mhurhangee/patent-ind-claim-en huggingface dataset:
A wound core formed by a laminate of a plurality of bent bodies formed from a grain-oriented electrical steel sheet having a coating containing phosphorus formed on a surface, which have been stacked in a sheet thickness direction of the grain-oriented electrical steel sheet, wherein each of the plurality of bent bodies is formed in a rectangular shape by having four flat portions and four corner portions adjacent to the flat portions , the corner portion has one or more bent regions having a total bending angle of 87° to 93° in a side view when viewing in a width direction of the steel sheets forming the wound core , the number of deformation twins present in the one or more bent regions in the side view, which is determined in accordance with the description, is five or less per 1 mm of a length of a center line in the one or more bent regions in the sheet thickness direction, and the amount of phosphorus eluted from the corner portion in a case of being boiled in water for 30 minutes which is determined in accordance with the description, is 6.0 mg or less per 1 m 2 of a surface area of the corner portion . wherein each of the plurality of bent bodies is formed in a rectangular shape by having four flat portions and four corner portions adjacent to the flat portions , the corner portion has one or more bent regions having a total bending angle of 87° to 93° in a side view when viewing in a width direction of the steel sheets forming the wound core , the number of deformation twins present in the one or more bent regions in the side view, which is determined in accordance with the description, is five or less per 1 mm of a length of a center line in the one or more bent regions in the sheet thickness direction, and the amount of phosphorus eluted from the corner portion in a case of being boiled in water for 30 minutes which is determined in accordance with the description, is 6.0 mg or less per 1 m 2 of a surface area of the corner portion .
Prosthetic foot comprising a housing , on which a connector for a below-knee prosthesis is arrangeable, comprising a forefoot and a heel , - in which the housing and the forefoot are connected by at least one forefoot spring element , - in which the forefoot and the heel are connected by at least one sole spring element , and - in which the heel and the housing are connected by at least one heel spring element , - wherein in that the end portions of the at least one forefoot spring element and of the at least one sole spring element which are assigned to the forefoot are positioned in relation to one another, by means of at least one holding device , in such a way that the at least one forefoot spring element and the at least one sole spring element are guided displaceably relative to one another along their longitudinal axis during a roll-over movement, characterised - in that an imprint is provided on the at least one forefoot spring element, between a portion of the at least one forefoot spring element lying closely against the housing and the end portion of the at least one forefoot spring element fastened in the forefoot . - in which the housing and the forefoot are connected by at least one forefoot spring element , - in which the forefoot and the heel are connected by at least one sole spring element , and - in which the heel and the housing are connected by at least one heel spring element , - wherein in that the end portions of the at least one forefoot spring element and of the at least one sole spring element which are assigned to the forefoot are positioned in relation to one another, by means of at least one holding device , in such a way that the at least one forefoot spring element and the at least one sole spring element are guided displaceably relative to one another along their longitudinal axis during a roll-over movement, - in that an imprint is provided on the at least one forefoot spring element, between a portion of the at least one forefoot spring element lying closely against the housing and the end portion of the at least one forefoot spring element fastened in the forefoot .
A part (1; 11) comprising a substrate (3; 13) having, adjacent to a surface (S) of the substrate, at least a portion that is made of a material that contains silicon, and an environmental barrier (2; 12) formed on the surface of the substrate, the environmental barrier comprising: - a first layer (7; 17) comprising at least one first rare earth silicate and presenting grains with a mean size less than or equal to 1 pm; and - a second layer (9; 19) covering the first layer, the second layer comprising at least one second rare earth silicate and presenting grains with a mean size greater than 1 μm. - a first layer (7; 17) comprising at least one first rare earth silicate and presenting grains with a mean size less than or equal to 1 pm; and - a second layer (9; 19) covering the first layer, the second layer comprising at least one second rare earth silicate and presenting grains with a mean size greater than 1 μm.
