mhurhangee/ep-ind-claims huggingface dataset:
A rotorcraft comprising: a fuselage; a tailboom extending from the fuselage, the tailboom having an aft portion; a power system including a generator, one or more batteries (528; 570) and one or more dedicated yaw control system batteries; and an electrically distributed yaw control system comprising: a shroud coupled to the aft portion of the tailboom and forming a plurality of ducts; a plurality of tail rotors (512, 514, 516, 518) each disposed in one of the ducts, each of the tail rotors (512, 514, 516, 518) including an electric motor; and a power distribution unit (534, 564) comprising: a power management monitoring module configured to monitor one or more flight parameters of the rotorcraft; and a power management command module configured to allocate power between the power system and the tail rotor motors based on the one or more flight parameters of the rotorcraft; wherein, the one or more dedicated yaw control system batteries provide power to only the tail rotor motors. a fuselage; a tailboom extending from the fuselage, the tailboom having an aft portion; a power system including a generator, one or more batteries (528; 570) and one or more dedicated yaw control system batteries; and an electrically distributed yaw control system comprising: a shroud coupled to the aft portion of the tailboom and forming a plurality of ducts; a plurality of tail rotors (512, 514, 516, 518) each disposed in one of the ducts, each of the tail rotors (512, 514, 516, 518) including an electric motor; and a power distribution unit (534, 564) comprising: a power management monitoring module configured to monitor one or more flight parameters of the rotorcraft; and a power management command module configured to allocate power between the power system and the tail rotor motors based on the one or more flight parameters of the rotorcraft; a shroud coupled to the aft portion of the tailboom and forming a plurality of ducts; a plurality of tail rotors (512, 514, 516, 518) each disposed in one of the ducts, each of the tail rotors (512, 514, 516, 518) including an electric motor; and a power distribution unit (534, 564) comprising: a power management monitoring module configured to monitor one or more flight parameters of the rotorcraft; and a power management command module configured to allocate power between the power system and the tail rotor motors based on the one or more flight parameters of the rotorcraft; a power management monitoring module configured to monitor one or more flight parameters of the rotorcraft; and a power management command module configured to allocate power between the power system and the tail rotor motors based on the one or more flight parameters of the rotorcraft; wherein, the one or more dedicated yaw control system batteries provide power to only the tail rotor motors.
A method of operating an Access Point, AP, in a cellular telecommunications network, the cellular telecommunications network having a plurality of APs and a core network, wherein the AP is connected to a first subset of the plurality of APs via a wireless upstream connection towards the core network and is further connected to a second subset of the plurality of APs via a wireless downstream connection away from the core network, the method comprising the steps of: receiving an inter-AP message in a first wireless communication from a first AP of the second subset of the plurality of APs, the inter-AP message comprising a destination identifier; and identifying a second AP based on the destination identifier of the inter-AP message; characterised in that: the second AP is a member of the second subset of the plurality of APs; and the method is characterised by: sending the inter-AP message to the second AP of the second subset of the plurality of APs in a second wireless communication via the wireless downstream connection. receiving an inter-AP message in a first wireless communication from a first AP of the second subset of the plurality of APs, the inter-AP message comprising a destination identifier; and identifying a second AP based on the destination identifier of the inter-AP message; characterised in that: the second AP is a member of the second subset of the plurality of APs; and the method is characterised by: sending the inter-AP message to the second AP of the second subset of the plurality of APs in a second wireless communication via the wireless downstream connection.
A parameter detecting method for an air purifier, comprising: acquiring at least one air quality parameter of an air intake area of the air purifier and at least one air quality parameter of an air discharging area of the air purifier; determining a purification parameter corresponding to the at least one air quality parameter of the air intake area and the at least one air quality parameter of the air discharging area; and outputting the purification parameter, characterized in that said acquiring the at least one air quality parameter of the air intake area of the air purifier and the at least one air quality parameter of the air discharging area of the air purifier comprises: acquiring filter element type information of the air purifier; determining at least one parameter type corresponding to the filter element type information; and acquiring the at least one air quality parameter of the air intake area corresponding to the at least one parameter type and the at least one air quality parameter of the air discharging area corresponding to the at least one parameter type. acquiring at least one air quality parameter of an air intake area of the air purifier and at least one air quality parameter of an air discharging area of the air purifier; determining a purification parameter corresponding to the at least one air quality parameter of the air intake area and the at least one air quality parameter of the air discharging area; and outputting the purification parameter, characterized in that said acquiring the at least one air quality parameter of the air intake area of the air purifier and the at least one air quality parameter of the air discharging area of the air purifier comprises: acquiring filter element type information of the air purifier; determining at least one parameter type corresponding to the filter element type information; and acquiring the at least one air quality parameter of the air intake area corresponding to the at least one parameter type and the at least one air quality parameter of the air discharging area corresponding to the at least one parameter type. acquiring filter element type information of the air purifier; determining at least one parameter type corresponding to the filter element type information; and acquiring the at least one air quality parameter of the air intake area corresponding to the at least one parameter type and the at least one air quality parameter of the air discharging area corresponding to the at least one parameter type.
