mhurhangee/patent-ind-claim-en huggingface dataset:
A method of fabricating a flexible microfluidic system having microfluidic channels on a surface of a flexible hydrophilic substrate formed of cellulosic material such as paper, having the natural bending and folding resistance of paper, the method including the steps of: hydrophobizing the substrate surface by absorbing or adsorbing a solution of hydrophobic substance dissolved in a volatile solvent within the substrate; locating a mask defining the substrate surface, the mask having open areas defining the periphery of the microfluidic channels; and applying a plasma or corona irradiation treatment to areas of the substrate surface exposed by the open areas of the mask, said exposed areas becoming hydrophilic to therefore form said microfluidic channels. hydrophobizing the substrate surface by absorbing or adsorbing a solution of hydrophobic substance dissolved in a volatile solvent within the substrate; locating a mask defining the substrate surface, the mask having open areas defining the periphery of the microfluidic channels; and applying a plasma or corona irradiation treatment to areas of the substrate surface exposed by the open areas of the mask, said exposed areas becoming hydrophilic to therefore form said microfluidic channels.
Water-conducting household appliance, in particular a dishwasher , comprising a washing container which is intended for receiving washware to be cleaned and which provides a washing chamber , and comprising a heat pump device which has an evaporator , a compressor , a condenser , an expansion element and a flow circuit which fluidically connects said components to one another, wherein a working medium is guided in the flow circuit , wherein, for thermal insulation of the expansion element , a first pipeline of the flow circuit , which pipeline leads from the expansion element to the evaporator , has a first thermal insulation member , wherein the first insulation member is designed as a pipe portion of the first pipeline or wherein the first pipeline is formed of a first material and the first insulation member is formed of a second material, wherein the second material has a lower thermal conductivity coefficient compared to the first material. wherein a working medium is guided in the flow circuit , wherein, for thermal insulation of the expansion element , a first pipeline of the flow circuit , which pipeline leads from the expansion element to the evaporator , has a first thermal insulation member , wherein the first insulation member is designed as a pipe portion of the first pipeline or wherein the first pipeline is formed of a first material and the first insulation member is formed of a second material, wherein the second material has a lower thermal conductivity coefficient compared to the first material.
A method for prioritizing data traffic within a network, the method comprising: discovering one or more devices associated with one or more prioritized classes within a network having a network protocol; allocating , in response to the discovering , one or more transit resources of a transit protocol different than the network protocol for use by the one or more devices associated with the one or more prioritized classes; and selectively routing data for the one or more devices associated with the one or more prioritized classes over only the corresponding allocated one or more transit resources; characterized by : determining a network protocol time parameter based on a transit time parameter of the transit protocol; using the determined network protocol time parameter to schedule transmission of the selectively routed data; and processing the selectively routed data in accordance with the determined network protocol time parameter. discovering one or more devices associated with one or more prioritized classes within a network having a network protocol; allocating , in response to the discovering , one or more transit resources of a transit protocol different than the network protocol for use by the one or more devices associated with the one or more prioritized classes; and selectively routing data for the one or more devices associated with the one or more prioritized classes over only the corresponding allocated one or more transit resources; characterized by : determining a network protocol time parameter based on a transit time parameter of the transit protocol; using the determined network protocol time parameter to schedule transmission of the selectively routed data; and processing the selectively routed data in accordance with the determined network protocol time parameter. determining a network protocol time parameter based on a transit time parameter of the transit protocol; using the determined network protocol time parameter to schedule transmission of the selectively routed data; and processing the selectively routed data in accordance with the determined network protocol time parameter.
