mhurhangee/ep-ind-claims huggingface dataset:
A non-rigid composite sheet comprising in order (i) a first component having an areal density of from 102 to 678 gsm comprising a first fabric of filamentary yarns having a tenacity of at least 11 g/dtex and a first polymeric layer, (ii) a second component having an areal density of from 40 to 170 gsm comprising an inorganic refractory layer adjacent to at least one polymeric layer, and (iii) a third component having an areal density of from 102 to 678 gsm comprising a second fabric of filamentary yarns having a tenacity of at least 11 g/dtex and a second polymeric layer, the second fabric of the third component being adjacent to the refractory layer of the second component, wherein (a) the yarns of the first and second fabrics comprise aromatic polyamide, aromatic copolyamide, glass fiber or carbon fiber, (b) the polymer of the first polymeric layer of the first component and second polymeric layer of the third component is polyurethane, polyethylene, polypropylene, polyethylenenaphthalate, polyacrylonitrile, fluoropolymer, polyimide, polyketone, polysulfone, polyarlene sulfide, liquid crystal polymer, polycarbonate or an ionomer, (c) the polymer of the protective polymeric layer of the second component is a polyketone, polyimide, polysulfone, polyarylene sulfide, fluoropolymer, liquid crystal polymer or polycarbonate, (d) the first polymeric layer of the first component blocks at least 95% of UV rays, and (e) the first or second fabrics have an areal weight from 84 to 508 gsm. (i) a first component having an areal density of from 102 to 678 gsm comprising a first fabric of filamentary yarns having a tenacity of at least 11 g/dtex and a first polymeric layer, (ii) a second component having an areal density of from 40 to 170 gsm comprising an inorganic refractory layer adjacent to at least one polymeric layer, and (iii) a third component having an areal density of from 102 to 678 gsm comprising a second fabric of filamentary yarns having a tenacity of at least 11 g/dtex and a second polymeric layer, the second fabric of the third component being adjacent to the refractory layer of the second component, (a) the yarns of the first and second fabrics comprise aromatic polyamide, aromatic copolyamide, glass fiber or carbon fiber, (b) the polymer of the first polymeric layer of the first component and second polymeric layer of the third component is polyurethane, polyethylene, polypropylene, polyethylenenaphthalate, polyacrylonitrile, fluoropolymer, polyimide, polyketone, polysulfone, polyarlene sulfide, liquid crystal polymer, polycarbonate or an ionomer, (c) the polymer of the protective polymeric layer of the second component is a polyketone, polyimide, polysulfone, polyarylene sulfide, fluoropolymer, liquid crystal polymer or polycarbonate, (d) the first polymeric layer of the first component blocks at least 95% of UV rays, and (e) the first or second fabrics have an areal weight from 84 to 508 gsm.
A hinge structure (5, 5', 36), comprising: a bendable plate-like hinge, whose one end is continued from an outer surface of a wall constituting a first resin member and whose other end is continued from a second resin member covering an opening that is opened on an inner side of distal ends of the wall; characterized by further comprising: at least one row (12a, 12b) of a rigid portion, continued from the hinge, provided in parallel to the wall, and provided as a construction separate from the hinge; wherein the hinge is comprised of rows (11a, 11b) in a number that is larger by one than a number of the row (12a, 12b) of the rigid portion; and wherein the rows (11a, 11b) of the hinge are arranged in parallel to the wall with the rigid portion interposed between each of the rows (11 a, 11 b) of the hinge. a bendable plate-like hinge, whose one end is continued from an outer surface of a wall constituting a first resin member and whose other end is continued from a second resin member covering an opening that is opened on an inner side of distal ends of the wall; at least one row (12a, 12b) of a rigid portion, continued from the hinge, provided in parallel to the wall, and provided as a construction separate from the hinge; wherein the hinge is comprised of rows (11a, 11b) in a number that is larger by one than a number of the row (12a, 12b) of the rigid portion; and wherein the rows (11a, 11b) of the hinge are arranged in parallel to the wall with the rigid portion interposed between each of the rows (11 a, 11 b) of the hinge.
