mhurhangee/ep-ind-claims huggingface dataset:
Controller circuitry for a terminal device configured to transmit data to and receive data from a communication node (411, 412) in a telecommunications network and configured to: determine the speed of movement of the terminal device; and control transceiver circuitry of the terminal device to transmit an uplink reference signal that allows the communication node to determine an uplink channel quality between the communication node and the terminal device, wherein the controller circuitry is configured to determine a rate of transmission of the uplink reference signal based on the speed of movement of the terminal device and to control the transceiver circuitry to transmit the uplink reference signal at said rate of transmission, wherein the rate of transmission increases as the speed increases; wherein the controller circuitry is configured to control the transceiver circuitry to transmit the uplink reference signal using predetermined time resources that are resources allocated to the terminal device to transmit the uplink reference signal up to a maximum rate, whereby when transmitting the uplink reference signal below the maximum rate, the controller circuitry is configured to DTX one or more of the allocated resources; wherein the controller circuitry is configured to receive an indication of the predetermined time resources from the communication node. determine the speed of movement of the terminal device; and control transceiver circuitry of the terminal device to transmit an uplink reference signal that allows the communication node to determine an uplink channel quality between the communication node and the terminal device, wherein the controller circuitry is configured to determine a rate of transmission of the uplink reference signal based on the speed of movement of the terminal device and to control the transceiver circuitry to transmit the uplink reference signal at said rate of transmission, wherein the rate of transmission increases as the speed increases; wherein the controller circuitry is configured to control the transceiver circuitry to transmit the uplink reference signal using predetermined time resources that are resources allocated to the terminal device to transmit the uplink reference signal up to a maximum rate, whereby when transmitting the uplink reference signal below the maximum rate, the controller circuitry is configured to DTX one or more of the allocated resources; wherein the controller circuitry is configured to receive an indication of the predetermined time resources from the communication node.
A lightning strike protection layer for laying on top of an aircraft structure, comprising: a first portion and a second portion, wherein the first portion comprises a first fibre reinforced polymer composite layer and a first electrically conductive metal layer and the second portion comprises a second fibre reinforced polymer composite layer and a second electrically conductive metal layer, wherein the first and second portions (31a, 31b) are joined at a butt joint, with the first and second fibre reinforced polymer composite layers (32a, 32b) abutting and the first and second electrically conductive metal layers (34a, 34b) abutting; and a butt-strap extending across the butt joint, the butt-strap comprising a third electrically conductive metal layer electrically connected to the first and second electrically conductive metal layers (34a, 34b); characterised in that the first portion, second portion, and butt-strap are infused with a cured resin so as to form a unitary structure. a first portion and a second portion, wherein the first portion comprises a first fibre reinforced polymer composite layer and a first electrically conductive metal layer and the second portion comprises a second fibre reinforced polymer composite layer and a second electrically conductive metal layer, wherein the first and second portions (31a, 31b) are joined at a butt joint, with the first and second fibre reinforced polymer composite layers (32a, 32b) abutting and the first and second electrically conductive metal layers (34a, 34b) abutting; and a butt-strap extending across the butt joint, the butt-strap comprising a third electrically conductive metal layer electrically connected to the first and second electrically conductive metal layers (34a, 34b); characterised in that the first portion, second portion, and butt-strap are infused with a cured resin so as to form a unitary structure.
