mhurhangee/ep-ind-claims huggingface dataset:
A control device (120, 200) for controlling a flight vehicle, the flight vehicle including a battery and an antenna for forming a communication area (150, 151, 152) on a ground to provide wireless communication service for a user terminal in the communication area by using electric power of the battery, the control device comprising: a remaining battery level acquisition unit (132, 222) for acquiring a remaining battery level of the battery; and a control unit (130, 250) for performing control so as to reduce the number of cells included in the communication area (150, 151, 152) when a predetermined condition is satisfied while the flight vehicle forms the communication area including a plurality of cells to provide wireless communication service for the user terminal, wherein the control unit (130, 250) is configured to perform control so as to reduce the number of cells included in the communication area (150, 151, 152) when the remaining battery level is smaller than a predetermined threshold value. a remaining battery level acquisition unit (132, 222) for acquiring a remaining battery level of the battery; and a control unit (130, 250) for performing control so as to reduce the number of cells included in the communication area (150, 151, 152) when a predetermined condition is satisfied while the flight vehicle forms the communication area including a plurality of cells to provide wireless communication service for the user terminal, wherein the control unit (130, 250) is configured to perform control so as to reduce the number of cells included in the communication area (150, 151, 152) when the remaining battery level is smaller than a predetermined threshold value.
Method for treating a metal strip, where the metal strip is pre-heated by hot gas in a pre-heating zone and where the metal strip is further heat-treated afterwards in a directly fired furnace in a reducing and/or oxidizing atmosphere, characterized in that the metal strip is pre-heated with the aid of inert gas in the pre-heating zone and in that it is further heated by an electric heating system, preferably with an induction heating system, before it enters the directly heated furnace, where the heat in the exhaust gases from the directly fired furnace is used to pre-heat the inert gas for the pre-heating zone.
A process for manufacturing tantalum wire for anode lead of tantalum capacitors, comprising the steps of: providing feedstock tantalum wire, wherein the cross section of the feedstock tantalum wire is circular; subjecting the feedstock tantalum wire to heat treatment; subjecting the heat treated tantalum wire to surface pretreatment at high temperature in oxygen atmosphere to form an oxide membrane on the surface-pretreated tantalum wire; the process being characterized in that it further comprises the following steps: rolling the surface-pretreated tantalum wire with the oxide membrane formed thereon while lubricating with lubricant oil to make the cross section of the rolled tantalum wire being approximate rectangular; subjecting the tantalum wire to final annealing. providing feedstock tantalum wire, wherein the cross section of the feedstock tantalum wire is circular; subjecting the feedstock tantalum wire to heat treatment; subjecting the heat treated tantalum wire to surface pretreatment at high temperature in oxygen atmosphere to form an oxide membrane on the surface-pretreated tantalum wire; rolling the surface-pretreated tantalum wire with the oxide membrane formed thereon while lubricating with lubricant oil to make the cross section of the rolled tantalum wire being approximate rectangular; subjecting the tantalum wire to final annealing.
A pharmaceutical composition comprising an effective amount of an N-acylhomoserine lactone analog compound of formula: wherein R is a linear alkyl of 9 to 15 carbon atoms having one or more diazirenyl groups, optionally having one or more carbonyl groups, and further optionally substituted with azido; or a pharmaceutically acceptable salt thereof; and, optionally, a pharmaceutically acceptable excipient.
Method for operating a hot-film air mass flow sensor for measuring air mass flows in the intake section of an internal combustion engine, wherein the hot-film air mass flow sensor has a sensor chip having a sensor frame and a sensor diaphragm with at least one heating element and at least two temperature sensors, a chip carrier for holding the sensor chip and the hot-film air mass flow sensor comprises at least one additional heating element, wherein the sensor chip can be heated by means of the at least one additional heating element, and the at least one additional heating element is switched on for a predefined post-heating phase immediately after the switching off of the internal combustion engine, characterized in that a) immediately after the switching off of the internal combustion engine, the at least one heating element of the sensor diaphragm is switched off or is switched to a relatively low heating power; and b) the at least one additional heating element raises the temperature of the sensor chip essentially uniformly in the post-heating phase and in the process heats to a temperature of at least 40°C. a) immediately after the switching off of the internal combustion engine, the at least one heating element of the sensor diaphragm is switched off or is switched to a relatively low heating power; and b) the at least one additional heating element raises the temperature of the sensor chip essentially uniformly in the post-heating phase and in the process heats to a temperature of at least 40°C.
