mhurhangee/ep-ind-claims huggingface dataset:
Method for providing redundant relay function in a network in which a higher-level subnetwork is connected to a lower-level subnetwork via two or more redundant relays, in which a maximum of one of the redundant relays is ever operated in an active mode, while the remaining relay (s) (2, 3) are in the standby mode, each redundant relay (2, 3) having a relay redundancy module for controlling the relay mode, and if the currently active relay (2, 3) fails then the or precisely one of the remaining redundant relay(s) (2, 3) is activated, characterized in that the redundant relays (2, 3) each comprise a DHCPv6 client for carrying out a prefix delegation, wherein only the DHCPv6 client of the currently active relay ever carries out the prefix delegation, and the redundant relays (2, 3) each have a relay control module to which the relay redundancy module of the respective relay (2, 3) signals the current relay mode, and the relay control module of the respectively active relay (2, 3) synchronizes a virtual DUID, DHCP Unique Identifier, of its DHCPv6 client and/or a prefix delegated to the active relay (2, 3) to the or each relay (2, 3) that is in the standby mode, and if the currently active relay (2, 3) fails then the relay control module of the relay (2, 3) activated in reaction to the failure starts the DHCPv6 client thereof, and the DHCPv6 client resorts to the DUID obtained via the synchronization and/or to the prefix obtained via the synchronization. in which a maximum of one of the redundant relays is ever operated in an active mode, while the remaining relay (s) (2, 3) are in the standby mode, each redundant relay (2, 3) having a relay redundancy module for controlling the relay mode, and if the currently active relay (2, 3) fails then the or precisely one of the remaining redundant relay(s) (2, 3) is activated, characterized in that the redundant relays (2, 3) each comprise a DHCPv6 client for carrying out a prefix delegation, wherein only the DHCPv6 client of the currently active relay ever carries out the prefix delegation, and the redundant relays (2, 3) each have a relay control module to which the relay redundancy module of the respective relay (2, 3) signals the current relay mode, and the relay control module of the respectively active relay (2, 3) synchronizes a virtual DUID, DHCP Unique Identifier, of its DHCPv6 client and/or a prefix delegated to the active relay (2, 3) to the or each relay (2, 3) that is in the standby mode, and if the currently active relay (2, 3) fails then the relay control module of the relay (2, 3) activated in reaction to the failure starts the DHCPv6 client thereof, and the DHCPv6 client resorts to the DUID obtained via the synchronization and/or to the prefix obtained via the synchronization.
A thrust reverser arrangement comprising: an inner fixed structure; a track beam (274, 276); a translating sleeve slideably mounted to the track beam (274, 276); a bypass duct for bypass air from a gas turbine engine fan, the bypass duct defined between the IFS and the translating sleeve; an acoustic treated fairing attached to the translating sleeve; and a primary slider coupled to the translating sleeve, whereby the translating sleeve is slideably mounted to the track beam (274, 276); wherein the acoustic treated fairing is configured to attenuate fan noise generated during operation of the gas turbine engine; and characterised in that the acoustic treated fairing at least partially encloses the primary slider. an inner fixed structure; a track beam (274, 276); a translating sleeve slideably mounted to the track beam (274, 276); a bypass duct for bypass air from a gas turbine engine fan, the bypass duct defined between the IFS and the translating sleeve; an acoustic treated fairing attached to the translating sleeve; and a primary slider coupled to the translating sleeve, whereby the translating sleeve is slideably mounted to the track beam (274, 276); wherein the acoustic treated fairing is configured to attenuate fan noise generated during operation of the gas turbine engine; and characterised in that the acoustic treated fairing at least partially encloses the primary slider.
