mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining a direction to a land based signal-emitting object by means of a platform comprising at least two antennas separated by a known distance, comprising the steps of: - receiving, with each of said at least two antennas , a signal from said signal-emitting object at first positions , - determining a first phase relation of said signal between said at least two antennas , - receiving, with each of said at least two antennas , a signal from said signal-emitting object at at least second positions , - determining at least a second phase relation of said signal between said at least two antennas , characterised by the steps of: - determining change(s) in position(s) of at least one antenna of said at least two antennas based on a change in orientation of said platform wherein said change in orientation is a roll or turn in a direction perpendicular to a travelling movement of said platform , - determining a direction to a signal-emitting object based on said first phase relation, said at least second phase relation and said change(s) in position(s) of said at least one antenna, and - repeating said above mentioned steps at least until ambiguities have been resolved with desired accuracy, wherein the at least two antennas are forming a long base interferometer (LBI) and are mounted on said platform , wherein said platform is an airborne vehicle, and wherein the at least two antennas forms a virtual aperture when rotated from which the direction to the signal-emitting object is determined. - receiving, with each of said at least two antennas , a signal from said signal-emitting object at first positions , - determining a first phase relation of said signal between said at least two antennas , - receiving, with each of said at least two antennas , a signal from said signal-emitting object at at least second positions , - determining at least a second phase relation of said signal between said at least two antennas , - determining change(s) in position(s) of at least one antenna of said at least two antennas based on a change in orientation of said platform wherein said change in orientation is a roll or turn in a direction perpendicular to a travelling movement of said platform , - determining a direction to a signal-emitting object based on said first phase relation, said at least second phase relation and said change(s) in position(s) of said at least one antenna, and - repeating said above mentioned steps at least until ambiguities have been resolved with desired accuracy,
A method of controlling a screen of an electronic device , comprising the steps of: transmitting a search request comprising at least one keyword corresponding to digital content to a server ; generating one image in a first region of the screen containing thumbnails received from the server such that each thumbnail in the image is associated with a respective digital content that corresponds most with at least one keyword in the request; displaying thumbnails received from the server in another region of the screen different from the first region such that each thumbnail in the other region is associated with digital content that does not correspond most with at least one keyword in the request, and the method being characterised by : in response to selection of a given thumbnail included in the image in the first region , receiving contents corresponding to the given thumbnail and reproducing the corresponding contents; wherein the thumbnails in the another region are classified and displayed based on a category of the digital content, wherein the thumbnails contained in the image further correspond to a priority such that the priority is based on at least one of a number of times a given keyword was used in the request, a number of times given digital content was downloaded, a preference of a user, a popularity order, and a predetermined condition. transmitting a search request comprising at least one keyword corresponding to digital content to a server ; generating one image in a first region of the screen containing thumbnails received from the server such that each thumbnail in the image is associated with a respective digital content that corresponds most with at least one keyword in the request; displaying thumbnails received from the server in another region of the screen different from the first region such that each thumbnail in the other region is associated with digital content that does not correspond most with at least one keyword in the request, and the method being characterised by : in response to selection of a given thumbnail included in the image in the first region , receiving contents corresponding to the given thumbnail and reproducing the corresponding contents; wherein the thumbnails in the another region are classified and displayed based on a category of the digital content, wherein the thumbnails contained in the image further correspond to a priority such that the priority is based on at least one of a number of times a given keyword was used in the request, a number of times given digital content was downloaded, a preference of a user, a popularity order, and a predetermined condition.