A lighting device for a motor vehicle comprising at least one light module comprising at least one light source, a light source support, and an optical element able to receive rays emitted by the light source, the optical element comprising means (45, 463) for positioning said optical element in a predefined position on the support, corresponding to a predetermined position of the optical element relative to the position of the light source, and elastic attachment means for attaching said optical element in the predefined position, characterized in that the lighting device comprises a plate on which the at least one light module and a projection lens are arranged, the projection lens forming a secondary optical element while the optical element or the optical elements combined with the light module form primary optical elements.
A method for processing data, characterized in that: when a terminal is in a dormant state, keeping providing a working power supply for a subscriber identity module card (32, 51) and one or more specified electronic devices within the terminal, so that the subscriber identity module card (32, 51) and the one or more specified electronic devices keep in a working state; the subscriber identity module card (32, 51) collecting and storing working data of the specified electronic device; and when the terminal quits from the dormant state, extracting the working data. when a terminal is in a dormant state, keeping providing a working power supply for a subscriber identity module card (32, 51) and one or more specified electronic devices within the terminal, so that the subscriber identity module card (32, 51) and the one or more specified electronic devices keep in a working state; the subscriber identity module card (32, 51) collecting and storing working data of the specified electronic device; and when the terminal quits from the dormant state, extracting the working data.
A process for coating a textile material, said process comprising the following steps: a) incorporating active charcoal in powder form into a coating composition comprising an aqueous solvent and at least one organosilicon precursor, in which the organosilicon precursor represents 5% to 50% by volume relative to the combination of aqueous solvent and organosilicon precursor, b) impregnating the textile material by padding with the coating composition, and c) drying the impregnated textile material, characterized in that the coating composition is free of polycarboxylic acid and of catalyst. a) incorporating active charcoal in powder form into a coating composition comprising an aqueous solvent and at least one organosilicon precursor, in which the organosilicon precursor represents 5% to 50% by volume relative to the combination of aqueous solvent and organosilicon precursor, b) impregnating the textile material by padding with the coating composition, and c) drying the impregnated textile material,
A method performed by a device for providing configurable feedback latency in a communication system ir which a feedback information message is sent after reception of a data transmission, the method comprising transmitting a single combined feedback information message following receipt of a configurable number of received transport blocks, the feedback information message being generated according to a method selected from: i) generating the feedback information message after all transport blocks of the configurable number of transport blocks have been received; ii) generating the feedback information message after all transport blocks of the configurable number of transport blocks have been received if all the transport blocks are received error free, otherwise generating the feedback information message after a receipt of a transport block containing an error; and iii) generating the positive feedback information message, ACK, if a ratio of erroneous transport blocks to error free transport blocks within a feedback period is less than a predetermined value, otherwise generating the negative feedback information message, NACK, wherein the single combined feedback information message contains one of a positive feedback information message, ACK, and a negative feedback information message, NACK, and which indicates a correctness of receipt of the configurable number of received transport blocks and wherein a hybrid automatic repeat request, HARQ, process group is selected for transmitting the configurable number of transport blocks of a given transmission service with a latency requirement, wherein the selected HARQ process group is the HARQ process group that has a smallest number of HARQ processes within a set of selectable HARQ process groups whose range of feedback period is able to fulfil the latency requirement of the given transmission service. i) generating the feedback information message after all transport blocks of the configurable number of transport blocks have been received; ii) generating the feedback information message after all transport blocks of the configurable number of transport blocks have been received if all the transport blocks are received error free, otherwise generating the feedback information message after a receipt of a transport block containing an error; and iii) generating the positive feedback information message, ACK, if a ratio of erroneous transport blocks to error free transport blocks within a feedback period is less than a predetermined value, otherwise generating the negative feedback information message, NACK,
An insulated stator coil comprising: a plurality of coil strands having a top surface and a bottom surface; a filler material disposed on the top surface and the bottom surface of the plurality of coil strands to smooth discontinuities at the top and bottom surfaces (24, 26); and a conductive cap (32, 34) disposed over each of the top and bottom surfaces (24, 26) of the plurality of coil strands, wherein each of the conductive caps (32, 34) includes a lateral extension on respective sides (38, 40) of the plurality of coil strands, wherein the insulated stator coil further comprises a resin-rich mica tape isolation layer between the filler material and the plurality of coil strands, wherein the isolation layer includes a respective lateral extension on each of the sides (38, 40) of the plurality of coil strands, characterised in that: a conductive strip is disposed between the filler material and each respective conductive cap (32, 34), and extends along a longitudinal length of the stator coil, the conductive strip effective to lower a resistivity of the conductive caps (32, 34) and thereby lower a voltage across any voids in the filler material such that partial discharges do not occur in the insulated stator coil; and a first end of the conductive strip is electrically connected to at least one of the plurality of coil strands. a plurality of coil strands having a top surface and a bottom surface; a filler material disposed on the top surface and the bottom surface of the plurality of coil strands to smooth discontinuities at the top and bottom surfaces (24, 26); and a conductive cap (32, 34) disposed over each of the top and bottom surfaces (24, 26) of the plurality of coil strands, wherein each of the conductive caps (32, 34) includes a lateral extension on respective sides (38, 40) of the plurality of coil strands, wherein the insulated stator coil further comprises a resin-rich mica tape isolation layer between the filler material and the plurality of coil strands, wherein the isolation layer includes a respective lateral extension on each of the sides (38, 40) of the plurality of coil strands, characterised in that: a conductive strip is disposed between the filler material and each respective conductive cap (32, 34), and extends along a longitudinal length of the stator coil, the conductive strip effective to lower a resistivity of the conductive caps (32, 34) and thereby lower a voltage across any voids in the filler material such that partial discharges do not occur in the insulated stator coil; and a first end of the conductive strip is electrically connected to at least one of the plurality of coil strands. a conductive strip is disposed between the filler material and each respective conductive cap (32, 34), and extends along a longitudinal length of the stator coil, the conductive strip effective to lower a resistivity of the conductive caps (32, 34) and thereby lower a voltage across any voids in the filler material such that partial discharges do not occur in the insulated stator coil; and a first end of the conductive strip is electrically connected to at least one of the plurality of coil strands.