Method for manufacturing a rotor with permanent magnets comprising the steps of: a) providing a central core with a predetermined cross-section, b)providing a plurality of ferromagnetic discs having a hole shaped in a complementary manner to the cross-section of the central core ; c)stacking up said ferromagnetic discs around said central core , thus forming a cylindrical structure with a longitudinal cavity wherein said longitudinal cavity is formed by said holes of the stacked up ferromagnetic discs; d)integrally blocking together said stacked up discs; and e)removing the central core , characterized in that said central core is made of vinyl acetate or polyvinylacetate and said step of removing said central core comprises the step of dissolving said core in a solvent fluid. a) providing a central core with a predetermined cross-section, b)providing a plurality of ferromagnetic discs having a hole shaped in a complementary manner to the cross-section of the central core ; c)stacking up said ferromagnetic discs around said central core , thus forming a cylindrical structure with a longitudinal cavity wherein said longitudinal cavity is formed by said holes of the stacked up ferromagnetic discs; d)integrally blocking together said stacked up discs; and e)removing the central core , characterized in that said central core is made of vinyl acetate or polyvinylacetate and said step of removing said central core comprises the step of dissolving said core in a solvent fluid.
An enzyme comprising the following characteristics of (a), (b), and (g): (a) the enzyme has an activity of reversible dehydrogenation of D-amino acid; (b) the enzyme is a hexamer of polypeptides having an amino acid sequence that has 80% or greater identity with an amino acid sequence of SEQ ID NO: 2; and (g) the enzyme has an activity of producing D-aspartic acid from 2-oxobutanedioic acid. (a) the enzyme has an activity of reversible dehydrogenation of D-amino acid; (b) the enzyme is a hexamer of polypeptides having an amino acid sequence that has 80% or greater identity with an amino acid sequence of SEQ ID NO: 2; and (g) the enzyme has an activity of producing D-aspartic acid from 2-oxobutanedioic acid.
Pivot motor of an active anti-roll bar, comprising a multi-step planetary gear mechanism with planetary gears which are mounted on planet journals, the planetary gears being mounted via plain bearing bushes , a plain bearing bush having a hollow-cylindrical bush body with a cylindrical inner face (Fi) and an internal diameter (d) and/or with a cylindrical outer face (Fa) and an external diameter (D) and a cylinder wall with a wall thickness (s), characterized in that regions of the cylinder wall which extend in the tangential and axial direction are separated in part from the cylinder wall and are connected in part to the cylinder wall , the regions being arranged offset with respect to the inner or the outer face (Fi, Fa) in such a way that the internal diameter (d) is partially reduced in size or the external diameter (D) is partially increased in size, and in that the regions are deformed plastically.
An Aluminium-alloy electrical transport wire comprising aluminium, zirconium precipitates (Al 3 Zr), and inevitable impurities, characterized in that the electrical transport wire includes a porous aluminium hydroxide layer on its surface.
A wheel assembly comprising: an inboard wheel portion comprising a rim and a disk , wherein a radially inward surface of the rim and an inboard surface of the disk define a wheel well cavity configured to house a brake assembly; a torque bar of the brake assembly mounted to the inboard wheel portion, an outboard end of the torque bar comprising a torque bar pin ; a torque bar bolt coupling an inboard end of the torque bar to the rim of the inboard wheel portion; and a retainer coupled to the torque bar and disposed radially between the torque bar and the radially inward surface of the rim of the inboard wheel portion, the retainer comprising a first end , a second end opposite the first end, and a body extending between the first end and the second end, wherein the body comprises opposing longitudinal sides configured to respectively engage and retain a respective heat shield segment of a segmented annular heat shield, and wherein the first end of the retainer defines an aperture through which the torque bar bolt extends, wherein: the aperture is a first aperture; and the second end comprises a flange ; characterized in that : the flange defines a second aperture through which the torque bar pin of the torque bar extends; and the flange extends substantially perpendicular to the opposing longitudinal sides such that the first aperture and the second aperture lie in perpendicular planes. an inboard wheel portion comprising a rim and a disk , wherein a radially inward surface of the rim and an inboard surface of the disk define a wheel well cavity configured to house a brake assembly; a torque bar of the brake assembly mounted to the inboard wheel portion, an outboard end of the torque bar comprising a torque bar pin ; a torque bar bolt coupling an inboard end of the torque bar to the rim of the inboard wheel portion; and a retainer coupled to the torque bar and disposed radially between the torque bar and the radially inward surface of the rim of the inboard wheel portion, the retainer comprising a first end , a second end opposite the first end, and a body extending between the first end and the second end, wherein the body comprises opposing longitudinal sides configured to respectively engage and retain a respective heat shield segment of a segmented annular heat shield, and wherein the first end of the retainer defines an aperture through which the torque bar bolt extends, wherein: the aperture is a first aperture; and the second end comprises a flange ; characterized in that : the flange defines a second aperture through which the torque bar pin of the torque bar extends; and the flange extends substantially perpendicular to the opposing longitudinal sides such that the first aperture and the second aperture lie in perpendicular planes. the flange defines a second aperture through which the torque bar pin of the torque bar extends; and the flange extends substantially perpendicular to the opposing longitudinal sides such that the first aperture and the second aperture lie in perpendicular planes.
