mhurhangee/ep-ind-claims huggingface dataset:
A method for coating wood-based materials, which comprises treating the surface of a wood-based material with 0.05 to 50 g/m 2 of a surface-active substance, placing solutions composed of solvents and the surface-active substance, and coating the wood-based materials with decorative papers.
Method for broadcasting a digital signal from a main broadcaster to at least one secondary broadcaster, or re-broadcaster, in a digital radio broadcasting network, said digital signal carrying at least one main program, said method implementing the following steps in said main broadcaster: - generation of at least one marking packet corresponding to a splicing order, a marking packet comprising: ∘ a splicing order identifier intended to be used by said at least one secondary broadcaster to decide whether or not to take account of the splicing order; ∘ splicing time information defining a time at which said at least one secondary broadcaster can replace said main program by a secondary program in said digital signal; - transmission of said at least one marking packet and said digital signal according to the Distribution and Communication Protocol, said splicing time information comprising at least one element belonging to the group comprising: - a splicing start time; - a splicing end time; - a splicing duration; said splicing time information being determined taking into account a clock of said digital signal. - generation of at least one marking packet corresponding to a splicing order, a marking packet comprising: ∘ a splicing order identifier intended to be used by said at least one secondary broadcaster to decide whether or not to take account of the splicing order; ∘ splicing time information defining a time at which said at least one secondary broadcaster can replace said main program by a secondary program in said digital signal; ∘ a splicing order identifier intended to be used by said at least one secondary broadcaster to decide whether or not to take account of the splicing order; ∘ splicing time information defining a time at which said at least one secondary broadcaster can replace said main program by a secondary program in said digital signal; - transmission of said at least one marking packet and said digital signal according to the Distribution and Communication Protocol, - a splicing start time; - a splicing end time; - a splicing duration;
A synthesis method for the halofuginone intermediate with the structure shown in Formula 9, comprising the following steps: (i) alkylation reacting diethyl acetaminomalonate with 2,3-dichloropropene under the action of a base and a catalyst to form the compound of Formula 2; (j) decarboxylation reacting the compound of Formula 2 in the presence of an acid catalyst to produce the compound of Formula 3; (k) esterification reacting the compound of Formula 3 in the presence of an acid catalyst to produce the compound of Formula 4; (l) nitrogen alkylation reacting the compound of Formula 4 with 4-halogenated butyrate under the action of a base and a catalyst, and then nitrogen protection reacting with amino protection reagent to produce the compound of Formula 5; (m) Dieckmann condensation reacting the compound of Formula 5 under the action of the base to produce the compound of Formula 6; (n) decarboxylation reacting the compound of Formula 6 in the presence of inorganic salt to produce the compound of Formula 7; (o) reduction reacting the compound of Formula 7 under the action of a reducing agent to produce the compound of Formula 8; (p) nitrogen deprotection reacting the compound of Formula 8 to produce the compound of Formula 9; the reaction formulas are as follows: wherein, R 1 is selected from: methyl, ethyl, propyl, isopropyl or tert -butyl; R 2 is selected from: methyl, ethyl; R 3 is selected from: methoxyformyl, ethoxyformyl, tert-butoxyformyl, benzyloxyformyl, trichloroethoxyformyl or benzyl. (i) alkylation reacting diethyl acetaminomalonate with 2,3-dichloropropene under the action of a base and a catalyst to form the compound of Formula 2; (j) decarboxylation reacting the compound of Formula 2 in the presence of an acid catalyst to produce the compound of Formula 3; (k) esterification reacting the compound of Formula 3 in the presence of an acid catalyst to produce the compound of Formula 4; (l) nitrogen alkylation reacting the compound of Formula 4 with 4-halogenated butyrate under the action of a base and a catalyst, and then nitrogen protection reacting with amino protection reagent to produce the compound of Formula 5; (m) Dieckmann condensation reacting the compound of Formula 5 under the action of the base to produce the compound of Formula 6; (n) decarboxylation reacting the compound of Formula 6 in the presence of inorganic salt to produce the compound of Formula 7; (o) reduction reacting the compound of Formula 7 under the action of a reducing agent to produce the compound of Formula 8; (p) nitrogen deprotection reacting the compound of Formula 8 to produce the compound of Formula 9; the reaction formulas are as follows: wherein, R 1 is selected from: methyl, ethyl, propyl, isopropyl or tert -butyl; R 2 is selected from: methyl, ethyl; R 3 is selected from: methoxyformyl, ethoxyformyl, tert-butoxyformyl, benzyloxyformyl, trichloroethoxyformyl or benzyl.
