mhurhangee/ep-ind-claims huggingface dataset:
A method for operating an inverter, which has a terminal with four conductor connectors for connection of the inverter to three outer conductors (L1, L2, L3) and to a neutral conductor of an AC voltage grid, wherein the method comprises a checking step for determining a connection configuration of the inverter to the AC voltage grid, wherein switching elements of a bridge circuit of the inverter are actuated, as part of the checking step, to generate a zero-phase sequence system, characterized in that, as part of the checking step, output currents (I L1,I L2,I L3,I N) of the inverter are measured and evaluated with respect to a zero-phase sequence system current, and the presence of a connection of the neutral conductor to a conductor connector provided for connection to the neutral conductor is identified when, as part of the checking step, a zero-phase sequence system current that exceeds a prescribed threshold value is detected, such that the zero-phase sequence system current that flows via the neutral conductor may be distinguished from a discharge current on the basis of the comparison of the detected zero-phase sequence system current with the prescribed threshold value, wherein, if this is not the case, it is identified that the neutral conductor is not connected to the conductor connector provided for connection to the neutral conductor.
A volatile material container, comprising: a blister having a bottom wall, a peripheral flange, and a sidewall extending therebetween; a vapor permeable membrane attached to the peripheral flange and extending across the blister, wherein the vapor permeable membrane in conjunction with the bottom wall and the sidewall contain a volatile material within the blister; characterized in that a magnetic element (126; 144; 226; 228; 230; 232; 544; 546; 548; 550) is disposed within the blister. a blister having a bottom wall, a peripheral flange, and a sidewall extending therebetween; a vapor permeable membrane attached to the peripheral flange and extending across the blister, wherein the vapor permeable membrane in conjunction with the bottom wall and the sidewall contain a volatile material within the blister; characterized in that a magnetic element (126; 144; 226; 228; 230; 232; 544; 546; 548; 550) is disposed within the blister.
A method for measuring and correcting impedance imbalance, the method comprising: generating a common mode stimulus on-chip with a first device; applying the common mode stimulus to differential signal paths interfacing between the first device and a second device by injecting a same current (I T) to each one of the differential signal paths; sensing an error voltage of the differential signal paths as a result of the common mode stimulus and the impedance imbalance of the differential signal paths; and setting a digitally controllable impedance on one of the differential signal paths based on the error voltage to reduce the impedance imbalance. generating a common mode stimulus on-chip with a first device; applying the common mode stimulus to differential signal paths interfacing between the first device and a second device by injecting a same current (I T) to each one of the differential signal paths; sensing an error voltage of the differential signal paths as a result of the common mode stimulus and the impedance imbalance of the differential signal paths; and setting a digitally controllable impedance on one of the differential signal paths based on the error voltage to reduce the impedance imbalance.
A method for providing position determination assisting data in a cellular communications network, comprising the steps of: establishing a quantised path loss measurement index vector for a user equipment; said quantised path loss measurement index vector comprising at least quantised radio measurements, said quantised radio measurements being selected from a list of quantised path loss measurements, quantised signal strength measurements, quantised signal-to-interference ratios, or relative versions thereof, in which signals to/from said user equipment fulfil at least a specific radio condition criterion when received; performing a high-precision position determination for said user equipment; repeating said establishing and performing steps a plurality of times; clustering results of said high-precision position determinations belonging to the same quantised path loss measurement index vector in separate clustered results; associating an area definition (11, 11A-G, 11Z) with at least one of said clustered results; creating position determination assisting data comprising a relation between said quantised path loss measurement index vector and said associated area definitions (11, 11A-G, 11Z). establishing a quantised path loss measurement index vector for a user equipment; said quantised path loss measurement index vector comprising at least quantised radio measurements, said quantised radio measurements being selected from a list of quantised path loss measurements, quantised signal strength measurements, quantised signal-to-interference ratios, or relative versions thereof, in which signals to/from said user equipment fulfil at least a specific radio condition criterion when received; performing a high-precision position determination for said user equipment; repeating said establishing and performing steps a plurality of times; clustering results of said high-precision position determinations belonging to the same quantised path loss measurement index vector in separate clustered results; associating an area definition (11, 11A-G, 11Z) with at least one of said clustered results; creating position determination assisting data comprising a relation between said quantised path loss measurement index vector and said associated area definitions (11, 11A-G, 11Z).