A touch screen panel, comprising: a first sensing pattern (130, 230) provided with a plurality of first sensing cells (132, 232) arranged on one row along a first direction on a transparent substrate (110, 210), and a first connection pattern (138, 238) through which adjacent first sensing cells (132, 232) are electrically connected to each other; and a second sensing pattern (140, 240) provided with a plurality of second sensing cells (142, 242) arranged on one column along a second direction on the transparent substrate (110, 210) and being spaced apart from the first sensing cells (132, 232), and a second connection pattern (144, 244) through which adjacent second sensing cells (142, 242) are electrically connected to each other; characterized in that the first connection pattern (138, 238) to connect adjacent first sensing cells (132, 232) comprises at least two pairs of metal patterns (134, 234) spaced apart from one another, and a transparent pattern (136, 236) formed in a shape of an island in the second sensing pattern (140, 240), the transparent pattern (136, 236) being electrically connected to one end of each of the metal patterns (134, 234) and the other end of each of the metal patterns (134, 234) being electrically connected to a respective one of the adjacent first sensing cells (132, 232). a first sensing pattern (130, 230) provided with a plurality of first sensing cells (132, 232) arranged on one row along a first direction on a transparent substrate (110, 210), and a first connection pattern (138, 238) through which adjacent first sensing cells (132, 232) are electrically connected to each other; and a second sensing pattern (140, 240) provided with a plurality of second sensing cells (142, 242) arranged on one column along a second direction on the transparent substrate (110, 210) and being spaced apart from the first sensing cells (132, 232), and a second connection pattern (144, 244) through which adjacent second sensing cells (142, 242) are electrically connected to each other; characterized in that the first connection pattern (138, 238) to connect adjacent first sensing cells (132, 232) comprises at least two pairs of metal patterns (134, 234) spaced apart from one another, and a transparent pattern (136, 236) formed in a shape of an island in the second sensing pattern (140, 240), the transparent pattern (136, 236) being electrically connected to one end of each of the metal patterns (134, 234) and the other end of each of the metal patterns (134, 234) being electrically connected to a respective one of the adjacent first sensing cells (132, 232).
Method for controlling the update of an interactive service in a local network, said service comprising at least two software components (C1, C2), at least one first software component on a first terminal, called the mobile terminal, connected to a network other than the local network, called the mobile network, and at least one second software component on a second terminal, called the receiver terminal (5, 8), able to communicate with the mobile terminal, said method being characterized in that the communication between the two terminals (4, 5) is set up via said local network, said software components interactively ensuring the interactive service, the method being characterized in that it comprises steps of: - downloading to the mobile terminal an update of the service originating from the mobile network, said update comprising: o the first software component, which comprises two sub-components: a first sub-component corresponding to an update program and a second sub-component corresponding to an update of the interactive service on the mobile terminal; o the second software component being an update of the interactive service on said receiver terminal; - updating said second software sub-component of the interactive service on the mobile terminal; and - transmitting to said receiver terminal (5, 8) said second software component. - downloading to the mobile terminal an update of the service originating from the mobile network, said update comprising: o the first software component, which comprises two sub-components: a first sub-component corresponding to an update program and a second sub-component corresponding to an update of the interactive service on the mobile terminal; o the second software component being an update of the interactive service on said receiver terminal; o the first software component, which comprises two sub-components: a first sub-component corresponding to an update program and a second sub-component corresponding to an update of the interactive service on the mobile terminal; o the second software component being an update of the interactive service on said receiver terminal; - updating said second software sub-component of the interactive service on the mobile terminal; and - transmitting to said receiver terminal (5, 8) said second software component.
A user equipment, UE, in a wireless communication system, the UE comprising: a memory configured to store a database comprising information regarding UE-specific conditions that are detectable by the UE, wherein each of the UE-specific conditions is prioritized; and at least one processor operably connected to the memory, the at least one processor configured to: determine whether a UE-specific condition is detected; update the database including the UE-specific condition based on a result of the determination; re-prioritize each of the UE-specific conditions included in the database based on a usage probability of the UE-specific condition; generate a searching sequence for beam management based on the prioritized database, wherein the searching sequence is mapped to each of the UE-specific conditions; and perform the beam management based on the generated searching sequence. a memory configured to store a database comprising information regarding UE-specific conditions that are detectable by the UE, wherein each of the UE-specific conditions is prioritized; and at least one processor operably connected to the memory, the at least one processor configured to: determine whether a UE-specific condition is detected; update the database including the UE-specific condition based on a result of the determination; re-prioritize each of the UE-specific conditions included in the database based on a usage probability of the UE-specific condition; generate a searching sequence for beam management based on the prioritized database, wherein the searching sequence is mapped to each of the UE-specific conditions; and perform the beam management based on the generated searching sequence. determine whether a UE-specific condition is detected; update the database including the UE-specific condition based on a result of the determination; re-prioritize each of the UE-specific conditions included in the database based on a usage probability of the UE-specific condition; generate a searching sequence for beam management based on the prioritized database, wherein the searching sequence is mapped to each of the UE-specific conditions; and perform the beam management based on the generated searching sequence.
