mhurhangee/ep-ind-claims huggingface dataset:
A monitor and control unit associated with a land-based controller and a plurality of satellites, where each satellite has a satellite region within which there is provided voice and data capabilities to one or more mobile vessels located in the respective satellite region, and where each mobile vessel has a mobile-based controller, the monitor and control unit is configured to: store location information for each satellite region; receive location information for each mobile vessel; analyze the location information for each mobile vessel and the location information for each satellite region to determine a number of mobile vessels located in each satellite region; determine an available transport bandwidth for each mobile vessel in each satellite region based at least on the number of mobile vessels being served by each of the satellites and based on a total transport bandwidth supported in each satellite region; and interface with each mobile-based controller located on each mobile vessel through the land-based controller to dynamically configure each mobile-based controller to provide voice and data capabilities based on the respective available transport bandwidth that was determined for the respective mobile vessel. store location information for each satellite region; receive location information for each mobile vessel; analyze the location information for each mobile vessel and the location information for each satellite region to determine a number of mobile vessels located in each satellite region; determine an available transport bandwidth for each mobile vessel in each satellite region based at least on the number of mobile vessels being served by each of the satellites and based on a total transport bandwidth supported in each satellite region; and interface with each mobile-based controller located on each mobile vessel through the land-based controller to dynamically configure each mobile-based controller to provide voice and data capabilities based on the respective available transport bandwidth that was determined for the respective mobile vessel.
A system for securing a portion of a fuselage of an aircraft to a portion of a wing of the aircraft, the system comprising: said wing; said fuselage; a longeron having a first end and a second end; a first moveable coupling interface (114, 116) for moveably securing the first end of the longeron to a portion of the fuselage that is in front of and below the wing; and a second moveable coupling interface (114, 116) for moveably securing the second end of the longeron to an underside of the wing that is aft in relation to a front edge of the wing, wherein the fuselage comprises a first support fitting that secures to the first moveable coupling interface (114, 116), and wherein the wing comprises a second support fitting that secures to the second moveable coupling interface (114, 116). said wing; said fuselage; a longeron having a first end and a second end; a first moveable coupling interface (114, 116) for moveably securing the first end of the longeron to a portion of the fuselage that is in front of and below the wing; and a second moveable coupling interface (114, 116) for moveably securing the second end of the longeron to an underside of the wing that is aft in relation to a front edge of the wing, wherein the fuselage comprises a first support fitting that secures to the first moveable coupling interface (114, 116), and wherein the wing comprises a second support fitting that secures to the second moveable coupling interface (114, 116).
A vehicle silencer for a supercharger duct of a combustion engine with a turbocharger, comprising: at least a first housing part with a first outer casing and a second housing part with a second outer casing, which housing parts (2, 3) are coupled to one another in a connecting area and form an outer casing of the vehicle silencer; a resonator inner element, which is mounted in a form-fitting manner in at least one of the housing parts (2, 3) and comprises at least one chamber dividing wall, and at least one first inner pipe section adjoining an inner perimeter of the chamber dividing wall, wherein at least one first and one second resonator chamber are formed by the two housing parts (2, 3) and the resonator inner element, wherein the first resonator chamber is delimited on the inside partially by the first inner pipe section of a resonator inner element, or by an outer casing surface of the first inner pipe section and by a first wall surface of the chamber dividing wall, wherein the second resonator chamber is delimited by a second wall surface of the chamber dividing wall relative to the first resonator chamber, wherein the resonator inner element adjoining an outer perimeter of the chamber dividing wall comprises at least one first outer pipe section, which is designed to be coaxial to the first inner pipe section of the resonator inner element, characterized in that an annulus is formed between the outer pipe section and the first outer casing and/or the second outer casing. at least a first housing part with a first outer casing and a second housing part with a second outer casing, which housing parts (2, 3) are coupled to one another in a connecting area and form an outer casing of the vehicle silencer; a resonator inner element, which is mounted in a form-fitting manner in at least one of the housing parts (2, 3) and comprises at least one chamber dividing wall, and at least one first inner pipe section adjoining an inner perimeter of the chamber dividing wall, wherein at least one first and one second resonator chamber are formed by the two housing parts (2, 3) and the resonator inner element, wherein the first resonator chamber is delimited on the inside partially by the first inner pipe section of a resonator inner element, or by an outer casing surface of the first inner pipe section and by a first wall surface of the chamber dividing wall, wherein the second resonator chamber is delimited by a second wall surface of the chamber dividing wall relative to the first resonator chamber, wherein the resonator inner element adjoining an outer perimeter of the chamber dividing wall comprises at least one first outer pipe section, which is designed to be coaxial to the first inner pipe section of the resonator inner element, characterized in that an annulus is formed between the outer pipe section and the first outer casing and/or the second outer casing.
