mhurhangee/ep-ind-claims huggingface dataset:
A strip antenna for a communication device operable at a first frequency band and at a second frequency band, said second frequency band being higher in frequency than said first frequency band, said strip antenna being applied to a substrate, said strip antenna comprising: a first radiating element formed of a closed loop on the substrate and defining an interior area within the closed loop, the closed loop including a portion forming a meander line, the closed loop resonant within said first frequency band and the meander line length being resonant at said second frequency band, the first radiating element having a ground location and a feed location; and a second radiating element formed of an L-shaped strip comprising a longer leg and a shorter leg, the shorter leg being electrically coupled to said first radiating element between the ground location and the feed location, the L-shaped strip being within the interior area defined by said closed loop, and the L-shaped strip being configured to be resonant at a frequency in the vicinity of the second frequency band. a first radiating element formed of a closed loop on the substrate and defining an interior area within the closed loop, the closed loop including a portion forming a meander line, the closed loop resonant within said first frequency band and the meander line length being resonant at said second frequency band, the first radiating element having a ground location and a feed location; and a second radiating element formed of an L-shaped strip comprising a longer leg and a shorter leg, the shorter leg being electrically coupled to said first radiating element between the ground location and the feed location, the L-shaped strip being within the interior area defined by said closed loop, and the L-shaped strip being configured to be resonant at a frequency in the vicinity of the second frequency band.
A method of controlling power supplied to an electric grid using an energy storage device to store energy, the method comprising: receiving an indication of power to be supplied to the electric grid; generating power from at least one power generator; and adjusting, using the generated power from the power generator, an energy level of the energy storage device to control the power supplied to the electric grid in accordance with the received indication, characterized in that the adjusting includes: adjusting the storage of energy by the energy storage device according to an optimum discharge and storage profile or a predetermined power discharge and storage profile of the energy storage device; and adjusting power generation from the at least one power generator to satisfy the received indication, based on an optimum or predetermined power contribution profile of the at least one power generator. receiving an indication of power to be supplied to the electric grid; generating power from at least one power generator; and adjusting, using the generated power from the power generator, an energy level of the energy storage device to control the power supplied to the electric grid in accordance with the received indication, characterized in that the adjusting includes: adjusting the storage of energy by the energy storage device according to an optimum discharge and storage profile or a predetermined power discharge and storage profile of the energy storage device; and adjusting power generation from the at least one power generator to satisfy the received indication, based on an optimum or predetermined power contribution profile of the at least one power generator. adjusting the storage of energy by the energy storage device according to an optimum discharge and storage profile or a predetermined power discharge and storage profile of the energy storage device; and adjusting power generation from the at least one power generator to satisfy the received indication, based on an optimum or predetermined power contribution profile of the at least one power generator.
A medical device for inserting into a hollow organ of the body, comprising a compressible and expandable mesh structure consisting of webs (11, 12, 13, 14), which are interconnected in one piece by web connectors, and bordering closed cells of the mesh structure, wherein the web connectors each have a connector axis, extending between two cells adjacent to one another in the longitudinal direction of the mesh structure, characterized in that, in the transition of the mesh structure from a completely expanded as-manufactured state into a partially expanded intermediate state, the web connectors rotate in such a way that an angle between the connector axis and a longitudinal axis of the mesh structure changes, in particular increases, in the transition of the mesh structure from a completely expanded as-manufactured state into a partially expanded intermediate state.
Sand for a casting mold, comprising sand, a binder, foam generated by foam production, and an inorganic compound particle having poor water solubility which is defined as having a dissolution amount of 100mg or less when dissolved in 1L of water at 25°C and generating at least one of water vapor or carbon dioxide gas by heat from a molten metal, and having a viscosity of from 0.5 Pa·s to 10 Pa·s, whereby the viscosity is calculated using the method defined in the description under the heading "Measurement Method".
A method for electrodepositing at least one copper layer onto an electrically conductive, sintered layer, the method comprising the steps of (i) providing at least one electrically conductive, sintered layer, (i.a) pre-treating the at least one electrically conductive, sintered layer, (ii) contacting the sintered layer with an electrolytic copper plating solution and applying an electrical current between the sintered layer and at least one anode, and (iii) thereby depositing a copper layer onto the sintered layer, wherein the pre-treating of the sintered layer comprises a step (i.aa): (i.aa) contacting the at least one electrically conductive, sintered layer with a micro etchant comprising a sulfuric solution and at least one peroxo compound as oxidizing agent. (i) providing at least one electrically conductive, sintered layer, (i.a) pre-treating the at least one electrically conductive, sintered layer, (ii) contacting the sintered layer with an electrolytic copper plating solution and applying an electrical current between the sintered layer and at least one anode, and (iii) thereby depositing a copper layer onto the sintered layer, wherein the pre-treating of the sintered layer comprises a step (i.aa): (i.aa) contacting the at least one electrically conductive, sintered layer with a micro etchant comprising a sulfuric solution and at least one peroxo compound as oxidizing agent.