A vehicle crash sensor assembly (20, 200) comprising: a housing (22, 202); at least one retaining member (64, 66, 236) attached to said housing (22, 202) and adapted to deform when received in an opening (70, 240) of a vehicle mounting structure (36, 244) and form an interference fit with the vehicle mounting structure (36, 244) so as to hold the housing (22, 202) to the vehicle mounting structure (36, 244); at least one attachment member (40, 42) for providing a secure attachment of said housing (22, 202) to the vehicle mounting structure (36, 244); at least one vehicle crash sensor (26, 210) located within said housing (22, 202) for sensing a vehicle crash condition; an electrical connector for providing an electrical connection between said at least one vehicle crash sensor (26, 210) located within said housing (22, 202) and an external control device, wherein said at least one crash sensor (26, 210) includes a pressure sensor and wherein said housing (22, 202) includes a pressure access shroud (56, 220) for allowing air pressure external to said housing (22, 202) to reach said pressure sensor, said at least one retaining member (64, 66, 236) being attached to said pressure access shroud (56, 220). a housing (22, 202); at least one retaining member (64, 66, 236) attached to said housing (22, 202) and adapted to deform when received in an opening (70, 240) of a vehicle mounting structure (36, 244) and form an interference fit with the vehicle mounting structure (36, 244) so as to hold the housing (22, 202) to the vehicle mounting structure (36, 244); at least one attachment member (40, 42) for providing a secure attachment of said housing (22, 202) to the vehicle mounting structure (36, 244); at least one vehicle crash sensor (26, 210) located within said housing (22, 202) for sensing a vehicle crash condition; an electrical connector for providing an electrical connection between said at least one vehicle crash sensor (26, 210) located within said housing (22, 202) and an external control device, wherein said at least one crash sensor (26, 210) includes a pressure sensor and wherein said housing (22, 202) includes a pressure access shroud (56, 220) for allowing air pressure external to said housing (22, 202) to reach said pressure sensor, said at least one retaining member (64, 66, 236) being attached to said pressure access shroud (56, 220).
A station for uncovering a receptacle including a body in which several adjacent holes initially sealed by a cover are formed, characterized in that it includes: - at least one cutting member for making at least one cut in the cover between two adjacent holes, so as to form at least one cover portion (120 1, 120 2, 120 3, 120 4, 120 5, 120 6) covering at least one of the holes of the receptacle, being a selected hole; - at least one heating gripping device (130, 130 1, 130 2, 130 3, 130 4, 130 5, 130 6) that is arranged to heat and remove said cover, thereby opening the selected hole. - at least one cutting member for making at least one cut in the cover between two adjacent holes, so as to form at least one cover portion (120 1, 120 2, 120 3, 120 4, 120 5, 120 6) covering at least one of the holes of the receptacle, being a selected hole; - at least one heating gripping device (130, 130 1, 130 2, 130 3, 130 4, 130 5, 130 6) that is arranged to heat and remove said cover, thereby opening the selected hole.
A fluid sand falling type circulating fluidized bed boiler with a plurality of risers, comprising: a boiler section into which fuel and oxidizer are injected; a riser section connected to the boiler section so that the fuel and fluid sand supplied from the boiler section are introduced from the bottom of the riser section and flow up; and a relay section provided on the boiler section to supply the fluid sand having passed through the riser section to the boiler section, wherein the boiler is configured such that the fuel is injected from the top of the boiler section and burned while flowing down therein. a boiler section into which fuel and oxidizer are injected; a riser section connected to the boiler section so that the fuel and fluid sand supplied from the boiler section are introduced from the bottom of the riser section and flow up; and a relay section provided on the boiler section to supply the fluid sand having passed through the riser section to the boiler section, wherein the boiler is configured such that the fuel is injected from the top of the boiler section and burned while flowing down therein.
A power control method comprising the following steps: when determining that a preset entry condition is met, a base station notifying a user equipment, UE, to disable a dedicated physical control channel, DPCCH, transmission in a deactivated hybrid automatic repeat request, HARQ, process; when determining that a preset exit condition is met, the base station notifying the UE to enable a DPCCH transmission in a deactivated HARQ process. when determining that a preset entry condition is met, a base station notifying a user equipment, UE, to disable a dedicated physical control channel, DPCCH, transmission in a deactivated hybrid automatic repeat request, HARQ, process; when determining that a preset exit condition is met, the base station notifying the UE to enable a DPCCH transmission in a deactivated HARQ process.