A method of wireless communication the method being performed by a user equipment, UE, the method comprising: determining a first uplink slot on an uplink carrier for reporting channel state information; determining, on a downlink carrier, a first downlink slot that is an earliest downlink slot that overlaps with the first uplink slot; determining a number M based on a numerology of the downlink carrier, M being an integer greater than 0; and measuring a reference signal, received no later than a second downlink slot that is a latest valid downlink slot no later than M downlink slots prior to the first downlink slot, to generate the channel state information, generating and reporting the channel state information. determining a first uplink slot on an uplink carrier for reporting channel state information; determining, on a downlink carrier, a first downlink slot that is an earliest downlink slot that overlaps with the first uplink slot; determining a number M based on a numerology of the downlink carrier, M being an integer greater than 0; and measuring a reference signal, received no later than a second downlink slot that is a latest valid downlink slot no later than M downlink slots prior to the first downlink slot, to generate the channel state information,
A spray gun reservoir connector system comprising: a reservoir including a lid; a spray gun inlet; a first connector format provided with the spray gun inlet, the first connector format including a plurality of retention structures each defining a capture region, wherein the retention structures are collectively arranged in a circular pattern and are circumferentially spaced from one another; and a second connector format provided with the lid, the second connector format including a plurality of lock structures each including a shim body configured to selectively interface with the capture region of a respective one of the retention structures, wherein the lock structures are collectively arranged in a circular pattern and are circumferentially spaced from one another; wherein the connector formats (302, 304) are configured to provide wedged engagement between the lock structures and corresponding ones of the retention structures upon rotation of the spray gun inlet relative to the lid. a reservoir including a lid; a spray gun inlet; a first connector format provided with the spray gun inlet, the first connector format including a plurality of retention structures each defining a capture region, wherein the retention structures are collectively arranged in a circular pattern and are circumferentially spaced from one another; and a second connector format provided with the lid, the second connector format including a plurality of lock structures each including a shim body configured to selectively interface with the capture region of a respective one of the retention structures, wherein the lock structures are collectively arranged in a circular pattern and are circumferentially spaced from one another; a plurality of lock structures each including a shim body configured to selectively interface with the capture region of a respective one of the retention structures, wherein the lock structures are collectively arranged in a circular pattern and are circumferentially spaced from one another; wherein the connector formats (302, 304) are configured to provide wedged engagement between the lock structures and corresponding ones of the retention structures upon rotation of the spray gun inlet relative to the lid.
Cold-rolled flat steel product, which - is produced from a steel that is composed of (in % by weight) C: 0.12 - 0.19%, Mn: 1.5 - 2.5%, Si: > 0.60 - 1.0% Al: ≤ 0.1%, Cr: 0.2 - 0.6%, Ti: 0.05 - 0.15% with the remainder being iron and unavoidable impurities caused by the production process, and which comprises - a perlite- and bainite-free structure having 4 - 20% by vol. martensite, 2 - 15% by vol. residual austenite, remainder ferrite, - an elongation at break A80 of at least 15%, - a tensile strength Rm of at least 880 MPa, - a yield strength ReL of at least 550 MPa and - a hole expansion ratio λ M of more than 6%. - is produced from a steel that is composed of (in % by weight) C: 0.12 - 0.19%, Mn: 1.5 - 2.5%, Si: > 0.60 - 1.0% Al: ≤ 0.1%, Cr: 0.2 - 0.6%, Ti: 0.05 - 0.15% with the remainder being iron and unavoidable impurities caused by the production process, C: 0.12 - 0.19%, Mn: 1.5 - 2.5%, Si: > 0.60 - 1.0% Al: ≤ 0.1%, Cr: 0.2 - 0.6%, Ti: 0.05 - 0.15% - a perlite- and bainite-free structure having 4 - 20% by vol. martensite, 2 - 15% by vol. residual austenite, remainder ferrite, - an elongation at break A80 of at least 15%, - a tensile strength Rm of at least 880 MPa, - a yield strength ReL of at least 550 MPa and - a hole expansion ratio λ M of more than 6%.
A flexible display panel, comprising a flexible substrate having a display area and a non-display area surrounding the display area, and further comprising at least one blocking wall located on the non-display area and surrounding the display area, wherein the non-display area comprises a bending area and a non-bending area, and a thickness of parts, in the bending area, of the blocking wall is not equal to a thickness of parts, in the non-bending areas, of the blocking wall; characterised in that a distance between a part, in the bending area, of the blocking wall and an edge of the flexible substrate is greater than a distance between a part, in the non-bending areas, of the blocking wall and the edge of the flexible substrate; a projection on the flexible substrate, of the part, in the bending area, of the blocking wall is in an arc shape. the non-display area comprises a bending area and a non-bending area, and a thickness of parts, in the bending area, of the blocking wall is not equal to a thickness of parts, in the non-bending areas, of the blocking wall; characterised in that a distance between a part, in the bending area, of the blocking wall and an edge of the flexible substrate is greater than a distance between a part, in the non-bending areas, of the blocking wall and the edge of the flexible substrate; a projection on the flexible substrate, of the part, in the bending area, of the blocking wall is in an arc shape.