Composition of a fluid mix which does not contain substantially binding materials or substances which produce calcium hydroxide, in particular in the absence of cement or lime, both in the form of oxide and in the form of air-hardening lime and hydrated lime, comprising, with respect to the total weight of said composition: - water between 7% and 8%, preferably between 7.4% and 7.6% in weight (Kg/m 3), - stone aggregates between 75% and 83%, preferably between 77% and 80% in weight (Kg/m 3), including: sand with sizes comprised between 0.063 mm and 4 mm, fine gravel with sizes comprised between 4 mm and 15 mm, gravel with sizes comprised between 15 mm and 40 mm, - one or more components in the form of pozzolanic additives comprising silicic fly ash between 8% and 16% in weight (Kg/m 3)said silicic fly ash having a minimum content of SiO 2 from 40% to 50% in weight and a maximum content of CaO from 2% to 10% in weight and silica fume between 0.9% and 1.7% in weight (Kg/m 3), - one or more high-efficiency retardant additives to delay the setting reaction, between 0.02% and 0.03% in weight (Kg/m 3), preferably between 0.023% and 0.027% in weight (Kg/m 3), - one or more high-efficiency water reducing additives between 0.05% and 0.06% in weight (Kg/m 3), preferably between 0.052% and 0.055% in weight (Kg/m 3). - water between 7% and 8%, preferably between 7.4% and 7.6% in weight (Kg/m 3), - stone aggregates between 75% and 83%, preferably between 77% and 80% in weight (Kg/m 3), including: sand with sizes comprised between 0.063 mm and 4 mm, fine gravel with sizes comprised between 4 mm and 15 mm, gravel with sizes comprised between 15 mm and 40 mm, - one or more components in the form of pozzolanic additives comprising silicic fly ash between 8% and 16% in weight (Kg/m 3)said silicic fly ash having a minimum content of SiO 2 from 40% to 50% in weight and a maximum content of CaO from 2% to 10% in weight and silica fume between 0.9% and 1.7% in weight (Kg/m 3), - one or more high-efficiency retardant additives to delay the setting reaction, between 0.02% and 0.03% in weight (Kg/m 3), preferably between 0.023% and 0.027% in weight (Kg/m 3), - one or more high-efficiency water reducing additives between 0.05% and 0.06% in weight (Kg/m 3), preferably between 0.052% and 0.055% in weight (Kg/m 3).
Method for measuring allergen-specific human IgG antibody subclasses for monitoring patients with allergic respiratory disease under allergen-specific immunotherapy using an immunoenzymatic technique comprising the following steps: • Sensitization of high affinity microtitration plates for ELISA with mouse monoclonal antibodies against specific allergens; • Blocking of the active sites of high affinity microtitration plates for ELISA with PBS-T-BSA; • Addition of crude extract from the corresponding allergen; • Incubation with serum samples or other biological fluids from allergic patients; • Addition of labeled secondary mouse monoclonal antibodies anti-human IgG1, anti-human IgG2, anti-human IgG3 or anti-human IgG4; • Addition of an enzymatic conjugate; • Addition of an enzymatic substrate diluted in a chromogenic buffer; • Determination of absorbance in a microtitration plate reader; and • Expression of results in EU/mL compared to a standard curve obtained using reference human sera. • Sensitization of high affinity microtitration plates for ELISA with mouse monoclonal antibodies against specific allergens; • Blocking of the active sites of high affinity microtitration plates for ELISA with PBS-T-BSA; • Addition of crude extract from the corresponding allergen; • Incubation with serum samples or other biological fluids from allergic patients; • Addition of labeled secondary mouse monoclonal antibodies anti-human IgG1, anti-human IgG2, anti-human IgG3 or anti-human IgG4; • Addition of an enzymatic conjugate; • Addition of an enzymatic substrate diluted in a chromogenic buffer; • Determination of absorbance in a microtitration plate reader; and • Expression of results in EU/mL compared to a standard curve obtained using reference human sera.
