mhurhangee/patent-ind-claim-en huggingface dataset:
A channel-selective RF power sensor comprising: a coupler and a channel-selective power measurement circuit ; said coupler is configured to obtain a sample of energy travelling on a main transmission line and provide said sample of energy to said channel-selective power measurement circuit, wherein said sample of energy containing a channel of interest; said channel-selective power measurement circuit has a tuneable receiver with a local oscillator , an in-phase mixer and quadrature mixer configured to select said channel of interest in said sample of energy, wherein a center frequency and a bandwidth of said channel of interest are user selectable; said channel-selective power measurement circuit has an in-phase bandpass filter and a quadrature bandpass filter configured for rejecting frequencies in said sample of energy that are outside of said bandwidth of said channel of interest; said receiver is configured to down-convert said sample of energy to baseband or a low intermediate frequency; and said channel-selective power measurement circuit is configured to measure RF energy information for said channel of interest in said sample of energy. a coupler and a channel-selective power measurement circuit ; said coupler is configured to obtain a sample of energy travelling on a main transmission line and provide said sample of energy to said channel-selective power measurement circuit, wherein said sample of energy containing a channel of interest; said channel-selective power measurement circuit has a tuneable receiver with a local oscillator , an in-phase mixer and quadrature mixer configured to select said channel of interest in said sample of energy, wherein a center frequency and a bandwidth of said channel of interest are user selectable; said channel-selective power measurement circuit has an in-phase bandpass filter and a quadrature bandpass filter configured for rejecting frequencies in said sample of energy that are outside of said bandwidth of said channel of interest; said receiver is configured to down-convert said sample of energy to baseband or a low intermediate frequency; and said channel-selective power measurement circuit is configured to measure RF energy information for said channel of interest in said sample of energy.
Polysaccharide of ginseng Panax ginseng C.A. Meyer berry for use in a method for enhancing immunity wherein the polysaccharide is obtained from extracted insoluble components which are not dissolved in ethanol after subjecting ginseng Panax ginseng C.A. Meyer berries to extraction using ethanol, wherein the polysaccharide comprises arabinose, galactose, galacturonic acid, and glucuronic acid, and wherein the galacturonic acid and glucuronic acid are comprised at from 5 wt% to 25 wt% with respect to a total weight of the polysaccharide. wherein the polysaccharide is obtained from extracted insoluble components which are not dissolved in ethanol after subjecting ginseng Panax ginseng C.A. Meyer berries to extraction using ethanol, wherein the polysaccharide comprises arabinose, galactose, galacturonic acid, and glucuronic acid, and wherein the galacturonic acid and glucuronic acid are comprised at from 5 wt% to 25 wt% with respect to a total weight of the polysaccharide.
Suction hose for a vacuum cleaner , in particular for operation with a hand-held power tool , comprising a hose portion having a flexible dust removal hose body and a flexible jacket hose body , in which the dust removal hose body is located, wherein a suction flow channel for conducting a suction flow (S) to the vacuum cleaner extends between longitudinal ends of the hose portion , which suction flow channel is bounded by a hose jacket of the dust removal hose body , wherein a connection piece (90; 190; 290) for connection to the hand-held power tool or to the vacuum cleaner is arranged at at least one longitudinal end of the hose portion , and wherein the jacket hose body and the dust removal hose body extend into an interior of a hose receptacle of the connection piece (90; 190; 290), so that the dust removal hose body is sheathed by the jacket hose body into the hose receptacle , characterised in that a mounting section of the dust removal hose body protrudes beyond the jacket hose body in the hose receptacle , and in that a holding element is fastened to an outer jacket surface of the jacket hose body , which holding element covers an end face of the jacket hose body , which end face is free towards the mounting section of the dust removal hose body , the holding element lying against an inner surface of the hose receptacle .
