mhurhangee/patent-ind-claim-en huggingface dataset:
An insertion device of yarn-like articles for a flat knitting machine, comprising: a carrier movable on a rail of the flat knitting machine; an electric power supply provided in the carrier ; a motor provided in the carrier ; and characterized by a pair of rollers capable of sending out a yarn-like article provided in the carrier , wherein at least one of the pair of rollers is a driving roller driven by said motor , a cutting device capable of cutting the yarn-like article sent out by said pair of rollers and provided at a downstream position from said pair of rollers in the carrier , and an elevation means for raising and lowering said motor , said pair of rollers , and said cutting device , relative to said carrier , and provided in said carrier . a carrier movable on a rail of the flat knitting machine; an electric power supply provided in the carrier ; a motor provided in the carrier ; and characterized by a pair of rollers capable of sending out a yarn-like article provided in the carrier , wherein at least one of the pair of rollers is a driving roller driven by said motor , a cutting device capable of cutting the yarn-like article sent out by said pair of rollers and provided at a downstream position from said pair of rollers in the carrier , and an elevation means for raising and lowering said motor , said pair of rollers , and said cutting device , relative to said carrier , and provided in said carrier .
A metal clip configured to be disposed on chips to connect the chips to each other, comprising: a plurality of bonding parts each having a lower surface configured to bond to an upper surface of each of the chips ; an outer side part formed at each of the bonding parts to extend upward from at least a portion of an outer side of respective ones of the bonding parts to form a step therefrom, and characterized by a pressing groove recessed inward along a boundary between an upper surface of each of the bonding parts and the outer side part , on the upper surface of each of the bonding parts . a plurality of bonding parts each having a lower surface configured to bond to an upper surface of each of the chips ; an outer side part formed at each of the bonding parts to extend upward from at least a portion of an outer side of respective ones of the bonding parts to form a step therefrom, and characterized by a pressing groove recessed inward along a boundary between an upper surface of each of the bonding parts and the outer side part , on the upper surface of each of the bonding parts .
A method for preparing a particulate decellularized tissue comprising a step of applying a high hydrostatic pressure to animal-derived tissues in a medium, wherein said high hydrostatic pressure is 2 to 1,500 MPa, and wherein said high hydrostatic pressure is applied after the animal-derived tissues are pulverized.
A light emitting device comprising: a substrate extending in a first direction (D1) corresponding to a longitudinal direction of the substrate ; wherein the substrate includes a flexible base , a plurality of wiring portions arranged on the base and a groove portion formed between the plurality of wiring portions being spaced apart from each other; a light emitting element disposed on the substrate and electrically connected to the plurality of wiring portions ; and a sealing resin member sealing the light emitting element and a part of the substrate ; wherein the sealing resin member is spaced apart from a first groove portion of the groove portion , the first groove portion extending in a second direction (D2) intersecting the first direction (D1), wherein the sealing resin member and the first groove portion are arranged along the first direction (D1) at different locations, wherein the groove portion comprises a first groove portion , a second groove portion extending in the second direction (D2), and a third groove portion connecting the first groove portion and the second groove portion , and the sealing resin member is disposed over the third groove portion . a substrate extending in a first direction (D1) corresponding to a longitudinal direction of the substrate ; wherein the substrate includes a flexible base , a plurality of wiring portions arranged on the base and a groove portion formed between the plurality of wiring portions being spaced apart from each other; a light emitting element disposed on the substrate and electrically connected to the plurality of wiring portions ; and a sealing resin member sealing the light emitting element and a part of the substrate ; wherein the sealing resin member is spaced apart from a first groove portion of the groove portion , the first groove portion extending in a second direction (D2) intersecting the first direction (D1), wherein the sealing resin member and the first groove portion are arranged along the first direction (D1) at different locations, wherein the groove portion comprises a first groove portion , a second groove portion extending in the second direction (D2), and a third groove portion connecting the first groove portion and the second groove portion , and the sealing resin member is disposed over the third groove portion . wherein the sealing resin member is spaced apart from a first groove portion of the groove portion , the first groove portion extending in a second direction (D2) intersecting the first direction (D1), wherein the sealing resin member and the first groove portion are arranged along the first direction (D1) at different locations, wherein the groove portion comprises a first groove portion , a second groove portion extending in the second direction (D2), and a third groove portion connecting the first groove portion and the second groove portion , and the sealing resin member is disposed over the third groove portion .
