mhurhangee/patent-ind-claim-en huggingface dataset:
An aluminum alloy comprising a) from 9 to 14 % by mass of magnesium (Mg); b) from 0.15 to 1 % by mass of titanium (Ti); c) 0.1 % by mass or less of manganese (Mn); d) 0.1 % by mass or less of iron (Fe); e) from 0.001 to 0.1 % by mass of beryllium (Be); f) from 0.03 to 0.2 % by mass of boron (B); g) 0.01 % by mass or less of copper (Cu); h) optionally 1 % by mass or less of silicon (Si); and i) optionally 0.01 % by mass or less of zinc (Zn); with the balance being aluminum (Al); each in relation to the total mass of the alloy composition, and wherein all compounds of the alloy add up to a total of 100 % by mass, and wherein the aluminum alloy comprises inevitable impurities. a) from 9 to 14 % by mass of magnesium (Mg); b) from 0.15 to 1 % by mass of titanium (Ti); c) 0.1 % by mass or less of manganese (Mn); d) 0.1 % by mass or less of iron (Fe); e) from 0.001 to 0.1 % by mass of beryllium (Be); f) from 0.03 to 0.2 % by mass of boron (B); g) 0.01 % by mass or less of copper (Cu); h) optionally 1 % by mass or less of silicon (Si); and i) optionally 0.01 % by mass or less of zinc (Zn);
An apparatus for a radio access network, RAN, node of a wireless system, the apparatus comprising: a memory to store data corresponding to a plurality of transport network layer, TNL, associations between the RAN node and a core network, CN, of the wireless system; and baseband circuitry, the apparatus characterized in that the baseband circuitry is to: for a user equipment, UE, in a connected mode with the CN, maintain a UE-specific association on an interface between the RAN and the CN, UE-specific RAN-CN association, corresponding to a first TNL association of the plurality of TNL associations; determine, while the UE is in the connected mode, an update of the UE-specific RAN-CN association by a network function of the CN; and in response to the update, change or release the UE-specific RAN-CN association. a memory to store data corresponding to a plurality of transport network layer, TNL, associations between the RAN node and a core network, CN, of the wireless system; and baseband circuitry, the apparatus characterized in that the baseband circuitry is to: for a user equipment, UE, in a connected mode with the CN, maintain a UE-specific association on an interface between the RAN and the CN, UE-specific RAN-CN association, corresponding to a first TNL association of the plurality of TNL associations; determine, while the UE is in the connected mode, an update of the UE-specific RAN-CN association by a network function of the CN; and in response to the update, change or release the UE-specific RAN-CN association. for a user equipment, UE, in a connected mode with the CN, maintain a UE-specific association on an interface between the RAN and the CN, UE-specific RAN-CN association, corresponding to a first TNL association of the plurality of TNL associations; determine, while the UE is in the connected mode, an update of the UE-specific RAN-CN association by a network function of the CN; and in response to the update, change or release the UE-specific RAN-CN association.
Heat transfer device for additive manufacturing comprising: - a set of independent ultraviolet laser sources capable of generating heat and designed to convey the electromagnetic radiation beams in a predetermined area of the plate of a work surface , said independent sources capable of varying the temperature of said predetermined area of said plate in said work surface by introducing a thermal gradient, said independent sources being connected to sides of the optical deflection system ; and - an array of ultraviolet LEDs adjacent to the optical deflection system , capable of varying the temperature of the metal powders positioned in said work surface . - a set of independent ultraviolet laser sources capable of generating heat and designed to convey the electromagnetic radiation beams in a predetermined area of the plate of a work surface , said independent sources capable of varying the temperature of said predetermined area of said plate in said work surface by introducing a thermal gradient, said independent sources being connected to sides of the optical deflection system ; and - an array of ultraviolet LEDs adjacent to the optical deflection system , capable of varying the temperature of the metal powders positioned in said work surface .