A method for determining the content of hydrocarbons in purge gas of a fuel tank system of a combustion engine, which comprises - a fuel tank , - a fuel vapor filter , which is fluidically connected to an ambient opening , - a vent line leading from the fuel tank to the fuel vapor filter , - a purge gas line leading from the fuel vapor filter to the fresh gas line of the combustion engine, - a regulating valve integrated into the purge gas line , - a pressure sensor integrated into the purge gas line , and - a compressor integrated into the purge gas line , wherein, during the operation of the compressor , at least three pressure measurements are carried out by means of the pressure sensor over a defined time period, wherein the loading of the purge gas with hydrocarbons is qualitatively determined at the end of the time period based on the pressure values thereby determined, wherein a pressure gradient and/or a pressure difference to one of the other pressure measurements and/or a pressure gradient difference is determined for each of the pressure measurements, said pressure gradients and/or pressure differences and/or pressure gradient differences being analyzed with regard to at least one value descriptive thereof which is characteristic of specific types of hydrocarbons, in order to qualitatively determine the loading of the purge gas with the hydrocarbons. - a fuel tank , - a fuel vapor filter , which is fluidically connected to an ambient opening , - a vent line leading from the fuel tank to the fuel vapor filter , - a purge gas line leading from the fuel vapor filter to the fresh gas line of the combustion engine, - a regulating valve integrated into the purge gas line , - a pressure sensor integrated into the purge gas line , and - a compressor integrated into the purge gas line ,
A method for coating a work piece having a layer containing TiB 2 with the following steps: - equipping a coating chamber with the workpiece to be coated - depositing the layer containing TiB 2 using a nonreactive high power magnetron sputtering process in an atmosphere containing a working gas by alternately acting on TiB 2 targets, characterized in that at least two TiB 2 targets are acted on with a power of greater than 20 kW from a DC power source, such that the power density temporarily results in a local current density of more than 0,2 A/cm 2 on the targets, wherein the targets have to process a power of no greater than 10 kW, averaged over time, that the roughness of the layer containing TiB 2 is influenced by setting the partial pressure of the working gas, and that a partial pressure of the working gas of not less than 0,75 Pa is maintained at least temporarily for sputtering. - equipping a coating chamber with the workpiece to be coated - depositing the layer containing TiB 2 using a nonreactive high power magnetron sputtering process in an atmosphere containing a working gas by alternately acting on TiB 2 targets, characterized in that at least two TiB 2 targets are acted on with a power of greater than 20 kW from a DC power source, such that the power density temporarily results in a local current density of more than 0,2 A/cm 2 on the targets, wherein the targets have to process a power of no greater than 10 kW, averaged over time, that the roughness of the layer containing TiB 2 is influenced by setting the partial pressure of the working gas, and that a partial pressure of the working gas of not less than 0,75 Pa is maintained at least temporarily for sputtering.
Method for installing a tensioning element in an anchor block that has already been fastened to a structure, comprising the steps of: • attaching the tensioning element to a mount , • moving the mount towards the anchor block , • inserting the tensioning element into a through-opening in the anchor block , and • subsequently fastening the tensioning element to the anchor block , characterised in that the tensioning element is guided through the through-opening , in that the tensioning element is fastened to the anchor block by means of wedges, and in that the mount is attached to the tensioning element at a spacing (d) from a free end of the tensioning element to be fastened to the anchor block that is selected such that the length of the projection of the tensioning element , which is created by this spacing (d), on the side of the mount that is nearer to the anchor block is greater than the length of a portion of the tensioning element that is required in order to insert the tensioning element into the through-opening in the anchor block and to fasten the tensioning element to the anchor block . • attaching the tensioning element to a mount , • moving the mount towards the anchor block , • inserting the tensioning element into a through-opening in the anchor block , and • subsequently fastening the tensioning element to the anchor block ,
An apparatus for handling a plurality of substrates , the apparatus comprising: a sorting unit ; a rotatable support disposed within the sorting unit , the rotatable support rotatable about a rotation axis (R); a plurality of grippers coupled to a periphery of the rotatable support ; and a plurality of bins positioned within the sorting unit below a path along which the plurality of grippers travels as the rotatable support rotates, wherein the bins are respectively associated with predefined substrate characteristics, wherein each bin of the plurality of bins is individually removable from the sorting unit , wherein the sorting unit is configured to sort the plurality of substrates into the plurality of bins according to substrate characteristics determined by testing the substrates , wherein the sorting unit is configured to release a first substrate of the plurality of substrates into a first bin of the plurality of bins associated with the substrate characteristics of the first substrate, and wherein the sorting unit is configured to continue to rotate the first substrate when no bins of the plurality of bins disposed below the path are available to receive the first substrate until a bin associated with the tested substrate characteristics of the first substrate becomes available below the path. a sorting unit ; a rotatable support disposed within the sorting unit , the rotatable support rotatable about a rotation axis (R); a plurality of grippers coupled to a periphery of the rotatable support ; and a plurality of bins positioned within the sorting unit below a path along which the plurality of grippers travels as the rotatable support rotates, wherein the bins are respectively associated with predefined substrate characteristics, wherein each bin of the plurality of bins is individually removable from the sorting unit , wherein the sorting unit is configured to sort the plurality of substrates into the plurality of bins according to substrate characteristics determined by testing the substrates , wherein the sorting unit is configured to release a first substrate of the plurality of substrates into a first bin of the plurality of bins associated with the substrate characteristics of the first substrate, and wherein the sorting unit is configured to continue to rotate the first substrate when no bins of the plurality of bins disposed below the path are available to receive the first substrate until a bin associated with the tested substrate characteristics of the first substrate becomes available below the path.
