mhurhangee/ep-ind-claims huggingface dataset:
A transfection reagent composition comprising: (a) 40 MOL% of 1,17-bis(2-octylcyclopropyl)heptadecan-9-yl-4-(dimethylamino)butanoate, or a pharmaceutically acceptable salt thereof; (b) 10-40 MOL% 1,2-dioleoyl-sn-glycero-3-phosphoethanolamine (DOPE); (c) 10-20 MOL% cholesterol; and (d) 2.5MOL% stabilizing agent. (a) 40 MOL% of 1,17-bis(2-octylcyclopropyl)heptadecan-9-yl-4-(dimethylamino)butanoate, or a pharmaceutically acceptable salt thereof; (b) 10-40 MOL% 1,2-dioleoyl-sn-glycero-3-phosphoethanolamine (DOPE); (c) 10-20 MOL% cholesterol; and (d) 2.5MOL% stabilizing agent.
A method of transferring a mixed drug from a drug mixing device in which drug has been mixed to a drug administration device comprising the steps of: a) preparing the mixed drug in the drug mixing device; b) establishing a fluid coupling in an initial configuration between the drug mixing device and the drug administration device to create an assembly comprising the drug mixing device and drug administration device, wherein the drug administration device is located above the drug mixing device; c) inverting the assembly to position it in an inverted configuration such that the drug administration device is located below the drug mixing device; and d) causing a flow of the mixed drug from the drug mixing device to the drug administration device when the assembly is in the inverted configuration. a) preparing the mixed drug in the drug mixing device; b) establishing a fluid coupling in an initial configuration between the drug mixing device and the drug administration device to create an assembly comprising the drug mixing device and drug administration device, wherein the drug administration device is located above the drug mixing device; c) inverting the assembly to position it in an inverted configuration such that the drug administration device is located below the drug mixing device; and d) causing a flow of the mixed drug from the drug mixing device to the drug administration device when the assembly is in the inverted configuration.
A device for storing and providing pipette tips comprising: • a plate-shaped carrier with a substantially rectangular base surface, • a plurality of holes in the carrier aligned perpendicular to the base surface, • at least one vertically running cutout in the outer sides of two opposing narrow sides (16, 17) of the carrier that are dimensioned to each at least partially accommodate two vertical guide ribs at a distance from each other, each having a rib width of 2.5 mm to 4 mm and a rib height of 2.5 mm to 4 mm, • pipette tips inserted in the holes, • a bottom part with sidewalls (34 to 37) that extend upwards from a standing surface, said sidewalls surrounding a rectangular seat for the carrier with the inserted pipette tips, wherein two opposing first sidewalls (34, 35) project further upward from the standing surface than two opposing second sidewalls (35, 36), • means to support (43, 44) on the inner sides of at least two opposing sidewalls that are constituted such that they support the carrier in a horizontal alignment at the bottom edges of narrow sides (16, 17) below the top edges of all sidewalls (34 to 37), and • two vertical guide ribs at a distance from each other, each having a rib width of 2.5 mm to 4 mm and a rib height of 2.5 mm to 4 mm on the inner side of each first sidewall (34, 35), wherein the two guide ribs engage in the at least one cutout in a narrow side (16, 17) of the carrier when the carrier is placed on the supporting means (43, 44). • a plate-shaped carrier with a substantially rectangular base surface, • a plurality of holes in the carrier aligned perpendicular to the base surface, • at least one vertically running cutout in the outer sides of two opposing narrow sides (16, 17) of the carrier that are dimensioned to each at least partially accommodate two vertical guide ribs at a distance from each other, each having a rib width of 2.5 mm to 4 mm and a rib height of 2.5 mm to 4 mm, • pipette tips inserted in the holes, • a bottom part with sidewalls (34 to 37) that extend upwards from a standing surface, said sidewalls surrounding a rectangular seat for the carrier with the inserted pipette tips, wherein two opposing first sidewalls (34, 35) project further upward from the standing surface than two opposing second sidewalls (35, 36), • means to support (43, 44) on the inner sides of at least two opposing sidewalls that are constituted such that they support the carrier in a horizontal alignment at the bottom edges of narrow sides (16, 17) below the top edges of all sidewalls (34 to 37), and • two vertical guide ribs at a distance from each other, each having a rib width of 2.5 mm to 4 mm and a rib height of 2.5 mm to 4 mm on the inner side of each first sidewall (34, 35), wherein the two guide ribs engage in the at least one cutout in a narrow side (16, 17) of the carrier when the carrier is placed on the supporting means (43, 44).