Nebulizer system for a mesh nebulizer for generating and introducing an aerosol into the airways of a patient with a base unit and at least one mesh-nebulizer head (106, 206) and at least one dosing unit, for providing a predetermined amount of a therapeutic agent, wherein the therapeutic agent is supplied to the nebulizer head by the dosing unit from a portion container which can be opened by means of pressure, wherein the dosing unit has an accommodation chamber with a dosing opening for dispensing the therapeutic agent, an opening for introducing a portion container and a locking body for the opening, wherein the locking body is adapted to be moved from an open position, in which the locking body exposes the opening, to a closed position, in which the locking body closes the opening; which can be combined with the base unit to form a functional nebulizer, wherein the at least one nebulizer head (106, 206) is equipped with an identification attribute, wherein the base unit comprises a control unit which is adapted to register the identification attribute of the nebulizer head and wherein the control unit is configured to determine, on the basis of the identification attribute, whether the operation of the nebulizer head with the base unit is permissible, and wherein the identification attribute comprises a memory chip, wherein the base unit and the nebulizer head are designed such that a galvanic connection is established between the control unit and the memory chip when the base unit is combined with the nebulizer head. a base unit and at least one mesh-nebulizer head (106, 206) and at least one dosing unit, for providing a predetermined amount of a therapeutic agent, wherein the therapeutic agent is supplied to the nebulizer head by the dosing unit from a portion container which can be opened by means of pressure, wherein the dosing unit has an accommodation chamber with a dosing opening for dispensing the therapeutic agent, an opening for introducing a portion container and a locking body for the opening, wherein the locking body is adapted to be moved from an open position, in which the locking body exposes the opening, to a closed position, in which the locking body closes the opening; which can be combined with the base unit to form a functional nebulizer, wherein the at least one nebulizer head (106, 206) is equipped with an identification attribute, wherein the base unit comprises a control unit which is adapted to register the identification attribute of the nebulizer head and wherein the control unit is configured to determine, on the basis of the identification attribute, whether the operation of the nebulizer head with the base unit is permissible, and wherein the identification attribute comprises a memory chip, wherein the base unit and the nebulizer head are designed such that a galvanic connection is established between the control unit and the memory chip when the base unit is combined with the nebulizer head.
A wearable textile article to assist with muscle function, comprising: a tubular element having a lower opening and an upper opening, an internal side suitable for contact with a part of the human or animal body, and an external side opposite the internal side, wherein a first reinforcement band and a second reinforcement band are applied to said external side and/or to said internal side, each one of said first and second reinforcement bands (30, 31) being placed along a path (P, P') that lies primarily along a direction extending from the lower opening to the upper opening, said tubular element comprising at least a first fabric portion and a second fabric portion, each said first and second fabric portion being made of a fabric made by the weaving of weft threads and warp threads made of polymeric material, and comprising a first fusing area and a second fusing area along which the first fabric portion is fused to the second fabric portion, and wherein the first reinforcement band at least partially overlaps the first fusing area and the second reinforcement band at least partially overlaps the second fusing area, said wearable textile article being characterized in that the first band comprises a curved area substantially in the shape of a "U" or "V" so that when the wearable textile article is being worn on a thigh up to and including the knee, said curved area sits substantially around the kneecap. a tubular element having a lower opening and an upper opening, an internal side suitable for contact with a part of the human or animal body, and an external side opposite the internal side, wherein a first reinforcement band and a second reinforcement band are applied to said external side and/or to said internal side, each one of said first and second reinforcement bands (30, 31) being placed along a path (P, P') that lies primarily along a direction extending from the lower opening to the upper opening, said tubular element comprising at least a first fabric portion and a second fabric portion, each said first and second fabric portion being made of a fabric made by the weaving of weft threads and warp threads made of polymeric material, and comprising a first fusing area and a second fusing area along which the first fabric portion is fused to the second fabric portion, and wherein the first reinforcement band at least partially overlaps the first fusing area and the second reinforcement band at least partially overlaps the second fusing area, said wearable textile article being characterized in that the first band comprises a curved area substantially in the shape of a "U" or "V" so that when the wearable textile article is being worn on a thigh up to and including the knee, said curved area sits substantially around the kneecap.
A method of authenticating messages exchanged over a network between a transmitter and a receiver, the method comprising: at a transmitter side, for transmitting a message, - generating a truncated MAC code by selecting or generating predetermined bits from a message authentication code, MAC, computed over a concatenation of a predetermined part of the message with at least one predetermined part of a previously transmitted message; wherein a bitlength of truncated MAC code is smaller than a bitlength of the message authentication code, MAC - appending the truncated MAC code to the message for transmission; at a receiver side, for authenticating a message, - receiving a previously transmitted message, the message and the truncated MAC code, - generating an expected truncated MAC code by selecting or generating predetermined bits from a message authentication code, MAC, computed over a concatenation of a predetermined part of the message with at least one predetermined part of a previously transmitted message; - authenticating the message and the previously transmitted message if the truncated MAC code as received is identical to the expected truncated MAC code. at a transmitter side, for transmitting a message, - generating a truncated MAC code by selecting or generating predetermined bits from a message authentication code, MAC, computed over a concatenation of a predetermined part of the message with at least one predetermined part of a previously transmitted message; - generating a truncated MAC code by selecting or generating predetermined bits from a message authentication code, MAC, computed over a concatenation of a predetermined part of the message with at least one predetermined part of a previously transmitted message; wherein a bitlength of truncated MAC code is smaller than a bitlength of the message authentication code, MAC - appending the truncated MAC code to the message for transmission; - appending the truncated MAC code to the message for transmission; at a receiver side, for authenticating a message, - receiving a previously transmitted message, the message and the truncated MAC code, - generating an expected truncated MAC code by selecting or generating predetermined bits from a message authentication code, MAC, computed over a concatenation of a predetermined part of the message with at least one predetermined part of a previously transmitted message; - authenticating the message and the previously transmitted message if the truncated MAC code as received is identical to the expected truncated MAC code. - receiving a previously transmitted message, the message and the truncated MAC code, - generating an expected truncated MAC code by selecting or generating predetermined bits from a message authentication code, MAC, computed over a concatenation of a predetermined part of the message with at least one predetermined part of a previously transmitted message; - authenticating the message and the previously transmitted message if the truncated MAC code as received is identical to the expected truncated MAC code.
