic item comprises a first set of network identifiers and a second set of network identifiers, respectively; and in response to determining that the second set of network identifiers contains network identifiers not included in the first set of network identifiers, increasing the execution frequency .
Process for treating a solid carbonaceous material containing aluminum, fluorides and Na + ions that comprises the steps of: (a) leaching said solid carbonaceous material with at least one aqueous alkaline solution to form: (i) an extraction solution comprising said aluminum in hydrosoluble form, said fluorides and said Na + ions, and (ii) at least one solid insoluble residue; (b) separating said solid insoluble residue from said extraction solution; (c) subjecting said extraction solution free from said solid insoluble residue to a membrane electrolysis process to form at least one precipitate comprising said aluminum and at least one NaOH aqueous solution, wherein said precipitate is a compound selected from: Na 3 AlF 6 , AlF 3 and mixtures thereof. (a) leaching said solid carbonaceous material with at least one aqueous alkaline solution to form: (i) an extraction solution comprising said aluminum in hydrosoluble form, said fluorides and said Na + ions, and (ii) at least one solid insoluble residue; (b) separating said solid insoluble residue from said extraction solution; (c) subjecting said extraction solution free from said solid insoluble residue to a membrane electrolysis process to form at least one precipitate comprising said aluminum and at least one NaOH aqueous solution, wherein said precipitate is a compound selected from: Na 3 AlF 6 , AlF 3 and mixtures thereof.