A method of controlling the flow of ink and/or air through the gutter line of a single jet continuous inkjet printer using a vacuum pump, characterised in that said method comprises identifying transition flow in said gutter line, where transition flow occurs between annular flow where ink flows as an annulus down the gutter line and forms a layer on the inner surface of the line, and slug flow, where ink and air are not mixed but form into, and flow as, individual slugs of ink and air in said gutter line by running the vacuum pump at a speed sufficient to establish annular flow of ink and air through the gutter line, determining vacuum noise values in the gutter line, comparing vacuum noise values with a predetermined threshold value, and lowering the speed of the vacuum pump until a vacuum noise value is greater than the predetermined threshold value, and controlling said pump to maintain transition flow in said gutter line by comparing vacuum noise values with a predetermined threshold value and, if a vacuum noise value is less than the predetermined threshold value, lowering the speed of the vacuum pump, or, if a vacuum noise value is greater than the predetermined threshold value, raising the speed of the vacuum pump.
An optical imaging device comprising a source of pulsed infrared radiation having an output; a flexible lightguide having a first end and a second end, the output of the source of pulsed infrared radiation being optically coupled to the first end of the flexible lightguide; a lens assembly attached to and optically coupled to the second end of the flexible lightguide, the lens assembly comprising a variable-focus lens element, the variable-focus lens element having a tunable focal length; and a photodetector coupled to the flexible lightguide to detect radiation propagating from the second end toward the first end of the flexible lightguide, wherein the source of pulsed infrared radiation comprises a continuous wave diode infrared laser coupled to an intensity modulator to provide pulsed infrared radiation; a phase modulator coupled to receive the pulsed infrared radiation and to spectrally broaden the pulsed infrared radiation; a dispersion compensation element coupled to receive the spectrally broadened pulsed infrared radiation and to narrow the temporal pulse width; and a section of optical fiber coupled to receive the temporally narrowed pulsed infrared radiation and adapted to further narrow the temporal pulse width through nonlinear broadening.
An image analysis device comprising abnormal tissue existence determination processing means for determining whether an intraluminal abnormal tissue exists based on data of pixels or small areas of an intraluminal image; edge extraction processing means for executing an edge extraction process for extracting edges in the intraluminal image; and possible abnormal tissue detection processing means for determining whether the edges extracted by the edge extraction processing means are edges of the abnormal tissue, characterized in that the possible abnormal tissue detection processing means is adapted to extract a plurality of circles constituting edges of a possible abnormal tissue and further adapted to detect, among the extracted plurality of circles, one circle having the largest number of pixels overlapping with the edges of the possible abnormal tissue and having a ratio of the number of pixels overlapping with the edges of the possible abnormal tissue which exceeds a predetermined value, and the abnormal tissue existence determination processing means is adapted to determine whether the edges of the possible abnormal tissue indicate a visible outline of the intraluminal abnormal tissue based on whether a radius of the one circle detected by a circular shape detection processing means falls within a predetermined range.
