mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a three-dimensional memory structure, comprising: forming a first stack (32, 42) of alternating layers comprising first insulating layers and first sacrificial material layers over a substrate; forming a top dielectric oxide layer over the first stack and a bottom dielectric oxide layer on a bottom surface of the substrate; forming a second stack (132, 142) of alternating layers comprising second insulating layers and second sacrificial material layers on the top dielectric oxide layer; forming a contact trench through the second stack, the top dielectric oxide layer, and the first stack; forming lateral recesses by removing the first and second sacrificial material layers selective to the first and second insulating layers; deforming the substrate through removal of the bottom dielectric oxide layer while the top dielectric oxide layer is not removed; and forming electrically conductive layers by filling the lateral recesses with a conductive material after removing the bottom dielectric oxide layer. forming a first stack (32, 42) of alternating layers comprising first insulating layers and first sacrificial material layers over a substrate; forming a top dielectric oxide layer over the first stack and a bottom dielectric oxide layer on a bottom surface of the substrate; forming a second stack (132, 142) of alternating layers comprising second insulating layers and second sacrificial material layers on the top dielectric oxide layer; forming a contact trench through the second stack, the top dielectric oxide layer, and the first stack; forming lateral recesses by removing the first and second sacrificial material layers selective to the first and second insulating layers; deforming the substrate through removal of the bottom dielectric oxide layer while the top dielectric oxide layer is not removed; and forming electrically conductive layers by filling the lateral recesses with a conductive material after removing the bottom dielectric oxide layer.
An apparatus for analyzing information indicative of a characteristic of an object to be diagnosed, comprising: an ultrasound generator configured for generating a beam-formed ultrasound wave toward a region to be examined of the object along a direction given by a desired spatial axis; a light generator configured for generating a beam of light toward the region of the object; a light receiver configured for: receiving light obtained from the region of the object; and outputting an electric signal corresponding to the received light; and an information acquiring unit configured to detect phase modulation components and amplitude modulation components of the electric signal, characterized by an information producer configured to calculate a real part and an imaginary part of the complex refractive index of the region based on the phase modulation components and the amplitude modulation components acquired by the information acquiring unit, wherein the real part of the complex refractive index reflects scattering characteristics of the region, and the imaginary part of the complex refractive index reflects absorption characteristics of the region. an ultrasound generator configured for generating a beam-formed ultrasound wave toward a region to be examined of the object along a direction given by a desired spatial axis; a light generator configured for generating a beam of light toward the region of the object; a light receiver configured for: receiving light obtained from the region of the object; and outputting an electric signal corresponding to the received light; and receiving light obtained from the region of the object; and outputting an electric signal corresponding to the received light; and an information acquiring unit configured to detect phase modulation components and amplitude modulation components of the electric signal, an information producer configured to calculate a real part and an imaginary part of the complex refractive index of the region based on the phase modulation components and the amplitude modulation components acquired by the information acquiring unit, wherein the real part of the complex refractive index reflects scattering characteristics of the region, and the imaginary part of the complex refractive index reflects absorption characteristics of the region.
Method for operating a parking assistance system of a motor vehicle, which system warns when a value falls below a distance between the motor vehicle and an object and is constructed as a parking distance warning device, characterised in that at least one item of environmental information which indicates whether the motor vehicle is moving in an environment which corresponds to a parking space is established from environmental data of the motor vehicle, wherein an active parking distance warning device when a limit speed is exceeded by the motor vehicle taking into account the environmental information is deactivated only when the motor vehicle is not located in a parking space.
A value document comprising a plastic substrate, wherein the plastic substrate comprises: a transparent plastic material having a refractive index; and a phosphor composition incorporated into the plastic material, the phosphor composition comprising at least one active ion and a fluoride containing crystalline host lattice material; wherein the phosphor composition has absorption in the infrared, and has a refractive index which is within 2% of the refractive index of the plastic material; and wherein the plastic substrate is entirely transparent, or includes a transparent section or window. a transparent plastic material having a refractive index; and a phosphor composition incorporated into the plastic material, the phosphor composition comprising at least one active ion and a fluoride containing crystalline host lattice material; wherein the phosphor composition has absorption in the infrared, and has a refractive index which is within 2% of the refractive index of the plastic material; and wherein the plastic substrate is entirely transparent, or includes a transparent section or window.