A back-shielded welding method of performing welding which is performed by forming a welding bead in such a manner that the welding bead is formed to be melted into a back surface-side from a front surface-side of two welding base materials (2,3) while supplying an inert gas from the back surface-side thereof, the method comprising: communicating the front surface-side and the back surface-side of two welding base materials (2,3) with each other at a joint of the abutted two welding base materials (2,3), and forming a notched portion (21,22;21;32) in at least one abutting edge portion (15,16) in such a manner that a slit-shaped gas supply opening (17;27;34) is formed to extend along a forming direction of the welding bead; forming the gas supply opening (17;27;34) with the notched portion (21,22;21;32) by abutting the abutting edge portions (15,16) of the welding base materials (2,3) against each other and temporarily fixing the abutting edge portions (!5,16); and forming the welding bead while supplying an inert gas via the gas supply opening (17;27;34), and blocking the gas supply opening (17;27;34) by the welding bead. communicating the front surface-side and the back surface-side of two welding base materials (2,3) with each other at a joint of the abutted two welding base materials (2,3), and forming a notched portion (21,22;21;32) in at least one abutting edge portion (15,16) in such a manner that a slit-shaped gas supply opening (17;27;34) is formed to extend along a forming direction of the welding bead; forming the gas supply opening (17;27;34) with the notched portion (21,22;21;32) by abutting the abutting edge portions (15,16) of the welding base materials (2,3) against each other and temporarily fixing the abutting edge portions (!5,16); and forming the welding bead while supplying an inert gas via the gas supply opening (17;27;34), and blocking the gas supply opening (17;27;34) by the welding bead.
A track roller unit for an agricultural working machine, comprising - two main wheels (3, 4) disposed one behind the other in the longitudinal direction of the track roller unit as well as opposite one another, - at least one endless belt spanning the main wheels (3, 4), as well as - at least one cooling system, wherein at least one component of the track roller unit can be cooled by means of the cooling system, characterized in that the cooling system is associated with the endless belt, wherein the cooling system comprises at least one nozzle by means of which a liquid cooling fluid can be applied to an inside of the endless belt facing the main wheels (3, 4). - two main wheels (3, 4) disposed one behind the other in the longitudinal direction of the track roller unit as well as opposite one another, - at least one endless belt spanning the main wheels (3, 4), as well as - at least one cooling system, wherein at least one component of the track roller unit can be cooled by means of the cooling system, characterized in that the cooling system is associated with the endless belt, wherein the cooling system comprises at least one nozzle by means of which a liquid cooling fluid can be applied to an inside of the endless belt facing the main wheels (3, 4).
An industrial automation device comprising at least: electronic part -powered means for connecting wire-lessly to a low-power wide area network, said electronic part -powered means comprising first identification information in the low-power wide area network and being arranged at least to receive data addressed to the first identification information and store the data received when the industrial automation device is not connected to an electrical network, said electronic part -powered means comprising one or more electronic parts providing said means with power; means for connecting the industrial automation device to the electrical network; and means for updating, in response to connecting the industrial automation device to the electrical network, one or more features in the industrial automation device by the data received. electronic part -powered means for connecting wire-lessly to a low-power wide area network, said electronic part -powered means comprising first identification information in the low-power wide area network and being arranged at least to receive data addressed to the first identification information and store the data received when the industrial automation device is not connected to an electrical network, said electronic part -powered means comprising one or more electronic parts providing said means with power; means for connecting the industrial automation device to the electrical network; and means for updating, in response to connecting the industrial automation device to the electrical network, one or more features in the industrial automation device by the data received.