A method for in vitro diagnosing radiation-resistant colon cancer comprising: measuring mRNA expression level of LRP-1 gene or expression level of LRP-1 protein from a sample isolated from a colon cancer patient; comparing the mRNA expression level of the LRP-1 gene or the expression level of the LRP-1 protein with a control sample; and determining that the colon cancer is a radiation-resistant colon cancer when the mRNA expression level of the LRP-1 gene or the expression level of the LRP-1 protein is higher than that of the control sample. measuring mRNA expression level of LRP-1 gene or expression level of LRP-1 protein from a sample isolated from a colon cancer patient; comparing the mRNA expression level of the LRP-1 gene or the expression level of the LRP-1 protein with a control sample; and determining that the colon cancer is a radiation-resistant colon cancer when the mRNA expression level of the LRP-1 gene or the expression level of the LRP-1 protein is higher than that of the control sample.
An absorbent core comprising a longitudinally folded multi-layer absorbent laminate of at least three layers, the absorbent laminate comprising an upper laminate layer ; a lower laminate layer ; and wherein an absorbent layer is positioned between the upper laminate layer and the lower laminate layer , the absorbent layer comprises greater than 90 percent by weight super absorbent polymer, characterized in that - a channel extends longitudinally along the folded absorbent laminate; - a first set of laminate layers is positioned on one side of the channel and a second set of laminate layers is positioned on the other side of the channel; - a plurality of liquid passageways positioned between the laminate layers, - certain of the liquid passageways open toward the central channel and certain other of the liquid passageways open toward the sides of the folded laminate, and - either the passageways that open towards the channel or the passageways that open towards the laminate sides are laterally spaced from one another to form a terraced profile. an upper laminate layer ; a lower laminate layer ; and - a channel extends longitudinally along the folded absorbent laminate; - a first set of laminate layers is positioned on one side of the channel and a second set of laminate layers is positioned on the other side of the channel; - a plurality of liquid passageways positioned between the laminate layers, - certain of the liquid passageways open toward the central channel and certain other of the liquid passageways open toward the sides of the folded laminate, and - either the passageways that open towards the channel or the passageways that open towards the laminate sides are laterally spaced from one another to form a terraced profile.
A security element for security papers, value documents and the like, having a feature region that selectively influences incident electromagnetic radiation and that includes metallic nanostructures in which volume or surface plasmons are excited and/ or resonance effects are caused by the incident electromagnetic radiation and the feature region includes, as metallic nanostructures, one or more subwavelength gratings having grating periods below the wavelength of visible light, characterized in that the subwavelength gratings are formed as binary structures that include exclusively planar metallic areal sections on only two different height levels, the subwavelength gratings having a lateral variation in the grating profiles, specifically a lateral variation in the profile depths, in order to produce laterally differing color impressions, and the security element including, composed of a plurality of pixel elements, a colored image in which, in each case, the grating profiles are constant within a pixel element, and the grating profiles of different colored pixel elements are differently developed in accordance with the respective color impression.
A trailer brake control method, comprising: determining , based on information from a vehicle speed sensor , a current vehicle speed of a vehicle ; at all vehicle speeds of the vehicle, determining, using a processing unit , a minimum trailer brake control value (MTBCV) based on the equation MTBCV = R1 - Cth root(the current vehicle speed)/R2, wherein the minimum trailer brake control value corresponds to a minimum braking force at the current vehicle speed, R1 is a real number less than 1.0, Cis an integer greater than 2, and R2 is a real number greater than 1.0; determining, using the processing unit, a trailer brake command signal based on the minimum trailer brake control value; and operating brakes of a trailer connected to the vehicle at or above the minimum braking force by transmitting the trailer brake command signal from the vehicle to a trailer. determining , based on information from a vehicle speed sensor , a current vehicle speed of a vehicle ; at all vehicle speeds of the vehicle, determining, using a processing unit , a minimum trailer brake control value (MTBCV) based on the equation MTBCV = R1 - Cth root(the current vehicle speed)/R2, wherein the minimum trailer brake control value corresponds to a minimum braking force at the current vehicle speed, R1 is a real number less than 1.0, Cis an integer greater than 2, and R2 is a real number greater than 1.0; determining, using the processing unit, a trailer brake command signal based on the minimum trailer brake control value; and operating brakes of a trailer connected to the vehicle at or above the minimum braking force by transmitting the trailer brake command signal from the vehicle to a trailer.