A solenoid valve comprising: a ferromagnetic casing; a coil positioned within said casing; a ferromagnetic hydraulic body, said body having a central bore with an axial bearing surface with first and second ports (26, 28) and a conical valve seat positioned between said first and second ports (26, 28), said body providing a flux return of said solenoid; an armature slidably mounted within said central bore having an outer diameter surface in contact with said body central bore and being aligned thereby, said armature having an integral poppet with a conical face having an angle shallower than an angle of said conical seat and with a ratio of a maximum outer contact diameter between the poppet and the valve seat to the diameter of the central bore being greater than 0.95, and wherein said armature has a through bore exposing an axial face of said armature generally opposite said body first port to hydraulic pressure of said body first port; and a spring biasing said poppet of said armature against the conical seat to prevent flow from said body second port to said body first port until energization of said coil, and wherein said body is positioned within said coil and said valve seat is formed integral with said body. a ferromagnetic casing; a coil positioned within said casing; a ferromagnetic hydraulic body, said body having a central bore with an axial bearing surface with first and second ports (26, 28) and a conical valve seat positioned between said first and second ports (26, 28), said body providing a flux return of said solenoid; an armature slidably mounted within said central bore having an outer diameter surface in contact with said body central bore and being aligned thereby, said armature having an integral poppet with a conical face having an angle shallower than an angle of said conical seat and with a ratio of a maximum outer contact diameter between the poppet and the valve seat to the diameter of the central bore being greater than 0.95, and wherein said armature has a through bore exposing an axial face of said armature generally opposite said body first port to hydraulic pressure of said body first port; and a spring biasing said poppet of said armature against the conical seat to prevent flow from said body second port to said body first port until energization of said coil, and wherein said body is positioned within said coil and said valve seat is formed integral with said body.
An electrical connector assembly (1, 40, 50), comprising a first connector (2, 40, 51) and a second connector (4, 40, 52) which are pivotable with respect to each other about a main pivoting axis, the first connector being provided with at least one header contact blade fixed in a header housing and the second connector having at least one receptacle contact comprising two opposite contact blades with contact surfaces (20, 21) between which the corresponding header contact blade is received, and a receptacle housing with an entrance for insertion of a header contact blade between the contact surfaces (20, 21) of the receptacle contact blades, both contact surfaces (20, 21) facing each other, the entrance being configured to allow insertion in an angular range (α) of mating directions within a plane perpendicular to the main pivoting axis, wherein each of the receptacle contact blades has a free peripheral portion at the entrance of the receptacle housing, the peripheral portion being resiliently movable with respect to the receptacle housing at least in a direction parallel to the main pivoting axis, wherein the receptacle contact blades are formed from a blank of an electro-conductive material having a base and two parallel legs protruding from the base, the legs being folded along a first folding line extending transversely with respect to the legs and a second folding line extending parallel to the legs, such that the free end portions of the legs form opposite receptacle contact blades, wherein the entrance of the receptacle housing is semi-circular, characterized in that the contact surfaces (20, 21) of each receptacle contact blade are double curved and convex in radial and in circumferential direction relative to a main pivoting axis such that the two opposite contact surfaces (20, 21) of each receptacle contact converge toward each other along the full run of the semi-circular entrance.
A wiper (10; 10'; 10"; 10′′′; 10 IV) for a nozzle plate (22; 22'), the wiper having a body arranged to be moved over a nozzle face of the nozzle plate (22; 22') for cleaning said nozzle face of the nozzle plate (22; 22') in a condition in which at least a part of the body is in engagement with the nozzle plate, the nozzle face being a portion of the nozzle plate in which nozzles are arranged in a linear array, the body having at least one active wiper edge that, in use, extends in a direction in parallel with the nozzle face and non-parallel with a direction (A, B) of movement of the body relative to the nozzle plate, wherein the body has at least two support parts that, in use, are offset from the active wiper edge in the direction (A, B) of movement, wherein the wiper is configured so that it can be positioned to perform contactless wiping, in which the support parts engage the nozzle plate (22; 22') at a position besides the nozzle face during the movement of the body over the nozzle face in one direction and in which the active wiper edge does not contact the nozzle face so as to perform contactless wiping, and wherein the wiper is configured so that it can be positioned to perform contact wiping, in which the active wiper edge contacts the nozzle face so as to perform contact wiping.
Instrument for electrosurgical action on biological tissue, in particular for HF surgery, with an electrode, which can be connected to an electric power source via a line, with a light guide, which extends from at least one light entry window and by means of which the instrument can be connected to a light analyser, wherein the light guide has an end supporting the electrode.