Modular system comprising at least two modules, said modules comprising a shelf top panel, and an oppositely placed shelf bottom panel, said two panels being mutually connected by a first shelf side panel and an oppositely placed second shelf side panel for providing a box-shaped module comprising an outer top surface and an outer bottom surface, said modular system comprising positioning means adapted for positioning and engaging with the top surface of a module and with the bottom surface of a second module, further the modulare system comprises at least an extension panel comprising an upper extension surface and a tower extension surface, further the upper extension surface faces the bottom surface, further the lower extension surface faces the top surface, said extension panel comprising fastening means adapted so as to engage with the positioning means, whereby the extension panel is secured, said positioning means are placed at the periphery of the outer top surface and the outer bottom surface along the edge which is provided between the shelf top panel and the two shelf side panels (5, 6) and the shelf bottom panel and the two shelf side panels (5, 6) respectively at a distance d from said edges and in that the fastening means of the extension panel are placed at the same distance d from two of the delimiting side edges of the extension panel, said side edges being placed opposite from each other, said positioning means comprises a pater/mater arrangement such that a top surface on a first module comprises a mater part, and the adjacent bottom surface on a second module also comprises a mater part, and that the pater part is provided by means of detachable dowel, the two delimiting end parts of the dowel being adapted to be placed in each their mater part and that the mater part of the positioning means comprises recesses, e.g. in the form of bores/holes, for reception of the pater part in the form of respective dowels, the longitudinal axis of said dowels being essentially perpendicular on the surface from which they protrude, and said longitudinal axis being axis-parallel with the longitudinal axis of the recess, characterised in that the bores are placed in the delimiting edge surface of the first shelf side panel and the second side panel is axis-parallel with the plane side surfaces of the side panels, said delimiting edge surfaces constituting a part of the top surface and the bottom surface and that the module comprises a rear side panel in the shape of a rectangular or square board, the circumference of said board being congruent with the inside cross section of the module such that the edges of the rear side panel are surrounded by and are abutting the surfaces facing the inner cavity of the module.
A semiconductor laser module comprising: a semiconductor laser element (104-1 to 6) outputting a laser light; an optical fiber comprising a core portion and a cladding portion formed at an outer periphery of the core portion, the laser light being made incident into an end of the optical fiber, the optical fiber guiding the laser light to outside the semiconductor laser module; an optical component being disposed at an outer periphery of the optical fiber and fixing the optical fiber; a first-fixing agent fastening the optical component to the optical fiber; a light-absorbing element being disposed at an outer periphery of the optical component and fixing the optical component; a first light-blocking portion disposed between an end, into which the laser light is incident, of the optical fiber and the optical component; and a housing accommodating therein the semiconductor laser element, an end, at a side into which the laser light is incident, of the optical fiber, and the first light-blocking portion, wherein the optical component has an optical transmittance at a wavelength of the laser light, and the light-absorbing element has an optical absorptivity at a wavelength of the laser light, wherein the optical fiber includes a protrusion end portion protruding from the optical component at the end of the optical fiber into which the laser light is incident, and the first light-blocking portion is disposed at an outer periphery of the protrusion portion of the optical fiber and is separated from the optical fiber. a semiconductor laser element (104-1 to 6) outputting a laser light; an optical fiber comprising a core portion and a cladding portion formed at an outer periphery of the core portion, the laser light being made incident into an end of the optical fiber, the optical fiber guiding the laser light to outside the semiconductor laser module; an optical component being disposed at an outer periphery of the optical fiber and fixing the optical fiber; a first-fixing agent fastening the optical component to the optical fiber; a light-absorbing element being disposed at an outer periphery of the optical component and fixing the optical component; a first light-blocking portion disposed between an end, into which the laser light is incident, of the optical fiber and the optical component; and a housing accommodating therein the semiconductor laser element, an end, at a side into which the laser light is incident, of the optical fiber, and the first light-blocking portion, wherein the optical component has an optical transmittance at a wavelength of the laser light, and the light-absorbing element has an optical absorptivity at a wavelength of the laser light, wherein the optical fiber includes a protrusion end portion protruding from the optical component at the end of the optical fiber into which the laser light is incident, and the first light-blocking portion is disposed at an outer periphery of the protrusion portion of the optical fiber and is separated from the optical fiber.