An endovascular prosthesis comprising: a conduit forming a lumen within a surrounding wall having an inner surface and an outer surface; and a monitoring device disposed on the wall forming the lumen, the monitoring device comprising a sensor element configured to detect a physical event and to generate an electrical parameter shift in response to the physical event, and an antenna portion configured to receive a first oscillating electrical signal from an interrogator device and to transmit a second oscillating electrical signal to the interrogator device where the second oscillating electrical signal is modulated by the electrical parameter shift, at least one component of the monitoring device being integrated within a structure of the endovascular prosthesis, and wherein the sensor element is an integrated sensor element comprising a first metallic conduit, a second metallic conduit, and a sensor material, the sensor element forming at least a portion of a wire or strut element configured to form the wall structure of the endovascular prosthesis; and wherein the sensor element is formed as a coaxial capacitor, where the sensor material changes in capacitance when subject to pressure or stress, or the sensor element is formed as a variable resistor, where the sensor material is disposed between the first metallic conduit and the second metallic conduit and varies in resistance when subject to pressure or stress. a conduit forming a lumen within a surrounding wall having an inner surface and an outer surface; and a monitoring device disposed on the wall forming the lumen, the monitoring device comprising a sensor element configured to detect a physical event and to generate an electrical parameter shift in response to the physical event, and an antenna portion configured to receive a first oscillating electrical signal from an interrogator device and to transmit a second oscillating electrical signal to the interrogator device where the second oscillating electrical signal is modulated by the electrical parameter shift, at least one component of the monitoring device being integrated within a structure of the endovascular prosthesis, and wherein the sensor element is an integrated sensor element comprising a first metallic conduit, a second metallic conduit, and a sensor material, the sensor element forming at least a portion of a wire or strut element configured to form the wall structure of the endovascular prosthesis; and wherein the sensor element is formed as a coaxial capacitor, where the sensor material changes in capacitance when subject to pressure or stress, or the sensor element is formed as a variable resistor, where the sensor material is disposed between the first metallic conduit and the second metallic conduit and varies in resistance when subject to pressure or stress.
An apparatus in which a plurality of modules is connected with each other and processes a packet having identification information, the module comprising: a storage unit (104, 107) configured to store first information indicating whether processing is to be performed in its own module and second information indicating an order of a module of the plurality of modules which performs processing; a processing unit configured to process data included in a packet; a reception unit (106, 108) configured to receive a first packet and to transmit the data included in the first packet to the processing unit or a transmission unit based on identification information, indicating the order of the processing, included in the first packet and the first information; a generation unit configured to generate a second packet including processed data and the second information; and a transmission unit configured to compare the identification information included in the first packet with the second information included in the second packet, and transmit a packet for latter processing in a predetermined order of processing prior to the other packet based on the comparison. a storage unit (104, 107) configured to store first information indicating whether processing is to be performed in its own module and second information indicating an order of a module of the plurality of modules which performs processing; a processing unit configured to process data included in a packet; a reception unit (106, 108) configured to receive a first packet and to transmit the data included in the first packet to the processing unit or a transmission unit based on identification information, indicating the order of the processing, included in the first packet and the first information; a generation unit configured to generate a second packet including processed data and the second information; and a transmission unit configured to compare the identification information included in the first packet with the second information included in the second packet, and transmit a packet for latter processing in a predetermined order of processing prior to the other packet based on the comparison.
An electric connection box in which an internal circuit body is housed within a rectangular hollow case formed by fitting one case and an other case together and the one case and the other case are positioned with respect to each other by fitting at least one positioning boss (84, 88) provided to an interior of the one case into at least one positioning recess (45, 48) provided to an interior of the other case, the electric connection box being characterized in that: the positioning boss and the positioning recess are provided in each of a first corner portion (44, 82) and a second corner portion (46, 86) that oppose in a direction of a diagonal line of the hollow case; an inside dimension in the direction of the diagonal line of the positioning recess provided in the second corner portion is set larger than an inside dimension in the direction of the diagonal line of the positioning recess provided in the first corner portion; a rib protrusion (94a, 94b) protruding in the direction of the diagonal line is provided on an outer peripheral surface of the positioning boss provided in the second corner portion; a fitting recess groove into which the rib protrusion is inserted is provided to the positioning recess provided in the second corner portion; and the positioning recess provided in the first corner portion is provided with an inner protrusion protruding inward in the direction of the diagonal line. the positioning boss and the positioning recess are provided in each of a first corner portion (44, 82) and a second corner portion (46, 86) that oppose in a direction of a diagonal line of the hollow case; an inside dimension in the direction of the diagonal line of the positioning recess provided in the second corner portion is set larger than an inside dimension in the direction of the diagonal line of the positioning recess provided in the first corner portion; a rib protrusion (94a, 94b) protruding in the direction of the diagonal line is provided on an outer peripheral surface of the positioning boss provided in the second corner portion; a fitting recess groove into which the rib protrusion is inserted is provided to the positioning recess provided in the second corner portion; and the positioning recess provided in the first corner portion is provided with an inner protrusion protruding inward in the direction of the diagonal line.