An apparatus, comprising: a plasma containment vessel having at least one wall member defining an inner volume having a central axis, an inlet end, and an opposing outlet end; a mechanism configured to receive a source of RF power having characteristics sufficient to produce an electromagnetic field within the plasma containment vessel for maintaining a plasma plume from a source of plasma gas; a material inlet disposed at the inlet end of the plasma containment vessel and operating to receive an elongate feedstock material having a longitudinal axis; a rotation assembly disposed in communication with the material inlet and operating to permit the feedstock material to spin about the longitudinal axis as a distal end of the feedstock material advances into the plasma plume, characterised by, a feedstock processing mechanism upstream from the material inlet, wherein the feedstock processing mechanism operates to substantially continuously receive, mix, press, and at least partially sinter the compounds into the feedstock material as the feedstock material is fed into the plasma containment vessel, wherein the feedstock material is a mixture of compounds that have been mixed, formed into the elongate shape, and at least partially sintered. a plasma containment vessel having at least one wall member defining an inner volume having a central axis, an inlet end, and an opposing outlet end; a mechanism configured to receive a source of RF power having characteristics sufficient to produce an electromagnetic field within the plasma containment vessel for maintaining a plasma plume from a source of plasma gas; a material inlet disposed at the inlet end of the plasma containment vessel and operating to receive an elongate feedstock material having a longitudinal axis; a rotation assembly disposed in communication with the material inlet and operating to permit the feedstock material to spin about the longitudinal axis as a distal end of the feedstock material advances into the plasma plume, characterised by, a feedstock processing mechanism upstream from the material inlet, wherein the feedstock processing mechanism operates to substantially continuously receive, mix, press, and at least partially sinter the compounds into the feedstock material as the feedstock material is fed into the plasma containment vessel, wherein the feedstock material is a mixture of compounds that have been mixed, formed into the elongate shape, and at least partially sintered.
An electronic device comprising: a mounting surface configured to receive another electronic device; a holder recess provided in the mounting surface; and a rotatable clip installed in the mounting surface, and configured to accommodate at least one part of the other electronic device; characterised in that the holder recess comprises: a mounting space configured to receive and control at least one part of the other electronic device, when the other electronic device is overlapped by the mounting surface of the electronic device; a first support part configured, when the other electronic device is received by the mounting surface, to support a rear surface of the other electronic device; and a second support part configured to support a front surface of the other electronic device, wherein the holder recess is configured, in a first configuration, to hold the other electronic device at certain holding angles and, in a second configuration, to accommodate one end of the other electronic device when another end of the other electronic device is accommodated by the rotatable clip. a mounting surface configured to receive another electronic device; a holder recess provided in the mounting surface; and a rotatable clip installed in the mounting surface, and configured to accommodate at least one part of the other electronic device; characterised in that the holder recess comprises: a mounting space configured to receive and control at least one part of the other electronic device, when the other electronic device is overlapped by the mounting surface of the electronic device; a first support part configured, when the other electronic device is received by the mounting surface, to support a rear surface of the other electronic device; and a second support part configured to support a front surface of the other electronic device, wherein the holder recess is configured, in a first configuration, to hold the other electronic device at certain holding angles and, in a second configuration, to accommodate one end of the other electronic device when another end of the other electronic device is accommodated by the rotatable clip. a mounting space configured to receive and control at least one part of the other electronic device, when the other electronic device is overlapped by the mounting surface of the electronic device; a first support part configured, when the other electronic device is received by the mounting surface, to support a rear surface of the other electronic device; and a second support part configured to support a front surface of the other electronic device, wherein the holder recess is configured, in a first configuration, to hold the other electronic device at certain holding angles and, in a second configuration, to accommodate one end of the other electronic device when another end of the other electronic device is accommodated by the rotatable clip.
A method of identifying a compound useful in treating a disease or condition of the oral cavity, wherein said disease or condition of the oral cavity is gingivitis or periodontitis, the method comprising: providing a first gingival sample obtained from a mammal suffering from said disease or condition of the oral cavity; providing a second gingival sample obtained from the oral cavity of said mammal; contacting said first sample with a test compound; contacting said second sample with a positive control, wherein said positive control down-regulates the expression of one or more biomarkers selected from the group consisting of: MMP-9 and MMP-13; measuring the extent to which the expression of one or more of said biomarkers is down-regulated by said test compound; measuring the extent to which the expression of one or more of said biomarkers is down-regulated by said positive control; and comparing the extent to which the expression of one or more of said biomarkers is down-regulated by said test compound, with the extent to which the expression of one or more of said biomarkers is down-regulated by said positive control; wherein a test compound that down-regulates the expression of one or more of said biomarkers to an equal or greater extent than said positive control, is a compound useful in treating said disease or condition of the oral cavity; and wherein said positive control is triclosan. providing a first gingival sample obtained from a mammal suffering from said disease or condition of the oral cavity; providing a second gingival sample obtained from the oral cavity of said mammal; contacting said first sample with a test compound; contacting said second sample with a positive control, wherein said positive control down-regulates the expression of one or more biomarkers selected from the group consisting of: MMP-9 and MMP-13; measuring the extent to which the expression of one or more of said biomarkers is down-regulated by said test compound; measuring the extent to which the expression of one or more of said biomarkers is down-regulated by said positive control; and comparing the extent to which the expression of one or more of said biomarkers is down-regulated by said test compound, with the extent to which the expression of one or more of said biomarkers is down-regulated by said positive control; wherein a test compound that down-regulates the expression of one or more of said biomarkers to an equal or greater extent than said positive control, is a compound useful in treating said disease or condition of the oral cavity; and wherein said positive control is triclosan.
