mhurhangee/ep-ind-claims huggingface dataset:
An ablation catheter arrangement (10; 20) for high-frequency ablation of tissue portions on the wall of a hollow organ (PV, LA) or vessel of a patient, in particular for pulmonary vein isolation, said ablation catheter arrangement comprising an elongate flexible catheter body (11; 21) having an ablation catheter (13; 23) and an electrode feed line and a rinse duct in the catheter body, and also an ablation electrode (13a; 23 a) and a rinse opening at a distal end of the catheter body, an advance control means for advancing or withdrawing the distal end of the ablation catheter relative to the wall of the hollow organ or vessel, and a guide sleeve for forcibly guiding the distal end of the ablation catheter along a curved three-dimensional movement path during advance and withdrawal, wherein the guide sleeve is assigned adjustment means (25b, 25c) that are actuatable extracorporeally in order to adjust the movement path, characterised in that the adjustment means (25b, 25c) comprise an adjustable port with slide mechanism for laterally displacing a through-opening for the guide sleeve in a port body.
A process for producing surface modified bleached chemical pulp fiber comprising fluidizing a bleached chemical pulp fiber and contacting the fluidized bleached chemical pulp fiber with an aerosol of a surface modifying composition comprising a surface modifying compound.
Device for active compensation of the harmonic currents of a main current for a branching in parallel on an input circuit of a converter, comprising: - a supply current sensor; - a current generator suitable for injecting a current at the input of the converter according to the intensity of the harmonic current measured by the current sensor on a power supply line, the current generator being suitable for producing and injecting at the input of the converter, in addition to the harmonic current, a current k times greater than the harmonic current measured by the current sensor, where k is positive, characterised in that the current generator includes a linear class A amplifier comprising a transistor, a direct polarisation source of said transistor, and a pre-amplifier connecting the current sensor to the transistor, the pre-amplifier having a transfer function allowing the conversion of the current I in measured by the current sensor, into a tension equal to kRI in, applied on the base of the transistor, where R is the value of a resistance connecting the transistor to the ground (27, said transistor being then controlled linearly by the pre-amplifier. - a supply current sensor; - a current generator suitable for injecting a current at the input of the converter according to the intensity of the harmonic current measured by the current sensor on a power supply line, the current generator being suitable for producing and injecting at the input of the converter, in addition to the harmonic current, a current k times greater than the harmonic current measured by the current sensor, where k is positive, characterised in that the current generator includes a linear class A amplifier comprising a transistor, a direct polarisation source of said transistor, and a pre-amplifier connecting the current sensor to the transistor, the pre-amplifier having a transfer function allowing the conversion of the current I in measured by the current sensor, into a tension equal to kRI in, applied on the base of the transistor, where R is the value of a resistance connecting the transistor to the ground (27, said transistor being then controlled linearly by the pre-amplifier.
A gas regulating valve for a respiratory system comprising: - a main path between an inlet and an outlet, and - an evacuation path between the outlet and an evacuation orifice, wherein: - the main path is provided with at least a non-return valve (8, 9) for preventing gas to circulate from the outlet to the inlet, and - the evacuation path is provided with an obstructing membrane arranged and designed for being deformed by gas from the inlet to partially or fully obstruct the evacuation path, wherein the obstructing membrane has the form of an inflatable balloon having an aperture oriented towards the inlet characterized in that the main path comprises two lateral channels (5;6) and the evacuation path comprises a central channel, the lateral channels (5;6) running in parallel to the central channel. - a main path between an inlet and an outlet, and - an evacuation path between the outlet and an evacuation orifice, - the main path is provided with at least a non-return valve (8, 9) for preventing gas to circulate from the outlet to the inlet, and - the evacuation path is provided with an obstructing membrane arranged and designed for being deformed by gas from the inlet to partially or fully obstruct the evacuation path,
The use of water-absorbing polymer particles for absorbing blood and/or menses, the water-absorbing polymer particles being obtainable by polymerizing a foamed aqueous monomer solution or suspension comprising a) at least one ethylenically unsaturated monomer which bears acid groups and has been neutralized to an extent of 25 to 95 mol%, b) at least one crosslinker, c) at least one initiator and d) at least one surfactant, predrying the polymeric foam to a water content of 5 to 30% by weight, grinding the predried foam and subsequent drying to the desired final water content. a) at least one ethylenically unsaturated monomer which bears acid groups and has been neutralized to an extent of 25 to 95 mol%, b) at least one crosslinker, c) at least one initiator and d) at least one surfactant,