A combined cycle system, comprising: a plurality of gas turbine engines; a plurality of heat recovery steam generators; each of the plurality of heat recovery steam generators comprising a selective catalyst reduction and/or oxidation catalyst system; and a catalyst heating system; wherein the catalyst heating system directs an extraction from a first gas turbine engine of the plurality of gas turbine engines to the selective catalyst reduction and/or oxidation catalyst system of a second heat recovery steam generator of the plurality of heat recovery steam generators. a plurality of gas turbine engines; a plurality of heat recovery steam generators; each of the plurality of heat recovery steam generators comprising a selective catalyst reduction and/or oxidation catalyst system; and a catalyst heating system; wherein the catalyst heating system directs an extraction from a first gas turbine engine of the plurality of gas turbine engines to the selective catalyst reduction and/or oxidation catalyst system of a second heat recovery steam generator of the plurality of heat recovery steam generators.
A method of making a microporous membrane comprising the steps of: extruding a polymer into a nonporous precursor, and biaxially stretching the nonporous precursor, the biaxial stretching including a machine direction stretching and a transverse direction stretching, the transverse direction stretching including a simultaneous controlled machine direction relax. extruding a polymer into a nonporous precursor, and biaxially stretching the nonporous precursor, the biaxial stretching including a machine direction stretching and a transverse direction stretching, the transverse direction stretching including a simultaneous controlled machine direction relax.
A heating device having a housing with, arranged therein, a fluid passage having a fluid inlet (12, 13) and a fluid outlet (12, 13), wherein an element generating an alternating magnetic field is provided in the housing, which element is separated in a sealed manner from the fluid passage by at least one wall, wherein furthermore there is provided at least one metallic areal heating element (3, 8, 22) which can be heated by means of the alternating magnetic field, wherein the at least one areal heating element (3, 8, 22) is arranged in the fluid passage, characterised in that at least one of the areal heating elements (3, 8) is made of a magnetic material, wherein the element generating the alternating magnetic field is enclosed, toward the housing, essentially by a first element made of a magnetic material and the element generating the alternating magnetic field is enclosed, toward the centre of the housing, essentially by a second element made of a magnetic material, wherein one or more areal heating elements, which can be heated up by means of the alternating magnetic field, are arranged between the first element made of a magnetic material and the second element made of a magnetic material.
An in vitro method for diagnosis of antiphospholipid syndrome in a subject, wherein presence or absence of an anti-protease-activated receptor 1 (PARI) antibody is detected in a sample from the subject to be diagnosed, and wherein the presence of an anti-PAR1 antibody is indicative of the disease, wherein the presence or absence of the anti-PAR1 antibody is detected by the following steps: (i) determining the level of anti-PAR1 antibodies in a sample of the subject to be diagnosed; and (ii) comparing the determined level to an anti-PAR1 antibody control level derived from a subject without an autoimmune disease; wherein an increased level of anti-PAR1 antibody in the sample of the subject to be diagnosed as compared to the anti-PAR1 antibody control level denotes the presence of an anti-PAR1 antibody.
Angle-resolving radar sensor having an antenna array, which has a number N > 2 of antenna elements offset with respect to one another in a scanning direction (y) and the aperture A of which in units of the wavelength λ is greater than (N-1)/2, having a digital beam shaping device, and having an angle estimation device designed to estimate an angle on the basis of the signal from the beam shaping device, wherein the centre-to-centre distances between the adjacent antenna elements differ from one another, but do not differ by more than 25% of the value A/ (N-1).