A method implemented on at least one processor, comprising: computing, by an image reading platform implemented on the at least one processor, a topographic image of a two-dimensional radiographic image by including a topographic sketch, the topographic sketch being computed in one or more directions in said two-dimensional image, determining, by the image reading platform, a plurality of ridge lines and valley lines in the topographic image; locating , by the image reading platform, a region in the topographic image containing one or more crossing points of the plurality of determined ridge lines that are surrounded and/or separated by the plurality of determined valley lines; identifying , by the image reading platform, the located region as a nodule candidate when a geometric feature associated with the located region satisfies a certain condition; and performing analysis on each candidate identified in the image to determine whether the identified candidate is one of a false positive candidate and a detected nodule based on information associated with likely features of a nodule. computing, by an image reading platform implemented on the at least one processor, a topographic image of a two-dimensional radiographic image by including a topographic sketch, the topographic sketch being computed in one or more directions in said two-dimensional image, determining, by the image reading platform, a plurality of ridge lines and valley lines in the topographic image; locating , by the image reading platform, a region in the topographic image containing one or more crossing points of the plurality of determined ridge lines that are surrounded and/or separated by the plurality of determined valley lines; identifying , by the image reading platform, the located region as a nodule candidate when a geometric feature associated with the located region satisfies a certain condition; and
A composition for use in a preparation of a nickel oxide layer comprising: at least one metal nitrate; at least one metal acetate; and a solvent combination comprising a diol selected from the group consisting of glycerol, ethylene glycol, and propylene glycol, an alcohol amine, and water, wherein at least one of the metal nitrate or the metal acetate comprises nickel and wherein at least one of the metal nitrate or metal acetate is a precursor for the nickel oxide layer. at least one metal nitrate; at least one metal acetate; and a solvent combination comprising a diol selected from the group consisting of glycerol, ethylene glycol, and propylene glycol, an alcohol amine, and water, wherein at least one of the metal nitrate or the metal acetate comprises nickel and wherein at least one of the metal nitrate or metal acetate is a precursor for the nickel oxide layer.
Device for the command and control of the electric power supply of one or more windings of an electromagnetic actuator , comprising a plurality of electronic means configured to receive at the input either a direct current (DC) feeding voltage or alternatively an alternating current (AC) feeding voltage and to generate at the output a first digital command signal (CMD_ATTIV) suitable for triggering an activation phase of the electromagnetic actuator in which at least one of said one or more windings is powered, for a first predefined and adjustable time interval, with an activation current, a second digital command signal (CMD_MANT) suitable for triggering a maintenance phase of the electromagnetic actuator in which said one or more windings are powered with a maintenance current having an intensity lower than said activation current, and a third digital command signal (CMD_DISATT) suitable for triggering at least a third phase of deactivation of the electromagnetic actuator in which the power supply of said one or more windings is interrupted for at least a second predefined and adjustable time interval, wherein said plurality of electronic means comprises a first circuit block configured to generate at the output a reference voltage (V RIF ) adjusted to a desired value in response to the value of the feeding voltage (V ALlM ) in direct current (DC) or in alternating current (AC) received at the input, characterized in that said plurality of electronic means further comprises a second circuit block which receives in input at least said reference voltage (V RIF ) and is configured to compare said reference voltage (V RIF ) with a threshold value and to generate in output a signal ( Pre_Trigger ) of pre-activation suitable to bring the electromagnetic actuator in said activation phase, or a signal of pre-deactivation suitable to bring the electromagnetic actuator in said deactivation phase.
A bag or liner film crimping device comprising: a socket having top and bottom components linked by a frangible bridge , each component having a pair of opposed limbs (205/206, 255/256) extending proximally; and a plug having top and bottom components linked by a frangible bridge and being configured to fit between the socket limbs with a friction fit in a movement from proximal at an open end of the socket to distal when inserted in the socket; characterized in that the device further comprises: a cover comprising a top wall and being configured to slide over the socket bottom component to a covering position at which the top wall covers a space at the distal end between the limbs when the socket and plug top and bottom components have been separated by breaking the bridges after crimping. a socket having top and bottom components linked by a frangible bridge , each component having a pair of opposed limbs (205/206, 255/256) extending proximally; and a plug having top and bottom components linked by a frangible bridge and being configured to fit between the socket limbs with a friction fit in a movement from proximal at an open end of the socket to distal when inserted in the socket; characterized in that the device further comprises: a cover comprising a top wall and being configured to slide over the socket bottom component to a covering position at which the top wall covers a space at the distal end between the limbs when the socket and plug top and bottom components have been separated by breaking the bridges after crimping.