Vulcanisable elastomeric composition for tyre components, comprising: - X phr of a natural rubber from Guayule (A), wherein X is at least equal to 5 phr, wherein said rubber (A) comprises from 5 to 20% by weight of natural resins from Guayule (B), and at least 0.1 phr of at least one antioxidant (C), and wherein said rubber (A) is characterised by Mooney viscosity of at least 40 MU, by Wallace plasticity P0 of at least 25 and by Wallace plasticity P30 of at least 10, - Y phr of at least one solid diene elastomeric polymer (A'), wherein the sum of the rubber phr contained in X and of the phr Y is equal to 100 phr, - at least 10 phr of at least one reinforcing filler (D), - at least 0.05 phr of at least one vulcanising agent (E). - X phr of a natural rubber from Guayule (A), wherein X is at least equal to 5 phr, wherein said rubber (A) comprises from 5 to 20% by weight of natural resins from Guayule (B), and at least 0.1 phr of at least one antioxidant (C), and wherein said rubber (A) is characterised by Mooney viscosity of at least 40 MU, by Wallace plasticity P0 of at least 25 and by Wallace plasticity P30 of at least 10, - Y phr of at least one solid diene elastomeric polymer (A'), - Y phr of at least one solid diene elastomeric polymer (A'), wherein the sum of the rubber phr contained in X and of the phr Y is equal to 100 phr, - at least 10 phr of at least one reinforcing filler (D), - at least 0.05 phr of at least one vulcanising agent (E). - at least 10 phr of at least one reinforcing filler (D), - at least 0.05 phr of at least one vulcanising agent (E).
A demodulation reference signal, DMRS, indicating method, comprising: obtaining (S101), by a network device, DMRS indication information based on DMRS configuration information, wherein the DMRS indication information indicates code division multiplexing, CDM, group information of an antenna port, and the CDM group information comprises a number of CDM groups; and wherein the number of CDM groups is a number of CDM groups that have a possibility of being scheduled and that are not used for transmitting data; wherein a value of the number of CDM groups being 1 indicates that a CDM group 1 is scheduled; a value of the number of CDM groups being 2 indicates that a CDM group 1 and a CDM group 2 are scheduled; or a value of the number of CDM groups being 3 indicates that a CDM group 1, a CDM group 2, and a CDM group 3 are scheduled; sending (S102), by the network device, the DMRS indication information. obtaining (S101), by a network device, DMRS indication information based on DMRS configuration information, wherein the DMRS indication information indicates code division multiplexing, CDM, group information of an antenna port, and the CDM group information comprises a number of CDM groups; and wherein the number of CDM groups is a number of CDM groups that have a possibility of being scheduled and that are not used for transmitting data; wherein a value of the number of CDM groups being 1 indicates that a CDM group 1 is scheduled; a value of the number of CDM groups being 2 indicates that a CDM group 1 and a CDM group 2 are scheduled; or a value of the number of CDM groups being 3 indicates that a CDM group 1, a CDM group 2, and a CDM group 3 are scheduled; sending (S102), by the network device, the DMRS indication information.
A contact layer comprising a solid filler component F and a thermoplastic polymer component P, wherein the amount of the solid filler component F is 10.0 - 90.0 wt.-%, based on the total weight of the contact layer, wherein the solid filler component F comprises at least one mineral binder selected from the group consisting of hydraulic binders, non-hydraulic binders, latent hydraulic binders, and pozzolanic binders, and mixtures thereof and wherein the contact layer comprises not more than 2.5 wt.-% of hydrated mineral binders, based on the total weight of the contact layer, and wherein the contact layer has a thickness of 0.1 - 5.0 mm.
Panel dividing system comprising a handling device for handling at least one workpiece , preferably a stack of preferably planar workpieces, lying on a removal table of the panel dividing system , which removal table in this respect forms a support table, wherein the handling device comprises a base structure , which can be arranged above the at least one workpiece and has a connecting portion for connection to a machine-operable movement device, in particular a robot, by means of which the base structure can be moved, characterized in that at least one first contact device , extending at least temporarily downwards, is attached to the base structure , which contact device can be brought into contact with a first lateral edge of the at least one workpiece lying on the removal table such that the at least one workpiece lying on the removal table can be shifted, relative to the removal table , by means of the downwardly protruding contact device , by the base structure that is arranged at least more or less above the at least one workpiece .
