mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid dispenser comprising a barrel defining a longitudinal axis terminating at a first fluid delivery end region ; a dispenser body movable in a first phase along the barrel relative to the first fluid delivery end region between a pre-dispensing configuration and a dispensed configuration, and in a second phase along the barrel relative to the first fluid delivery end region between the dispensed configuration and a locked post-dispensing configuration, wherein the dispenser body is configured to rotate about the longitudinal axis during the first phase for aligned orientation with at least one locking structure configured to lock the dispenser body in the locked post-dispensing configuration during travel in the second phase, wherein the dispenser body includes a needle carrier with a second fluid delivery end region defined thereon, the dispenser body includes a fluid capsule carrier moveable relative to the needle carrier in the first phase to dispense fluid from a fluid capsule on the fluid capsule carrier , wherein the dispenser body includes a plunger structure movable relative to the fluid capsule carrier in at least part of the first phase to pressurize the fluid capsule .
A card-shaped data carrier which has a structure of superimposed foil layers, wherein at least a first foil is arranged in the interior of the structure, wherein at least a second foil is arranged on the upper side of the first foil and at least a third foil is arranged on the lower side of the first foil , wherein a first overlay foil is arranged as the first outer side of the data carrier on the side of the second foil which is arranged opposite the first foil , wherein a second overlay foil is arranged as the second outer side of the data carrier on the side of the third foil which is arranged opposite the first foil , wherein a circumferential edge of the data carrier , which is arranged between first and second outer side of the data carrier and extends along an outer edge of the first and second outer side , has at least one geometric shape, wherein the first, second and third foils are colored, characterized in that the geometric shape of the edge is round or oblique.
A system comprising: a plurality of network devices of a network, wherein the network is a Software Defined-Wide Area Network; a controller, wherein the controller is configured to: receive , from the plurality of network devices of the network, one or more metrics of the plurality of network devices, wherein the one or more metrics are associated with an application or application-group; compute , based on the one or more metrics received from the plurality of network devices, a recommended service level agreement, SLA, metric for the application or application-group; and send the recommended SLA metric to each of the plurality of network devices to cause each of the plurality of network devices to compute an intent-based SLA metric used to select a path to send traffic from the application or application-group, wherein the intent-based SLA metric is computed based on the recommended SLA metric and an intent model that defines a tolerance level to apply the recommended SLA metric. a plurality of network devices of a network, wherein the network is a Software Defined-Wide Area Network; a controller, wherein the controller is configured to: receive , from the plurality of network devices of the network, one or more metrics of the plurality of network devices, wherein the one or more metrics are associated with an application or application-group; compute , based on the one or more metrics received from the plurality of network devices, a recommended service level agreement, SLA, metric for the application or application-group; and send the recommended SLA metric to each of the plurality of network devices to cause each of the plurality of network devices to compute an intent-based SLA metric used to select a path to send traffic from the application or application-group, wherein the intent-based SLA metric is computed based on the recommended SLA metric and an intent model that defines a tolerance level to apply the recommended SLA metric. receive , from the plurality of network devices of the network, one or more metrics of the plurality of network devices, wherein the one or more metrics are associated with an application or application-group; compute , based on the one or more metrics received from the plurality of network devices, a recommended service level agreement, SLA, metric for the application or application-group; and send the recommended SLA metric to each of the plurality of network devices to cause each of the plurality of network devices to compute an intent-based SLA metric used to select a path to send traffic from the application or application-group, wherein the intent-based SLA metric is computed based on the recommended SLA metric and an intent model that defines a tolerance level to apply the recommended SLA metric.