A solid pharmaceutical dosage form comprising linagliptin as a first active pharmaceutical ingredient in an amount of 5 mg and 1-chloro-4-(β-D-glucopyranos-1-yl)-2-[4-( -tetrahydrofuran-3-yloxy)-benzyl]-benzene as a second pharmaceutical ingredient in an amount of 10 mg or 25 mg and one or more excipients, wherein the term "linagliptin" as employed herein refers to linagliptin and pharmaceutically acceptable salts thereof, including hydrates and solvates thereof, and crystalline forms thereof, and wherein the definition "1-chloro-4-(β-D-glucopyranos-1-yl)-2-[4-( -tetrahydrofuran-3-yloxy)-benzyl]-benzene" also comprises its hydrates, solvates and polymorphic forms thereof.
Device for machining a workpiece panel with a tool and a sliding guide for the workpiece panel, said sliding guide surrounding the tool and being connected to a hydraulic pressure line to form a hydraulic cushion between a sliding surface and the workpiece panel, characterised in that the sliding surface is surrounded by a ring nozzle which is connected to the hydraulic pressure line and is oriented radially inwards with respect to the tool.
Method for preventative vapour bubble avoidance in a hydraulic motor vehicle brake system of a motor vehicle, comprising - front wheel brakes and rear wheel brakes; - a master brake cylinder; - a driving dynamics regulation module with control valves; and - hydraulic brake pressure lines, which connect the wheel brakes (110, 120) to the driving dynamics regulation module; characterized in that, after the motor vehicle has been parked at a standstill, the control valves of the driving dynamics regulation module are opened and a hydraulic pressure is generated at intervals, and as a result brake fluid is conveyed in the direction of the wheel brakes (110, 120) and flows back in the interval pauses, with the result that warm and cool brake fluid mix in the brake pressure lines and as a result the formation of vapour bubbles is avoided. - front wheel brakes and rear wheel brakes; - a master brake cylinder; - a driving dynamics regulation module with control valves; and - hydraulic brake pressure lines, which connect the wheel brakes (110, 120) to the driving dynamics regulation module;
A leptin polypeptide comprising one or more non-naturally encoded amino acids, substituted at positions selected from 46, 66, 67, 100, 105, 108 and 111 of SEQ ID NO: 4 or the corresponding amino acid encoded by SEQ ID NO: 3 or positions 45, 65, 66, 99, 104, 107 and 110 of SEQ ID NO: 2, wherein a water soluble polymer is linked to a non-naturally encoded amino acid present in said leptin polypeptide.
Door lock comprising a lock case which defines an inside and an outside, a locking element which is mounted in the lock case such that it can be adjusted, in particular moved, between an extended locking position and a retracted unlocking position, in particular a lock latch, and a follower which is rotatably mounted in the lock case and is coupled in drive terms to the locking element, wherein the follower is split, transversely in relation to its rotation axis, into an outer part which faces the outside of the lock case and an inner part which faces the inside of the lock case, which outer part and inner part are mounted in the lock case in such a way that they can be rotated independently of one another, wherein each of the parts (13; 14) can be connected in a torque-transmitting manner to a handle spindle (15; 16) for a door handle, wherein only one of the two parts (13; 14), preferably the inner part, is coupled in drive terms to the locking element, wherein a switchable coupling for the two parts (13; 14) of the follower is provided in the lock case, and wherein the coupling can be operated from outside in such a way that the two parts (13; 14) of the follower are coupled in a torque-transmitting manner in the coupled-in state and are decoupled from one another in the uncoupled state, wherein the coupling can be operated by means of an electrical actuating drive which is arranged in the lock case, wherein an electronic controller for the door lock is arranged in the lock case, the said electronic controller preferably being wirelessly remotely controllable, characterized in that a temperature sensor or a thermal switch is arranged in the lock case in a location which can be preferably easily reached from outside for the action of heat, in that the temperature sensor or thermal switch is connected in control terms to the controller, and in that the temperature sensor or thermal switch and the controller are designed such that, when the temperature at the temperature sensor or thermal switch exceeds a prespecified limit value, the coupling, in a manner triggered by the controller, can be moved or is moved to the coupled-in state by means of the actuating drive.