A tissue suturing device, comprising: two or more opposing crushing sections, projecting sections fixed to the two or more opposing crushing sections, the projecting sections comprising one or more central conductors and/or one or more external conductors for applying the microwave, wherein the crushing sections have holes, wherein the holes serve as receptacles for the projecting sections, and wherein the projecting sections and the holes comprise two sets of projecting sections and holes that are opposed to each other, the sets being located on the opposing crushing sections; wherein one of the projecting sections comprises the central conductor, and wherein another of the projecting sections comprises the external conductor, and wherein the opposing projecting sections and the holes of the two or more opposing crushing sections are configured to bring the fragmentary portions of the tissues to be sutured into contact or overlap with each other, and coagulate and/or fix the contact or overlap portions with the microwave, to thereby adhere the tissues to be sutured. two or more opposing crushing sections, projecting sections fixed to the two or more opposing crushing sections, the projecting sections comprising one or more central conductors and/or one or more external conductors for applying the microwave, wherein the crushing sections have holes, wherein the holes serve as receptacles for the projecting sections, and wherein the projecting sections and the holes comprise two sets of projecting sections and holes that are opposed to each other, the sets being located on the opposing crushing sections; wherein one of the projecting sections comprises the central conductor, and wherein another of the projecting sections comprises the external conductor, and wherein the opposing projecting sections and the holes of the two or more opposing crushing sections are configured to bring the fragmentary portions of the tissues to be sutured into contact or overlap with each other, and coagulate and/or fix the contact or overlap portions with the microwave, to thereby adhere the tissues to be sutured.
Propulsion system for a helicopter, comprising a turboshaft engine with a linked turbine able to drive a main rotor intended to be coupled to a rotating wing, characterised in that the propulsion system comprises an electric machine, able to form an electric motor, said electric machine being coupled, directly or indirectly, to the main rotor, the propulsion system comprising a main gearbox, a first driveshaft connecting the main gearbox to the main rotor, a second driveshaft connecting the turbo engine to the main gearbox, the main rotor being rotatable by the turbo engine through the main gearbox and the first and second driveshafts (9, 11), the propulsion system further comprising an anti-torque rotor, a third driveshaft connecting the main gearbox and the anti-torque rotor, said anti-torque rotor being capable of being rotated by the turbo engine through the main gearbox and the first and third driveshafts (9, 13), the propulsion system being characterised in that the electric machine comprises a rotor coupled directly to the second transmission shaft or directly to the third transmission shaft, and in that the propulsion system comprises a free wheel mounted between the turboshaft engine and the second transmission shaft.
A system for determining one or more egg properties immediately after laying and prior to incubation, the system comprising: at least one vacuum gripper carrying a pressure permeable membrane, wherein said vacuum gripper is configured and operable to hold an egg by suction and wherein said pressure permeable membrane is located at the propagation path of volatile organic compounds released by the egg, said pressure permeable membrane being configured and operable for trapping the collected volatile organic compounds; a THz radiation transmitter arranged at a first distance from the pressure permeable membrane; a detection unit located a second distance from the pressure permeable membrane, the detection unit being configured to detect the THz radiation after having passed through the collected volatile organic compounds trapped in the pressure permeable membrane; and a control unit configured and operable for receiving via the detection unit a response THz signal indicative of the collected volatile organic compounds being scanned with an electromagnetic radiation in the THz range and processing said response THz signal for identifying a signature being indicative of at least one egg property to thereby generate information data being indicative of at least one egg property; characterized in that the second distance is less than a wavelength of the THz radiation. at least one vacuum gripper carrying a pressure permeable membrane, wherein said vacuum gripper is configured and operable to hold an egg by suction and wherein said pressure permeable membrane is located at the propagation path of volatile organic compounds released by the egg, said pressure permeable membrane being configured and operable for trapping the collected volatile organic compounds; a THz radiation transmitter arranged at a first distance from the pressure permeable membrane; a detection unit located a second distance from the pressure permeable membrane, the detection unit being configured to detect the THz radiation after having passed through the collected volatile organic compounds trapped in the pressure permeable membrane; and a control unit configured and operable for receiving via the detection unit a response THz signal indicative of the collected volatile organic compounds being scanned with an electromagnetic radiation in the THz range and processing said response THz signal for identifying a signature being indicative of at least one egg property to thereby generate information data being indicative of at least one egg property; characterized in that the second distance is less than a wavelength of the THz radiation.
