mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communications at a user equipment, UE, comprising: Receiving configuration information for autonomous uplink transmissions to a base station, the configuration information indicating initial resources for an initial uplink transmission slot and retransmission resources for a set of transmission slots subsequent to the initial uplink transmission slot, wherein time resources within slots of the set of transmission slots are configured differently; wherein the retransmission resources comprise a plurality of sets of time symbols within each slot of the set of transmission slots, and wherein retransmissions in different slots of the set of transmission slots use different sets of time symbols from the plurality of sets of time symbols; Transmitting a first autonomous uplink transmission via the initial uplink resources; and retransmitting the first autonomous uplink transmission via at least first retransmission resources in a first slot of the set of transmission slots. Receiving configuration information for autonomous uplink transmissions to a base station, the configuration information indicating initial resources for an initial uplink transmission slot and retransmission resources for a set of transmission slots subsequent to the initial uplink transmission slot, wherein time resources within slots of the set of transmission slots are configured differently; wherein the retransmission resources comprise a plurality of sets of time symbols within each slot of the set of transmission slots, and wherein retransmissions in different slots of the set of transmission slots use different sets of time symbols from the plurality of sets of time symbols; Transmitting a first autonomous uplink transmission via the initial uplink resources; and retransmitting the first autonomous uplink transmission via at least first retransmission resources in a first slot of the set of transmission slots.
A method for making a matrix device comprising a matrix of photodetecting or photoemitting elements, the method comprising designing steps using data processing means consisting in: a) identifying, from at least one given topology of said matrix device, one or more electrically conducting closed circuits, this identification comprising, - implementing, from said given topology, at least one graph formed by vertices corresponding to said elements of the matrix and links corresponding to connections of said vertices in the matrix, - identifying one or more given cycles in said graph, b) selecting one or more given photodetecting or photoemitting element(s) of the matrix device belonging to at least one of said conducting closed circuits identified, this selection being performed by selecting at least one given vertex belonging to at least one of said cycles of said graph, at least one of said element(s) selected in step b) of the matrix being made inactive or being identified as intended to be made inactive, then - producing a new topology of said matrix device wherein said at least one element selected in step (b) is made inactive or identified as intended to be made inactive. a) identifying, from at least one given topology of said matrix device, one or more electrically conducting closed circuits, this identification comprising, - implementing, from said given topology, at least one graph formed by vertices corresponding to said elements of the matrix and links corresponding to connections of said vertices in the matrix, - identifying one or more given cycles in said graph, - implementing, from said given topology, at least one graph formed by vertices corresponding to said elements of the matrix and links corresponding to connections of said vertices in the matrix, - identifying one or more given cycles in said graph, b) selecting one or more given photodetecting or photoemitting element(s) of the matrix device belonging to at least one of said conducting closed circuits identified, this selection being performed by selecting at least one given vertex belonging to at least one of said cycles of said graph, at least one of said element(s) selected in step b) of the matrix being made inactive or being identified as intended to be made inactive, then - producing a new topology of said matrix device wherein said at least one element selected in step (b) is made inactive or identified as intended to be made inactive. - producing a new topology of said matrix device wherein said at least one element selected in step (b) is made inactive or identified as intended to be made inactive.
A network management apparatus comprising: line condition determination means for determining as to whether or not a line condition of a communication apparatus satisfies a predetermined condition, the line condition being a condition regarding a radio line usage rate of the communication; and improvement information generation means for generating improvement information based on operation information when the line condition is determined to satisfy the predetermined condition, the improvement information being information that describes means for improving the line condition, and the operation information being information regarding an operation of the communication apparatus, characzerized in that the operation information includes setting information relating to an operation setting of each functional parameter of the communication apparatus, applied license information relating to a license application state of each functional parameter of the communication apparatus, and license purchase information relating to a license permission state of each functional parameter of the communication apparatus, and the improvement information generation means generates the improvement information based on a mutual comparison between the setting information, the applied license information, and the license purchase information. line condition determination means for determining as to whether or not a line condition of a communication apparatus satisfies a predetermined condition, the line condition being a condition regarding a radio line usage rate of the communication; and improvement information generation means for generating improvement information based on operation information when the line condition is determined to satisfy the predetermined condition, the improvement information being information that describes means for improving the line condition, and the operation information being information regarding an operation of the communication apparatus, characzerized in that the operation information includes setting information relating to an operation setting of each functional parameter of the communication apparatus, applied license information relating to a license application state of each functional parameter of the communication apparatus, and license purchase information relating to a license permission state of each functional parameter of the communication apparatus, and the improvement information generation means generates the improvement information based on a mutual comparison between the setting information, the applied license information, and the license purchase information.