A vehicle seat equipped with a side airbag device comprising: an inflator disposed on an outer side in a vehicle width direction relative to a side frame installed inside a side part of a seatback , the side part being located on an outer side in the seatback in the vehicle width direction; an inner chamber housed inside the side part , and configured to inflate and deploy toward a part of an occupant on the outer side in the vehicle width direction upon receiving supply of a gas from the inflator ; an outer chamber housed inside the side part , and configured to inflate and deploy toward the outer side in the vehicle width direction and a vehicle front side relative to the inner chamber upon receiving supply of the gas; and a diffuser housed inside the side part and which contains the inflator , the diffuser being configured to supply the gas into the inner chamber from a first supply port formed in a peripheral wall of the diffuser when the inflator is activated. an inflator disposed on an outer side in a vehicle width direction relative to a side frame installed inside a side part of a seatback , the side part being located on an outer side in the seatback in the vehicle width direction; an inner chamber housed inside the side part , and configured to inflate and deploy toward a part of an occupant on the outer side in the vehicle width direction upon receiving supply of a gas from the inflator ; an outer chamber housed inside the side part , and configured to inflate and deploy toward the outer side in the vehicle width direction and a vehicle front side relative to the inner chamber upon receiving supply of the gas; and a diffuser housed inside the side part and which contains the inflator , the diffuser being configured to supply the gas into the inner chamber from a first supply port formed in a peripheral wall of the diffuser when the inflator is activated.
An integrated circuit comprising: a physically unclonable function PUF configured to generate a response in response to a challenge, a multiplexer configured to access a database of challenges, wherein the challenges are partitioned into application challenges and service challenges, a service challenge being different from an application challenge, the multiplexer being configured to select one or more challenges from the database and communicate one or more selected challenges to the PUF, said selected challenges comprising one or more service challenges and one or more application challenges, the selected service challenges comprising a number of service challenges that maximizes the number of hardware parts of the PUF involved in the run of said service challenges, and a test circuit adjacent to said PUF; wherein the PUF is configured to generate one or more application responses relying on the uniqueness property of the PUF in response to a selected application challenge, said one or more application responses being used for key generation or for challenge-response authentication; wherein the PUF is configured to generate one or more service responses in response to one or more selected service challenges, said test circuit being configured to determine at least one quality property of the PUF from a deviation determined from said service responses and a predefined response pattern. a physically unclonable function PUF configured to generate a response in response to a challenge, a multiplexer configured to access a database of challenges, wherein the challenges are partitioned into application challenges and service challenges, a service challenge being different from an application challenge, the multiplexer being configured to select one or more challenges from the database and communicate one or more selected challenges to the PUF, said selected challenges comprising one or more service challenges and one or more application challenges, the selected service challenges comprising a number of service challenges that maximizes the number of hardware parts of the PUF involved in the run of said service challenges, and a test circuit adjacent to said PUF; wherein the PUF is configured to generate one or more application responses relying on the uniqueness property of the PUF in response to a selected application challenge, said one or more application responses being used for key generation or for challenge-response authentication; wherein the PUF is configured to generate one or more service responses in response to one or more selected service challenges, said test circuit being configured to determine at least one quality property of the PUF from a deviation determined from said service responses and a predefined response pattern.
A method for managing a mission during a flight of an aircraft, the aircraft having a control system , the method comprising: the control system monitoring an environment around the aircraft for changes in the environment; the control system determining whether a number of changes in the environment around the aircraft have been detected; responsive to a determination that a number of changes in the environment around the aircraft have been detected, the control system determining whether the number of changes in the environment around the aircraft affect a current route for the aircraft; responsive to a determination that a number of changes in the environment around the aircraft affect a current route for the aircraft, the control system determining whether the aircraft has the capability to make changes to the route for the aircraft in response to the number of changes in the environment; responsive to the determination that the aircraft has the capability to make changes to the route for the aircraft in response to the number of changes in the environment, the control system making changes to the current route using a route analysis and planning process and a resource allocation process; and then the control system returning to the step of monitoring an environment around the aircraft for changes in the environment. the control system monitoring an environment around the aircraft for changes in the environment; the control system determining whether a number of changes in the environment around the aircraft have been detected; responsive to a determination that a number of changes in the environment around the aircraft have been detected, the control system determining whether the number of changes in the environment around the aircraft affect a current route for the aircraft; responsive to a determination that a number of changes in the environment around the aircraft affect a current route for the aircraft, the control system determining whether the aircraft has the capability to make changes to the route for the aircraft in response to the number of changes in the environment; responsive to the determination that the aircraft has the capability to make changes to the route for the aircraft in response to the number of changes in the environment, the control system making changes to the current route using a route analysis and planning process and a resource allocation process; and then the control system returning to the step of monitoring an environment around the aircraft for changes in the environment.