A sensor suitable for measuring the pressure applied by a bandage (10, 2206) the sensor comprising an elongate strip (22, 1104, 2202) having a sensor region (1102, 2107), the sensor region (1102, 2107) comprising: a base plate (36, 1206, 2103); a top plate (32, 52, 92, 1202); a compressible spacer (34, 104, 1204, 1705, 2101) positioned between the base plate (36, 1206, 2103) and the top plate (32, 52, 92, 1202); the compressible spacer having a thickness of less than 3 mm; and an electronic sensing apparatus configured to detect distance between the top plate (32, 52, 92, 1202) and the base plate (36, 1206, 2103), wherein the top plate (32, 52, 92, 1202) is arranged to compress the compressible spacer (34, 104, 1204, 1705, 2101) and arranged such that the bandage (10, 2206) exerts a force on the surface of the top plate (32, 52, 92, 1202) perpendicular to the surface when the sensor is positioned between the bandage (10, 2206) and a limb, and wherein the compression of the compressible spacer (34, 104, 1204, 1705, 2101) is proportional to the applied force created by the bandage (10, 2206); wherein the electronic sensing apparatus comprises (a) a light source and an optical sensor arranged to detect light emitted from the light source; or (b) a capacitor, wherein each conductive plate of the capacitor is coupled to the top plate (32, 52, 92, 1202) and base plate (36, 1206, 2103) respectively. a base plate (36, 1206, 2103); a top plate (32, 52, 92, 1202); a compressible spacer (34, 104, 1204, 1705, 2101) positioned between the base plate (36, 1206, 2103) and the top plate (32, 52, 92, 1202); the compressible spacer having a thickness of less than 3 mm; and an electronic sensing apparatus configured to detect distance between the top plate (32, 52, 92, 1202) and the base plate (36, 1206, 2103), wherein the top plate (32, 52, 92, 1202) is arranged to compress the compressible spacer (34, 104, 1204, 1705, 2101) and arranged such that the bandage (10, 2206) exerts a force on the surface of the top plate (32, 52, 92, 1202) perpendicular to the surface when the sensor is positioned between the bandage (10, 2206) and a limb, and wherein the compression of the compressible spacer (34, 104, 1204, 1705, 2101) is proportional to the applied force created by the bandage (10, 2206); wherein the electronic sensing apparatus comprises (a) a light source and an optical sensor arranged to detect light emitted from the light source; or (b) a capacitor, wherein each conductive plate of the capacitor is coupled to the top plate (32, 52, 92, 1202) and base plate (36, 1206, 2103) respectively. (a) a light source and an optical sensor arranged to detect light emitted from the light source; or (b) a capacitor, wherein each conductive plate of the capacitor is coupled to the top plate (32, 52, 92, 1202) and base plate (36, 1206, 2103) respectively.
A battery management system, comprising: a sensing unit configured to measure a current value and a voltage value of a battery; and a main controller unit, MCU, configured to receive the current and voltage values and further configured to manage capacities of the battery based at least in part on the current and voltage values, wherein the MCU includes: a used capacity calculating unit configured to calculate a used capacity of the battery, at least in part based on an open circuit voltage, OCV, value obtained at a time when the battery has been stabilized; characterized by an uncharged capacity calculating unit configured when the battery is fully charged to calculate an uncharged capacity of the battery, at least in part based on the used capacity and an integrated current value obtained by integrating the current value from a calculation time of the used capacity to a full-charge time of the battery, wherein the uncharged capacity of the battery is a potentially usable capacity of the battery that cannot be used at a particular temperature and internal resistance value of the battery. a sensing unit configured to measure a current value and a voltage value of a battery; and a main controller unit, MCU, configured to receive the current and voltage values and further configured to manage capacities of the battery based at least in part on the current and voltage values, wherein the MCU includes: a used capacity calculating unit configured to calculate a used capacity of the battery, at least in part based on an open circuit voltage, OCV, value obtained at a time when the battery has been stabilized; characterized by an uncharged capacity calculating unit configured when the battery is fully charged to calculate an uncharged capacity of the battery, at least in part based on the used capacity and an integrated current value obtained by integrating the current value from a calculation time of the used capacity to a full-charge time of the battery, wherein the uncharged capacity of the battery is a potentially usable capacity of the battery that cannot be used at a particular temperature and internal resistance value of the battery. a used capacity calculating unit configured to calculate a used capacity of the battery, at least in part based on an open circuit voltage, OCV, value obtained at a time when the battery has been stabilized;
A method of installing reactor components comprising: lowering reactor components into a reactor housing, lowering a reactor installation tool into the reactor housing above the reactor components, wherein the reactor installation tool comprises a push unit having a central aperture traversing its entire length and a push rod having a top end and a bottom end, and a housing gripper having a center open section traversing its entire length and an expandable bladder, inflating the expandable bladder such that the expandable bladder contacts an inside surface of the reactor housing to secure the housing gripper inside the reactor housing. lowering reactor components into a reactor housing, lowering a reactor installation tool into the reactor housing above the reactor components, wherein the reactor installation tool comprises a push unit having a central aperture traversing its entire length and a push rod having a top end and a bottom end, and a housing gripper having a center open section traversing its entire length and an expandable bladder, inflating the expandable bladder such that the expandable bladder contacts an inside surface of the reactor housing to secure the housing gripper inside the reactor housing.
Oil in water (o/w) nanoemulsion, comprising an aqueous phase and an oil phase or oil core stabilized by a sphingolipid of the sphingomyelin type; wherein the oil core consists of α-tocopherol (vitamin E) and/or oleic acid.