mhurhangee/ep-ind-claims huggingface dataset:
A method of measuring an impulse response, including: coupling directly to a connection between an amplifier and a loudspeaker arrangement and disposing a microphone arrangement generating a microphone signal (S m) representative of the acoustic output (S 2) of the loudspeaker arrangement in connection with the amplifier; placing a dummy load in connection with the amplifier for obtaining access to a drive signal (S amp), wherein the amplifier is disconnected with the loudspeaker arrangement while placing the dummy load in connection with the amplifier; using a test signal generator to apply a test signal (S sw) to an input of the amplifier; and receiving at a digital signal processing arrangement (DSP, 210) at least the test signal (S sw), the drive signal (S amp) and the microphone signal (S m) representative of the acoustic output (S 2) corresponding to the test signal (S sw) and performing on these signals a signal processing operation for determining an impulse response for the amplifier, and an impulse response for the loudspeaker arrangement. coupling directly to a connection between an amplifier and a loudspeaker arrangement and disposing a microphone arrangement generating a microphone signal (S m) representative of the acoustic output (S 2) of the loudspeaker arrangement in connection with the amplifier; placing a dummy load in connection with the amplifier for obtaining access to a drive signal (S amp), wherein the amplifier is disconnected with the loudspeaker arrangement while placing the dummy load in connection with the amplifier; using a test signal generator to apply a test signal (S sw) to an input of the amplifier; and receiving at a digital signal processing arrangement (DSP, 210) at least the test signal (S sw), the drive signal (S amp) and the microphone signal (S m) representative of the acoustic output (S 2) corresponding to the test signal (S sw) and performing on these signals a signal processing operation for determining an impulse response for the amplifier, and an impulse response for the loudspeaker arrangement.
A vaccine for use in the treatment of a patient with a tumor, or with a tumor which has been resected, to diminish risk of tumor invasion and/or metastatic progression, comprising: at least one T or B cell epitope of annexinA2 protein or a nucleic acid encoding at least one T or B cell epitope of annexinA2 protein, wherein the vaccine is a peptide or nucleic acid vaccine and wherein the tumor is a pancreatic ductal adenocarcinoma. at least one T or B cell epitope of annexinA2 protein or a nucleic acid encoding at least one T or B cell epitope of annexinA2 protein, wherein the vaccine is a peptide or nucleic acid vaccine and wherein the tumor is a pancreatic ductal adenocarcinoma.
A temperature fuse, comprising a push rod, a push rod spring, a spring mechanism, and a temperature-sensing body; the spring mechanism comprises springs and a spring column, and when the temperature fuse is not triggered, the springs are in a state of compression; the temperature-sensing body abuts the other end of the spring column; one end of the push rod abuts the push rod spring, and when the temperature fuse is not triggered, the push rod spring is in the state of compression; characterised in that the springs are sleeved at one end of the spring column, and in that the other end of the push rod abuts an end of a side wall of the spring column; and a length of the temperature-sensing body in an expansion direction of the springs is greater than or equal to a length of the push rod abutting the spring column in the expansion direction of the springs.
A battery comprising a positive electrode plate, a separator, and a negative electrode plate, wherein the positive electrode plate comprises a positive electrode current collector and at least two layers of positive active material coated on at least one surface of the positive electrode current collector; and wherein an underlying positive active material layer in contact with the positive electrode current collector comprises a first positive active material, a first polymer material and a first conductive material, and based on the total weight of the underlying layer positive active material layer, the first positive active material has a content of A% by weight, the first polymer material has a content of B% by weight, and the first conductive material has a content of C% by weight; and wherein an upper positive active material layer in contact with the underlying positive active material layer and away from the positive electrode current collector comprises a second positive active material, a second polymer material and a second conductive material, and based on the total weight of the upper positive active material layer, the second positive active material has a content of A'% by weight, the second polymer material has a content of B'% by weight, and the second conductive material has a content of C'% by weight; wherein A% < A'%, B% > B'%, C% ≥ C'%; and wherein the first polymer material comprises fluorinated polyolefin and/or chlorinated polyolefin polymer material, and wherein the positive electrode current collector is a metal current collector, and the metal current collector has an elongation at break δ satisfying 0.8% ≤ δ ≤ 4%, determined according to the method as described in the description; and wherein the first positive active material satisfies 10 wt% ≤ A% ≤ 60 wt%; and wherein the first polymer material satisfies 35 wt% ≤ B% ≤ 75 wt%; and wherein the first conductive material satisfies 5 wt% ≤ C% ≤ 25wt%.