A stapling assembly for use with a stapler, the stapling assembly comprising: an anvil , comprising: a plurality of forming surfaces; a slot ; and a cutting member configured to be received within the slot, wherein the slot defines a path for the cutting member; a tissue thickness compensator attached to the anvil, wherein the compensator comprises a plurality of first packets aligned with the slot and a plurality of second packets aligned with the slot, and wherein the first packets and the second packets extend laterally across the compensator in a direction which is transverse to the path, and are configured to remain intact until they are incised by the cutting member; a first medicament positioned within each first packet; characterized in that the compensator comprises a second medicament positioned within each second packet, wherein the first medicament is different than the second medicament; wherein advancement of the cutting member along the said path mixes the first medicament with the second medicament. an anvil , comprising: a plurality of forming surfaces; a slot ; and a cutting member configured to be received within the slot, wherein the slot defines a path for the cutting member; a plurality of forming surfaces; a slot ; and a cutting member configured to be received within the slot, wherein the slot defines a path for the cutting member; a tissue thickness compensator attached to the anvil, wherein the compensator comprises a plurality of first packets aligned with the slot and a plurality of second packets aligned with the slot, and wherein the first packets and the second packets extend laterally across the compensator in a direction which is transverse to the path, and are configured to remain intact until they are incised by the cutting member; a first medicament positioned within each first packet; characterized in that the compensator comprises a second medicament positioned within each second packet, wherein the first medicament is different than the second medicament; wherein advancement of the cutting member along the said path mixes the first medicament with the second medicament.
A method of producing a solar panel curved in two directions, the method comprising: • providing a multitude of solar cells , the solar cells showing a photosensitive side and connections to anode (108-i) and cathode (110-j) on the side opposite to the photosensitive side, • providing a curved surface , the curved surface being transparent or translucent, and the curved surface being at least locally curved in two directions, wherein the method further comprises • providing two or more flexible foils with a conductive pattern thereon, • the solar cells are grouped in subgroups , each subgroup associated with an area on the curved surface and a flexible foil, • a solder step comprising, for each of the subgroups, soldering the solar cells to the flexible foil or bonding the solar cells to the flexible foil with a conductive adhesive, • a positioning step comprising draping the two or more subgroups on or in the curved surface, • a final lamination step comprising laminating the subgroups to the curved surface . • providing a multitude of solar cells , the solar cells showing a photosensitive side and connections to anode (108-i) and cathode (110-j) on the side opposite to the photosensitive side, • providing a curved surface , the curved surface being transparent or translucent, and the curved surface being at least locally curved in two directions, wherein the method further comprises • providing two or more flexible foils with a conductive pattern thereon, • the solar cells are grouped in subgroups , each subgroup associated with an area on the curved surface and a flexible foil, • a solder step comprising, for each of the subgroups, soldering the solar cells to the flexible foil or bonding the solar cells to the flexible foil with a conductive adhesive, • a positioning step comprising draping the two or more subgroups on or in the curved surface, • a final lamination step comprising laminating the subgroups to the curved surface .
A magnet for an anti-ice system for a fan assembly of a gas turbine engine , comprising: a core comprising a first material having magnetic qualities; and at least one coil wound about a perimeter of the core , the at least one coil comprising a second material, wherein the magnet is an electromagnet configured to emit a magnetic field in response to an electric current applied to at least one coil; characterised in that : the first material has a first epoxy composition and the second material has a second epoxy composition, wherein the second epoxy composition is a conductive epoxy composition, wherein the first epoxy composition and the second epoxy composition each comprise a bisphenolic resin composition comprising bisphenol AF and at least one of a filler or a conductivity modifier. a core comprising a first material having magnetic qualities; and at least one coil wound about a perimeter of the core , the at least one coil comprising a second material, wherein the magnet is an electromagnet configured to emit a magnetic field in response to an electric current applied to at least one coil; characterised in that : the first material has a first epoxy composition and the second material has a second epoxy composition, wherein the second epoxy composition is a conductive epoxy composition, wherein the first epoxy composition and the second epoxy composition each comprise a bisphenolic resin composition comprising bisphenol AF and at least one of a filler or a conductivity modifier.