A ground structure of a solar heat collecting device comprising: a first heat transfer fluid flow path through which a heat transfer fluid receiving solar heat flows; and a plurality of first supports formed using a first conductive material that supports the first heat transfer fluid flow path, wherein the first heat transfer fluid flow path is warmed by being energized, characterized in that: some of the first supports among the plurality of first supports are grounded via a cable, which is connected to the some first supports via a dissimilar material joining member and formed using a second conductive material, all other first supports among the plurality of first supports are grounded via a connection member formed using the first conductive material, and the second conductive material has higher conductivity than the first conductive material. a first heat transfer fluid flow path through which a heat transfer fluid receiving solar heat flows; and a plurality of first supports formed using a first conductive material that supports the first heat transfer fluid flow path, wherein the first heat transfer fluid flow path is warmed by being energized, characterized in that: some of the first supports among the plurality of first supports are grounded via a cable, which is connected to the some first supports via a dissimilar material joining member and formed using a second conductive material, all other first supports among the plurality of first supports are grounded via a connection member formed using the first conductive material, and the second conductive material has higher conductivity than the first conductive material. some of the first supports among the plurality of first supports are grounded via a cable, which is connected to the some first supports via a dissimilar material joining member and formed using a second conductive material, all other first supports among the plurality of first supports are grounded via a connection member formed using the first conductive material, and the second conductive material has higher conductivity than the first conductive material.
A resin duct comprising a first wall section and a second wall section welded via parting lines,wherein: a mean thickness of the entire duct is 1mm or less, and the duct comprises projections formed by projecting the resin on inner surface sides of the duct on the parting lines; crashed sections formed by crashing the resin on outer surface sides of the duct on the parting lines; wherein the projections are formed at least on the inner surface sides of the duct on the parting lines in which none of the crashed sections is present; and wherein the projections are formed at least on inner surface sides of openings (603, 604) of the duct; wherein the openings (603, 604) comprise trumpet-shaped sections (6032, 6042) configured in a trumpet-shaped contour in which opening diameters of the openings (603, 604) expand toward edge sections of a body section of the duct; the crashed sections are continuously formed from a location of the body section of the duct to a location at which the trumpet-shaped contour begins; and the projections are formed in locations of the trumpet-shaped contour. a mean thickness of the entire duct is 1mm or less, and the duct comprises projections formed by projecting the resin on inner surface sides of the duct on the parting lines; crashed sections formed by crashing the resin on outer surface sides of the duct on the parting lines; wherein the projections are formed at least on the inner surface sides of the duct on the parting lines in which none of the crashed sections is present; and wherein the projections are formed at least on inner surface sides of openings (603, 604) of the duct; wherein the openings (603, 604) comprise trumpet-shaped sections (6032, 6042) configured in a trumpet-shaped contour in which opening diameters of the openings (603, 604) expand toward edge sections of a body section of the duct; the crashed sections are continuously formed from a location of the body section of the duct to a location at which the trumpet-shaped contour begins; and the projections are formed in locations of the trumpet-shaped contour.
A method for performing channel access at a station, STA, of a multiuser, MU, group in a wireless communication system, the method comprising: receiving a resource assignment frame including one or more slot assignment fields and one group indicator field indicating whether or not the one or more slot assignment fields include at least one MU group slot assignment field for the MU group; and checking the group indicator field included in the resource assignment frame, wherein, if the group indicator field indicates that the at least one MU group slot assignment field is present in the resource assignment frame, an initial bit of the at least one MU group slot assignment field is set to an end of MU group, EOM, indicator, and the STA determines, by using the EOM indicator, the at least one MU group slot assignment field to be used for a comparison with a group identifier, GID, of the STA. receiving a resource assignment frame including one or more slot assignment fields and one group indicator field indicating whether or not the one or more slot assignment fields include at least one MU group slot assignment field for the MU group; and checking the group indicator field included in the resource assignment frame, wherein, if the group indicator field indicates that the at least one MU group slot assignment field is present in the resource assignment frame, an initial bit of the at least one MU group slot assignment field is set to an end of MU group, EOM, indicator, and the STA determines, by using the EOM indicator, the at least one MU group slot assignment field to be used for a comparison with a group identifier, GID, of the STA.