A computer-implemented ray tracing method for rendering an image of a 3D scene, the method comprising: generating one or more separate reduced acceleration structures to be used for intersection testing in a ray tracing system for processing the 3D scene , the 3D scene being represented by a world space acceleration structure, wherein the generating comprises: determining (S504) nodes of the one or more separate reduced acceleration structures, wherein each of the one or more separate reduced acceleration structures represents a respective sub-region within the 3D scene rather than representing the whole 3D scene; and storing (S506), in a memory, the one or more separate reduced acceleration structures for use in intersection testing; performing intersection testing by traversing (S606) the one or more reduced acceleration structures, wherein results of said intersection testing are used (S610) for rendering the image of the 3D scene; and emitting a ray into a further acceleration structure if the traversal of a first reduced acceleration structure results in a miss for the ray, wherein the further acceleration structure is another reduced acceleration structure or the world space acceleration structure. generating one or more separate reduced acceleration structures to be used for intersection testing in a ray tracing system for processing the 3D scene , the 3D scene being represented by a world space acceleration structure, wherein the generating comprises: determining (S504) nodes of the one or more separate reduced acceleration structures, wherein each of the one or more separate reduced acceleration structures represents a respective sub-region within the 3D scene rather than representing the whole 3D scene; and storing (S506), in a memory, the one or more separate reduced acceleration structures for use in intersection testing; determining (S504) nodes of the one or more separate reduced acceleration structures, wherein each of the one or more separate reduced acceleration structures represents a respective sub-region within the 3D scene rather than representing the whole 3D scene; and storing (S506), in a memory, the one or more separate reduced acceleration structures for use in intersection testing; performing intersection testing by traversing (S606) the one or more reduced acceleration structures, wherein results of said intersection testing are used (S610) for rendering the image of the 3D scene; and emitting a ray into a further acceleration structure if the traversal of a first reduced acceleration structure results in a miss for the ray, wherein the further acceleration structure is another reduced acceleration structure or the world space acceleration structure.
A method for use with a head-mounted display in a physical environment , the method comprising: obtaining depth information of the physical environment , wherein the physical environment includes one or more physical objects, and wherein the depth information includes a 3-dimensional, 3D, point cloud of the physical environment ; capturing a visual image of the physical environment with a visual camera ; determining a spatial relationship between a user of the head-mounted display and the one or more physical objects included in the physical environment based on the depth information; segmenting the visual image based on the spatial relationship to generate a segmented image that includes the one or more physical objects, wherein segmenting the visual image includes generating a 3D mesh of the one or more physical objects based on the 3D point cloud, and mapping a portion of the visual image corresponding to the one or more physical objects onto the 3D mesh; displaying a virtual image on the head-mounted display ; and overlaying the segmented image on the virtual image to display both the virtual image and the one or more physical objects captured by the visual camera . obtaining depth information of the physical environment , wherein the physical environment includes one or more physical objects, and wherein the depth information includes a 3-dimensional, 3D, point cloud of the physical environment ; capturing a visual image of the physical environment with a visual camera ; determining a spatial relationship between a user of the head-mounted display and the one or more physical objects included in the physical environment based on the depth information; segmenting the visual image based on the spatial relationship to generate a segmented image that includes the one or more physical objects, wherein segmenting the visual image includes generating a 3D mesh of the one or more physical objects based on the 3D point cloud, and mapping a portion of the visual image corresponding to the one or more physical objects onto the 3D mesh; displaying a virtual image on the head-mounted display ; and overlaying the segmented image on the virtual image to display both the virtual image and the one or more physical objects captured by the visual camera .
A package of moist wipes , the package comprising a flexible film sheet surrounding the moist wipes, the flexible film sheet defining an inner surface and an outer surface , wherein the package includes at least one seam in which the flexible film is bonded to itself via energy, said seam including an inner-surface-to-inner-surface energy bonded portion , and an outer-surface-to-outer-surface energy bonded portion ; and the flexible film being water-vapor impervious; the package characterised in that the flexible film sheet comprises a middle layer made of a first polymer sandwiched between top and bottom layers made of a second polymer, the second polymer suitable for energy bonding to itself and the first polymer not suitable for energy bonding to itself; and wherein the package includes a line of weakness that defines a removable portion, wherein the line of weakness comprises a plurality of score lines that penetrate a depth that is less than a thickness of the flexible film sheet. wherein the package includes at least one seam in which the flexible film is bonded to itself via energy, said seam including an inner-surface-to-inner-surface energy bonded portion , and an outer-surface-to-outer-surface energy bonded portion ; and the flexible film being water-vapor impervious; the package characterised in that the flexible film sheet comprises a middle layer made of a first polymer sandwiched between top and bottom layers made of a second polymer, the second polymer suitable for energy bonding to itself and the first polymer not suitable for energy bonding to itself; and wherein the package includes a line of weakness that defines a removable portion, wherein the line of weakness comprises a plurality of score lines that penetrate a depth that is less than a thickness of the flexible film sheet.
