mhurhangee/patent-ind-claim-en huggingface dataset:
A nanoparticle comprising: a semiconductor nanocrystal wherein the semiconductor nanocrystal is a concentration-gradient quantum dot comprising a core and a shell surrounding the core, and wherein the nanocrystal comprises at least a first semiconductor having a concentration that decreases in a direction that moves from the core outward to the shell and a second semiconductor having a concentration that increases in the direction that moves from the core outward to the shell; a first organic coating layer comprising one or more lipophilic carboxylic acid ligand having a polar head and a non-polar tail, with the polar head contacting the nanocrystal; a second organic coating comprising an organic material having a polar head and a non-polar tail, wherein the non-polar tail of the second organic coating is intercalated with the non-polar tail of the first coating layer, wherein the polar head of the organic material in the second coating layer is acrylate, methacrylate, cyanoacrylate, anhydride, alkyl, epoxy, isocyanate, acetate, phenolic group, carboxyl, thioester, amide, sulfhydryl, or hydroxyl. a semiconductor nanocrystal wherein the semiconductor nanocrystal is a concentration-gradient quantum dot comprising a core and a shell surrounding the core, and wherein the nanocrystal comprises at least a first semiconductor having a concentration that decreases in a direction that moves from the core outward to the shell and a second semiconductor having a concentration that increases in the direction that moves from the core outward to the shell; a first organic coating layer comprising one or more lipophilic carboxylic acid ligand having a polar head and a non-polar tail, with the polar head contacting the nanocrystal; a second organic coating comprising an organic material having a polar head and a non-polar tail, wherein the non-polar tail of the second organic coating is intercalated with the non-polar tail of the first coating layer, wherein the polar head of the organic material in the second coating layer is acrylate, methacrylate, cyanoacrylate, anhydride, alkyl, epoxy, isocyanate, acetate, phenolic group, carboxyl, thioester, amide, sulfhydryl, or hydroxyl.
Sensor unit for the contactless actuation of an actuating element , in particular a flap or the like of a vehicle , having at least one capacitive sensor element , the sensor element having at least one wire which is arranged at least partially on a carrier element , wherein the carrier element is at least partially made of plastic, characterized in that the carrier element is designed in sections. having at least one capacitive sensor element , the sensor element having at least one wire which is arranged at least partially on a carrier element , wherein the carrier element is at least partially made of plastic, characterized in that the carrier element is designed in sections.
A fluorinated 4'-alkylumbelliferyl α-D-glucopyranoside represented by the structural formula wherein: one of R 1 and R 2 is F and the other is H, and R 3 is an alkyl group having from 1 to 12 carbon atoms. one of R 1 and R 2 is F and the other is H, and R 3 is an alkyl group having from 1 to 12 carbon atoms.
A method for producing L-methionine, comprising: (a) culturing a microorganism of Escherichia sp. producing O -acetyl homoserine with increased O -acetyl homoserine production capability compared to the parent microorganism producing O -acetyl homoserine, wherein in the microorganism, the endogenous activity of citrate synthase is modified to be attenuated or inactivated compared to the parent microorganism producing O -acetyl homoserine; and (b) contacting O -acetyl homoserine produced in step (a) with O -acetyl homoserine sulfhydrylase, or a microorganism having O -acetyl homoserine sulfhydrylase. (a) culturing a microorganism of Escherichia sp. producing O -acetyl homoserine with increased O -acetyl homoserine production capability compared to the parent microorganism producing O -acetyl homoserine, wherein in the microorganism, the endogenous activity of citrate synthase is modified to be attenuated or inactivated compared to the parent microorganism producing O -acetyl homoserine; and (b) contacting O -acetyl homoserine produced in step (a) with O -acetyl homoserine sulfhydrylase, or a microorganism having O -acetyl homoserine sulfhydrylase.
A pump with a reservoir of a lubricant , comprising a hollow body in which a piston , loaded by a pressing element , sealingly slides, at least a port for loading the semisolid lubricant in a compartment defined by at least an inner wall of the hollow body and by at least said piston , and at least a valve for exhausting air trapped in said compartment together with the lubricant during a loading step, the valve being also configured to act as an overflow valve during a loading step of the lubricant in the compartment , said valve having an actuating shaft that cooperates, during the opening of the valve, with a part of the pump.
A terminal part comprising: a terminal fitting configured to be connected to a substrate ; a housing that holds the terminal fitting so as to allow the terminal fitting to be fitted to a counterpart connector in a fitting direction (D1); and a first locking portion provided in the housing and configured to be locked to adjacent parts on both sides in a direction (D3) perpendicular to the fitting direction (D1), characterized in that : the first locking portion protrudes from at least one of an upper wall and a lower wall of the housing in the arrangement direction (D3). a terminal fitting configured to be connected to a substrate ; a housing that holds the terminal fitting so as to allow the terminal fitting to be fitted to a counterpart connector in a fitting direction (D1); and a first locking portion provided in the housing and configured to be locked to adjacent parts on both sides in a direction (D3) perpendicular to the fitting direction (D1), characterized in that : the first locking portion protrudes from at least one of an upper wall and a lower wall of the housing in the arrangement direction (D3).