An optical film, comprising: a substrate; a first transmission medium, disposed at the front surface of the substrate and comprising a plurality of embossed microlenses (122, 123); a second transmission medium, disposed at the rear surface of the substrate and comprising a plurality of V-shaped prisms; wherein the substrate, the first transmission medium, and the second transmission medium are bonded to each other to form a unitary sheet, characterized in that a reflective polarizing film is disposed at the front surface of the first transmission medium, wherein a third transmission medium is disposed between the first transmission medium and the second transmission medium, the material of the third transmission medium differs from the first and second transmission media, and the refractive index of the third transmission medium is smaller than the refractive index of the second transmission medium. a substrate; a first transmission medium, disposed at the front surface of the substrate and comprising a plurality of embossed microlenses (122, 123); a second transmission medium, disposed at the rear surface of the substrate and comprising a plurality of V-shaped prisms; wherein the substrate, the first transmission medium, and the second transmission medium are bonded to each other to form a unitary sheet, characterized in that a reflective polarizing film is disposed at the front surface of the first transmission medium, wherein a third transmission medium is disposed between the first transmission medium and the second transmission medium, the material of the third transmission medium differs from the first and second transmission media, and the refractive index of the third transmission medium is smaller than the refractive index of the second transmission medium.
Household appliance having a useable space, a useable space wall limiting the useable space, at least one fan (6, 7) arranged in the useable space and having a power unit comprising a stator and a rotor connected to the fan (6, 7), wherein the rotor is drivable to the rotation by the stator via a magnetic field, in particular electromagnetically, and the stator is arranged outside the useable space and the rotor is arranged inside the useable space, wherein the fan is located within a chamber which is arranged in the useable space and is partially or completely separated from the useable space via chamber walls (14, 131), such that in the chamber a climate different from the rest of the useable space can be maintained, in particular with a different temperature and/or air humidity, characterized in that the chamber is at least partially formed by an insert removable from the useable space, and wherein the fan is arranged at the insert such that the fan can be removed with the insert.
A system of a wind turbine, the system comprising: a hub comprising a non-rotating component of a pitch bearing, a rotor blade comprising a blade root attached to a rotating component of the pitch bearing, a plurality of non-contact displacement sensors operably facing the rotor blade and fixed directly or indirectly to the hub, and a respective reference plane associated with each of the plurality of non-contact displacement sensors, the respective reference planes defined by a component (40a, 170a) that moves with the rotor blade as the rotor blade moves relative to the hub, wherein each of the plurality of displacement sensors is configured to detect a relative movement between the respective reference plane and the hub without being physically connected to the component defining the respective reference plane, and wherein the plurality of displacement sensors are mounted opposite to and facing their respective reference plane. a hub comprising a non-rotating component of a pitch bearing, a rotor blade comprising a blade root attached to a rotating component of the pitch bearing, a plurality of non-contact displacement sensors operably facing the rotor blade and fixed directly or indirectly to the hub, and a respective reference plane associated with each of the plurality of non-contact displacement sensors, the respective reference planes defined by a component (40a, 170a) that moves with the rotor blade as the rotor blade moves relative to the hub, wherein each of the plurality of displacement sensors is configured to detect a relative movement between the respective reference plane and the hub without being physically connected to the component defining the respective reference plane, and wherein the plurality of displacement sensors are mounted opposite to and facing their respective reference plane.
A computer-implemented method for searching for programs associated with an executed program from a database and for displaying the found programs on the electronic device that executes the program, the method comprising: creating an object representing an implicit call; providing a plurality of programs to the created object; determining a first program among the plurality of programs; executing the first program when the object is selected; and providing at least one second program of the plurality of programs during executing of the first program, wherein the object is an icon, the implicit call includes information about characteristics of a program to be executed and the plurality of programs are provided based on the information about a program to be executed included in the implicit call. creating an object representing an implicit call; providing a plurality of programs to the created object; determining a first program among the plurality of programs; executing the first program when the object is selected; and providing at least one second program of the plurality of programs during executing of the first program, wherein the object is an icon, the implicit call includes information about characteristics of a program to be executed and the plurality of programs are provided based on the information about a program to be executed included in the implicit call.
A method of producing fibers of gelatin comprising the steps of: (a) ejecting an aqueous solution of gelatin through a nozzle, wherein glucosaminoglycans (GAGs) are dissolved in the solution prior to ejection, wherein the aqueous solution optionally comprises <25% low molecular weight alcohol selected from the group consisting of methanol, ethanol, propanol (1-propanol, 2-propanol), and 1-butanol; while (b) emitting pressurized air from air jet bores to attenuate or stretch the gelatin fiber; while (c) collecting the fibers on a collecting device. (a) ejecting an aqueous solution of gelatin through a nozzle, wherein glucosaminoglycans (GAGs) are dissolved in the solution prior to ejection, wherein the aqueous solution optionally comprises <25% low molecular weight alcohol selected from the group consisting of methanol, ethanol, propanol (1-propanol, 2-propanol), and 1-butanol; while (b) emitting pressurized air from air jet bores to attenuate or stretch the gelatin fiber; while (c) collecting the fibers on a collecting device.