A transmission method, comprising: modulating QPSK signals s1(i) by using bits of a first stream and 16-QAM signals s2(i) by using bits of a second stream, where i is an integer greater than or equal to 0; converting the QPSK signals s1(i) and the 16-QAM signals s2(i) to first converted signals z1(i) and second converted signals z2(i), the first converted signals z1(i) and the second converted signals z2(i) satisfing Equation , [MATH. 1] z 1 i z 2 i = 1 0 0 y i 1 α 2 + 1 e j 0 α × e j 0 α × e j 0 e jπ u 0 0 v s 1 i s 2 i where α is a real value greater than 0, y(i) changes in N period, where N is an integer that is greater than or equal to 3, and a weighting factor u and a weighting factor v are real values satisfying u < v; and transmitting the first converted signals z1(i) and the second converted signals z2(i) using a plurality of antennas. modulating QPSK signals s1(i) by using bits of a first stream and 16-QAM signals s2(i) by using bits of a second stream, where i is an integer greater than or equal to 0; converting the QPSK signals s1(i) and the 16-QAM signals s2(i) to first converted signals z1(i) and second converted signals z2(i), the first converted signals z1(i) and the second converted signals z2(i) satisfing Equation , [MATH. 1] z 1 i z 2 i = 1 0 0 y i 1 α 2 + 1 e j 0 α × e j 0 α × e j 0 e jπ u 0 0 v s 1 i s 2 i where α is a real value greater than 0, y(i) changes in N period, where N is an integer that is greater than or equal to 3, and a weighting factor u and a weighting factor v are real values satisfying u < v; and transmitting the first converted signals z1(i) and the second converted signals z2(i) using a plurality of antennas.
Method for pairing a terminal with an access point of a wireless communication network, said network comprising a plurality of access points referred to as executing access points, the executing access points being coordinated in a centralised manner by an access point fulfilling the function of manager, referred to as the managing access point, characterised in that the method comprises the following steps performed by the managing access point of: - receiving (E30) a message from an executing access point comprising information indicating that a terminal wishes to pair with said access point; - obtaining (E31), for each executing access point, information representing at least one time slot for which the executing access point is authorised to establish a WPS pairing session with the new terminal, the order in which the executing access point is authorised to establish a WPS pairing session with the new terminal, each time slot being separate from the time slots for which the other access points are authorised to establish a WPS pairing session with the new terminal; - sending (E32) a message to each executing access point comprising at least the information representing the at least one time slot for which the executing access point is authorised to establish a WPS pairing session with the new terminal. - receiving (E30) a message from an executing access point comprising information indicating that a terminal wishes to pair with said access point; - obtaining (E31), for each executing access point, information representing at least one time slot for which the executing access point is authorised to establish a WPS pairing session with the new terminal, the order in which the executing access point is authorised to establish a WPS pairing session with the new terminal, each time slot being separate from the time slots for which the other access points are authorised to establish a WPS pairing session with the new terminal; - sending (E32) a message to each executing access point comprising at least the information representing the at least one time slot for which the executing access point is authorised to establish a WPS pairing session with the new terminal.