A composition for coating an overhead conductor comprising: a reflective agent comprising rutile titanium dioxide having an average particle size of ≥ 100 nm, sodium aluminosilicate (AlNa 12 SiO 5 ), zinc oxide (ZnO) or copper oxide (CuO); from 1 to 5 wt.% of a photocatalytic agent comprising ≥ 70 wt% anatase titanium dioxide (TiO 2 ) having an average particle size ("aps") ≤ 100 nm; a non-aqueous solvent; and one or more alkyl silicate binders. a reflective agent comprising rutile titanium dioxide having an average particle size of ≥ 100 nm, sodium aluminosilicate (AlNa 12 SiO 5 ), zinc oxide (ZnO) or copper oxide (CuO); from 1 to 5 wt.% of a photocatalytic agent comprising ≥ 70 wt% anatase titanium dioxide (TiO 2 ) having an average particle size ("aps") ≤ 100 nm; a non-aqueous solvent; and one or more alkyl silicate binders.
A process for preparing a polymer comprising a fucose-containing polysaccharide, wherein the polymer is obtained by cultivation of the bacterium Enterobacter A47, with accession number DSM 23139, the process comprising the following steps: a) a batch phase comprising cultivating the bacterium Enterobacter A47 with accession number DSM 23139 in a culture medium in a stirred and aerated bioreactor, wherein the culture medium comprises a carbon source comprising glycerol or glycerol containing mixtures, a nitrogen source and inorganic salts; b) a fed-batch phase comprising cultivating the bacterium Enterobacter A47 under conditions of carbon availability and nitrogen limitation; and wherein the temperature during the batch phase and fed-batch phase is controlled between 15 and 45°C and the pH is controlled between 5.0 and 9.0. a) a batch phase comprising cultivating the bacterium Enterobacter A47 with accession number DSM 23139 in a culture medium in a stirred and aerated bioreactor, wherein the culture medium comprises a carbon source comprising glycerol or glycerol containing mixtures, a nitrogen source and inorganic salts; b) a fed-batch phase comprising cultivating the bacterium Enterobacter A47 under conditions of carbon availability and nitrogen limitation;
A therapeutic composition comprising the combination of at least one harmine component, and at least one isovanillin component, said at least one isovanillin component selected from the group consisting of isovanillin, vanillin, orthovanillin, and pharmaceutically acceptable salts thereof, said at least one harmine component selected from the group consisting of harmine, harmaline, harmane, harmalol, harmol, and pharmaceutically acceptable salts thereof, said at least one isovanillin component being present in an amount greater than the amount of the at least one harmine component, the weight amount of said at least one isovanillin component being from about 25 to 95% by weight based upon the total weight of the harmine and isovanillin components taken as 100% by weight, the combination of the at least one harmine component and the at least one isovanillin component exhibiting anti-cancer activity.
A separating device for separating a storage space of a motor vehicle having at least one roller curtain arrangement comprising a winding shaft having two lateral ends , a roller curtain sheet for winding up on the winding shaft or unwinding off of the same, a tension element for winding up or unwinding off the roller curtain sheet , and two bearings in which the lateral ends of the winding shaft are rotatably supported, having a drive device comprising at least one electric drive , two transmission means for actuating the roller curtain sheet and connected at one end thereof to the drive and at the other end thereof to the roller curtain arrangement, particularly to a tension bow , and comprising two guide tubes in which the transmission means are displaceably guided, and preferably having at least two guide rails opposite each other, characterized in that the drive device and the roller curtain arrangement having the winding shaft , the roller curtain sheet , then tension element, and the bearings form a pre-assemblable assembly, wherein the individual components of the separating device are preassembled to each other in the correct position, and wherein the separating device comprises at least two positioning aids for pre-positioning the pre-assemblable assembly in the motor vehicle.
A probe head of a pitot probe comprising: a mandrel having a groove ; and a heater within the groove of the mandrel , characterised in that the probe head further comprises: a swaged outer shell joined to the mandrel and the heater so that an interior surface of the outer shell is in air-tight contact with the mandrel and the heater , and the heater is deformed as a result of pressure swaging of the outer shell such that an exterior surface of the heater is flush with an exterior surface of the mandrel . a mandrel having a groove ; and a heater within the groove of the mandrel , characterised in that the probe head further comprises: a swaged outer shell joined to the mandrel and the heater so that an interior surface of the outer shell is in air-tight contact with the mandrel and the heater , and the heater is deformed as a result of pressure swaging of the outer shell such that an exterior surface of the heater is flush with an exterior surface of the mandrel .