A microfluidic interrogation apparatus (100; 210; 220) comprising: indexing structure effective to hold a microfluidic device at an installed position such that an interrogation aperture of said microfluidic device is urged near to a desired location, said microfluidic device being of the type comprising a first channel layer provided with a first channel, a second channel layer provided with a second channel and an interrogation layer disposed between said first and second channel layers (374, 378), said interrogation layer comprising an opaque film layer with said interrogation aperture providing communication between said first and second channels (436,442), fluid flow in said first and second channels (436, 442) being parallel to said opaque film layer and said microfluidic device being arranged to urge particles of interest through said interrogation aperture in a substantially single-file arrangement; a source of stimulation radiation structured to emit radiation as a beam oriented for propagation of radiation in a particular direction; adjustment means to refine the relative positions of said interrogation aperture and said beam to maximize beam propagation through said interrogation aperture in a direction congruous with a centreline of said interrogation aperture; sensor means disposed to provide steering feedback to said adjustment means; and a first photodetector disposed to detect Stokes-shift emission radiation from a particle disposed inside said interrogation aperture. indexing structure effective to hold a microfluidic device at an installed position such that an interrogation aperture of said microfluidic device is urged near to a desired location, said microfluidic device being of the type comprising a first channel layer provided with a first channel, a second channel layer provided with a second channel and an interrogation layer disposed between said first and second channel layers (374, 378), said interrogation layer comprising an opaque film layer with said interrogation aperture providing communication between said first and second channels (436,442), fluid flow in said first and second channels (436, 442) being parallel to said opaque film layer and said microfluidic device being arranged to urge particles of interest through said interrogation aperture in a substantially single-file arrangement; a source of stimulation radiation structured to emit radiation as a beam oriented for propagation of radiation in a particular direction; adjustment means to refine the relative positions of said interrogation aperture and said beam to maximize beam propagation through said interrogation aperture in a direction congruous with a centreline of said interrogation aperture; sensor means disposed to provide steering feedback to said adjustment means; and a first photodetector disposed to detect Stokes-shift emission radiation from a particle disposed inside said interrogation aperture.
An optical semiconductor substantially consisting of: niobium oxynitride having a crystal structure of baddeleyite and having a composition represented by the composition formula, NbON. niobium oxynitride having a crystal structure of baddeleyite and having a composition represented by the composition formula, NbON.
A check valve comprising: an annular housing defining a generally circular opening; a plurality of radially extending arms extending across the circular opening from the centre of the valve housing to respective nodes at the periphery of the valve housing; a plurality of cross arms extending between circumferentially adjacent nodes, thereby dividing the circular opening into a plurality of primary, generally triangular radially inner openings and a plurality of secondary, generally segment shaped radially outer openings; a plurality of primary, generally triangular flapper elements for closing the primary openings; a plurality of secondary, generally segment shaped flapper elements for closing the secondary openings a plurality of mounting posts, a respective mounting post being arranged at a respective node; and a plurality of hinge pins, each hinge pin being mounted between two circumferentially adjacent mounting posts; wherein a primary flapper element and a secondary flapper element are hingedly mounted to each hinge pin for pivoting between a closed position in which they close their respective primary and secondary openings (18, 20) and an open position in which they permit flow through their respective primary and secondary openings (18, 20). an annular housing defining a generally circular opening; a plurality of radially extending arms extending across the circular opening from the centre of the valve housing to respective nodes at the periphery of the valve housing; a plurality of cross arms extending between circumferentially adjacent nodes, thereby dividing the circular opening into a plurality of primary, generally triangular radially inner openings and a plurality of secondary, generally segment shaped radially outer openings; a plurality of primary, generally triangular flapper elements for closing the primary openings; a plurality of secondary, generally segment shaped flapper elements for closing the secondary openings a plurality of mounting posts, a respective mounting post being arranged at a respective node; and a plurality of hinge pins, each hinge pin being mounted between two circumferentially adjacent mounting posts; wherein a primary flapper element and a secondary flapper element are hingedly mounted to each hinge pin for pivoting between a closed position in which they close their respective primary and secondary openings (18, 20) and an open position in which they permit flow through their respective primary and secondary openings (18, 20).