A ground engaging tip (14, 150, 180, 190, 210) of a tooth assembly for a base edge of a ground engaging implement (1, 6), wherein the tooth assembly includes an adapter (12, 170) configured for attachment to the base edge of the ground engaging implement (1, 6) and having a forwardly extending adapter nose, the ground engaging tip (14, 150, 180, 190, 210) comprising: a rear edge; a generally planar top outer surface; a generally planar bottom outer surface, wherein the top outer surface and the bottom outer surface extend forward from the rear edge and converge at a front edge; oppositely disposed lateral outer surfaces (90, 92) extending downwardly from the top outer surface to the bottom outer surface, wherein the lateral outer surfaces (90, 92) are tapered so that a distance between the lateral outer surfaces (90, 92) decreases as the lateral outer surfaces (90, 92) extend downwardly from the top outer surface toward the bottom outer surface; and an inner surface (122, 124, 126, 128) extending inwardly into the ground engaging tip (14, 150, 180, 190, 210) from the rear edge and defining a nose cavity within the ground engaging tip (14, 150, 180, 190, 210) having a complementary shape to the adapter nose of the adapter (12, 170) for receiving the adapter nose therein, wherein each of the lateral outer surfaces (90, 92) includes a projecting portion extending outwardly therefrom. a rear edge; a generally planar top outer surface; a generally planar bottom outer surface, wherein the top outer surface and the bottom outer surface extend forward from the rear edge and converge at a front edge; oppositely disposed lateral outer surfaces (90, 92) extending downwardly from the top outer surface to the bottom outer surface, wherein the lateral outer surfaces (90, 92) are tapered so that a distance between the lateral outer surfaces (90, 92) decreases as the lateral outer surfaces (90, 92) extend downwardly from the top outer surface toward the bottom outer surface; and an inner surface (122, 124, 126, 128) extending inwardly into the ground engaging tip (14, 150, 180, 190, 210) from the rear edge and defining a nose cavity within the ground engaging tip (14, 150, 180, 190, 210) having a complementary shape to the adapter nose of the adapter (12, 170) for receiving the adapter nose therein, wherein each of the lateral outer surfaces (90, 92) includes a projecting portion extending outwardly therefrom.
Method for producing a reflection- and fog-reducing layer on the surface of an optical element, wherein - a fog-reducing polymer layer is applied to the surface of the optical element, - a thin layer is applied to the fog-reducing polymer layer, and - a nanostructure is subsequently created on the surface of the fog-reducing polymer layer by means of a plasma etching process. - a fog-reducing polymer layer is applied to the surface of the optical element, - a thin layer is applied to the fog-reducing polymer layer, and - a nanostructure is subsequently created on the surface of the fog-reducing polymer layer by means of a plasma etching process.
A patch panel comprising: a frame having a top flange and a bottom flange, the frame including a plurality of openings; a faceplate mountable to the frame within the top flange and the bottom flange, characterised by the faceplate having a plurality of mounting openings, a front face, at least one top retention bar, at least one bottom retention bar, and at least one middle retention bar, wherein each of the top retention bar, the middle retention bar and the bottom retention bar are spaced from the front face to define a plurality of recesses; and at least one keystone style modular jack mountable into a rear side of the faceplate, either between the top and the middle retention bars or between the middle and bottom retention bars. a frame having a top flange and a bottom flange, the frame including a plurality of openings; a faceplate mountable to the frame within the top flange and the bottom flange, characterised by the faceplate having a plurality of mounting openings, a front face, at least one top retention bar, at least one bottom retention bar, and at least one middle retention bar, wherein each of the top retention bar, the middle retention bar and the bottom retention bar are spaced from the front face to define a plurality of recesses; and at least one keystone style modular jack mountable into a rear side of the faceplate, either between the top and the middle retention bars or between the middle and bottom retention bars.