A process comprising: i providing a feed stream comprising methyl iodide, water, acetic acid, methyl acetate, and at least one permanganate reducing compound (PRC) to a distillation column comprising a distillation zone and a bottom sump zone; and ii distilling the feed stream at a pressure and a temperature sufficient to produce an overhead stream comprising methyl iodide and at least one PRC, and a residuum stream flowing from the bottom sump zone comprising water and greater than or equal to about 0.11 weight percent HI; wherein a total amount of HI exiting the distillation column in the overhead stream and the residuum stream is greater than an amount of HI entering the distillation column, if any, in the feed stream. i providing a feed stream comprising methyl iodide, water, acetic acid, methyl acetate, and at least one permanganate reducing compound (PRC) to a distillation column comprising a distillation zone and a bottom sump zone; and ii distilling the feed stream at a pressure and a temperature sufficient to produce an overhead stream comprising methyl iodide and at least one PRC, and a residuum stream flowing from the bottom sump zone comprising water and greater than or equal to about 0.11 weight percent HI; wherein a total amount of HI exiting the distillation column in the overhead stream and the residuum stream is greater than an amount of HI entering the distillation column, if any, in the feed stream.
A polyarylene ether comprising in polymerized form A) at least one tri- or higher functional compound and B) isosorbide, isomannide, isoidide or a mixture thereof, wherein the polyarylene ether is a polyarylene ether sulfone or a polyarylene ether ketone. A) at least one tri- or higher functional compound and B) isosorbide, isomannide, isoidide or a mixture thereof,
A textile having at least one fully integrated knitted sensor, the textile comprising: at least one sensing area adapted for a sensing activity, wherein the sensing activity is selected from the group consisting of: tensile force, compressive force, movement, temperature and physiological activity, and wherein the sensing area comprises an electrically conductive yarn knitted in the textile; the sensing area comprising stitches selected from the group consisting of: jersey stitches , miss stitches , and/or tuck stitches ; wherein the combination of jersey stitches , miss stitches and/or tuck stitches in the sensing area provides a controllable amount of contact resistance in the textile; and wherein the controllable amount of contact resistance in the textile is correlated with a desired electrical conductivity for the sensing activity, characterized in that: 50% of the stitches in the combination of stitches in the sensing area comprise jersey stitches , and wherein the remaining 50% of stitches comprises a combination of miss stitches and tuck stitches . at least one sensing area adapted for a sensing activity, wherein the sensing activity is selected from the group consisting of: tensile force, compressive force, movement, temperature and physiological activity, and wherein the sensing area comprises an electrically conductive yarn knitted in the textile; the sensing area comprising stitches selected from the group consisting of: jersey stitches , miss stitches , and/or tuck stitches ; wherein the combination of jersey stitches , miss stitches and/or tuck stitches in the sensing area provides a controllable amount of contact resistance in the textile; and wherein the controllable amount of contact resistance in the textile is correlated with a desired electrical conductivity for the sensing activity, characterized in that: 50% of the stitches in the combination of stitches in the sensing area comprise jersey stitches , and wherein the remaining 50% of stitches comprises a combination of miss stitches and tuck stitches .
A method for allocating radio resources to a plurality of communications in a wideband telecommunications system , each communication being associated with at least one user equipment , at least one of the communications being associated with a single user equipment, said radio resources being time and frequency divided into resource blocks, said plurality of communications forming at least one group of communications and at least a same resource block being allocated (E1) to said group of communications in order to transmit the plurality of communications, the resource block(s) being allocated to the group of communications from at least one piece of information, received (E0) from at least one piece of the user equipment , on the quality of a communication in which said user equipment is involved, the resource block(s) allocated to the group of communications are identified by a first identifier, the method comprises: - a step (E2) of sending said first identifier to each piece of user equipment involved in a communication of the group of communications, - a step (E3) of encrypting a communication intended for a user equipment or a given group of pieces of user equipment using a single encryption key with which a single decryption key for decrypting said communication is associated, - a step (E4) of transmitting the group of communications to the plurality of user equipment over a radio link by using the resource block(s) allocated, and, for each piece of user equipment , the steps of: - identifying (E5a), from the first identifier, the resource block(s) over which the group of communications is transmitted, - receiving (E5b) the group of communications transmitted over the resource block(s) identified, - receiving (E7) a second identifier for identifying, in the group of communications received, a communication intended for it, - identifying (E8) the communication intended for it from the second identifier, - a step of applying (E9) its decryption key to said communication of the group of communications received so as to decrypt it. - a step (E2) of sending said first identifier to each piece of user equipment involved in a communication of the group of communications, - a step (E3) of encrypting a communication intended for a user equipment or a given group of pieces of user equipment using a single encryption key with which a single decryption key for decrypting said communication is associated, - a step (E4) of transmitting the group of communications to the plurality of user equipment over a radio link by using the resource block(s) allocated, - identifying (E5a), from the first identifier, the resource block(s) over which the group of communications is transmitted, - receiving (E5b) the group of communications transmitted over the resource block(s) identified, - receiving (E7) a second identifier for identifying, in the group of communications received, a communication intended for it, - identifying (E8) the communication intended for it from the second identifier, - a step of applying (E9) its decryption key to said communication of the group of communications received so as to decrypt it.