A method of operating a protean water installation device, which is a water installation device of a varying nature, connected to a water installation controlling apparatus, the water installation device comprising two or more water installation device profiles, wherein only one of the water installation device profiles is enabled at any given time, the method comprising: selecting a family descriptor file associated with the water installation device, said family descriptor file associated with two or more virtual descriptor files, wherein the two or more virtual descriptor files are virtual drivers and each virtual descriptor file is associated with one water installation device profile of the water installation device; reading the selected family descriptor file to identify at the water installation controlling apparatus a registry location indicating the enabled water installation device profile; scanning the identified registry location to identify the enabled water installation device profile; identifying the virtual descriptor file associated with the identified water installation device profile; executing the identified virtual descriptor file to operate the water installation device. selecting a family descriptor file associated with the water installation device, said family descriptor file associated with two or more virtual descriptor files, wherein the two or more virtual descriptor files are virtual drivers and each virtual descriptor file is associated with one water installation device profile of the water installation device; reading the selected family descriptor file to identify at the water installation controlling apparatus a registry location indicating the enabled water installation device profile; scanning the identified registry location to identify the enabled water installation device profile; identifying the virtual descriptor file associated with the identified water installation device profile; executing the identified virtual descriptor file to operate the water installation device.
A communication device designed to operate on any type of item surface, when affixed onto that item surface, comprising:. a RFID on metal tag tag having a mounting surface and radiating electromagnetic waves in a principal direction, which is perpendicular to said mounting surface, characterized in that i the device further comprises:. a permanent magnet having a flat face, said mounting surface of the ROM tag being fixedly assembled on said flat face of the permanent magnet, wherein said permanent magnet having a S-N orientation perpendicular to said flat face.. a RFID on metal tag tag having a mounting surface and radiating electromagnetic waves in a principal direction, which is perpendicular to said mounting surface, characterized in that i the device further comprises:. a permanent magnet having a flat face, said mounting surface of the ROM tag being fixedly assembled on said flat face of the permanent magnet, wherein said permanent magnet having a S-N orientation perpendicular to said flat face.
An apparatus for processing a biological sample, said apparatus comprising: a processing chamber having a first structure configured as a container comprising at least three side walls (112a, 112b, 112c) and a bottom plate and a second structure configured as a block, wherein a biological sample is arranged at the block on a first planar surface facing the bottom plate of the first structure; and a liquid supply for supplying an amount of a liquid that is to be applied to said biological sample; wherein a confined volume is defined by the biological sample on the first planar surface, the inner sides of the walls (112a, 112b, 112c) and the bottom plate, said first planar surface is configured to be arranged substantially parallel to said bottom plate and at a first distance from said bottom plate in a first position; and characterized in that said first planar surface and said bottom plate are configured to move from the first position to a second position in which the first planar surface and the bottom plate are arranged substantially parallel at a second distance from each other, said second distance being different from said first distance. a processing chamber having a first structure configured as a container comprising at least three side walls (112a, 112b, 112c) and a bottom plate and a second structure configured as a block, wherein a biological sample is arranged at the block on a first planar surface facing the bottom plate of the first structure; and a first structure configured as a container comprising at least three side walls (112a, 112b, 112c) and a bottom plate and a second structure configured as a block, wherein a biological sample is arranged at the block on a first planar surface facing the bottom plate of the first structure; and a liquid supply for supplying an amount of a liquid that is to be applied to said biological sample; wherein a confined volume is defined by the biological sample on the first planar surface, the inner sides of the walls (112a, 112b, 112c) and the bottom plate, said first planar surface is configured to be arranged substantially parallel to said bottom plate and at a first distance from said bottom plate in a first position; and characterized in that said first planar surface and said bottom plate are configured to move from the first position to a second position in which the first planar surface and the bottom plate are arranged substantially parallel at a second distance from each other, said second distance being different from said first distance.