Common-rail injector (10; 10a) having an injector housing in which a nozzle needle , which is disposed so as to be able to perform reciprocating stroke movements in a high-pressure chamber for releasing or blocking, respectively, at least one injection opening that is configured in the injector housing , is disposed, wherein an end region of the nozzle needle that faces away from the at least one injection opening plunges into an element in order for a control chamber to be configured, and wherein the nozzle needle interacts with an installation for restricting the maximum opening stroke of the nozzle needle , wherein the installation has a first, preferably sleeve-shaped, element which, in axial terms, is preferably disposed so as to be locationally fixed on the nozzle needle and which, by means of a restoring spring , is impinged with a force in the closing direction of the nozzle needle , and a second, preferably likewise sleeve-shaped, element (35; 35a) which radially encompasses the nozzle needle and, in axial terms, is disposed so as to be locationally fixed on that side in the injector housing that faces away from the first element , wherein the nozzle needle , in axial terms, completely penetrates the second element (35; 35a), and the end region of the nozzle needle that plunges into the control chamber is disposed so as to be axially spaced apart from the second element (35; 35a), and characterized in that a further housing element , by way of an end face that faces the nozzle body , configures an axial detent face for the second element (35; 35a) of the installation , and the high-pressure chamber in the nozzle body and in the further housing element is formed on mutually facing sides of, in each case, one bore portion , wherein the bore portion configured in the further housing element for configuring the detent face for the second element (35; 35a) has a smaller diameter than the bore portion configured in the nozzle body , and in that the second element (35; 35a), between the two bore portions , has at least one passage for fuel.
Printer , comprising a memory , a colorant supply integrated with the printer so as to be a lifetime colourant supply that is non-exchangeable and non-refillable from an end user perspective and wherein the printer is arranged to be reused, the colorant supply arranged to transfer colorant to media ; and printer circuitry , comprising a first authentication circuit to authenticate an entered media authorization code ; a second authentication circuit to verify if the printer and colorant supply correspond; and a colorant level sensing circuit connected to the second authentication circuit , wherein a colorant level as signalled by the colorant level sensing circuit is to be stored by the printer circuitry , and the second authentication circuit is to authenticate the colorant supply by verifying if the colorant level approximately matches an expected colorant level; wherein the printer circuitry is further configured to, upon authentication by the first authentication circuit , instruct a counter to count printed media units, and authorize the colorant supply to print as long as the counter does not exceed a predetermined amount of authorized media units; and, upon verification by the second authentication circuit , inhibit printing if the printer and the installed colorant supply do not correspond. a first authentication circuit to authenticate an entered media authorization code ; a second authentication circuit to verify if the printer and colorant supply correspond; and
A method of fabricating a cascade grid panel for a jet engine thrust reverser, comprising: fabricating a plurality of thermoplastic vanes reinforced with discontinuous fibers; fabricating a plurality of thermoplastic strongbacks; co-consolidating the vanes and the strongbacks; and fabricating flanges , wherein the flanges and the plurality of thermoplastic strongbacks are fabricated as a single, pre-consolidated thermoplastic strongback assembly with strongback slots between adjacent strongbacks. fabricating a plurality of thermoplastic vanes reinforced with discontinuous fibers; fabricating a plurality of thermoplastic strongbacks; co-consolidating the vanes and the strongbacks; and fabricating flanges , wherein the flanges and the plurality of thermoplastic strongbacks are fabricated as a single, pre-consolidated thermoplastic strongback assembly with strongback slots between adjacent strongbacks.
A tablet comprising a composition comprising up to 5 mg crystalline apixaban particles having a D 90 less than 50 μm as measured by laser light scattering and further comprising a pharmaceutically acceptable diluent or carrier wherein the composition is prepared using a dry granulation process.