An antimicrobial formulation for use in a method of treating, preventing or inhibiting the formation of a bacterial biofilm, wherein the formulation is topically administered to the skin and comprises: a chelating agent or salts thereof; a transport enhancer which is methylsulfonylmethane (MSM); and an acceptable vehicle or base for such formulation; wherein the chelating agent and the transport enhancer are present in a proportion effective to bring about a significant reduction in bacterial and/or fungal biofilm on a surface to which it is applied, and wherein the percentage of chelator in the formulation is about 0.1% to 15% and the percentage of transport enhancer in the formulation is about 0.1% to 40% by weight, respectively. a chelating agent or salts thereof; a transport enhancer which is methylsulfonylmethane (MSM); and an acceptable vehicle or base for such formulation; wherein the chelating agent and the transport enhancer are present in a proportion effective to bring about a significant reduction in bacterial and/or fungal biofilm on a surface to which it is applied, and wherein the percentage of chelator in the formulation is about 0.1% to 15% and the percentage of transport enhancer in the formulation is about 0.1% to 40% by weight, respectively.
An information processing device configured to: acquire an image captured according to an imaging instruction by an imaging device mounted to a mobile object ; wherein the imaging instruction is issued in accordance with a flight plan comprising a plurality of flight routes indicating a path of the mobile object, and an imaging plan indicating an imaging position and an imaging range over which to perform imaging at an imaging interval, and wherein the flight plan and the imaging plan are set such that overlapping portions of the imaging range occur in a direction of travel of the mobile object as well as in a direction between the flight routes; acquire sensor information including position information about the mobile object from a sensor device in response to a signal transmitted from the imaging device in response to the imaging instruction; and associate the acquired sensor information with the acquired image; acquire elevation data indicating an elevation of a ground surface imaged by the imaging device, and associate the elevation data with the information included in the sensor information; change the flight plan based on the elevation data by shortening the distance between the flight routes to increase the overlap between images in the direction of the distance between the flight routes; and change the imaging plan based on the elevation data by shortening the interval to increase the overlap between images in the direction of travel. acquire an image captured according to an imaging instruction by an imaging device mounted to a mobile object ; wherein the imaging instruction is issued in accordance with a flight plan comprising a plurality of flight routes indicating a path of the mobile object, and an imaging plan indicating an imaging position and an imaging range over which to perform imaging at an imaging interval, and wherein the flight plan and the imaging plan are set such that overlapping portions of the imaging range occur in a direction of travel of the mobile object as well as in a direction between the flight routes; acquire sensor information including position information about the mobile object from a sensor device in response to a signal transmitted from the imaging device in response to the imaging instruction; and associate the acquired sensor information with the acquired image; acquire elevation data indicating an elevation of a ground surface imaged by the imaging device, and associate the elevation data with the information included in the sensor information; change the flight plan based on the elevation data by shortening the distance between the flight routes to increase the overlap between images in the direction of the distance between the flight routes; and change the imaging plan based on the elevation data by shortening the interval to increase the overlap between images in the direction of travel.
A communication method, performed by an access point, AP, device, the method comprising: generating (S210) a wireless communication message frame, the wireless communication message frame comprising information about devices that are to access a channel, and an access order of the devices; transmitting (S220), when information about an available transmission channel is obtained, the wireless communication message frame to start a data transmission procedure, and instructing the devices to sequentially transmit communication data through the transmission channel according to the access order in the data transmission procedure; transmitting a message frame for ending the data transmission procedure, if no communication data transmitted by a target device is detected in a first preset time period within a transmission time of the target device comprised in the wireless communication message frame, the first preset time period starting after communication data transmission of a previous device of the target device in the access order is completed; after transmitting the message frame for ending the data transmission procedure, generating a new wireless communication message frame, a data transmission time period indicated in the new wireless communication message frame being less than or equal to a remaining transmission time period of the data transmission procedure. generating (S210) a wireless communication message frame, the wireless communication message frame comprising information about devices that are to access a channel, and an access order of the devices; transmitting (S220), when information about an available transmission channel is obtained, the wireless communication message frame to start a data transmission procedure, and instructing the devices to sequentially transmit communication data through the transmission channel according to the access order in the data transmission procedure; transmitting a message frame for ending the data transmission procedure, if no communication data transmitted by a target device is detected in a first preset time period within a transmission time of the target device comprised in the wireless communication message frame, the first preset time period starting after communication data transmission of a previous device of the target device in the access order is completed; after transmitting the message frame for ending the data transmission procedure, generating a new wireless communication message frame, a data transmission time period indicated in the new wireless communication message frame being less than or equal to a remaining transmission time period of the data transmission procedure.