A silicone formulation comprising a) at least one condensation-crosslinkable hydroxy- or alkoxy-terminated polydiorganosiloxane, b) at least one silane or siloxane crosslinker for the hydroxy- or alkoxy-terminated polydiorganosiloxane, and c) one or more fillers, one filler being the principal filler, which is present in a greater weight fraction than any other filler optionally present in the silicone formulation, and the principal filler having a decomposition temperature of more than 350°C, with the proviso that based on the total weight of the fillers, the fraction of the principal filler is at least 20 wt%, characterized in that the principal filler is selected from dolomites or diatomaceous earth. a) at least one condensation-crosslinkable hydroxy- or alkoxy-terminated polydiorganosiloxane, b) at least one silane or siloxane crosslinker for the hydroxy- or alkoxy-terminated polydiorganosiloxane, and c) one or more fillers, one filler being the principal filler, which is present in a greater weight fraction than any other filler optionally present in the silicone formulation, and the principal filler having a decomposition temperature of more than 350°C, with the proviso that based on the total weight of the fillers, the fraction of the principal filler is at least 20 wt%,
Transmitter designed to transmit a frame of complex modulation symbols in the form of a matrix with size ( NM / 2)× P of modulation symbols in which P is the frame length, M is an even number of carriers of an FBMC modulator (270,870) and N is a number of sub-carriers of an OFDM multiplex, each column in the matrix being segmented by a segmentation module (230,830) into M vectors with size N / 2, each of said vectors being padded (240,840) on each side by N / 2 null elements to form a complete vector of size N, each padded vector being transformed in an IFFT module (250,850) with size N to provide a temporal sequence to which a cyclic prefix and a cyclic suffix (260,860) are concatenated, the cyclic temporal sequence thus obtained being output to an input channel of the FBMC modulator (270,870), said transmitter being characterised in that a phase pre-compensation is made on the frame modulation symbols in a first compensation module (210,810) and an amplitude pre-compensation is made on them in a second compensation module (220,820), before they are input to the segmentation module (230,830), the phase and amplitude pre-compensation being adapted to compensate for phase rotations and the attenuation applied to each sample of each cyclic sequence in the FBMC modulator (270,870).
Dishwasher comprising a collecting vessel, which is arranged beneath a washing container and intended for holding a washing liquid, and a strainer element that is inserted in the collecting vessel and is arranged between a circulating region and a dirt collection region of the collecting vessel, the collecting vessel being connected to a circulating pump by means of a circulating pump connection piece arranged in the circulating region in order to circulate the washing liquid during a washing process, and being connected to a discharge pump by means of a discharge pump connection piece arranged in the dirt collection region in order to pump out the washing liquid at the end of a washing process, the collecting vessel having a base part that is the contact region for the inserted strainer element, characterised in that the base part is formed having guide conduits formed by recesses and rib-shaped projections in the base part of the collecting vessel, which conduits lead from the circulating region to the dirt collection region of the collecting vessel and are designed such that washing liquid intended to be pumped out is conveyed to the discharge pump connection piece.
Device, in particular for balance training and/or fine motor skills training, with at least one movable platform (12a-b) which can be moved in an oscillating manner in at least two dimensions, with at least one counterforce unit (20a-b) which is provided to oppose a force for deflection of the movable platform (12a-b), characterised by at least one force transmission interruption unit (60a-b) which interrupts a force flow between the at least one movable platform (12a-b) and the at least one counterforce unit (20a-b) in at least one operating state, wherein a deflection of the movable platform (12a-b) out of its rest position is within a provided initial range effected substantially free of a counterforce and, if the provided initial range is exceeded, the deflection of the movable platform is opposed by the counterforce unit (20a-b) by means of a counterforce, and by at least one setting unit (34a-b) which is provided for setting a counterforce intensity, wherein the at least one setting unit (34a-b) comprises a control unit (40a-b) which is provided to adjust the counterforce intensity and thus a deflection amplitude of the platform (12a-b) depending on measurement values of at least one sensor for measuring a deflection of the platform (12a-b), a deflection velocity or a deflection acceleration.