A fixing member included on a fixing rotational body having a heat source built therein, wherein: the fixing rotational body is configured to fix unfixed toner onto a recording medium as the recording medium carrying the unfixed toner passes through a nip portion formed between the fixing rotational body and a pressurizing unit that comes into pressure contact with the fixing rotational body via the recording medium; and the fixing member is made of silicon rubber comprising carbon fibers, wherein bubbles are formed in the silicon rubber; characterized in that: the carbon fibers included in the silicon rubber are in contact with each other such that the carbon fibers act as paths for transferring heat; and the carbon fibers in the silicon rubber comprise non-adhering portions protruding into vacant spaces, which are continuous bubbles connected via bubble continuation parts, and carbon fibers, so that the gas inside the bubbles can flow through the bubble continuation parts when the bubbles are deformed. the fixing rotational body is configured to fix unfixed toner onto a recording medium as the recording medium carrying the unfixed toner passes through a nip portion formed between the fixing rotational body and a pressurizing unit that comes into pressure contact with the fixing rotational body via the recording medium; and the fixing member is made of silicon rubber comprising carbon fibers, wherein bubbles are formed in the silicon rubber; the carbon fibers included in the silicon rubber are in contact with each other such that the carbon fibers act as paths for transferring heat; and the carbon fibers in the silicon rubber comprise non-adhering portions protruding into vacant spaces, which are continuous bubbles connected via bubble continuation parts, and carbon fibers, so that the gas inside the bubbles can flow through the bubble continuation parts when the bubbles are deformed.
A method performed by a user equipment or a processor of the user equipment, comprising: obtaining from a base station, a statistical window; characterized by further obtaining from the base station a measurement duration in the statistical window and a measurement periodicity in the statistical window, the measurement duration is a time length for which a signal on an unlicensed frequency is sampled in the measurement periodicity and the statistical window is a time length in which received signal strength indicator, RSSI, values of samples of the signal are taken statistics of; and the method further comprising: determining according to the measurement duration and the measurement periodicity, the RSSI values of the samples of the signal in the statistical window, comprising: sampling the signal using a sampling interval of a symbol, according to the measurement duration and the measurement periodicity; determining the RSSI values of the samples of the signal at the sampling moments in the statistical window; determining statistics on the RSSI values of the samples of the signal, and obtaining a statistical result of the RSSI values of the samples of the signal; reporting to the base station, the statistical result of the RSSI values of the samples of the signal. obtaining from a base station, a statistical window; characterized by further obtaining from the base station a measurement duration in the statistical window and a measurement periodicity in the statistical window, the measurement duration is a time length for which a signal on an unlicensed frequency is sampled in the measurement periodicity and the statistical window is a time length in which received signal strength indicator, RSSI, values of samples of the signal are taken statistics of; and the method further comprising: determining according to the measurement duration and the measurement periodicity, the RSSI values of the samples of the signal in the statistical window, comprising: sampling the signal using a sampling interval of a symbol, according to the measurement duration and the measurement periodicity; determining the RSSI values of the samples of the signal at the sampling moments in the statistical window; sampling the signal using a sampling interval of a symbol, according to the measurement duration and the measurement periodicity; determining the RSSI values of the samples of the signal at the sampling moments in the statistical window; determining statistics on the RSSI values of the samples of the signal, and obtaining a statistical result of the RSSI values of the samples of the signal; reporting to the base station, the statistical result of the RSSI values of the samples of the signal.
A circuit board having, at least one metal pattern layer; a thermally conductive plate, having a plane; at least one electrically insulating layer, disposed between the metal pattern layer and the plane and partially covering the plane; and at least one electrically insulating material, covering the plane where is not covered by the electrically insulating layer, and contacting with the thermally conductive plate, wherein the electrically insulating layer, exposes the electrically insulating material, and a thermal conductivity of the electrically insulating material is larger than a thermal conductivity of the electrically insulating layer, characterized in that the thermally conductive plate comprises: a plurality of thermally conductive substrates, wherein one of the thermally conductive substrates has the plane; at least one thermally conductive pattern, disposed between the thermally conductive substrates; and at least one inner electrically insulating layer, disposed between the thermally conductive substrate, wherein both the thermally conductive pattern and the inner electrically insulating layer touch the thermally conductive substrates, and a thermal conductivity of the thermally conductive pattern is larger than a thermal conductivity of the inner electrically insulating layer. a plurality of thermally conductive substrates, wherein one of the thermally conductive substrates has the plane; at least one thermally conductive pattern, disposed between the thermally conductive substrates; and at least one inner electrically insulating layer, disposed between the thermally conductive substrate, wherein both the thermally conductive pattern and the inner electrically insulating layer touch the thermally conductive substrates, and a thermal conductivity of the thermally conductive pattern is larger than a thermal conductivity of the inner electrically insulating layer.