Apparatus for heat treatment of a surface to be repaired that is made from a composite material, said apparatus comprising: -) a cover fitted with means for pressing the cover such that it abuts the surface to be repaired, the cover incorporating a member that generates at least one electromagnetic field when an electric current flows through it and a plurality of temperature sensors , each of which is capable of providing respective measurements of the temperature taken locally on the surface to be repaired, -) a source of electrical energy that generates said electric current which is delivered to said member that generates at least one electromagnetic field , -) a susceptor heating member in which a "susceptor" material is integrated, which material is capable of absorbing the electromagnetic energy generated by the member that generates at least one electromagnetic field and of converting the absorbed electromagnetic energy into heat, -) at least one seal made from a composite material and intended for being sealed by polymerisation on the surface to be repaired, characterised in that the member that generates said at least one electromagnetic field comprises at least a plurality of inductive coils arranged on a common support that is integrated in the cover and is provided with said plurality of temperature sensors distributed on the support , the apparatus comprising means for regulating the power of said electric currents which supply the inductive coils individually and selectively with an individual electrical power according to the temperature measurements provided by the temperature sensors . -) a cover fitted with means for pressing the cover such that it abuts the surface to be repaired, the cover incorporating a member that generates at least one electromagnetic field when an electric current flows through it and a plurality of temperature sensors , each of which is capable of providing respective measurements of the temperature taken locally on the surface to be repaired, -) a source of electrical energy that generates said electric current which is delivered to said member that generates at least one electromagnetic field , -) a susceptor heating member in which a "susceptor" material is integrated, which material is capable of absorbing the electromagnetic energy generated by the member that generates at least one electromagnetic field and of converting the absorbed electromagnetic energy into heat, -) at least one seal made from a composite material and intended for being sealed by polymerisation on the surface to be repaired, characterised in that the member that generates said at least one electromagnetic field comprises at least a plurality of inductive coils arranged on a common support that is integrated in the cover and is provided with said plurality of temperature sensors distributed on the support , the apparatus comprising means for regulating the power of said electric currents which supply the inductive coils individually and selectively with an individual electrical power according to the temperature measurements provided by the temperature sensors .
A detector , comprising: a pixel configured to detect radiation particles incident thereon, the pixel disposed in a substrate ; a first guard ring in the substrate and surrounding the pixel, the first guard ring comprising a first doped semiconductor region in the substrate and a first electrically conductive layer in electrical contact to the first doped semiconductor region; a second guard ring in the substrate and surrounding the first guard ring, the second guard ring comprising a second doped semiconductor region is in the substrate and a second electrically conductive layer in electrical contact to the second doped semiconductor region; the detector being characterized in that the first electrically conductive layer extends further toward an interior of the first guard ring than the first doped semiconductor region by a first extent; the second electrically conductive layer extends further toward an interior of the second guard ring than the second doped semiconductor region by a second extent; wherein the second extent is greater than the first extent. a pixel configured to detect radiation particles incident thereon, the pixel disposed in a substrate ; a first guard ring in the substrate and surrounding the pixel, the first guard ring comprising a first doped semiconductor region in the substrate and a first electrically conductive layer in electrical contact to the first doped semiconductor region; a second guard ring in the substrate and surrounding the first guard ring, the second guard ring comprising a second doped semiconductor region is in the substrate and a second electrically conductive layer in electrical contact to the second doped semiconductor region; the detector being characterized in that the first electrically conductive layer extends further toward an interior of the first guard ring than the first doped semiconductor region by a first extent; the second electrically conductive layer extends further toward an interior of the second guard ring than the second doped semiconductor region by a second extent; wherein the second extent is greater than the first extent.