A composite door , comprising: a composite frame , comprising a first rail , a second rail , and crossbeams , joining the first rail and the second rail ; a first composite side beam ; a second composite side beam ; a composite skin , connected to each of the crossbeams of the composite frame , to the first composite side beam , and to the second composite side beam ; first composite edge fittings , each connected to a corresponding one of the crossbeams of the composite frame , to the first composite side beam , and to the composite skin , wherein the first composite side beam comprises a first-beam base and two first-beam sides , non-parallel to the first-beam base , wherein the first-beam base is connected to each of the first composite edge fittings , wherein a first one of the two first-beam sides is connected to the first rail of the composite frame , and wherein a second one of the two first-beam sides is connected to the composite skin ; and second composite edge fittings , each connected to a corresponding one of the crossbeams of the composite frame , to the second composite side beam , and to the composite skin . a composite frame , comprising a first rail , a second rail , and crossbeams , joining the first rail and the second rail ; a first composite side beam ; a second composite side beam ; a composite skin , connected to each of the crossbeams of the composite frame , to the first composite side beam , and to the second composite side beam ; first composite edge fittings , each connected to a corresponding one of the crossbeams of the composite frame , to the first composite side beam , and to the composite skin , wherein the first composite side beam comprises a first-beam base and two first-beam sides , non-parallel to the first-beam base , wherein the first-beam base is connected to each of the first composite edge fittings , wherein a first one of the two first-beam sides is connected to the first rail of the composite frame , and wherein a second one of the two first-beam sides is connected to the composite skin ; and second composite edge fittings , each connected to a corresponding one of the crossbeams of the composite frame , to the second composite side beam , and to the composite skin .
A channel training method, wherein the method is applied to a passive optical network, PON, the PON comprises an optical line terminal, OLT, and an optical network unit, ONU, the ONU comprises an automatic adaptive equalizer, and the method comprises: determining a first moment for triggering channel training; stopping sending normal data from the first moment; generating a training frame; and sending the training frame to all ONUs in the PON, so that a target ONU trains the automatic adaptive equalizer based on the training frame, wherein the target ONU is at least one of all the ONUs. determining a first moment for triggering channel training; stopping sending normal data from the first moment; generating a training frame; and sending the training frame to all ONUs in the PON, so that a target ONU trains the automatic adaptive equalizer based on the training frame, wherein the target ONU is at least one of all the ONUs.
A photonic voltage transducer comprising: an optical voltage sensor ; and a lightning impulse attenuator ; wherein the lightning impulse attenuator is electrically connected in series with the optical voltage sensor to attenuate the voltage sensed by the optical voltage sensor; and wherein the optical voltage sensor comprises a fibre Bragg grating mechanically coupled to a piezoelectric actuator which expands and contracts responsive to a sensed voltage; characterised in that : the lightning impulse attenuator comprises at least one resistor and at least one inductor connected in parallel; wherein the at least one inductor comprises at least one coil . an optical voltage sensor ; and a lightning impulse attenuator ; wherein the lightning impulse attenuator is electrically connected in series with the optical voltage sensor to attenuate the voltage sensed by the optical voltage sensor; and wherein the optical voltage sensor comprises a fibre Bragg grating mechanically coupled to a piezoelectric actuator which expands and contracts responsive to a sensed voltage; characterised in that : the lightning impulse attenuator comprises at least one resistor and at least one inductor connected in parallel; wherein the at least one inductor comprises at least one coil . the lightning impulse attenuator comprises at least one resistor and at least one inductor connected in parallel; wherein the at least one inductor comprises at least one coil .
A glazing having a solar control property comprising at least one glass substrate on which a stack of layers is deposited, said stack comprising at least one layer consisting of an alloy comprising nickel, copper and chromium, in which alloy the atomic percentage of nickel is greater than 70% and less than 94%, the atomic percentage of copper is greater than 5% and less than 25% and in which the atomic percentage of chromium is greater than 1% and less than 15% and wherein said stack doesn't comprise silver, gold or platinum other than in the form of unavoidable impurities.