A clamping device for use in a cargo bed having a plurality of protrusions (241, 222) forming a clamping device engagement interface adapted to align with the clamping device, comprising: a handle, a body, a clamping mechanism with a plurality of fingers (310, 330), and a pull rod interconnecting the handle, body, and clamping mechanism; wherein the clamping mechanism is sized and shaped to be inserted into the clamping device engagement interface, and once within the clamping device engagement interface, the handle actuated such that the plurality of fingers (310, 330) bears against the device engagement interface; and characterised in that the clamping mechanism further includes a back side and the plurality of fingers (310, 330) includes a first finger positioned above a second finger; wherein the first finger comprises a first arm extending from the back side, a first leg substantially parallel to the back side extending from the first arm, and a first finger lip extending toward the back side from the first leg; wherein the second finger comprises a second arm extending from the back side, a second finger lip substantially parallel to the back side extending from the second arm; and wherein the first leg and the second finger lip are substantially coplanar. a handle, a body, a clamping mechanism with a plurality of fingers (310, 330), and a pull rod interconnecting the handle, body, and clamping mechanism; wherein the clamping mechanism is sized and shaped to be inserted into the clamping device engagement interface, and once within the clamping device engagement interface, the handle actuated such that the plurality of fingers (310, 330) bears against the device engagement interface; and characterised in that the clamping mechanism further includes a back side and the plurality of fingers (310, 330) includes a first finger positioned above a second finger; wherein the first finger comprises a first arm extending from the back side, a first leg substantially parallel to the back side extending from the first arm, and a first finger lip extending toward the back side from the first leg; wherein the second finger comprises a second arm extending from the back side, a second finger lip substantially parallel to the back side extending from the second arm; and wherein the first leg and the second finger lip are substantially coplanar.
A hydrous adhesive patch comprising dexmedetomidine or a salt thereof, a water-soluble polymer, a glycol and one or more fatty acid ester selected from a higher fatty acid alkyl ester and a polyhydric alcohol fatty acid ester, wherein a content of water in an adhesive gel base is 25 to 70 mass%.
A method for packaging a thin film battery comprising: a first step of measuring a stacking depth (Dp) of a stacking space (a) of a package housing; a second step of sequentially stacking a plurality of battery units in the stacking space (a) by means of a battery moving unit, wherein an electrically conductive adhesive is deposited on a bottom of the package housing or on an already stacked thin film battery unit prior to stacking the next thin film battery unit, and wherein prior to depositing said adhesive and stacking the battery units, an average depth is calculated by the controller by adding an average battery unit thickness and an average application thickness of the adhesive; and a third step of thermally curing the adhesive of the completely stacked battery units such that the battery units are electrically connected to each other. a first step of measuring a stacking depth (Dp) of a stacking space (a) of a package housing; a second step of sequentially stacking a plurality of battery units in the stacking space (a) by means of a battery moving unit, wherein an electrically conductive adhesive is deposited on a bottom of the package housing or on an already stacked thin film battery unit prior to stacking the next thin film battery unit, and wherein prior to depositing said adhesive and stacking the battery units, an average depth is calculated by the controller by adding an average battery unit thickness and an average application thickness of the adhesive; and a third step of thermally curing the adhesive of the completely stacked battery units such that the battery units are electrically connected to each other.
A process for obtaining a reservoir comprising protein-decorated nanoparticles on paper substrates which comprises the steps of: i. treatment of a paper substrate with a hydrophilic negatively charged polymer over the paper substrate; and ii. applying protein-decorated nanoparticles over the hydrophilic negatively charged polymer-modified paper substrate obtained in step (i). i. treatment of a paper substrate with a hydrophilic negatively charged polymer over the paper substrate; and ii. applying protein-decorated nanoparticles over the hydrophilic negatively charged polymer-modified paper substrate obtained in step (i).
A system for a vehicle having a trailer coupled thereto, the system comprising: a processor configured to: determine an actual trailer travel direction (T ACT) based on one or more sensor signals; receive a demanded trailer travel direction (T DEM); and estimate a distance to be travelled by the vehicle at least substantially to match the actual trailer travel direction (T ACT) with the demanded trailer travel direction (T DEM); and a display in communication with said processor operative to display system information for a driver, and wherein the display is operative to display the actual trailer travel direction (T ACT) and the demanded trailer travel direction (T DEM). a processor configured to: determine an actual trailer travel direction (T ACT) based on one or more sensor signals; receive a demanded trailer travel direction (T DEM); and estimate a distance to be travelled by the vehicle at least substantially to match the actual trailer travel direction (T ACT) with the demanded trailer travel direction (T DEM); and determine an actual trailer travel direction (T ACT) based on one or more sensor signals; receive a demanded trailer travel direction (T DEM); and estimate a distance to be travelled by the vehicle at least substantially to match the actual trailer travel direction (T ACT) with the demanded trailer travel direction (T DEM); and a display in communication with said processor operative to display system information for a driver, and wherein the display is operative to display the actual trailer travel direction (T ACT) and the demanded trailer travel direction (T DEM).