A rotary electric-machine rotor comprising: a rotor core made of magnetic material, the rotor core having magnet holes extending in an axial direction of the rotary electric-machine rotor; magnets disposed in the magnet holes; resin portions (18; 18a, 18b) disposed in at least part of gaps between the magnet holes and the magnets, the resin portions extending in the axial direction; and end plates disposed adjacent to end surfaces in an axial direction of the rotor core, wherein the end plates are members made of magnetic material, the end plates cover the end surfaces of the magnets in the axial direction and the end surfaces of the resin portions (18; 18a, 18b) in the axial direction, characterized in that each of the end plates has a plurality of holes disposed in an end surface of each of the end plates such that each end surface of each of the magnets is faced by a plurality of holes among the plurality of holes. a rotor core made of magnetic material, the rotor core having magnet holes extending in an axial direction of the rotary electric-machine rotor; magnets disposed in the magnet holes; resin portions (18; 18a, 18b) disposed in at least part of gaps between the magnet holes and the magnets, the resin portions extending in the axial direction; and end plates disposed adjacent to end surfaces in an axial direction of the rotor core, wherein the end plates are members made of magnetic material, the end plates cover the end surfaces of the magnets in the axial direction and the end surfaces of the resin portions (18; 18a, 18b) in the axial direction, characterized in that each of the end plates has a plurality of holes disposed in an end surface of each of the end plates such that each end surface of each of the magnets is faced by a plurality of holes among the plurality of holes.
A computer-implemented method for managing the lifecycle of aeronautical data stored in a blockchain, called primary blockchain, comprising the steps of: - receiving aeronautical data from a data producer; - encrypting the received data using a smart contract, called primary smart contract; and - storing the encrypted data in the primary blockchain. - receiving aeronautical data from a data producer; - encrypting the received data using a smart contract, called primary smart contract; and - storing the encrypted data in the primary blockchain.
A method for preparing a dough or a baked product prepared from the dough which method comprises incorporating into the dough a lipolytic enzyme and/or a xylanase and a monooxygenase family AA13, wherein the monooxygenase family AA13 has at least 80% sequence identity to the mature polypeptide of SEQ ID NO: 1, and wherein the mature protein is amino acids 19 to 248 of SEQ ID NO:1.
Method for producing multipacks of containers comprising at least the following steps: 1.1) The containers are separated and optionally provided with at least one adhesive, thereby defining at least one spot of bonding or adhesive agent (3; 3', 3") on their surfaces; 1.2) the containers are then formed into a container group, and connected to one another at their respective spot of applied bonding or adhesive agent (3; 3', 3") to form the respectively desired multipack, wherein at least two differently configured adhesives, which differ from one another in respect of their chemical properties, are used to realise the respective multipack, wherein the differently configured adhesives are melt adhesives which represent thermally meltable adhesive systems which develop cohesion after cooling. 1.1) The containers are separated and optionally provided with at least one adhesive, thereby defining at least one spot of bonding or adhesive agent (3; 3', 3") on their surfaces; 1.2) the containers are then formed into a container group, and connected to one another at their respective spot of applied bonding or adhesive agent (3; 3', 3") to form the respectively desired multipack,
A resonant inverter, comprising: an input node for receiving an input (Vm) for conversion; a switch network, connected to the input node, comprising at least a first and second switch (28, 30), wherein the switch network is controlled by a switching signal, and wherein a switch network output is defined at a node located between the first and second switches, wherein the switch network is adapted to provide a feedback signal comprising a phase signal (vy) representing the phase of the switching signal; and characterised by comprising: a resonant tank circuit coupled to the switch network output, wherein the resonant tank circuit is adapted to provide a second feedback signal comprising a resonance voltage (vC) across a circuit element of the resonant tank circuit; a current setting unit, for setting