A sulfur-carbon composite comprising a porous carbon material; a fluorine-based surfactant coating layer formed on the surface of the porous carbon material and an inner surface of pores of the porous carbon material; and a sulfur coating layer formed on the surface of the fluorine-based surfactant coating layer opposite the porous carbon material, wherein the sulfur-carbon composite contains 9 wt.% to 49 wt.% of the porous carbon material; 0.1 wt.% to 3 wt.% of fluorine-based surfactant; and 50 wt.% to 90 wt.% of sulfur; and wherein the fluorine-based surfactant is represented by Formula 1 below: wherein m and n are each an integer and m/(m + n) is a real number from 0 to 1; R 1 is hydrogen or an alkyl group having 1 to 18 carbon atoms; R 2 is a connection point for hydrogen, an alkyl group having 1 to 18 carbon atoms or an acrylate polymer backbone; x is an integer from 1 to 10; a is an integer from 1 to 50; b is an integer from 1 to 100; and c is an integer from 1 to 50. a porous carbon material; a fluorine-based surfactant coating layer formed on the surface of the porous carbon material and an inner surface of pores of the porous carbon material; and a sulfur coating layer formed on the surface of the fluorine-based surfactant coating layer opposite the porous carbon material, wherein the sulfur-carbon composite contains 9 wt.% to 49 wt.% of the porous carbon material; 0.1 wt.% to 3 wt.% of fluorine-based surfactant; and 50 wt.% to 90 wt.% of sulfur; and wherein the fluorine-based surfactant is represented by Formula 1 below: wherein m and n are each an integer and m/(m + n) is a real number from 0 to 1; R 1 is hydrogen or an alkyl group having 1 to 18 carbon atoms; R 2 is a connection point for hydrogen, an alkyl group having 1 to 18 carbon atoms or an acrylate polymer backbone; x is an integer from 1 to 10; a is an integer from 1 to 50; b is an integer from 1 to 100; and c is an integer from 1 to 50.
A curable composition comprising: (a) a polyene, (b) a polythiol, (c) an anhydride, and (d) a basic catalyst. (a) a polyene, (b) a polythiol, (c) an anhydride, and (d) a basic catalyst.
A gearbox for rail vehicle, comprising a primary gearbox configured to connect with a traction motor, and further comprising a secondary gearbox arranged on both sides of the primary gearbox along a longitudinal direction of the rail vehicle, wherein a framework bearing beam is formed by connecting the primary gearbox and the secondary gearbox , the primary gearbox is configured to transmit power from the traction motor to the secondary gearbox , and the secondary gearbox are configured to transmit power from the primary gearbox to wheelsets of the rail vehicle.
A rotor of a motor , comprising: a plurality of modules , each comprising: a pair of permanent magnets ; a first core interposed between each pair of permanent magnets; a connection unit , made of a non-magnetic material or air, connecting ends of the permanent magnets; a core interposed between each adjacent pair of modules; and another core disposed on one side of the connection unit; wherein each of the plurality of modules extends in a radial direction of the rotor ; wherein the plurality of modules are arranged circumferentially around the rotor; wherein, for each of the plurality of modules, the pair of permanent magnets are arranged to be angled with respect to the radial direction so that they each form the same, non-zero, angle with respect to the radial direction; and wherein one permanent magnet of said pair of permanent magnets of one module is parallel to one permanent magnet of said pair of permanent magnets of the adjacent module. a plurality of modules , each comprising: a pair of permanent magnets ; a first core interposed between each pair of permanent magnets; a connection unit , made of a non-magnetic material or air, connecting ends of the permanent magnets; a pair of permanent magnets ; a first core interposed between each pair of permanent magnets; a connection unit , made of a non-magnetic material or air, connecting ends of the permanent magnets; a core interposed between each adjacent pair of modules; and another core disposed on one side of the connection unit;