System comprising an odour trap and a receiving body (10, 10', 10", 11), wherein - the odour trap is inserted into the receiving body (10, 10', 10", 11) in an installed state - the odour trap comprises an overflow container which at an upper end in the installed state includes a container edge, - the odour trap encompasses an inlet element which can be inserted into the overflow container and comprises an inlet edge at an upper end in the installed state, - the inlet edge is arranged above the container edge of the overflow container when the inlet element is inserted into the overflow container, - the receiving body (10, 10', 10", 11) comprises a bead extending into an interior of the receiving body (10, 10', 10", 11), - the overflow container rests with its container edge on the bead of the receiving body (10, 10', 10", 11) - characterized in that the odour trap further comprises a handle connected only to the overflow container for inserting the odour trap into the receiving body (10, 10', 10", 11). - the odour trap is inserted into the receiving body (10, 10', 10", 11) in an installed state - the odour trap comprises an overflow container which at an upper end in the installed state includes a container edge, - the odour trap encompasses an inlet element which can be inserted into the overflow container and comprises an inlet edge at an upper end in the installed state, - the inlet edge is arranged above the container edge of the overflow container when the inlet element is inserted into the overflow container, - the receiving body (10, 10', 10", 11) comprises a bead extending into an interior of the receiving body (10, 10', 10", 11), - the overflow container rests with its container edge on the bead of the receiving body (10, 10', 10", 11) - characterized in that the odour trap further comprises a handle connected only to the overflow container for inserting the odour trap into the receiving body (10, 10', 10", 11).
A method for starting a user interface of an application, characterized in that, the method comprises: receiving a starting instruction for a user interface of a second application in a user interface of a first application; determining whether the user interface of the first application is currently interacting with the user interface of the second application; and if it is determined that the user interface of the first application is not currently interacting with the user interface of the second application, switching to the user interface of the second application from the user interface of the first application; and if it is determined that the user interface of the first application is currently interacting with the user interface of the second application, switching to the user interface of the second application after it is determined that the user interface of the first application is in a suspended state. receiving a starting instruction for a user interface of a second application in a user interface of a first application; determining whether the user interface of the first application is currently interacting with the user interface of the second application; and if it is determined that the user interface of the first application is not currently interacting with the user interface of the second application, switching to the user interface of the second application from the user interface of the first application; and if it is determined that the user interface of the first application is currently interacting with the user interface of the second application, switching to the user interface of the second application after it is determined that the user interface of the first application is in a suspended state.
Balancing system of a traction battery of a vehicle comprising: - the battery including a plurality of modules (3A, 3B, 3C), each module (3A, 3B, 3C) comprising a plurality of accumulators, - a plurality of energy converters (5A, 5B, 5C), each energy converter (5A, 5B, 5C) being associated with a module (3A, 3B, 3C) and to be connected to an onboard network of the vehicle, and each energy converter (5A, 5B, 5C) including a magnetic circuit and a set of windings configured to transfer energy from a module (3A, 3B, 3C) to the onboard network; each energy converter (5A, 5B, 5C) further comprising a set of additional windings configured to transfer energy from the onboard network to an accumulator, characterised in that the set of windings and the set of additional windings share the magnetic circuit. - the battery including a plurality of modules (3A, 3B, 3C), each module (3A, 3B, 3C) comprising a plurality of accumulators, - a plurality of energy converters (5A, 5B, 5C), each energy converter (5A, 5B, 5C) being associated with a module (3A, 3B, 3C) and to be connected to an onboard network of the vehicle, and each energy converter (5A, 5B, 5C) including a magnetic circuit and a set of windings configured to transfer energy from a module (3A, 3B, 3C) to the onboard network;
A method of forming a longitudinally-corrugated web, comprising: uniformly introducing into a web of medium material a full-width array of longitudinal flutes of intermediate geometry as the web travels between opposing planar arrays (210, 220) of curved flute-forming bars (212, 222) at least partially defining a web-travel pathway in a machine direction, thereby reducing the width of said web to substantially a final width that corresponds to a take-up ratio for preselected longitudinal corrugations or other three-dimensional structure to be formed in the web at said final width, wherein substantially no portion of said web traverses one of said curved flute-forming bars (212, 222) in a cross-machine direction while introducing said intermediate-geometry flutes therein, and wherein at any selected location along said web-travel pathway said longitudinal flutes define a sine wave that propagates in said cross-machine direction.