An acrylic rubber composition comprising (i) 100 pbw of a multivalent amine crosslinkable group-containing acrylic rubber, (ii) 0.1-10 pbw of a vulcanizing agent which is a diurethane compound of the formula wherein R 1 is linear or branched, bivalent aliphatic C 1-20 -alkylene, bivalent alicyclic cycloalkylene, or a bivalent aromatic group; R 2 is a fluorenyl-containing group; n is 0, 1, or 2; and m is 0 or 1; and (iii) as a basic vulcanization accelerator, 0.01-1 pbw of 1,8-diazabicyclo[5.4.0]undecene-7 or 0.1-10 pbw of a mixture of 1,8-diazabicyclo [5.4.0]-undecene-7 and silica. (i) 100 pbw of a multivalent amine crosslinkable group-containing acrylic rubber, (ii) 0.1-10 pbw of a vulcanizing agent which is a diurethane compound of the formula wherein R 1 is linear or branched, bivalent aliphatic C 1-20 -alkylene, bivalent alicyclic cycloalkylene, or a bivalent aromatic group; R 2 is a fluorenyl-containing group; n is 0, 1, or 2; and m is 0 or 1; and R 1 is linear or branched, bivalent aliphatic C 1-20 -alkylene, bivalent alicyclic cycloalkylene, or a bivalent aromatic group; R 2 is a fluorenyl-containing group; n is 0, 1, or 2; and m is 0 or 1; and (iii) as a basic vulcanization accelerator, 0.01-1 pbw of 1,8-diazabicyclo[5.4.0]undecene-7 or 0.1-10 pbw of a mixture of 1,8-diazabicyclo [5.4.0]-undecene-7 and silica.
A method for hydrogenating a biodiesel fuel, the method comprising hydrogenating a biodiesel fuel in the presence of a catalyst containing at least one type of noble metal selected from metals of Groups 8 to 10 in the periodic table, wherein oxygen is allowed to be present in the reaction system and wherein the concentration of the oxygen in terms of oxygen molecules in the biodiesel fuel is from 150 to 3,500 ppm.
A method for the preparation and/or generation of regulatory T cells which comprises contacting a mesenchymal stem cell population derived from adipose tissue with peripheral blood leukocytes for between 10 and 18 days.
An aerosol-generating article (4000a,4000b) comprising an aerosol-generating substrate (4020a, 4020b), the aerosol-generating substrate including a homogenised dill seed material, the homogenised dill seed material comprising dill seed particles, an aerosol former and a binder, wherein the aerosol-generating substrate (4020a,4020b) comprises: at least 100 micrograms of carvone per gram of the substrate, on a dry weight basis; and at least 2 micrograms of limonene per gram of the substrate, on a dry weight basis, wherein the amount of carvone per gram of the substrate is no more than 50 times the amount of limonene per gram of the substrate. at least 100 micrograms of carvone per gram of the substrate, on a dry weight basis; and at least 2 micrograms of limonene per gram of the substrate, on a dry weight basis, wherein the amount of carvone per gram of the substrate is no more than 50 times the amount of limonene per gram of the substrate.
An air conditioning system comprising: a condenser; an evaporator configured to remove thermal energy from a water flow through the evaporator via a refrigerant flow through the evaporator; a refrigerant conduit configured to convey a refrigerant flow through the evaporator and the condenser; an ice storage tank fluidly connected to the refrigerant conduit such that the refrigerant flow is flowable through the ice storage tank to transfer thermal energy between the refrigerant flow and a volume of frozen water disposed in the ice storage tank; a chiller; and characterised by a water pathway for circulating a flow of water through the evaporator and to the chiller for cooling a desired space via the flow of water; wherein the evaporator is configured such that thermal energy from the water flow flowing through the water pathway is absorbed by the refrigerant flow through the evaporator, thereby cooling the water flow. a condenser; an evaporator configured to remove thermal energy from a water flow through the evaporator via a refrigerant flow through the evaporator; a refrigerant conduit configured to convey a refrigerant flow through the evaporator and the condenser; an ice storage tank fluidly connected to the refrigerant conduit such that the refrigerant flow is flowable through the ice storage tank to transfer thermal energy between the refrigerant flow and a volume of frozen water disposed in the ice storage tank; a chiller; and characterised by a water pathway for circulating a flow of water through the evaporator and to the chiller for cooling a desired space via the flow of water; wherein the evaporator is configured such that thermal energy from the water flow flowing through the water pathway is absorbed by the refrigerant flow through the evaporator, thereby cooling the water flow.
A viral expression vector comprising a parainfluenza virus 5 genome comprising a heterologous nucleotide sequence expressing a heterologous polypeptide, wherein the heterologous nucleotide sequence is inserted between the small hydrophobic protein gene and the hemagglutinin-neuroaminidase gene of the PIV5 genome, and wherein the heterologous polypeptide comprises an influenza hemagglutinin, for use in the prevention of influenza infection.