Expandable and crosslinkable formulation comprising: at least one type of chlorosulfonated polyethylene which is present in the formulation in an amount of 50 to 80 phr (parts per hundred parts of rubber), at least one halogenated organic substance of a molecular weight of at least 500 g/mol which is present in the formulation in an amount of 15 to 150 phr and which is not or, at least one polymer selected from the group consisting of poly(butadiene), poly(styrene butadiene), poly(acrylonitrile butadiene), poly(isobutene), poly(isoprene) and poly(isobutene-isoprene) which is present in the formulation in an amount of 5 to 50 phr, at least one halogen-containing polymer or halogenated polymer that is crosslinkable and which is present in the formulation in an amount of 5 to 45 phr and which is neither nor, at least one crosslinking agent suitable for crosslinking at least one of the components, and, wherein each crosslinking agent is present in the formulation in an amount of 5 to 50 phr, at least one expanding agent suitable for expanding the formulation which is present in the formulation in an amount of 15 to 200 phr, and at least one filler which is present in the formulation in an amount of 50 to 600 phr. at least one type of chlorosulfonated polyethylene which is present in the formulation in an amount of 50 to 80 phr (parts per hundred parts of rubber), at least one halogenated organic substance of a molecular weight of at least 500 g/mol which is present in the formulation in an amount of 15 to 150 phr and which is not or, at least one polymer selected from the group consisting of poly(butadiene), poly(styrene butadiene), poly(acrylonitrile butadiene), poly(isobutene), poly(isoprene) and poly(isobutene-isoprene) which is present in the formulation in an amount of 5 to 50 phr, at least one halogen-containing polymer or halogenated polymer that is crosslinkable and which is present in the formulation in an amount of 5 to 45 phr and which is neither nor, at least one crosslinking agent suitable for crosslinking at least one of the components, and, wherein each crosslinking agent is present in the formulation in an amount of 5 to 50 phr, at least one expanding agent suitable for expanding the formulation which is present in the formulation in an amount of 15 to 200 phr, and at least one filler which is present in the formulation in an amount of 50 to 600 phr.
A buckle for fastening a load strap, comprising: a buckle frame having two substantially parallel side arms (12, 13), a crossbar extending between said side arms (12, 13) along a main axis, the main axis being substantially perpendicular to the side arms (12,13), a cam arranged between the side arms (12, 13), the cam being pivotable between a clamping position, in which a load strap inserted between a gripping portion of the cam and the crossbar is clamped, and a release position, in which a clearance between the gripping portion and the crossbar is increased, characterized in that the crossbar forms part of a locking element, which is displaceable between a closed position, in which the crossbar extends between the side arms (12, 13) such that a load strap positioned between the cam and the crossbar is laterally constrained by the side arms (12, 13), and an open position, in which the crossbar is separated from at least one of the side arms (12, 13), such that a load strap is laterally insertable between the cam and the crossbar, and the locking element is displaceable such that the main axis of the crossbar remains perpendicular to the side arms (12, 13) during a displacement between the closed position and the open position of the locking element, and the locking element is pivotably connected to a side arm and pivotably displaceable between the closed position and the open position of the locking element. a buckle frame having two substantially parallel side arms (12, 13), a crossbar extending between said side arms (12, 13) along a main axis, the main axis being substantially perpendicular to the side arms (12,13), a cam arranged between the side arms (12, 13), the cam being pivotable between a clamping position, in which a load strap inserted between a gripping portion of the cam and the crossbar is clamped, and a release position, in which a clearance between the gripping portion and the crossbar is increased, characterized in that the crossbar forms part of a locking element, which is displaceable between a closed position, in which the crossbar extends between the side arms (12, 13) such that a load strap positioned between the cam and the crossbar is laterally constrained by the side arms (12, 13), and an open position, in which the crossbar is separated from at least one of the side arms (12, 13), such that a load strap is laterally insertable between the cam and the crossbar, and the locking element is displaceable such that the main axis of the crossbar remains perpendicular to the side arms (12, 13) during a displacement between the closed position and the open position of the locking element, and the locking element is pivotably connected to a side arm and pivotably displaceable between the closed position and the open position of the locking element.