mhurhangee/patent-ind-claim-en huggingface dataset:
A medical probe for irreversible electroporation with irrigation, the medical probe comprising: a shaft for insertion into an organ of a patient; and a frame coupled to a distal end of the shaft, the frame comprising: a plurality of electrodes disposed on an outer surface of the frame and configured to apply irreversible electroporation (IRE) to tissue by applying voltage pulses; and one or more irrigation channels , configured to flow irrigation fluid in a vicinity of the electrodes, wherein the irrigation channels are thermally coupled to the electrodes , and are configured to flow the irrigation fluid in a closed circuit to remove heat from edges of the electrodes. a shaft for insertion into an organ of a patient; and a frame coupled to a distal end of the shaft, the frame comprising: a plurality of electrodes disposed on an outer surface of the frame and configured to apply irreversible electroporation (IRE) to tissue by applying voltage pulses; and one or more irrigation channels , configured to flow irrigation fluid in a vicinity of the electrodes, wherein the irrigation channels are thermally coupled to the electrodes , and are configured to flow the irrigation fluid in a closed circuit to remove heat from edges of the electrodes. a plurality of electrodes disposed on an outer surface of the frame and configured to apply irreversible electroporation (IRE) to tissue by applying voltage pulses; and one or more irrigation channels , configured to flow irrigation fluid in a vicinity of the electrodes, wherein the irrigation channels are thermally coupled to the electrodes , and are configured to flow the irrigation fluid in a closed circuit to remove heat from edges of the electrodes.
A method for inserting, locking and extracting an electronic module reversibly connected with a back panel of a housing structure configured with individual slots for each of the electronic modules , this method wherein in that it consists in carrying out the following steps for locking each electronic module : - introducing the electronic module in an individual slot until a start of pivoting of an effort gearing-down lever is released and triggered by a mobile link formed between a distal end of said gearing-down lever mounted to rotate on the back panel and the electronic module ; - exerting a pressure on said lever from a proximal end of this lever to continue the pivoting of the lever , move the electronic module against the back panel by the orientation of the mobile link and connect the electronic module to the back panel by a transference of the insertion efforts in a connection interface; - completing the pivoting of the lever to reach a position of automatic locking of its proximal end by triggering a locking mechanism ; and, for the extraction of each electronic module : - acting on the locking mechanism to unlock the proximal end of the lever , pivot the lever in the reverse direction of the locking direction to disconnect the electronic module by transference of the uncoupling efforts in the connection interface, and advance the electronic module in its slot before removing the electronic module . - introducing the electronic module in an individual slot until a start of pivoting of an effort gearing-down lever is released and triggered by a mobile link formed between a distal end of said gearing-down lever mounted to rotate on the back panel and the electronic module ; - exerting a pressure on said lever from a proximal end of this lever to continue the pivoting of the lever , move the electronic module against the back panel by the orientation of the mobile link and connect the electronic module to the back panel by a transference of the insertion efforts in a connection interface; - completing the pivoting of the lever to reach a position of automatic locking of its proximal end by triggering a locking mechanism ; - acting on the locking mechanism to unlock the proximal end of the lever , pivot the lever in the reverse direction of the locking direction to disconnect the electronic module by transference of the uncoupling efforts in the connection interface, and advance the electronic module in its slot before removing the electronic module .
A non-aqueous electrolyte for lithium ion battery, comprising a compound A represented by structural formula I and a compound B represented by structural formula II: wherein, in formula I, R 1 is selected from alkylene having 1-5 carbon atoms or fluorine substituted alkylene having 1-5 carbon atoms; R 2 is selected from any one of alkylene having 1-5 carbon atoms, fluorine substituted alkylene having 1-5 carbon atoms or carbonyl; in formula II, R 3 , R 4 , R 5 , R 6 , R 7 and R 8 are each independently selected from hydrogen, fluorine atom or a group containing 1-5 carbon atoms.