A method of configuring RFID devices for use in an electronic article surveillance (EAS) system, the method comprising: providing a plurality of differently configured sample RFID devices to be attached to different products monitored by the EAS system; testing the performance of the plurality of differently configured sample RFID devices in a range of frequencies; comparing the performance of the plurality of differently configured sample RFID devices in the range of frequencies with performance of complementary target RFID devices in the range of frequencies; digitally and/or physically reconfiguring one or more of the plurality of differently configured sample RFID devices to converge the performance of the one or more RFID devices in the range of frequencies with that of performance of the complementary target RFID devices in the range of frequencies when the performance of the one or more RFID devices in the range of frequencies does not converge with the performance of the complementary target RFID devices in the range of frequencies; and incorporating the one or more sample RFID devices into an electronic article surveillance system when the performance of the one or more RFID devices after reconfiguration converges with the performance of the complementary target RFID devices or with performance of each other in the range of frequencies. providing a plurality of differently configured sample RFID devices to be attached to different products monitored by the EAS system; testing the performance of the plurality of differently configured sample RFID devices in a range of frequencies; comparing the performance of the plurality of differently configured sample RFID devices in the range of frequencies with performance of complementary target RFID devices in the range of frequencies; digitally and/or physically reconfiguring one or more of the plurality of differently configured sample RFID devices to converge the performance of the one or more RFID devices in the range of frequencies with that of performance of the complementary target RFID devices in the range of frequencies when the performance of the one or more RFID devices in the range of frequencies does not converge with the performance of the complementary target RFID devices in the range of frequencies; and incorporating the one or more sample RFID devices into an electronic article surveillance system when the performance of the one or more RFID devices after reconfiguration converges with the performance of the complementary target RFID devices or with performance of each other in the range of frequencies.
An improved key comprising: - a key-shaped supporting structure , made of metal material, comprising a stem and a head which is provided with at least one through opening affecting both opposite faces (42', 42") of said head and extending through the thickness of said head , said opening being entirely laterally delimited by inner walls extending from one face of said head to the other (42"), - an insert , made of polymeric material, comprising an identification system and which is removably inserted into said opening of said head , and in that: - said insert comprises at least one section protruding from the inner walls of said through opening and laterally projecting with respect to said through opening thus abutting against a part of the portion , provided about said through opening, of said head , said insert removably accommodates said identification system therein, characterized in that , - at said section , protruding from the inner walls of said through opening and laterally projecting with respect to said through opening , the insert has a thickness which is greater than the corresponding thickness of the head . - a key-shaped supporting structure , made of metal material, comprising a stem and a head which is provided with at least one through opening affecting both opposite faces (42', 42") of said head and extending through the thickness of said head , said opening being entirely laterally delimited by inner walls extending from one face of said head to the other (42"), - an insert , made of polymeric material, comprising an identification system and which is removably inserted into said opening of said head , - said insert comprises at least one section protruding from the inner walls of said through opening and laterally projecting with respect to said through opening thus abutting against a part of the portion , provided about said through opening, of said head , said insert removably accommodates said identification system therein, - at said section , protruding from the inner walls of said through opening and laterally projecting with respect to said through opening , the insert has a thickness which is greater than the corresponding thickness of the head .
A method for securing data communicated in a network, comprising: - receiving, by a destination node in the network, at least one message transmitted by a source node in the network; - generating, by said destination node, a session key by executing a one-way function that takes at least a part of a last received message and an initial key as input parameters; - using, by said destination node, the session key for encrypting or decrypting said data; characterized in that the method further comprises: - generating, by the destination node, a new session key by executing the one-way function, wherein the one-way function takes said part of the last received message and the session key as input parameters; - using, by the destination node, the new session key for encrypting or decrypting said data. - receiving, by a destination node in the network, at least one message transmitted by a source node in the network; - generating, by said destination node, a session key by executing a one-way function that takes at least a part of a last received message and an initial key as input parameters; - using, by said destination node, the session key for encrypting or decrypting said data; - generating, by the destination node, a new session key by executing the one-way function, wherein the one-way function takes said part of the last received message and the session key as input parameters; - using, by the destination node, the new session key for encrypting or decrypting said data.
A pharmaceutically acceptable salt of β-guanidinopropionic acid having a Carr's Index of less than 20 and/or a Hausner ratio of less than 1.25, wherein said pharmaceutically acceptable salt is a salt of β-guanidinopropionic acid and a dicarboxylic acid.