a reference current (im_ref) to be drawn from the input node; a phase setting unit (44, 60, 70, 72, 80), for setting a reference phase (phi_ref), based on the reference current (im_ref); and a phase control circuit (66, 68) for generating the switching signal for the switch network, based on a phase difference between the resonance voltage (vC) and the phase signal (vy) and based on the reference phase (phi_ref). an input node for receiving an input (Vm) for conversion; a switch network, connected to the input node, comprising at least a first and second switch (28, 30), wherein the switch network is controlled by a switching signal, and wherein a switch network output is defined at a node located between the first and second switches, wherein the switch network is adapted to provide a feedback signal comprising a phase signal (vy) representing the phase of the switching signal; and characterised by comprising: a resonant tank circuit coupled to the switch network output, wherein the resonant tank circuit is adapted to provide a second feedback signal comprising a resonance voltage (vC) across a circuit element of the resonant tank circuit; a current setting unit, for setting a reference current (im_ref) to be drawn from the input node; a phase setting unit (44, 60, 70, 72, 80), for setting a reference phase (phi_ref), based on the reference current (im_ref); and a phase control circuit (66, 68) for generating the switching signal for the switch network, based on a phase difference between the resonance voltage (vC) and the phase signal (vy) and based on the reference phase (phi_ref). a resonant tank circuit coupled to the switch network output, wherein the resonant tank circuit is adapted to provide a second feedback signal comprising a resonance voltage (vC) across a circuit element of the resonant tank circuit; a current setting unit, for setting a reference current (im_ref) to be drawn from the input node; a phase setting unit (44, 60, 70, 72, 80), for setting a reference phase (phi_ref), based on the reference current (im_ref); and a phase control circuit (66, 68) for generating the switching signal for the switch network, based on a phase difference between the resonance voltage (vC) and the phase signal (vy) and based on the reference phase (phi_ref).
A biodegradable polymeric nanoparticle for use in the topical treatment of a target tissue in combination with hydrogen peroxide, to provide cytotoxic singlet oxygen for anti-cell proliferation activity, comprising: an inner core formed of a photodynamic agent selected from the groups consisting of and capable of being activated by said hydrogen peroxide to generate said cytotoxic singlet oxygen for anti-cell proliferation activity, and a polymer selected from the group consisting of polyglycolic acid, polylactic acid or a poly(lactide-co-glycolide). an inner core formed of a photodynamic agent selected from the groups consisting of and capable of being activated by said hydrogen peroxide to generate said cytotoxic singlet oxygen for anti-cell proliferation activity, and a polymer selected from the group consisting of polyglycolic acid, polylactic acid or a poly(lactide-co-glycolide).
Method for manufacturing a poppet valve or mushroom valve, comprising: providing a mixture of metal powder and a binder, filling and pressing said mixture in a mold, to obtain a green product removing the binder from said green product, and thermally sintering said green product to a poppet valve blank, by hot isostatic pressing, wherein said green product is manufactured as half shell valves, and wherein two of said green products are connected by applying hot isostatic pressing of two half shell valve green products to obtain the hollow poppet valve blank. providing a mixture of metal powder and a binder, filling and pressing said mixture in a mold, to obtain a green product removing the binder from said green product, and thermally sintering said green product to a poppet valve blank, by hot isostatic pressing, wherein said green product is manufactured as half shell valves, and wherein two of said green products are connected by applying hot isostatic pressing of two half shell valve green products to obtain the hollow poppet valve blank.
A fusion peptide comprising three non-contiguous B cell epitopes from the extracellular domain of Her2/neu, or derivatives thereof which retain their quality as a B cell epitope, wherein the three non-contiguous B cell epitopes are directly linked to one another or are linked via a non-native linker peptide sequence in a single polypeptide chain, and wherein the three non-contiguous B cell epitopes have the amino acid sequence as set out in SEQ ID NO: 12; SEQ ID NO: 2 and SEQ ID NO: 3.