A phenolic resin foam comprising a phenolic resin, a blowing agent and a surfactant, the blowing agent comprising two or more types of halogenated hydrocarbons, including at least one type of halogenated unsaturated hydrocarbon, the phenolic resin foam having: an average cell diameter of 120 μm or less; a thermal conductivity of 0.019 W/m·K or less; and a limiting oxygen index of 28 % or more, wherein the average cell diameter is determined as indicated in the description, the thermal conductivity is measured in accordance with JIS A 9511: 2009, and the limiting oxygen index is measured in accordance with JIS K 7201-2: 2007, wherein the blowing agent comprises a chlorinated saturated hydrocarbon and the chlorinated saturated hydrocarbon is isopropyl chloride, and the at least one type of halogenated unsaturated hydrocarbon is at least one selected from the group consisting of trans-1-chloro-3,3,3-trifluoropropene and cis-1,1,1,4,4,4-hexafluoro-2-butene. an average cell diameter of 120 μm or less; a thermal conductivity of 0.019 W/m·K or less; and a limiting oxygen index of 28 % or more, wherein the average cell diameter is determined as indicated in the description, the thermal conductivity is measured in accordance with JIS A 9511: 2009, and the limiting oxygen index is measured in accordance with JIS K 7201-2: 2007, wherein the blowing agent comprises a chlorinated saturated hydrocarbon and the chlorinated saturated hydrocarbon is isopropyl chloride, and the at least one type of halogenated unsaturated hydrocarbon is at least one selected from the group consisting of trans-1-chloro-3,3,3-trifluoropropene and cis-1,1,1,4,4,4-hexafluoro-2-butene.
A laundry care machine , comprising a thermal insulation part , a first thermal insulated part and a second thermal insulated part that are adjacently disposed, characterized in that the thermal insulation part comprises: a first thermal insulation pad , a second thermal insulation pad , and a girder connecting the first thermal insulation pad to the second thermal insulation pad , the first thermal insulation pad is disposed opposite to the second thermal insulation pad , and the first thermal insulation pad and the second thermal insulation pad have a gap that accommodates at least a part of the first thermal insulated part, wherein the thermal insulation part is installed on the first thermal insulated part, and the second thermal insulation pad separates the first thermal insulated part from the second thermal insulated part. a thermal insulation part , a first thermal insulated part and a second thermal insulated part that are adjacently disposed, characterized in that the thermal insulation part comprises: a first thermal insulation pad , a second thermal insulation pad , and a girder connecting the first thermal insulation pad to the second thermal insulation pad , the first thermal insulation pad is disposed opposite to the second thermal insulation pad , and the first thermal insulation pad and the second thermal insulation pad have a gap that accommodates at least a part of the first thermal insulated part, wherein the thermal insulation part is installed on the first thermal insulated part, and the second thermal insulation pad separates the first thermal insulated part from the second thermal insulated part.
A computer-implemented method for distributing testing plans, comprising: at a server having one or more processors and memory storing instructions for execution by the one or more processors, wherein the server is coupled to a plurality of user devices : causing a user device configured as a test agent to implement a testing plan for testing a network configuration regarding zero-rating, comprising causing the test agent to send one or more requests to one or more respective predetermined IP addresses; receiving first data indicating results of the one or more requests; using the first data to identify whether the network configuration is potentially misconfigured regarding zero-rating; and before causing the user device configured as the test agent to implement the testing plan: identifying the user device as satisfying a predefined likelihood of having a zero balance for network access; and selecting the identified user device as the test agent, wherein identifying the user device as satisfying the predefined likelihood of having a zero balance comprises detecting that a request from the user device for non-zero-rated content resulted in a redirect to a portal for zero-rated content. causing a user device configured as a test agent to implement a testing plan for testing a network configuration regarding zero-rating, comprising causing the test agent to send one or more requests to one or more respective predetermined IP addresses; receiving first data indicating results of the one or more requests; using the first data to identify whether the network configuration is potentially misconfigured regarding zero-rating; and before causing the user device configured as the test agent to implement the testing plan: identifying the user device as satisfying a predefined likelihood of having a zero balance for network access; and selecting the identified user device as the test agent, wherein identifying the user device as satisfying the predefined likelihood of having a zero balance comprises detecting that a request from the user device for non-zero-rated content resulted in a redirect to a portal for zero-rated content. identifying the user device as satisfying a predefined likelihood of having a zero balance for network access; and selecting the identified user device as the test agent, wherein identifying the user device as satisfying the predefined likelihood of having a zero balance comprises detecting that a request from the user device for non-zero-rated content resulted in a redirect to a portal for zero-rated content.