An aqueous dispersing agent comprising: - at least one polymer prepared by at least one radical polymerisation reaction, at a temperature greater than 50°C, of at least one anionic monomer comprising at least one polymerisable olefinic unsaturation and at least one carboxylic acid group or of one of its salts, in the presence of at least one radical-generating compound chosen among hydrogen peroxide, benzoyl peroxide, acetyl peroxide, lauryl peroxide, tert-butyl hydroperoxide, cumene hydroperoxide, ammonium persulphate, an alkali metal persulphate, an azo compound, their respective combinations and associations with an ion chosen among Fe II, Fe III, Cu I, Cu II and combinations thereof; - at least one derivative chosen among: o an ose comprising from 3 to 8 carbon atoms; o an ose oligomer comprising from 1 to 10 ose units; o a product resulting from the degradation of a saccharide. - at least one polymer prepared by at least one radical polymerisation reaction, at a temperature greater than 50°C, of at least one anionic monomer comprising at least one polymerisable olefinic unsaturation and at least one carboxylic acid group or of one of its salts, in the presence of at least one radical-generating compound chosen among hydrogen peroxide, benzoyl peroxide, acetyl peroxide, lauryl peroxide, tert-butyl hydroperoxide, cumene hydroperoxide, ammonium persulphate, an alkali metal persulphate, an azo compound, their respective combinations and associations with an ion chosen among Fe II, Fe III, Cu I, Cu II and combinations thereof; - at least one derivative chosen among: o an ose comprising from 3 to 8 carbon atoms; o an ose oligomer comprising from 1 to 10 ose units; o a product resulting from the degradation of a saccharide. o an ose comprising from 3 to 8 carbon atoms; o an ose oligomer comprising from 1 to 10 ose units; o a product resulting from the degradation of a saccharide.
An electrophoresis cell configured to be disposed within a receptacle of an assay device for assaying a biological sample for a presence of a target analyte, the electrophoresis cell comprising: a bottom surface defining a recess area containing a chip such that a surface of a polymeric medium of the chip is flush with a non-recessed area of the bottom surface of the electrophoresis cell, the polymeric medium configured for separation of analytes within the biological sample and having activatable functional groups that covalently bond to one or more target analytes when activated; and an electrode disposed in the electrophoresis cell and configured to produce an electric field across the recess area in response to a flow of electric current from a power supply; the electrophoresis cell being characterised by a weir structure disposed above and on at least one side of the recess area such that the weir structure is spaced apart from the electrode and is between the electrode and the at least one side of the recess area, the weir structure configured to control a flow of a solution below the weir structure and across the chip. a bottom surface defining a recess area containing a chip such that a surface of a polymeric medium of the chip is flush with a non-recessed area of the bottom surface of the electrophoresis cell, the polymeric medium configured for separation of analytes within the biological sample and having activatable functional groups that covalently bond to one or more target analytes when activated; and an electrode disposed in the electrophoresis cell and configured to produce an electric field across the recess area in response to a flow of electric current from a power supply; the electrophoresis cell being characterised by a weir structure disposed above and on at least one side of the recess area such that the weir structure is spaced apart from the electrode and is between the electrode and the at least one side of the recess area, the weir structure configured to control a flow of a solution below the weir structure and across the chip.