Computer-implemented method for detecting an anomalous telephone call, comprising the step of analyzing a telephone call associated with at least two user devices, wherein the call is analyzed remote from the at least two user devices, wherein the analysis of the call comprises the steps of: a) obtaining a call audio stream of said call; b) deriving from the call audio stream a first set of multiple features; c) determining occurrence, or a probability of occurrence, of an anomalous telephone call; characterized in, that the method comprises before the step of determining occurrence, or a probability of occurrence, of an anomalous telephone call an additional step of converting the first set of features via a model to an embedding vector of multiple features, wherein the embedding vector and the first set differ, wherein the model is configured based on a training plurality of first sets of multiple features derived from a corresponding training plurality of audio streams, wherein the features of the embedding vector according to the model are automatically generated based on a target variability criterion and that determining occurrence, or a probability of occurrence, of an anomalous telephone call is based on the embedding vector . a) obtaining a call audio stream of said call; b) deriving from the call audio stream a first set of multiple features; c) determining occurrence, or a probability of occurrence, of an anomalous telephone call;
A method for electrohydraulically forming a blank of material (150; 250) wherein - a material blank (150; 250) to be deformed is placed between a mould (130; 230) and a blank holder (140; 240), - a sealed cavity is filled with liquid wherein there are at least two electrodes (160; 260) up to a predetermined liquid level, - the material blank (150; 250) is contacted with the liquid in the cavity, - a hydraulic preforming of the material blank (150; 250) is carried out, the material blank (150; 250) being pushed towards the mould (130; 230) by the liquid from the cavity under pressure, thus undergoing a first deformation, - an electrohydraulic forming of the material blank (150; 250) is carried out, the material blank (150; 250) being pressed against the mould (130; 230) by at least one pressure wave generated by an electrical discharge between at least two electrodes (160; 260), thus undergoing a second deformation, characterised in that the liquid in the cavity is pressurised for hydraulic preforming by moving a wall of the cavity formed by the mould (130; 230), the material blank (150; 250) and the blank holder (140; 240) towards the inside of the cavity. - a material blank (150; 250) to be deformed is placed between a mould (130; 230) and a blank holder (140; 240), - a sealed cavity is filled with liquid wherein there are at least two electrodes (160; 260) up to a predetermined liquid level, - the material blank (150; 250) is contacted with the liquid in the cavity, - a hydraulic preforming of the material blank (150; 250) is carried out, the material blank (150; 250) being pushed towards the mould (130; 230) by the liquid from the cavity under pressure, thus undergoing a first deformation, - an electrohydraulic forming of the material blank (150; 250) is carried out, the material blank (150; 250) being pressed against the mould (130; 230) by at least one pressure wave generated by an electrical discharge between at least two electrodes (160; 260), thus undergoing a second deformation,
A method for forming microfluidic chips comprising: forming a base mold ; casting an intermediary template chip mold based on the base mold; casting a production mold based on the intermediary template chip mold; refining the production mold to generate a refined production mold; casting a production chip based on the refined production mold; and modifying the production chip with a hot embossing process, wherein the production chip has a plurality of microchannels , where the plurality of microchannels have dimensions of less than about one hundred microns (100 μm). forming a base mold ; casting an intermediary template chip mold based on the base mold; casting a production mold based on the intermediary template chip mold; refining the production mold to generate a refined production mold; casting a production chip based on the refined production mold; and modifying the production chip with a hot embossing process, wherein the production chip has a plurality of microchannels , where the plurality of microchannels have dimensions of less than about one hundred microns (100 μm).