Active compound combination comprising (A) as compound (A) methyl 2-[2-chloro-4-(4-chlorophenoxy)phenyl]-2-hydroxy-3-(1,2,4-triazol-1-yl)propanoate, (B) as compound (B) at least one compound selected from (2.005) fluopyram, (2.017) penflufen, (2.019) pydiflumetofen, (2.027) inpyrfluxam, (2.038) isoflucypram and (2.060) cyclobutrifluram, and (C) as compound (C) at least one compound selected from (3.012) fluoxastrobin, (3.020) trifloxystrobin and (3.030) metyltetraprole. (A) as compound (A) methyl 2-[2-chloro-4-(4-chlorophenoxy)phenyl]-2-hydroxy-3-(1,2,4-triazol-1-yl)propanoate, (B) as compound (B) at least one compound selected from (2.005) fluopyram, (2.017) penflufen, (2.019) pydiflumetofen, (2.027) inpyrfluxam, (2.038) isoflucypram and (2.060) cyclobutrifluram, and (C) as compound (C) at least one compound selected from (3.012) fluoxastrobin, (3.020) trifloxystrobin and (3.030) metyltetraprole.
A method for producing an oxymethylene copolymer resin composition, comprising: adding to an oxymethylene copolymer (A), an Mn micromole of an amine-substituted triazine compound (B) per gram of the oxymethylene copolymer (A), an Mc micromole of a choline hydroxide (C) per gram of the oxymethylene copolymer (A), and 0.05 to 1.1 parts by weight of an antioxidant (D) with respect to 100 parts by weight of the oxymethylene copolymer (A), and melt kneading a mixture of the oxymethylene copolymer (A), amine-substituted triazine compound (B), the choline hydroxide (C), and the antioxidant (D), wherein Mn (μmol/g-POM) and Mc (μmol/g-POM) satisfy: 6.5 < Mn + Mc × 8 < 25 , 0.5 < Mn < 7.0 , and 0.0 < Mc . adding to an oxymethylene copolymer (A), an Mn micromole of an amine-substituted triazine compound (B) per gram of the oxymethylene copolymer (A), an Mc micromole of a choline hydroxide (C) per gram of the oxymethylene copolymer (A), and 0.05 to 1.1 parts by weight of an antioxidant (D) with respect to 100 parts by weight of the oxymethylene copolymer (A), and melt kneading a mixture of the oxymethylene copolymer (A), amine-substituted triazine compound (B), the choline hydroxide (C), and the antioxidant (D), wherein Mn (μmol/g-POM) and Mc (μmol/g-POM) satisfy: 6.5 < Mn + Mc × 8 < 25 , 0.5 < Mn < 7.0 , and 0.0 < Mc .
A diffuser for a pressurized container fitted with a valve, especially for an aerosol generator, which diffuser is provided with: - a base body provided with a cavity formed by an outer wall of the base body , said base body having a finger tab intended to be depressed by the user in order to actuate the valve , and having an outlet opening for the release of the product contained in the container , wherein a lower part of the outer wall is configured to be attached to a cylindrical end of the container, and - an outlet duct placed in the cavity formed by the outer wall , which duct has a passage between a first end , said first end being configured to engage with the valve of the pressurized container, and a second end , said second end being configured for the release of the product contained in the pressurized container and corresponding with the outlet opening of the base body, wherein the base body further comprises a connecting hole at a distance from the outlet opening ; wherein the outlet duct and the base body are two separate parts, and wherein the outlet duct , in the state fastened to the base body , comprises a portion introduced into the connecting hole ; characterized in that said connecting hole is a through hole between an outer surface of the base body and an inner surface of the base body , and is configured to facilitate the attachment of the outlet duct in such a way that the outlet duct can be fastened to the base body . - a base body provided with a cavity formed by an outer wall of the base body , said base body having a finger tab intended to be depressed by the user in order to actuate the valve , and having an outlet opening for the release of the product contained in the container , wherein a lower part of the outer wall is configured to be attached to a cylindrical end of the container, and - an outlet duct placed in the cavity formed by the outer wall , which duct has a passage between a first end , said first end being configured to engage with the valve of the pressurized container, and a second end , said second end being configured for the release of the product contained in the pressurized container and corresponding with the outlet opening of the base body, wherein the base body further comprises a connecting hole at a distance from the outlet opening ; wherein the outlet duct and the base body are two separate parts, and wherein the outlet duct , in the state fastened to the base body , comprises a portion introduced into the connecting hole ; characterized in that said connecting hole is a through hole between an outer surface of the base body and an inner surface of the base body , and is configured to facilitate the attachment of the outlet duct in such a way that the outlet duct can be fastened to the base body .