Update device for generating and updating a digital map for a first vehicle, the update device having: a communication unit designed to receive first update data, wherein the first update data are transmitted directly from a second vehicle to the first vehicle, wherein the second vehicle is situated in the surroundings of the first vehicle, so that the first update data relate to a portion of the digital map that is in the surroundings of the first vehicle; an update unit designed to generate or update a local portion of the digital map on the basis of the update data; a warning device designed to warn the driver about hazards that were identified on the basis of the update data, wherein the first update data are based on at least one measured value for a position of a second vehicle and on interventions by an ABS system, an ASR system or an ESP system. a communication unit designed to receive first update data, wherein the first update data are transmitted directly from a second vehicle to the first vehicle, wherein the second vehicle is situated in the surroundings of the first vehicle, so that the first update data relate to a portion of the digital map that is in the surroundings of the first vehicle; an update unit designed to generate or update a local portion of the digital map on the basis of the update data; a warning device designed to warn the driver about hazards that were identified on the basis of the update data, wherein the first update data are based on at least one measured value for a position of a second vehicle and on interventions by an ABS system, an ASR system or an ESP system.
Method for producing a tubular structural component, comprising the steps of: providing a tubular moulding tool which has an inner mould surface shaped corresponding to an outer surface of the structural component; providing a support with a support frame and an expandable pressure membrane which is shaped such that, in an unexpanded state, the pressure membrane fills the moulding tool leaving an expansion spacing between a support surface, which is formed by the outer surface of the pressure membrane, and the mould surface; covering the support surface with a tubular non-crimp fibre fabric, such that fibres of a fibre layer of the non-crimp fibre fabric run diagonally around the support; inserting a reinforcing element between the support surface and the non-crimp fibre fabric into a recess of the support frame; arranging the support in the moulding tool; expanding the pressure membrane such that the support surface radially expands the non-crimp fibre fabric and presses it against the mould surface; guiding (210; 302) the reinforcing element, during the expansion of the pressure membrane, in a radial direction of the moulding tool; and infiltrating the non-crimp fibre fabric with a curable matrix. providing a tubular moulding tool which has an inner mould surface shaped corresponding to an outer surface of the structural component; providing a support with a support frame and an expandable pressure membrane which is shaped such that, in an unexpanded state, the pressure membrane fills the moulding tool leaving an expansion spacing between a support surface, which is formed by the outer surface of the pressure membrane, and the mould surface; covering the support surface with a tubular non-crimp fibre fabric, such that fibres of a fibre layer of the non-crimp fibre fabric run diagonally around the support; inserting a reinforcing element between the support surface and the non-crimp fibre fabric into a recess of the support frame; arranging the support in the moulding tool; expanding the pressure membrane such that the support surface radially expands the non-crimp fibre fabric and presses it against the mould surface; guiding (210; 302) the reinforcing element, during the expansion of the pressure membrane, in a radial direction of the moulding tool; and infiltrating the non-crimp fibre fabric with a curable matrix.
A backoff time management method of a terminal, the method comprising: receiving, from a base station, first information on at least one category related to a public land mobile network, PLMN, for an access barring and second information on a backoff value respectively corresponding to each of the at least one category; if a PLMN of the terminal corresponds to one of the at least one category of the first information, identifying a backoff time based on the second information; and transmitting, to the base station, a preamble for an initial random access based on the identified backoff time. receiving, from a base station, first information on at least one category related to a public land mobile network, PLMN, for an access barring and second information on a backoff value respectively corresponding to each of the at least one category; if a PLMN of the terminal corresponds to one of the at least one category of the first information, identifying a backoff time based on the second information; and transmitting, to the base station, a preamble for an initial random access based on the identified backoff time.