A method of authentication using a near-field link, the method comprising: a first device of a user performing: generating a random number; sending the random number to a second device of the user over a near-field link; and sending the random number to an authenticator device, wherein the first device, the second device, and the user of the first and second devices are authenticated (508, 510) upon the authenticator device receiving the same random number from both the first and second devices. generating a random number; sending the random number to a second device of the user over a near-field link; and sending the random number to an authenticator device, wherein the first device, the second device, and the user of the first and second devices are authenticated (508, 510) upon the authenticator device receiving the same random number from both the first and second devices.
A vacuum insulation material comprising a pouch-shaped sheathing material having a gas barrier property and a core received in the sheathing material as a spacer, the vacuum insulation material having a bendable region, a first surface, and a second surface opposite to the first surface, wherein at least one of the first and second surfaces in the bendable region is provided with a plurality of grooves extending at intervals, the grooves comprise a pair of outer grooves (7, 9) formed in the bendable region and a plurality of inner grooves (8, 10) formed inside the outer grooves (7, 9), characterized in that an interval between each outer groove (7, 9) and a corresponding one of the inner grooves (8, 10) adjacent to each outer groove (7, 9) is greater than an interval between the inner grooves (8, 10).
A process for manufacturing gel batteries containing: providing at least one battery having at least one cell; loading each cell of the battery with two unformed electrodes; filling each cell of the battery with a sulfuric acid of a specified density; conducting a formation process to form positive and negative electrodes in the cells; providing a gel mixing and filling container filled with a prepared gel mixture, the gel mixture containing sulfuric acid and an amount of silica; fitting a plug to the top of at least one cell of the battery, the plug having an inlet hose and an outlet hose; connecting the plug to the gel mixing and filling container through an intake tube and an outlet tube; and pumping the gel mixture from the container through the intake tube and the inlet hose of the plug into the cell, the outlet tube transporting the sulfuric acid from the top of the cell through the outlet hose of the plug back to the container. providing at least one battery having at least one cell; loading each cell of the battery with two unformed electrodes; filling each cell of the battery with a sulfuric acid of a specified density; conducting a formation process to form positive and negative electrodes in the cells; providing a gel mixing and filling container filled with a prepared gel mixture, the gel mixture containing sulfuric acid and an amount of silica; fitting a plug to the top of at least one cell of the battery, the plug having an inlet hose and an outlet hose; connecting the plug to the gel mixing and filling container through an intake tube and an outlet tube; and pumping the gel mixture from the container through the intake tube and the inlet hose of the plug into the cell, the outlet tube transporting the sulfuric acid from the top of the cell through the outlet hose of the plug back to the container.
Vehicle seat cover which has, in sections, a first layer and a second layer which overlap at least partly and have different elasticities, characterized in that the second layer is applied to the first layer transversely with respect to an expansion direction of the first layer in regular bulges and, in the case of expansion of the first layer in the expansion direction of the first layer, the bulges of the second layer can be reversibly flattened.
A clamping device for temporarily clamping a backing thread or bobbin thread in a sewing machine, having a clamp and an adjustment device for actively adjusting the clamp, the adjustment device being configured to adjust the clamp between a clamping position in which the clamp is moved towards a needle plate of the sewing machine or rests against it and thus clamps a backing thread or bobbin thread between the needle plate and the clamp, and a release position in which the clamp is moved away with respect to the needle plate and is thus mounted without contact relative thereto, as a result of which the backing thread or the bobbin thread is unclamped, characterized in that the clamp is fastened to a pivotably mounted rod, and in that the adjustment device is configured to rotate the rod between different rotational positions in order to pivot the clamp between the clamping position and the release position.