Stationary energy installation (2; 102; 102a; 102b) for powering a load or a grid and/or for storing energy from a load or a grid , comprising: - a battery system for power supply and/or energy storage, comprising at least a first set of automotive traction batteries and a second set of automotive traction batteries , each set comprising at least a first automotive traction battery and a second automotive traction battery (6a'; 6b'), - electric means connected between the battery system and the load or the grid , to adapt the power issued from the battery system to the load and/or the grid power characteristics or to adapt the power issued from the load or the grid to the battery system characteristics, wherein the electric means comprises at least a galvanic insulated component chosen between a DC/DC converter, a DC/AC converter or a transformer, said at least galvanic insulated component being at least a part of a batteries insulation means, and - each automotive traction battery comprising a ground fault monitoring unit and a disconnect switch (20a, 20b; 120a, 120a', 120b, 120b') having an operational position wherein the automotive traction battery is able to supply power and/or to store energy and a ground fault detection position wherein the automotive traction battery does not supply power and/or store energy, characterized in that the stationary energy installation comprises battery insulation means to electrically isolate the sets of automotive traction batteries from each other and/or against ground, wherein said at least galvanic insulated component being at least a part of the battery insulation means ; and the stationary energy installation further comprises at least one switching device to connect the first automotive traction battery or the second automotive traction battery of the first set of batteries and/or the first automotive traction battery or the second automotive traction battery of the second set of batteries to the electric means . - a battery system for power supply and/or energy storage, comprising at least a first set of automotive traction batteries and a second set of automotive traction batteries , each set comprising at least a first automotive traction battery and a second automotive traction battery (6a'; 6b'), - electric means connected between the battery system and the load or the grid , to adapt the power issued from the battery system to the load and/or the grid power characteristics or to adapt the power issued from the load or the grid to the battery system characteristics, wherein the electric means comprises at least a galvanic insulated component chosen between a DC/DC converter, a DC/AC converter or a transformer, said at least galvanic insulated component being at least a part of a batteries insulation means, and - each automotive traction battery comprising a ground fault monitoring unit and a disconnect switch (20a, 20b; 120a, 120a', 120b, 120b') having an operational position wherein the automotive traction battery is able to supply power and/or to store energy and a ground fault detection position wherein the automotive traction battery does not supply power and/or store energy,
A method of regenerating a spent catalyst comprising a transition metal and a catalyst support in a metal reactor, the method comprising: contacting the spent catalyst with a chlorine-containing stream comprising a chlorine-containing compound to produce a chlorinated spent catalyst, wherein the spent catalyst has been deactivated after long-term use in an aromatization process; a chlorine purging step comprising contacting the chlorinated spent catalyst with a chlorine purging stream consisting essentially of an inert gas; contacting the chlorinated spent catalyst with a decoking gas stream comprising oxygen to produce a de-coked catalyst; and contacting the de-coked catalyst with a fluorine-containing stream comprising a fluorine-containing compound. contacting the spent catalyst with a chlorine-containing stream comprising a chlorine-containing compound to produce a chlorinated spent catalyst, wherein the spent catalyst has been deactivated after long-term use in an aromatization process; a chlorine purging step comprising contacting the chlorinated spent catalyst with a chlorine purging stream consisting essentially of an inert gas; contacting the chlorinated spent catalyst with a decoking gas stream comprising oxygen to produce a de-coked catalyst; and contacting the de-coked catalyst with a fluorine-containing stream comprising a fluorine-containing compound.