A display device comprising: a first substrate in which a display area (DA) and a non-display area (NDA) disposed outside the display area (DA) are defined, the first substrate consisting of four lateral sides; a second substrate which faces the first substrate and comprises an area (RA) recessed in a thickness direction and a contact area (CA) disposed outside the recessed area (RA); and a cell seal (CS) which bonds the first substrate and the second substrate together, wherein the cell seal (CS) comprises a bonding filament (BF) and a frit seal (FR), the bonding filament (BF) is disposed along two opposing sides or three sides of the first substrate between the contact area (CA) and the non-display area (NDA) to connect the contact area (CA) and the first substrate , the frit seal (FR) is disposed along a remaining one or two sides of the first substrate between the recessed area (RA) and the non-display area (NDA), wherein the bonding filament (BF) and the frit seal (FR) are laterally spaced apart from each other. a first substrate in which a display area (DA) and a non-display area (NDA) disposed outside the display area (DA) are defined, the first substrate consisting of four lateral sides; a second substrate which faces the first substrate and comprises an area (RA) recessed in a thickness direction and a contact area (CA) disposed outside the recessed area (RA); and a cell seal (CS) which bonds the first substrate and the second substrate together, wherein the cell seal (CS) comprises a bonding filament (BF) and a frit seal (FR), the bonding filament (BF) is disposed along two opposing sides or three sides of the first substrate between the contact area (CA) and the non-display area (NDA) to connect the contact area (CA) and the first substrate , the frit seal (FR) is disposed along a remaining one or two sides of the first substrate between the recessed area (RA) and the non-display area (NDA), wherein the bonding filament (BF) and the frit seal (FR) are laterally spaced apart from each other.
Lifting transportation device combination, the purpose of which is handling of load (Y) that is carried out with load platforms (K), such as RoRo, terminal, industrial cassettes and/or the like, and, which comprises a lifting transportation carriage and a pulling device that has at least power transmission means for power transmission of a drive function of the lifting transportation device combination and for a lifting function of the lifting transportation carriage in order to lift up and lower down the load on the load platform (K, Y), wherein the lifting transportation carriage comprises a drawbar provided with coupling means in order to couple the same rotatably, such as on ball joint, crosslink principle or correspondingly, and in a lockable manner with a fifth wheel (VP) of the pulling device, wherein the drawbar is arranged at a front end (I) of the lifting transportation carriage in an essentially vertical plane turnable (w) manner by a joint arrangement , whereby the power transmission of the lifting function in order to alter height of the support surface of the lifting transportation carriage is arranged by an actuator arrangement (X) driven by auxiliary power, such as being mechanically, electrically, pressure medium operated and/or like, wherein the actuator arrangement altering the height of the support surface of the lifting transportation carriage is arranged when the support surface of the lifting transportation carriage is being lowered to push the lifting transportation carriage backwards (t) from the pulling device when viewed in longitudinal direction (s) of the lifting transportation device combination, and wherein the drawbar comprises essentially at a center part thereof a joint part to be coupled at an articulation point with a joint (N3) of the joint arrangement , a first coupling arm that is directed downward from the joint part and that is to be coupled jointedly (N2) with first actuator means (X; X1) of the actuator arrangement altering height of the support surface at the front end (I) of the lifting transportation carriage by turning (w) the drawbar with respect to the articulation point, the first articulation means (X; X1) being articulated below the support surface (Rk) of the lifting transportation carriage's frame (1; P) and arranged to operate in longitudinal direction (s) of the lifting transportation device combination, and a second coupling arm that is directed forward from the articulation point and that is provided with the coupling means , characterized in that , the actuator arrangement (X) comprises second actuator means (X2) for altering height of the support surface of back end (II) of the lifting transportation carriage by changing a distance between the support surface and a frame (P) thereof and/or by altering height of the frame (P) by a wheel arrangement at the back end (II) of the lifting transportation carriage.
A dishwasher comprising a tub , a circulation pump enabling sending washing water to the washing environment in the tub , at least one basket in which the kitchenware to be washed are placed, at least one spray arm , a heat pump enabling heating washing water, the heat pump comprising of a compressor , a condenser , an evaporator enabling heat to be drawn from the outer environment and to be transferred to the condenser by means of the compressor , at least one fan enabling heat transfer by sending environment air onto the evaporator , and at least one reservoir placed proximate to the evaporator , characterized by the evaporator having fins produced with increased dimensions so as to extend from the evaporator into the reservoir and contacting the water in the reservoir , the evaporator drawing the heat of the water in the reservoir by means of the fins along with the heat drawn from the environment air sent by the fan .