A process for producing a pigment coated with a resin, comprising the steps of: dispersing a pigment into an aqueous solution in which an anionic group-containing resin is dissolved in the presence of a basic compound, and then removing the basic compound in the aqueous solution by using an ion exchange means to precipitate the anionic group-containing resin on the surface of the pigment. dispersing a pigment into an aqueous solution in which an anionic group-containing resin is dissolved in the presence of a basic compound, and then removing the basic compound in the aqueous solution by using an ion exchange means to precipitate the anionic group-containing resin on the surface of the pigment.
A compound having the following structure: wherein: Y is -OH, wherein X is Cl, the morpholino ring nitrogen of a morpholino subunit in a morpholino oligomer or a linkage to a solid support; and Tr is trityl. Y is -OH, wherein X is Cl, the morpholino ring nitrogen of a morpholino subunit in a morpholino oligomer or a linkage to a solid support; and Tr is trityl.
Multilayer coating for covering vehicle body parts, comprising a polymeric facestock layer which is located between a polymeric top coat layer and a polymeric adhesive layer, the top coat layer comprising at least partially cross-linked polyurethane, characterized in that the at least partially cross-linked polyurethane is the reaction product of a composition comprising a first part and a second part, wherein: - the first part comprises between 20.0 and 99.9 wt.% of solvent- or waterborne thermally curable polyurethane precursor material, as based on the total weight of said composition; and the second part comprises between 0.1 and 80.0 wt.% of UV-curable polyurethane precursor material, as based on the total weight of said composition. - the first part comprises between 20.0 and 99.9 wt.% of solvent- or waterborne thermally curable polyurethane precursor material, as based on the total weight of said composition; and
A method of manufacturing a freestanding thin film strip for neural applications, whereby at least one material to form the thin film is deposited on a flat surface of a carrier wafer and manufactured to form a planary spiral winding on the flat surface after being deposited on said flat surface such that the thin film has a length exceeding a diameter length or width of a substrate of the carrier wafer.
A method of manufacturing a patterned stamp for patterning a contoured surface, the method comprising: providing a pliable stamp layer carrying a pattern of relief features; forcing the pliable stamp layer onto the contoured surface with said pattern of relief features facing the contoured surface; applying a fluid support layer over the pliable stamp layer on the contoured surface; solidifying the support layer to form the patterned stamp; and removing the patterned stamp from the contoured surface. providing a pliable stamp layer carrying a pattern of relief features; forcing the pliable stamp layer onto the contoured surface with said pattern of relief features facing the contoured surface; applying a fluid support layer over the pliable stamp layer on the contoured surface; solidifying the support layer to form the patterned stamp; and removing the patterned stamp from the contoured surface.
An analysis method for dianhydride, comprising the steps of: adding an amine compound in excess of reaction equivalent to a dianhydride to obtain a reactant; adding an anhydrous compound as a solvent to cause an anhydrous reaction; and quantifying an unreacted amine compound contained in the reactant after the anhydrous reaction. adding an amine compound in excess of reaction equivalent to a dianhydride to obtain a reactant; adding an anhydrous compound as a solvent to cause an anhydrous reaction; and quantifying an unreacted amine compound contained in the reactant after the anhydrous reaction.
A method for making an electrocompacted leather material, the method comprising: applying a solution of non-human, monomeric collagen in an aqueous buffer onto an electrocompaction surface, wherein the solution is substantially free of collagen fibers and fibril bundles; compacting the collagen into a dense network with an electrical field; inducing fibrillation of the collagen to form collagen fibrils; stabilizing the fibrillar collagen network; incorporating lubricant in the collagen network; and removing water from the stabilized network. applying a solution of non-human, monomeric collagen in an aqueous buffer onto an electrocompaction surface, wherein the solution is substantially free of collagen fibers and fibril bundles; compacting the collagen into a dense network with an electrical field; inducing fibrillation of the collagen to form collagen fibrils; stabilizing the fibrillar collagen network; incorporating lubricant in the collagen network; and removing water from the stabilized network.