A current detector of an inductive load comprising: an inductive load; a switching element connected in series with said inductive load which controls an electric current to be carried through said inductive load by ON/OFF operation; a current circulating diode connected in parallel with said inductive load which circulates an electric current of the inductive load when said switching element is OFF; current detecting means making a sampling in a cycle of a predetermined sampling period to detect an electric current to be carried through said switching element or a circulated current to be carried through said current circulating diode; and current correcting means making a correction with respect to an electric current value having been detected at said current detecting means, characterised in that said current correcting means changes the correction rate based on DUTY of a pulse with which said switching element is brought in ON/OFF operation. an inductive load; a switching element connected in series with said inductive load which controls an electric current to be carried through said inductive load by ON/OFF operation; a current circulating diode connected in parallel with said inductive load which circulates an electric current of the inductive load when said switching element is OFF; current detecting means making a sampling in a cycle of a predetermined sampling period to detect an electric current to be carried through said switching element or a circulated current to be carried through said current circulating diode; and current correcting means making a correction with respect to an electric current value having been detected at said current detecting means, characterised in that said current correcting means changes the correction rate based on DUTY of a pulse with which said switching element is brought in ON/OFF operation.
Method for purifying wastewater contaminated with electrolytes and dyes, comprising the steps of: a) neutralizing the electrolyte salts by adding at least one first neutralizing agent, b) sedimentation of precipitable impurities and deposition of relatively clean water, c) diluting the neutralized water with fresh water, depending on the conductivity of the neutralized water, d) binding the dyes by adding at least one dye pigment binder, e) flocculation of the bound dye pigments by addition of at least one flocculant, f) accelerating flake formation by adding at least one flake-forming accelerator, g) sedimentation of precipitable impurities and deposition of relatively clean water, h) filtration of the treated water with a first filtration medium, i) filtration of the treated and filtered water with a second filtration medium, j) neutralization of the electrolyte salts by addition of at least one second neutralizing agent, k) reverse osmosis of the neutralized saline solution. a) neutralizing the electrolyte salts by adding at least one first neutralizing agent, b) sedimentation of precipitable impurities and deposition of relatively clean water, c) diluting the neutralized water with fresh water, depending on the conductivity of the neutralized water, d) binding the dyes by adding at least one dye pigment binder, e) flocculation of the bound dye pigments by addition of at least one flocculant, f) accelerating flake formation by adding at least one flake-forming accelerator, g) sedimentation of precipitable impurities and deposition of relatively clean water, h) filtration of the treated water with a first filtration medium, i) filtration of the treated and filtered water with a second filtration medium, j) neutralization of the electrolyte salts by addition of at least one second neutralizing agent, k) reverse osmosis of the neutralized saline solution.
Hand-held measuring device for measuring the pH value of wounds at a measuring point, wherein the hand-held measuring device comprises a housing, a detachable protective cover at least partially surrounding the housing and a detection and evaluation unit made up of at least two elements, wherein the evaluation unit is configured as element of the detection and evaluation unit and is designed for the processing of the measuring signals detected by the detection unit, wherein at least one element of the detection and evaluation unit is arranged in or on the housing and at least one element of the detection and evaluation unit is designed as a component part of the protective cover, wherein the at least one element of the detection and evaluation unit designed as component part of the protective cover is an electrical detection element which is designed to provide an electrical signal dependent on the respectively measured pH value, wherein the protective cover comprises a circuit and the evaluation unit arranged in or on the housing comprises a receiving and transmitting unit which interacts with the circuit, wherein the electrical detection element is part of the circuit, characterised in that the circuit is designed for the wireless transmission of measuring values detected by the detection unit to the receiving and transmitting unit.
An erosion testing assembly for measuring the degree of erosion damage to a surface of a component, the testing assembly comprising: an erosion gun, the erosion gun operable in use to erode the surface; a profile measuring device, the profile measuring device operable in use to measure a profile of the surface before or after the erosion; characterized in that the testing assembly further comprises a shroud attachable to the component, the shroud being adapted to receive either the erosion gun or the profile measuring device, the one replacing the other. an erosion gun, the erosion gun operable in use to erode the surface; a profile measuring device, the profile measuring device operable in use to measure a profile of the surface before or after the erosion; characterized in that the testing assembly further comprises a shroud attachable to the component, the shroud being adapted to receive either the erosion gun or the profile measuring device, the one replacing the other.