A display device using a semiconductor light emitting device comprising: a substrate; a plurality of first electrodes disposed on the substrate; a light emitting device array comprising a plurality of semiconductor light emitting devices electrically connected to the first electrodes, constituting individual pixels, wherein the semiconductor light emitting devices have different internal resistances changed from one side of a current input direction of each of the first electrodes to the other side thereof; and a plurality of second electrodes electrically connected to the semiconductor light emitting devices, wherein each of the semiconductor light emitting devices comprises: an n-type semiconductor layer; an active layer disposed on the n-type semiconductor layer; a p-type semiconductor layer disposed on the active layer; a p-type electrode; and an n-type electrode. a substrate; a plurality of first electrodes disposed on the substrate; a light emitting device array comprising a plurality of semiconductor light emitting devices electrically connected to the first electrodes, constituting individual pixels, wherein the semiconductor light emitting devices have different internal resistances changed from one side of a current input direction of each of the first electrodes to the other side thereof; and a plurality of second electrodes electrically connected to the semiconductor light emitting devices, wherein each of the semiconductor light emitting devices comprises: an n-type semiconductor layer; an active layer disposed on the n-type semiconductor layer; a p-type semiconductor layer disposed on the active layer; a p-type electrode; and an n-type electrode.
An apparatus for cutting heavy cutting material, especially trees, comprising a crescent-shaped base part having a base, a top surface, and a concavely extending side surface which delimits a receiving space for severed cutting material, said receiving space being crossed by a cutting plate, wherein the cutting plate is fixed via a first row of screws to the base or top surface resting on the exterior surface of the base or top surface, which row of screws follows a peripheral edge of the concavely extending side surface at least in sections, characterized in that at least the base or top surface to which the cutting plate is fixed has a convexly formed outer contour, and a second row of screws is provided for fixing the cutting plate which follows the convex outer contour at least in sections.
Nebulizer for a fluid comprising a housing and an insertable container containing the fluid, the container being secured against removal from the housing or from a housing part thereof, wherein the container is moveable back and forth within the housing during conveying of the fluid and nebulization, characterized in that the nebulizer comprises a securing means that connects the container with the housing or with a housing part thereof inseparably and that the securing means comprises or consists of a metal part, which is in particular a stamping part.
Inorganic-organic porous hybrid material, comprising a zeolite or an amorphous aluminosilicate core having a Si/AI atom ratio from 1 to a value lower than 2.5, and a metal-organic framework shell formed by a bidentate organic ligand covalently bound to the aluminium atoms of said zeolite or amorphous aluminosilicate.
A process of manufacturing a multicellular structure comprising interconnected cells, wherein the process comprises: a) providing a polymerizable precursor of a polymeric material, wherein the polymerizable precursor comprises a reactive monomer mixture, and wherein the monomers of the reactive monomer mixture are selected from the group consisting of lactams, lactones, isocyanates, polyols, polyamines and any combinations or mixtures thereof; b) providing a mold comprising precursor structures of the multicellular structure, wherein the multicellular structure has a cell wall height of greater than 5 mm; c) optionally, heating at least one of the reactive monomer mixture or the mold; d) incorporating the reactive monomer mixture into the precursor structures of the multicellular structure thereby substantially filling up the precursor structures of the mold, wherein the reactive monomer mixture has a viscosity of no greater than 10,000 mPa-s when incorporated into the precursor structures of the multicellular structure and when measured according to the viscosity test method DIN EN ISO 3219:1993; e) polymerizing the polymerizable precursor of the polymeric material into the precursor structures of the mold by thermal polymerization; and f) demolding the multicellular structure formed by polymerizing the polymerizable precursor of the polymeric material. a) providing a polymerizable precursor of a polymeric material, wherein the polymerizable precursor comprises a reactive monomer mixture, and wherein the monomers of the reactive monomer mixture are selected from the group consisting of lactams, lactones, isocyanates, polyols, polyamines and any combinations or mixtures thereof; b) providing a mold comprising precursor structures of the multicellular structure, wherein the multicellular structure has a cell wall height of greater than 5 mm; c) optionally, heating at least one of the reactive monomer mixture or the mold; d) incorporating the reactive monomer mixture into the precursor structures of the multicellular structure thereby substantially filling up the precursor structures of the mold, wherein the reactive monomer mixture has a viscosity of no greater than 10,000 mPa-s when incorporated into the precursor structures of the multicellular structure and when measured according to the viscosity test method DIN EN ISO 3219:1993; e) polymerizing the polymerizable precursor of the polymeric material into the precursor structures of the mold by thermal polymerization; and f) demolding the multicellular structure formed by polymerizing the polymerizable precursor of the polymeric material.