Detector device configured to detect presence of liquid in a container, comprising a main duct provided at a first end with an inlet , configured to be connected to the container, and at a second end with an outlet , configured to be connected to a suction device, wherein an inner channel of the main duct is in communication with a detection chamber through a branch channel and a return channel arranged along a lateral surface of the main duct extending between the first and the second end (110; 120), wherein the branch channel is arranged between the first end of the main duct and the return channel and wherein the return channel is arranged between the second end of the main duct and the branch channel , the detection chamber being closed by a top cap and by a bottom wall and comprising a stem that is coupled to at least one between the top cap and the bottom wall and that internally houses a reed switch , wherein the stem is inserted into a longitudinal cavity of a float (280A; 280B) housing at least one permanent magnet in an inner seat, the float (280A; 280B) being configured to slide along the stem between a rest position and a floating position, wherein: - one between the rest position and the floating position coincides with a position of interaction of the float (280A; 280B) with the reed switch , at which said at least one permanent magnet magnetically interacts with the reed switch , whereby the reed switch is closed; and - the other one between the rest position and the floating position coincides with a position of non-interaction of the float (280A; 280B) with the reed switch , at which said at least one permanent magnet does not magnetically interact with the reed switch , whereby the reed switch is open. - one between the rest position and the floating position coincides with a position of interaction of the float (280A; 280B) with the reed switch , at which said at least one permanent magnet magnetically interacts with the reed switch , whereby the reed switch is closed; and - the other one between the rest position and the floating position coincides with a position of non-interaction of the float (280A; 280B) with the reed switch , at which said at least one permanent magnet does not magnetically interact with the reed switch , whereby the reed switch is open.
Device for generating one super-resolution photo by capturing multiple photos and merging photo information of the multiple photos, at least comprising a camera means for capturing photos, a processor unit for analyzing the captured photos and for generating one merged photo out of multiple captured photos , the processor unit applies super resolution imaging for merging the photos of a capturing sequence, a gimbal unit for holding and aligning the camera means , wherein the gimbal unit comprises at least one motor for aligning the camera means , wherein operation data provided by said processor unit defines operation of the motor compensating movements of the camera means with respect to at least one static object of the scenery, characterized in that the processor device provides capturing data for operating the camera means, wherein the camera means starts a capturing sequence in dependency of a triggering event, wherein the capturing sequence comprises at least one scenery photo of the full scenery and multiple photos with a reduced amount of features compared to the scenery photo, wherein the capturing data identifies either one or more static objects and one or more moving objects in the scenery, or one or more moving objects in the scenery, wherein the reduced amount of features comprises the one or more moving objects , wherein the processor unit merges at least multiple of the captured photos of the respective capturing sequence and generates a merged photo. at least comprising a camera means for capturing photos, a processor unit for analyzing the captured photos and for generating one merged photo out of multiple captured photos , the processor unit applies super resolution imaging for merging the photos of a capturing sequence, a gimbal unit for holding and aligning the camera means , wherein the gimbal unit comprises at least one motor for aligning the camera means , wherein operation data provided by said processor unit defines operation of the motor compensating movements of the camera means with respect to at least one static object of the scenery, characterized in that the processor device provides capturing data for operating the camera means, wherein the camera means starts a capturing sequence in dependency of a triggering event, wherein the capturing sequence comprises at least one scenery photo of the full scenery and multiple photos with a reduced amount of features compared to the scenery photo, wherein the capturing data identifies either one or more static objects and one or more moving objects in the scenery, or one or more moving objects in the scenery, wherein the reduced amount of features comprises the one or more moving objects , wherein the processor unit merges at least multiple of the captured photos of the respective capturing sequence and generates a merged photo.
A method of managing a network allocation vector, NAV, by a station, STA, operating in a wireless local area network, LAN, system supporting a high efficiency, HE, physical layer protocol data unit, PPDU, the method comprising: receiving the HE PPDU including (i) a HE signal A, HE-SIG A, field including a first duration field and (ii) a medium access control, MAC, header including a second duration field, wherein the first duration field comprises at least one most significant bit, MSB, and at least one least significant bit, LSB; obtaining a transmission opportunity, TXOP, duration value based on a first value obtained based on the at least one MSB, multiplied by a second value obtained based on the at least one LSB; and performing NAV management based on the TXOP duration value, wherein a bit length of the first duration field in the HE-SIG A field is smaller than a bit length of the second duration field in the MAC header. receiving the HE PPDU including (i) a HE signal A, HE-SIG A, field including a first duration field and (ii) a medium access control, MAC, header including a second duration field, wherein the first duration field comprises at least one most significant bit, MSB, and at least one least significant bit, LSB; obtaining a transmission opportunity, TXOP, duration value based on a first value obtained based on the at least one MSB, multiplied by a second value obtained based on the at least one LSB; and performing NAV management based on the TXOP duration value, wherein a bit length of the first duration field in the HE-SIG A field is smaller than a bit length of the second duration field in the MAC header.