A catheter shaft comprising: an elongate body extending from a proximal end to a distal end and including a proximal portion and a deflectable distal portion, the elongate body defining at least one lumen extending from the proximal end to the distal end; at least one shaft actuation wire coupled to a shaft actuator assembly (256, 258) and operable to selectively deflect the distal portion upon actuation of the shaft actuator assembly (256, 258); a loop actuation wire extending through the at least one lumen and being operable to selectively adjust a diameter of an electrode loop assembly coupled at the distal end of the elongate body; a first coil wound around the loop actuation wire along the proximal portion of the elongate body; and a second coil wound around the loop actuation wire along the distal portion of the elongate body, wherein the second coil has a more flexible construction than the first coil. an elongate body extending from a proximal end to a distal end and including a proximal portion and a deflectable distal portion, the elongate body defining at least one lumen extending from the proximal end to the distal end; at least one shaft actuation wire coupled to a shaft actuator assembly (256, 258) and operable to selectively deflect the distal portion upon actuation of the shaft actuator assembly (256, 258); a loop actuation wire extending through the at least one lumen and being operable to selectively adjust a diameter of an electrode loop assembly coupled at the distal end of the elongate body; a first coil wound around the loop actuation wire along the proximal portion of the elongate body; and a second coil wound around the loop actuation wire along the distal portion of the elongate body, wherein the second coil has a more flexible construction than the first coil.
A method for a station, STA, of a plurality of STAs, to receive a radio frame from an access point, AP, in a wireless local area network, WLAN, system, the method comprising: receiving, at the STA, the radio frame including a signaling field and a data field, the signaling field including a first signaling field, SIG A field, including common control information and a second signaling field, SIG B field, including user specific control information, and the second signaling field further including data transmission resource allocation information of each of the plurality of STAs; and processing, at the STA, the received radio frame, wherein, if the radio frame is received with a bandwidth of 80 MHz or 160 MHz, a first one of the data transmission resource allocation information received through a first 20 MHz band is independently configured from a second one of the data transmission resource allocation information received through a second 20 MHz band, wherein the first 20 MHz band and the second 20 MHz band are two contiguous 20 MHz bands, wherein the second signaling field received through a specific 20 MHz band includes data transmission resource allocation information for data received through the specific 20 MHz band, and wherein the second signaling field received through the specific 20 MHz band further includes data transmission resource allocation information for data received through another 20 MHz band which is non-contiguous to the specific 20 MHz band, if the radio frame is received with the bandwidth of 80 MHz or 160 MHz. receiving, at the STA, the radio frame including a signaling field and a data field, the signaling field including a first signaling field, SIG A field, including common control information and a second signaling field, SIG B field, including user specific control information, and the second signaling field further including data transmission resource allocation information of each of the plurality of STAs; and processing, at the STA, the received radio frame, wherein, if the radio frame is received with a bandwidth of 80 MHz or 160 MHz, a first one of the data transmission resource allocation information received through a first 20 MHz band is independently configured from a second one of the data transmission resource allocation information received through a second 20 MHz band, wherein the first 20 MHz band and the second 20 MHz band are two contiguous 20 MHz bands, wherein the second signaling field received through a specific 20 MHz band includes data transmission resource allocation information for data received through the specific 20 MHz band, and wherein the second signaling field received through the specific 20 MHz band further includes data transmission resource allocation information for data received through another 20 MHz band which is non-contiguous to the specific 20 MHz band, if the radio frame is received with the bandwidth of 80 MHz or 160 MHz.
An iridium-platinum alloy, which contains platinum in an amount of from 25 wt% to 45 wt% or less, the remainder being iridium and unavoidable impurities, and has an average grain width to height ratio of at least 5.