A porcine circovirus type 2 immunogenic composition, comprising an antigenic peptide selected from one of: (a) a non-arginine-rich peptide of a PCV2 open reading frame 2 selected from the group consisting of SEQ ID NO: 6, SEQ ID NO: 8, SEQ ID NO: 10, SEQ ID NO: 12, SEQ ID NO: 18, SEQ ID NO: 22, SEQ ID NO: 55, and SEQ ID NO: 57; or (b) a recombinant fusion protein comprising, from the amino-terminus to the carboxyl-terminus of the recombinant fusion protein: a PE peptide having the sequence of SEQ ID NO: 35; the non-arginine-rich peptide of the PCV2 ORF2 of (a); and a KDEL signal peptide having the sequence of SEQ ID NO: 31. (a) a non-arginine-rich peptide of a PCV2 open reading frame 2 selected from the group consisting of SEQ ID NO: 6, SEQ ID NO: 8, SEQ ID NO: 10, SEQ ID NO: 12, SEQ ID NO: 18, SEQ ID NO: 22, SEQ ID NO: 55, and SEQ ID NO: 57; or (b) a recombinant fusion protein comprising, from the amino-terminus to the carboxyl-terminus of the recombinant fusion protein: a PE peptide having the sequence of SEQ ID NO: 35; the non-arginine-rich peptide of the PCV2 ORF2 of (a); and a KDEL signal peptide having the sequence of SEQ ID NO: 31. a PE peptide having the sequence of SEQ ID NO: 35; the non-arginine-rich peptide of the PCV2 ORF2 of (a); and a KDEL signal peptide having the sequence of SEQ ID NO: 31.
A control circuit for an inkjet head, the control circuit comprising: an input circuit configured to receive drive information for driving liquid ejection from a plurality of nozzle arrays, the drive information including a drive signal value to be supplied to a channel of the plurality of nozzle arrays; a latch circuit array comprising a plurality of latch circuits for storing the drive information for each array in the plurality of nozzle arrays; characterised in that the control circuit further comprising: a setting register configured to receive a setting value to configure the input circuit to correspond to a connection mode for the plurality of latch circuits, the setting value corresponding to the number of arrays in the plurality of nozzle arrays. an input circuit configured to receive drive information for driving liquid ejection from a plurality of nozzle arrays, the drive information including a drive signal value to be supplied to a channel of the plurality of nozzle arrays; a latch circuit array comprising a plurality of latch circuits for storing the drive information for each array in the plurality of nozzle arrays; characterised in that the control circuit further comprising: a setting register configured to receive a setting value to configure the input circuit to correspond to a connection mode for the plurality of latch circuits, the setting value corresponding to the number of arrays in the plurality of nozzle arrays.
Device for joining a lens with a housing of an illumination device of a motor vehicle with an accommodating device for accommodating and fastening the housing and a pre-centring device for positioning the lens on the housing, where the pre-centring device features a frame element and several positioning elements (13, 14, 15, 16, 17, 18) mounted to the frame element for accommodating the lens, where the frame element of the pre-centring device can be moved, during a pre-centring process, together with the lens being accommodated, relative to the accommodating device in such a way that the lens can be aligned to the housing accommodated in the accommodating device.
Mixtures of isomeric isononyl benzoates, characterized in that the nonyl alcohols obtained by saponifying the isomeric isononyl benzoates comprise less than 10 mol% of 3,5,5-trimethylhexanol.
A latent heat storage body comprising an at least partially open-pore porous carrier made of a siliceous material which contains or consists of a calcium silicate hydrate and a latent heat storage material bounded thereto, especially a phase change material, wherein the latent heat storage material being at least partially presenet in the pores of the carrier, characterized in that the calcium silicate hydrate contains xonotlite, wherein the amount of xonotlite is less than 70 % by weight referring to the mass of the calcium silicate hydrate.
Apparatus for straightening a foil bag with a sterile object packaged therein, the apparatus comprising a needle unit with a hollow needle for piercing the foil bag and with a gas port for injecting gas via the hollow needle into the foil bag, characterized in that a detaching device is provided which is configured to apply a detaching force to the foil bag before a piercing operation, with the result that the foil bag is detached from the sterile object packaged therein at least in a region which lies opposite the hollow needle.
A riser displacement system, comprising: a mandrel coupled to a work string; a seal containment canister arranged about at least a portion of the mandrel; a seal assembly movable between an un-deployed configuration, where the seal assembly is arranged within the seal containment canister, and a deployed configuration, where the seal assembly is arranged outside of the seal containment canister, the seal assembly including a sleeve movably arranged about the mandrel and one or more sealing elements disposed at a distal end of the sleeve; and a piston bore defined between the sleeve and the mandrel, the piston bore being in fluid communication with an interior of the work string via one or more orifices defined in the mandrel. a mandrel coupled to a work string; a seal containment canister arranged about at least a portion of the mandrel; a seal assembly movable between an un-deployed configuration, where the seal assembly is arranged within the seal containment canister, and a deployed configuration, where the seal assembly is arranged outside of the seal containment canister, the seal assembly including a sleeve movably arranged about the mandrel and one or more sealing elements disposed at a distal end of the sleeve; and a piston bore defined between the sleeve and the mandrel, the piston bore being in fluid communication with an interior of the work string via one or more orifices defined in the mandrel.