Female quick coupling of the type comprising an axially mobile valve body for closing the flow of fluid in the female coupling, suitable for being connected, with a connection of the push-pull type, to a corresponding male coupling, also equipped with an axially mobile valve body for closing the flow of the fluid in the male coupling, said valve body being connected to a mechanical locking device of the valve body adapted to prevent said valve body from closing in the case of inversion of the flow, when the female coupling is connected to a male coupling, and said mechanical locking device comprises a valve guide, that is mobile in a longitudinal direction between a first forward position wherein said valve body achieves the closure of the passage of the fluid in the female coupling, a second backward position that is rotated about the longitudinal axis thereof, which allows a male fitting to be connected to a third forward position that is rotated about the longitudinal axis thereof in the opposite direction to the first rotation at the level of which the valve unit of the female fitting and the valve unit of the male fitting open and that prevents undesired backward movements of the valve unit, and consequently of closures of the valve unit of the male fitting characterized in that said valve guide has a substantially cylindrical form and in turn comprises at least one pair of groove (31 a) envisaged in a diametrically opposed position on the outer surface of said valve guide, and a forked cam also having a substantially cylindrical form and in turn comprising at least one pair of rods, said grooves on said valve guide being suitable for housing said rods of said forked cam, said mechanical locking device further comprising at least one compression-torsion spring, which acts between said valve guide and an inner body also having a substantially hollow cylindrical form that is axially mobile with respect to an outer body of said female fitting and at least one sectioned groove that houses a peg that is integrally associated with said inner body and adapted to produce the mechanical locking of said valve body of the female fitting with respect to said inner body.
Method of detecting a leak of an Orthogonal frequency-division multiplexing OFDM signal from an Hybrid Fiber-Coax HFC network, the HFC network extending over a network area, the OFDM signal including a first continuous pilot subcarrier having a first harmonic, the first harmonic being defined by a pre-determined first frequency, said method comprising the steps of: (a) moving a leakage detector through the network area; (b) tuning the leakage detector to receive the first harmonic at the pre-determined first frequency of the first harmonic; (c) with the leakage detector, receiving over-the-air, at a received first frequency, the first harmonic leaked from the HFC network; and (d) with the leakage detector, detecting the first harmonic received in step (c), whereby the leak of the OFDM signal is detected based on the detection of the first harmonic. (a) moving a leakage detector through the network area; (b) tuning the leakage detector to receive the first harmonic at the pre-determined first frequency of the first harmonic; (c) with the leakage detector, receiving over-the-air, at a received first frequency, the first harmonic leaked from the HFC network; and (d) with the leakage detector, detecting the first harmonic received in step (c), whereby the leak of the OFDM signal is detected based on the detection of the first harmonic.
A fluid or powder dispenser device comprising a reservoir, a dispenser member, such as a metering valve, that is mounted on said reservoir, and a body incorporating a dispenser orifice, said reservoir being movable in said body so as to dispense the fluid or powder, said dispenser device including a dose counter for counting the number of doses of fluid or powder that have been dispensed or that remain to be dispensed from a fluid dispenser device, said counter including a first rotary counter element (110; 410) forming a units wheel, and a second rotary counter element (120; 420) forming a tens wheel said first and second counter elements (110, 120; 410, 420) co-operating with each other to define and to display in a viewing window, said number of doses, said first counter element (110; 410) co-operating with an actuator member (130; 430) that is adapted to cause said first counter element (110; 410) to turn each time said actuator member (130; 430) is actuated,the counter including a base body (160; 460), that incorporates a pivot pin (161; 461) for said first and second counter elements, and an opening (165; 465), said counter possibly being pre-assembled in said base body (160; 460) so as to form a pre-assembled counter unit, said actuator member (130; 430) including an actuor element (135; 435) projecting out of said base body (160; 460) through said opening (165; 465), said counter unit including fastener means for fastening to a body of a fluid dispenser device, said fastener means are formed on said base body, said counter being fastened to the body laterally, said device being actuated by the user pressing axially on the reservoir and said counter being actuated by said axial movement of said reservoir that co-operates with said actuator element (135; 435) of the actuator member (130; 430).