A container for use under water, wherein the container contains - a housing, - a holding device and - an actuating device (5, 16, 17.1,...), wherein the housing surrounds a cavity for accommodating at least one underwater propulsion vehicle (DPV.h, DPV.v), wherein the container extends along a container longitudinal axis, wherein the outer dimensions of the container in a plane perpendicular to the longitudinal axis are adapted to the internal dimensions of a torpedo launching tube of a submarine in this vertical plane, wherein the holding device can be optionally transferred to a holding state and to a releasing state, wherein in the holding state the holding device is able to hold the or at least one underwater propulsion vehicle (DPV.h) inside the cavity and wherein the actuating device (5, 16, 17.1,...) is designed - to be operated and - after operation, to transfer the holding device to the releasing state; characterized in that the actuating device (5, 16, 17.1,...) contains - an actuating element operated from a position outside the container and - a transmission means (16, 17.1,...) wherein the actuating device (5, 16, 17.1,...) is designed in such a way that operating the actuating element causes the transmission means (16, 17.1,...) to transfer the holding device to the releasing state. wherein the container contains - a housing, - a holding device and - an actuating device (5, 16, 17.1,...), - a housing, - a holding device and - an actuating device (5, 16, 17.1,...), wherein the housing surrounds a cavity for accommodating at least one underwater propulsion vehicle (DPV.h, DPV.v), wherein the container extends along a container longitudinal axis, wherein the outer dimensions of the container in a plane perpendicular to the longitudinal axis are adapted to the internal dimensions of a torpedo launching tube of a submarine in this vertical plane, wherein the holding device can be optionally transferred to a holding state and to a releasing state, wherein in the holding state the holding device is able to hold the or at least one underwater propulsion vehicle (DPV.h) inside the cavity and wherein the actuating device (5, 16, 17.1,...) is designed - to be operated and - after operation, to transfer the holding device to the releasing state; - to be operated and - after operation, to transfer the holding device to the releasing state; characterized in that the actuating device (5, 16, 17.1,...) contains - an actuating element operated from a position outside the container and - a transmission means (16, 17.1,...) - an actuating element operated from a position outside the container and - a transmission means (16, 17.1,...) wherein the actuating device (5, 16, 17.1,...) is designed in such a way that operating the actuating element causes the transmission means (16, 17.1,...) to transfer the holding device to the releasing state.
A computer-implemented method of screen sharing by providing image data from a sender system to a receiver system, wherein the receiver system is a Virtual Reality system configured to render the image data in a virtual environment by projecting the image data onto a virtual screen in the virtual environment, the method comprising, at the sender system: - identifying visual screen content to be shared with the receiver system; - generating an adjusted version of the visual screen content which provides improved legibility when viewed in the virtual environment by adjusting a presentation of the visual screen content based on receiver metadata which is indicative of legibility constraints imposed by one or more characteristics of the rendering or display of the virtual environment by the receiver system; - based on the legibility constraints indicated by the receiver metadata, generating render metadata which indicates at least in part how image data representing the adjusted version of the visual screen content is to be rendered in the virtual environment on the virtual screen; and - providing the render metadata to the receiver system, wherein the render metadata indicates at least one of: - a size of the virtual screen in the virtual environment; and - a distance and/or orientation of the virtual screen with respect to a viewpoint of a viewer in the virtual environment; - providing the image data to the receiver system. - identifying visual screen content to be shared with the receiver system; - generating an adjusted version of the visual screen content which provides improved legibility when viewed in the virtual environment by adjusting a presentation of the visual screen content based on receiver metadata which is indicative of legibility constraints imposed by one or more characteristics of the rendering or display of the virtual environment by the receiver system; - based on the legibility constraints indicated by the receiver metadata, generating render metadata which indicates at least in part how image data representing the adjusted version of the visual screen content is to be rendered in the virtual environment on the virtual screen; and - providing the render metadata to the receiver system, wherein the render metadata indicates at least one of: - a size of the virtual screen in the virtual environment; and - a distance and/or orientation of the virtual screen with respect to a viewpoint of a viewer in the virtual environment; - a size of the virtual screen in the virtual environment; and - a distance and/or orientation of the virtual screen with respect to a viewpoint of a viewer in the virtual environment; - providing the image data to the receiver system.
A process for the preparation of a bent glazed module comprising a metal framework and a panel comprising a laminated glazing comprising glass substrates separated by an interlayer made of polymer material, the panel being bent, after the laminated glazing has been assembled, by a force which causes it to take the shape of the metal framework and then held in this shape by a holding means, characterized in that the panel is heated by juxtaposing a heating element with the panel and the bending is carried out while the interlayer is at a temperature between 30 and 80°C.
Flat gasket for a flange connection for tank and pipeline construction, comprising a supporting ring, which is provided for absorbing flange forces and has an inner and/or outer surround made of an elastic material as a sealing element for secondary frictional locking in the flange connection and the supporting ring is segmented, characterized in that supporting-ring segments are provided in a juxtaposed arrangement and, by frictional-/form-fit connections at the joints, form a closed supporting ring, and the circle-arc surfaces of the supporting-ring segments, said surfaces being directed towards the surround, bear radially projecting protuberances for an adhering attachment of the surround, which has corresponding cutouts, wherein the surround is a single-piece sealing ring of circular shape, which is a common connecting element for all supporting-ring segments.