A heater comprising: a ceramic body having a rod shape; and a heating resistor provided in an interior of the ceramic body, wherein the heating resistor comprises a fold-back portion and a projection having a wire shape and extending across an entirety of an outer periphery of the fold-back portion in a folding-back direction, characterized in that the heating resistor further comprises a third projection having a wire shape and extending across an inner periphery and an outer periphery of the heating resistor. a ceramic body having a rod shape; and a heating resistor provided in an interior of the ceramic body, wherein the heating resistor comprises a fold-back portion and a projection having a wire shape and extending across an entirety of an outer periphery of the fold-back portion in a folding-back direction, characterized in that the heating resistor further comprises a third projection having a wire shape and extending across an inner periphery and an outer periphery of the heating resistor.
A method for multiple carrier wireless communication, comprising: receiving an anchor carrier that assigns resources for a group of uplink non-anchor carriers; detecting an uplink grant carried on the anchor carrier that assigns resources for the group of uplink non-anchor carriers; utilizing the assigned resources by transmitting on the group of uplink non-anchor carriers in accordance with the detected grant; receiving an acknowledgement of receipt of the uplink non-anchor carrier transmissions on the anchor carrier that sent the uplink grant; accessing a mapping of acknowledgements to multiple carriers; interpreting the acknowledgement for each uplink carrier transmission utilizing the mapping; and retransmitting the uplink carrier transmission determined to have been unsuccessfully transmitted. receiving an anchor carrier that assigns resources for a group of uplink non-anchor carriers; detecting an uplink grant carried on the anchor carrier that assigns resources for the group of uplink non-anchor carriers; utilizing the assigned resources by transmitting on the group of uplink non-anchor carriers in accordance with the detected grant; receiving an acknowledgement of receipt of the uplink non-anchor carrier transmissions on the anchor carrier that sent the uplink grant; accessing a mapping of acknowledgements to multiple carriers; interpreting the acknowledgement for each uplink carrier transmission utilizing the mapping; and retransmitting the uplink carrier transmission determined to have been unsuccessfully transmitted.
Burner (1, 30, 40, 50) for particulate fuel, in particular made of biomass, comprising a primary tube and a core tube arranged in the primary tube, wherein the primary tube and the core tube form a primary tube gap, wherein the primary tube gap is configured to guide a flow of particulate fuel and gaseous combustion means from an inlet-side end to an outlet-side opening of the primary tube, wherein at least one device (22, 32, 41, 52) is provided for centring the flow within the primary tube in the region of the outlet-side end of the primary tube, and wherein a flame-holder projecting inwardly into the flow of the primary tube is provided on the outlet-side end of the primary tube, characterised in that the core tube viewed in the longitudinal direction of the burner (1, 30, 40, 50) ends before the primary tube.
Switched-mode power supply for supplying a converter with an operating voltage, comprising a supply capacitor, via which a control device for generating control signals for semiconductor switches (T1, T2, T3, T3) of the switched-mode power supply is supplied with the operating voltage, and which is chargeable via a start-up circuit from a link circuit of the converter, characterized in that the start-up circuit comprises a current regulator, by which a total current (i) from the link circuit to the start-up circuit is able to be influenced, and in that the current regulator keeps the total current (i) constant, wherein a valve of the current regulator, which valve influences the total current (i), acts only on a first partial current, which together with a second partial current produces the total current (i), and wherein the second partial current comprises a leakage current of the control device and a charging current of the supply capacitor.
A kit for making a modular casket, said kit comprising: two end panels; two sidewalls; and a base section slidably attached to said sidewalls; characterised by two wedge members; in that each sidewall is configured to pressure-fit to an end panel; and in that each sidewall comprises a first side panel having at least one alignment protrusion and a second side panel having at least one alignment slot, wherein said first side panel and said second side panel are configured to be connected together by one of said wedge members, wherein said one of said wedge members is usable to lock each said alignment protrusion of the first side panel and each said alignment slot of said second side panel in place. two end panels; two sidewalls; and a base section slidably attached to said sidewalls; characterised by two wedge members; in that each sidewall is configured to pressure-fit to an end panel; and in that each sidewall comprises a first side panel having at least one alignment protrusion and a second side panel having at least one alignment slot, wherein said first side panel and said second side panel are configured to be connected together by one of said wedge members, wherein said one of said wedge members is usable to lock each said alignment protrusion of the first side panel and each said alignment slot of said second side panel in place.