Method for improving and stabilising the yield of n-type photovoltaic cells, said method comprising the following steps: - providing an n-type heterojunction photovoltaic cell, comprising a central crystalline silicon layer on and/or under which a passivation layer (2-3) made of hydrogenated amorphous silicon is deposited, with the concentration in Boron atoms in said central layer being between 0 and 1 x10 16 atoms/cm 3 , - heating this cell to a heating temperature during treatment duration, while still subjecting the photovoltaic cell to a light flux greater than or equal to 100 W/m 2 , - said method being characterised in that the treatment duration is between 30 minutes and 12 hours and in that the heating temperature is between 55°C and 80°C. - providing an n-type heterojunction photovoltaic cell, comprising a central crystalline silicon layer on and/or under which a passivation layer (2-3) made of hydrogenated amorphous silicon is deposited, with the concentration in Boron atoms in said central layer being between 0 and 1 x10 16 atoms/cm 3 , - heating this cell to a heating temperature during treatment duration, while still subjecting the photovoltaic cell to a light flux greater than or equal to 100 W/m 2 , - said method being characterised in that the treatment duration is between 30 minutes and 12 hours and in that the heating temperature is between 55°C and 80°C.
Air filter for a ventilation device of a motor vehicle, having a planar extent along which the air filter can be inserted transversely to a direction of flow into a flow cross-section of the ventilation device , and having a filter medium , which is arranged along its planar extent and is at least in certain areas bounded by at least one frame wall , which has at least one cutout , which can be brought into engagement with guide elements of the ventilation device to guide the air filter while it is being inserted into the flow cross-section , characterised in that the cutout is designed as a notch at an edge of the frame wall and is undercut with reference to the edge , resulting in a supportability of the air filter in the insertion process in two directions transverse to the insertion direction.
Agglomerated superabsorbent polymer particles obtained by a method comprising the steps of a) Providing superabsorbent polymer particles having a first mass average particle size, b) Mixing the superabsorbent polymer particles with a solution comprising water and a multi-valent salt having a valence of three or higher, the solution comprising from 3% to 80% by weight of the multivalent salt having a valence of three or higher; wherein the agglomerated superabsorbent polymer particles have a second average particle size which is at least 25% greater than the first mass average particle size. a) Providing superabsorbent polymer particles having a first mass average particle size, b) Mixing the superabsorbent polymer particles with a solution comprising water and a multi-valent salt having a valence of three or higher, the solution comprising from 3% to 80% by weight of the multivalent salt having a valence of three or higher;
An after-fan system for a gas turbine engine, comprising: a variable pitch fan exit guide vane array ; and a control operable to vary a pitch of the variable fan exit guide vane array ; characterized in comprising a short span after-fan turbine downstream of the variable pitch fan exit guide vane array and upstream of a bypass or secondary airflow path (B, 140) and a core airflow path (C, 142), the short span after-fan turbine being positioned between an outer profile of a core static structure and a ring splitter located radially inboard of an inner periphery of a fan nacelle or outer case structure , the short span after-fan turbine being contained radially within the ring splitter . a variable pitch fan exit guide vane array ; and a control operable to vary a pitch of the variable fan exit guide vane array ; characterized in comprising a short span after-fan turbine downstream of the variable pitch fan exit guide vane array and upstream of a bypass or secondary airflow path (B, 140) and a core airflow path (C, 142), the short span after-fan turbine being positioned between an outer profile of a core static structure and a ring splitter located radially inboard of an inner periphery of a fan nacelle or outer case structure , the short span after-fan turbine being contained radially within the ring splitter .
A foam-forming pharmaceutical composition for delivering an active agent to a body cavity comprising: water; solid lipid crystals suspended in the water; wherein the solid lipid crystals have a melting point in their crystalline state of less than 37°C and more than 25°C; and a propellant for blowing the composition and forming a foam, wherein the solid lipid crystals are present in an amount to support the foam when the composition is blown by the propellant, and the composition is adapted for application to the body cavity when blown, so that when the foam is heated by the body cavity, the foam degrades at the melting point and releases contents of the foam to tissues in the body cavity; wherein the solid lipid crystals comprise at least one compound selected from the group consisting of monoacylglycerides. water; solid lipid crystals suspended in the water; wherein the solid lipid crystals have a melting point in their crystalline state of less than 37°C and more than 25°C; and a propellant for blowing the composition and forming a foam, wherein the solid lipid crystals are present in an amount to support the foam when the composition is blown by the propellant, and the composition is adapted for application to the body cavity when blown, so that when the foam is heated by the body cavity, the foam degrades at the melting point and releases contents of the foam to tissues in the body cavity; wherein the solid lipid crystals comprise at least one compound selected from the group consisting of monoacylglycerides.