A computer- implemented method of determining positioning of objects in a scene, said method comprising: obtaining (201; 304) object detection data corresponding to two-dimensional, 2D, images of the scene, said object detection data comprising an object identifier of a respective object in a respective 2D image among the 2D images of the scene and a location of a plurality of reference points of the respective object in the respective 2D image; processing (202; 305-306) the object detection data to identify corresponding objects between pairs of 2D images among the 2D images of the scene and generate candidate association data which associates pairs of objects by associating object identifiers for the corresponding objects; computing (203; 307), based on said location, a plurality of estimated three-dimensional, 3D, positions in a scene coordinate system of the scene for associated pairs of objects in the candidate association data; determining (204; 308) one or more clusters of the plurality of estimated 3D positions; generating (205; 310), based on estimated 3D positions in at least one cluster among the one or more clusters, final association data which associates one or more objects between the 2D images of the scene; and computing (206; 312), based on the final association data, one or more final 3D positions in the scene coordinate system of the scene for one or more reference points among said plurality of reference points of said one or more objects. obtaining (201; 304) object detection data corresponding to two-dimensional, 2D, images of the scene, said object detection data comprising an object identifier of a respective object in a respective 2D image among the 2D images of the scene and a location of a plurality of reference points of the respective object in the respective 2D image; processing (202; 305-306) the object detection data to identify corresponding objects between pairs of 2D images among the 2D images of the scene and generate candidate association data which associates pairs of objects by associating object identifiers for the corresponding objects; computing (203; 307), based on said location, a plurality of estimated three-dimensional, 3D, positions in a scene coordinate system of the scene for associated pairs of objects in the candidate association data; determining (204; 308) one or more clusters of the plurality of estimated 3D positions; generating (205; 310), based on estimated 3D positions in at least one cluster among the one or more clusters, final association data which associates one or more objects between the 2D images of the scene; and computing (206; 312), based on the final association data, one or more final 3D positions in the scene coordinate system of the scene for one or more reference points among said plurality of reference points of said one or more objects.
A method for controlling an electrical power subsystem , the electrical power subsystem comprising a power converter electrically coupled to a generator having a generator rotor and a generator stator , the electrical power subsystem defining a stator power path and a converter power path for providing power to the power grid, the converter power path comprising a partial power transformer , the stator power path bypassing the partial power transformer, the electrical power subsystem further comprising a low voltage distribution panel electrically coupled to the converter power path , the method comprising: determining an auxiliary voltage error value based on a measured voltage of the low voltage distribution panel ; receiving an active current command ; and calculating a switching pattern for a line-side converter of the power converter based on the auxiliary voltage error value and the active current command , wherein a current level produced by the line-side converter controls a voltage to the low voltage distribution panel . determining an auxiliary voltage error value based on a measured voltage of the low voltage distribution panel ; receiving an active current command ; and calculating a switching pattern for a line-side converter of the power converter based on the auxiliary voltage error value and the active current command , wherein a current level produced by the line-side converter controls a voltage to the low voltage distribution panel .
A lighting device comprising: a light source ; a light diffusion plate arranged opposite the light source , the light diffusion plate being configured to diffuse light from the light source ; and a sheet-like optical member , the optical member including a transmitting part that is configured to transmit the light emitted from the light source and a reflecting part that is configured to reflect the light emitted from the light source , the optical member is disposed between the light diffusion plate and the light source , characterised in that the optical member is supported by a support portion that is integrally provided to the light diffusion plate . a light source ; a light diffusion plate arranged opposite the light source , the light diffusion plate being configured to diffuse light from the light source ; and a sheet-like optical member , the optical member including a transmitting part that is configured to transmit the light emitted from the light source and a reflecting part that is configured to reflect the light emitted from the light source , the optical member is disposed between the light diffusion plate and the light source , characterised in that the optical member is supported by a support portion that is integrally provided to the light diffusion plate .
A method for regulating peak to average power ratio, PAR, of an output signal of a crest factor reduction, CFR, circuit , the method comprising: receiving (S100) an input signal at an input of the CFR circuit ; determining (S102) a magnitude of the input signal ; clipping (S104) the input signal magnitude to a target level to produce an error signal by comparing the input signal magnitude to a threshold in a comparator ; filtering (S106) the error signal to produce a processed error signal, the filter providing a bandpass filter frequency response ; and regulating (S108) the PAR of the output signal by scaling the processed error signal by an error scaling factor to achieve a target signal to noise ratio, SNR, for the output signal corresponding to a target error vector magnitude, EVM . receiving (S100) an input signal at an input of the CFR circuit ; determining (S102) a magnitude of the input signal ; clipping (S104) the input signal magnitude to a target level to produce an error signal by comparing the input signal magnitude to a threshold in a comparator ; filtering (S106) the error signal to produce a processed error signal, the filter providing a bandpass filter frequency response ; and regulating (S108) the PAR of the output signal by scaling the processed error signal by an error scaling factor to achieve a target signal to noise ratio, SNR, for the output signal corresponding to a target error vector magnitude, EVM .