A disinfecting system for a lavatory, comprising: an ultraviolet light source ; a controller in operable communication with the ultraviolet light source ; and a lavatory sensor operably coupled to the controller , wherein the controller is configured to track a number of consecutive skipped cycles, and wherein the controller is configured to implement a first dosage cycle if the number of consecutive skipped cycles is less than a threshold number, and wherein the controller is configured to implement a second dosage cycle if the number of consecutive skipped cycles is greater than or equal to the threshold number. an ultraviolet light source ; a controller in operable communication with the ultraviolet light source ; and a lavatory sensor operably coupled to the controller , wherein the controller is configured to track a number of consecutive skipped cycles, and wherein the controller is configured to implement a first dosage cycle if the number of consecutive skipped cycles is less than a threshold number, and wherein the controller is configured to implement a second dosage cycle if the number of consecutive skipped cycles is greater than or equal to the threshold number.
An anode for a lithium secondary battery, comprising an anode current collector; a first anode active material layer formed on at least one surface of the anode current collector and containing a mixture of natural graphite and artificial graphite in a weight ratio of 13 ∼ 34: 66 ∼ 87 as the anode active material and a first binder; and a second anode active material layer formed on the first anode active material layer and containing a mixture of artificial graphite and a silicon-based compound in a weight ratio of 91 ∼ 99: 1 ∼ 9 and a second binder as the anode active material. a first anode active material layer formed on at least one surface of the anode current collector and containing a mixture of natural graphite and artificial graphite in a weight ratio of 13 ∼ 34: 66 ∼ 87 as the anode active material and a first binder; and a second anode active material layer formed on the first anode active material layer and containing a mixture of artificial graphite and a silicon-based compound in a weight ratio of 91 ∼ 99: 1 ∼ 9 and a second binder as the anode active material.
A communication method applied in a terminal device , wherein the method comprises: receiving a master information block, MIB, and a system information block, SIB 1, from a network device , wherein the MIB carries a bandwidth of a control resource set 0, CORESET 0, and the SIB 1 comprises a first bandwidth parameter; when the terminal device is in an idle state or an inactive state, determining , based on the MIB, that a bandwidth of an initial bandwidth part, BWP, is a second bandwidth, wherein the second bandwidth is the bandwidth of the CORESET 0; and when the terminal device enters a connected state from the idle state or the inactive state after receiving a connection configuration message Msg4, determining , based on the first bandwidth parameter, that the bandwidth of the initial BWP is a first bandwidth; wherein the first bandwidth is greater than the second bandwidth. receiving a master information block, MIB, and a system information block, SIB 1, from a network device , wherein the MIB carries a bandwidth of a control resource set 0, CORESET 0, and the SIB 1 comprises a first bandwidth parameter; when the terminal device is in an idle state or an inactive state, determining , based on the MIB, that a bandwidth of an initial bandwidth part, BWP, is a second bandwidth, wherein the second bandwidth is the bandwidth of the CORESET 0; and when the terminal device enters a connected state from the idle state or the inactive state after receiving a connection configuration message Msg4, determining , based on the first bandwidth parameter, that the bandwidth of the initial BWP is a first bandwidth; wherein the first bandwidth is greater than the second bandwidth.
Vehicle seat having an upholstered surface equipped with an electric heating device , wherein a material suitable for shielding against electromagnetic radiation (EMR) is arranged in the form of a sheet between the upholstered surface and the heating device , at least in sections, characterized in that the material comprises a substrate having a large number of lamellae in the spaces between which a transition metal is embedded in the form of metal particles in bulk and/or in powder form.
A computer-implemented method for isolating virtual hosts on a computing system, comprising: creating, by the computing system, a container for a virtual host of a plurality of virtual hosts of a web server running on the computing system wherein a respective virtual hosts of the plurality of virtual hosts represents a website running on the web server; operating a container process manager, CPM, on the virtual host in the container; sending a registration request from the CPM to the web server; wherein the registration request comprises a process identifier of the CPM and a virtual host identifier of the virtual host; in response to receiving a web request for a dynamic resource from a client by the CPM on the virtual host, spawning a child process from the CPM and restricting the child process within the container; running the child process for generating the dynamic resource in the container; and sending, by the CPM, a response message comprising the dynamic resource to the client. creating, by the computing system, a container for a virtual host of a plurality of virtual hosts of a web server running on the computing system wherein a respective virtual hosts of the plurality of virtual hosts represents a website running on the web server; operating a container process manager, CPM, on the virtual host in the container; sending a registration request from the CPM to the web server; wherein the registration request comprises a process identifier of the CPM and a virtual host identifier of the virtual host; in response to receiving a web request for a dynamic resource from a client by the CPM on the virtual host, spawning a child process from the CPM and restricting the child process within the container; running the child process for generating the dynamic resource in the container; and sending, by the CPM, a response message comprising the dynamic resource to the client.