AN ABC transporter ATP-binding protein variant consisting of an amino acid sequence represented by SEQ ID NO: 1, wherein valine, which is an amino acid corresponding to position 199 of SEQ ID NO: 3, is substituted with methionine.
A method for detecting smoke, comprising the steps of: coupling an ionization chamber to a capacitive voltage divider circuit; determining a change in a capacitance of the ionization chamber using the CVD circuit by: determining a first change in the capacitance of the ionization chamber when the ionization chamber is at a first polarity; determining a second change in the capacitance of the ionization chamber when the ionization chamber is at a second polarity; determining a difference between the first change and the second change; and using the difference in determining the change in the capacitance of the ionization chamber; and detecting the presence of smoke by detecting a predetermined change in the capacitance. coupling an ionization chamber to a capacitive voltage divider circuit; determining a change in a capacitance of the ionization chamber using the CVD circuit by: determining a first change in the capacitance of the ionization chamber when the ionization chamber is at a first polarity; determining a second change in the capacitance of the ionization chamber when the ionization chamber is at a second polarity; determining a difference between the first change and the second change; and using the difference in determining the change in the capacitance of the ionization chamber; and determining a first change in the capacitance of the ionization chamber when the ionization chamber is at a first polarity; determining a second change in the capacitance of the ionization chamber when the ionization chamber is at a second polarity; determining a difference between the first change and the second change; and using the difference in determining the change in the capacitance of the ionization chamber; detecting the presence of smoke by detecting a predetermined change in the capacitance.
An output module for an industrial controller, the output module being configured with a peer-to-peer connection with an input module of the industrial controller, wherein the output module comprises: a plurality of output terminals configured to generate an output signal; a first interface adapted to receive control data from a central processor of the industrial controller; a second interface adapted to receive the status of at least one input signal from the input module of the industrial controller via the peer-to-peer connection; a memory device configured to store a series of instructions; a processor configured to execute the series of instructions to generate the output signals for each output terminal as a function of the control data from the central processor and of the status of the at least one input signal from the input module. a plurality of output terminals configured to generate an output signal; a first interface adapted to receive control data from a central processor of the industrial controller; a second interface adapted to receive the status of at least one input signal from the input module of the industrial controller via the peer-to-peer connection; a memory device configured to store a series of instructions; a processor configured to execute the series of instructions to generate the output signals for each output terminal as a function of the control data from the central processor and of the status of the at least one input signal from the input module.
A system for immobilizing an anatomy of a patient, the system comprising: - at least one preform formed from a low melting temperature thermoplastic, the preform being configured to be formed to the anatomy of the patient; - at least one frame coupled to the at least one preform; - at least one support which is positioned on a patient support such that a top surface thereof is positioned anterior to a patient support surface, the support being configured to support the anatomy of the patient; - at least one lock mechanism coupled to the at least one frame and configured to couple the at least one frame to the at least one support; and at least one adjuster mechanism coupled to at least one of the at least one frame and the at least one support and configured to selectively adjust a distance between the at least one frame and the at least one support while the at least one frame is coupled to the at least one support. - at least one preform formed from a low melting temperature thermoplastic, the preform being configured to be formed to the anatomy of the patient; - at least one frame coupled to the at least one preform; - at least one support which is positioned on a patient support such that a top surface thereof is positioned anterior to a patient support surface, the support being configured to support the anatomy of the patient; - at least one lock mechanism coupled to the at least one frame and configured to couple the at least one frame to the at least one support; and at least one adjuster mechanism coupled to at least one of the at least one frame and the at least one support and configured to selectively adjust a distance between the at least one frame and the at least one support while the at least one frame is coupled to the at least one support.
Filter arrangement, in particular air filter arrangement, having a filter housing, a main filter element which features an end disc with a first sealing element for sealing the main filter element against the filter housing, and a secondary filter element which features an end disc with a second sealing element for sealing the secondary filter element against the filter housing, wherein the main filter element and the secondary filter element are accommodated in the filter housing, wherein the end disc of the secondary filter element is disposed between the end disc of the main filter element and the filter housing with respect to a longitudinal direction of the filter arrangement, wherein the end disc of the secondary filter element is disposed inside a flow cross-section (A 28) of a fluid outlet of the filter housing, wherein the end disc of the main filter element and the end disc of the secondary filter element support each other at least sectionwise in axial direction, wherein the filter housing features a plurality of supporting ribs which protrude radially into the flow cross-section (A 28) of the fluid outlet, and wherein the end disc of the secondary filter element is disposed between the end disc of the main filter element and the supporting ribs.