An asphalt damping sheet, characterized in that the raw material of said asphalt damping sheet comprises the following components in indicated amounts based on the total mass of the asphalt damping sheet: a paint slag-containing waste limestone powder: 20-50 parts; soft pitch: 1-5 parts; hard pitch: 11-15 parts; a non-metallic mineral: 29-59 parts; PET short fiber: 0.1-1.5 parts; said non-metallic mineral is one or more selected from the group consisting of quartz sand, pottery clay and mica powder. a paint slag-containing waste limestone powder: 20-50 parts; soft pitch: 1-5 parts; hard pitch: 11-15 parts; a non-metallic mineral: 29-59 parts; PET short fiber: 0.1-1.5 parts; said non-metallic mineral is one or more selected from the group consisting of quartz sand, pottery clay and mica powder.
Method for regulating a hybrid drive of a hybrid electric motor vehicle with all-wheel drive which has an electric energy store, and criteria for actuating the electric drive (EM1; EM1, EM2) and/or the internal combustion engine are defined on the basis of an adjustable driving mode, wherein a portion of a battery capacity of the electric energy store is reserved by means of a variable setting, characterized in that the actuation of the electric drive (EM1; EM1, EM2) and/or of the internal combustion engine of the hybrid electric motor vehicle is regulated by means of the defined criteria and by means of the variable setting, in order to make available a temporary all-wheel drive with sufficiently long use times.
A curable composition comprising an organic polymer which is at least one selected from the group consisting of polyoxyalkylene polymers, saturated hydrocarbon polymers and (meth)acrylate polymers and which has a hydrolyzable trialkoxysilyl group represented by the general formula: -Si(OR 16) 3 wherein R 16 is a substituted or unsubstituted hydrocarbon group, and three R 16 s may be each the same or different, one or more kinds selected from a titanium catalyst, an aluminum catalyst and a zirconium catalyst and a low molecular weight compound containing a hydrolyzable silicon group and having a molecular weight of from 100 to 1,000, wherein a ratio (a/b) of the total mole (a) of titanium atoms, aluminum atoms and zirconium atoms of the component to the total mole (b) of silicon atoms of the component is larger than 0.08, characterized in that said organic polymer is obtained by reacting an organic polymer having an active hydrogen-containing group at the terminal with a reactive silicon group-containing isocyanate compound represented by the general formula: O=C=N-R 22 -SiX 3 wherein R 22 is a divalent organic group and X represents a hydroxyl group or a hydrolyzable group and three Xs may be each the same or different.
A clear stable aqueous solution comprising an alkali metal silicate waterglass and a water soluble aluminate which has been partially neutralised with a hydroxy carboxylic acid, wherein the solution further comprises a polyhydric compound.
A compound of the structure: which is 6-amino-2-{[(1 S)-1-methylbutyl]oxy}-9-[5-(1-piperidinyl)pentyl]-7,9-dihydro-8 H -purin-8-one, or a salt thereof.
A bipolar electrode/separator assembly, comprising: a) a bipolar electrode-adhesive film assembly including a1) a bipolar electrode (110, 113a, 113b) holding active materials, capable of having different polarities, on central portions of top and bottom sides of a collector, respectively, and a2) adhesive films on both top and bottom surfaces of the collector with respect to at least two of four uncoated edge sides of the collector on which electrode layers (113a, 113b) are not coated in the bipolar electrode; and b) a separator stacked on one or both of top and bottom surfaces of the bipolar electrode-adhesive film assembly, said separator being a unimpregnated non-electrolyte separator which has properties of being mechanically wetted by an electrolyte when impregnated therewith; and c) wherein the collector and the separator are directly bonded by the adhesive films to thereby seal the bipolar electrode. a) a bipolar electrode-adhesive film assembly including a1) a bipolar electrode (110, 113a, 113b) holding active materials, capable of having different polarities, on central portions of top and bottom sides of a collector, respectively, and a2) adhesive films on both top and bottom surfaces of the collector with respect to at least two of four uncoated edge sides of the collector on which electrode layers (113a, 113b) are not coated in the bipolar electrode; and a1) a bipolar electrode (110, 113a, 113b) holding active materials, capable of having different polarities, on central portions of top and bottom sides of a collector, respectively, and a2) adhesive films on both top and bottom surfaces of the collector with respect to at least two of four uncoated edge sides of the collector on which electrode layers (113a, 113b) are not coated in the bipolar electrode; and b) a separator stacked on one or both of top and bottom surfaces of the bipolar electrode-adhesive film assembly, said separator being a unimpregnated non-electrolyte separator which has properties of being mechanically wetted by an electrolyte when impregnated therewith; and c) wherein the collector and the separator are directly bonded by the adhesive films to thereby seal the bipolar electrode.