Solid feed component having a pipe component and a pipe collar coupled therewith, wherein the solid feed component has a wear indicator, and a radially at least partially circumferential electrical conductor (8, 8.1, 8.2) is arranged to the pipe collar and/or in the pipe component such that in the case of advancing abrasive wear of the solid feed component the electrical conductor (8, 8.1, 8.2) is damaged, in particular severed, wherein the pipe component is double-layered in design and/or that the pipe collar is double-layered in design having an inner ring and an outer ring, characterised in that in the pipe component and/or in the pipe collar is arranged a radially at least partially circumferential groove, wherein the electrical conductor (8, 8.1, 8.2) is arranged in the groove.
Method for transmitting information by powerline carrier on a communication channel, comprising a digital to analogue conversion of a digital signal modulated by said information so as to obtain a modulated initial analogue signal having a peak factor greater than one, an amplification of the initial analogue signal so as to obtain an amplified modulated signal and a transmission on said communication channel of a modulated channel analogue signal resulting from the modulated amplified analogue signal, wherein, the impedance of the communication channel being liable to vary during said transmission and the amplified signal being clipped when said impedance is below a limit value, the method furthermore comprises at least one determination during said transmission of a clipping rate of the amplified signal over at least one time interval and an adjustment (61, 62) of the level of the initial analogue signal according to said determined clipping rate, wherein the adjustment of the level of the initial analogue signal comprises a comparison of the determined clipping rate with a threshold and a reduction of the level of the initial analogue signal if the clipping rate is above the threshold, said method comprising several successive determinations of the clipping rate during successive time intervals (TR i), and a determination, during a current time interval (TR i), of the adjustment of the level of the initial analogue signal to be applied to the initial analogue signal during the following time interval (TR i+1).
A gear system for a geared turbofan engine, the gear system comprising: a sun gear to be driven by a low spool shaft, the sun gear defining a sun gear diameter; a rotating carrier for driving a fan, the carrier defining an outer carrier diameter and an inner carrier diameter; a non-rotating ring gear, the ring gear defining a ring gear diameter, wherein the ring gear diameter is smaller than the outer carrier diameter and the ring gear diameter comprises a pitch diameter; and a set of planet gears mounted on corresponding rolling element bearing assemblies, each roller element bearing assembly is supported within the carrier within a space defined between the carrier outer diameter and the carrier inner diameter, wherein each of the sun gear, ring gear and planet gears are substantially centered along a gearbox centerline transverse to an engine longitudinal axis and the gear system provides a speed reduction ratio between an input to the sun gear and an output from the carrier between 3:1 and 5:1. a sun gear to be driven by a low spool shaft, the sun gear defining a sun gear diameter; a rotating carrier for driving a fan, the carrier defining an outer carrier diameter and an inner carrier diameter; a non-rotating ring gear, the ring gear defining a ring gear diameter, wherein the ring gear diameter is smaller than the outer carrier diameter and the ring gear diameter comprises a pitch diameter; and a set of planet gears mounted on corresponding rolling element bearing assemblies, each roller element bearing assembly is supported within the carrier within a space defined between the carrier outer diameter and the carrier inner diameter, wherein each of the sun gear, ring gear and planet gears are substantially centered along a gearbox centerline transverse to an engine longitudinal axis and the gear system provides a speed reduction ratio between an input to the sun gear and an output from the carrier between 3:1 and 5:1.
Motor vehicle, comprising two rear longitudinal beams extending rearwards from a passenger compartment floor of said vehicle, each of said beams having a hollow main section; characterized in that the vehicle further comprises: reinforcement profile fixed in the hollow section of each of the two rear longitudinal beams.