A self-adhesive curable silicone elastomer composition that can achieve significant adhesion on plastic/thermoplastic/resin material substrates, especially polycarbonate material substrates comprising: (A) 5-95% by weight of one or more organopolysiloxanes containing at least 2 alkenyl groups per molecule and having a viscosity of greater than 1,000,000mPa.s at 25°C, measured according to the method mentioned in the description, (B) 0.1-40% by weight of an organopolysiloxane containing at least 2 silicon-bonded hydrogen atoms per molecule, SiH containing silicone polymers, preferred 1-5%; (C) 0.01-10% by weight of a platinum group catalyst, (D) 1-80% by weight of reinforcing and/or non-reinforcing fillers; (E) 0.1-50% by weight of one or more rubber modified epoxy resins, selected from the group of carboxyl-terminated butadiene acrylonitrile (CTBN) modified epoxy resin , hydroxyl-terminated butadiene acrylonitrile (HTBN) modified epoxy resin, amido-terminated butadiene acrylonitrile (ATBN) modified epoxy resin , epoxy-terminated butadiene acrylonitrile (ETBN) modified epoxy resin and vinyl-terminated butadiene acrylonitrile (VTBN) modified epoxy resin; and optionally additives such as one or more cure inhibitors, mold releasing agents, adhesion catalysts, silane crosslinkers and/or pigments; wherein the total weight (wt.) % of the composition is 100%. (A) 5-95% by weight of one or more organopolysiloxanes containing at least 2 alkenyl groups per molecule and having a viscosity of greater than 1,000,000mPa.s at 25°C, measured according to the method mentioned in the description, (B) 0.1-40% by weight of an organopolysiloxane containing at least 2 silicon-bonded hydrogen atoms per molecule, SiH containing silicone polymers, preferred 1-5%; (C) 0.01-10% by weight of a platinum group catalyst, (D) 1-80% by weight of reinforcing and/or non-reinforcing fillers; (E) 0.1-50% by weight of one or more rubber modified epoxy resins, selected from the group of carboxyl-terminated butadiene acrylonitrile (CTBN) modified epoxy resin , hydroxyl-terminated butadiene acrylonitrile (HTBN) modified epoxy resin, amido-terminated butadiene acrylonitrile (ATBN) modified epoxy resin , epoxy-terminated butadiene acrylonitrile (ETBN) modified epoxy resin and vinyl-terminated butadiene acrylonitrile (VTBN) modified epoxy resin; and optionally additives such as one or more cure inhibitors, mold releasing agents, adhesion catalysts, silane crosslinkers and/or pigments;
A releasable medical drape for providing a seal over a tissue site on a patient, the releasable medical drape comprising: a liquid-impermeable-vapor-permeable layer which is a breathable flexible film having a first side and a second, patient-facing side ; and a pressure-sensitive adhesive layer having a first side and a second, patient-facing side , wherein the first side of the pressure-sensitive adhesive layer is coupled to the second, patient-facing side of the liquid-impermeable-vapor-permeable layer , characterised in that the releasable medical drape comprises a soft-gel release layer having a stiffness between 5 Shore OO and 80 Shore OO, a plurality of apertures , and having a first side and a second, patient-facing side , wherein the first side of the soft-gel release layer is coupled to the second, patient-facing side of the pressure-sensitive adhesive layer , wherein the pressure-sensitive adhesive layer is configured to extend at least partially through the plurality of apertures in the soft-gel release layer when hand pressure is applied to the first side of the liquid-impermeable-vapor-permeable layer , and wherein the plurality of apertures has an average effective diameter in the range of about 6 mm to about 50 mm. a liquid-impermeable-vapor-permeable layer which is a breathable flexible film having a first side and a second, patient-facing side ; and a pressure-sensitive adhesive layer having a first side and a second, patient-facing side , wherein the first side of the pressure-sensitive adhesive layer is coupled to the second, patient-facing side of the liquid-impermeable-vapor-permeable layer , characterised in that the releasable medical drape comprises a soft-gel release layer having a stiffness between 5 Shore OO and 80 Shore OO, a plurality of apertures , and having a first side and a second, patient-facing side , wherein the first side of the soft-gel release layer is coupled to the second, patient-facing side of the pressure-sensitive adhesive layer , wherein the pressure-sensitive adhesive layer is configured to extend at least partially through the plurality of apertures in the soft-gel release layer when hand pressure is applied to the first side of the liquid-impermeable-vapor-permeable layer , and wherein the plurality of apertures has an average effective diameter in the range of about 6 mm to about 50 mm.
A speaker driver comprising an amplifier comprising an amplifier output terminal and an amplifier input terminal , wherein the amplifier is configured to: receive a test signal at the amplifier input terminal, wherein the test signal comprises a series of a plurality of equivalent test-blocks having equivalent frequency spectrum and duration; and provide measurement-signalling for a speaker at the amplifier output terminal, the measurement-signalling comprising a series of a plurality of measurement-blocks, wherein each of the measurement-blocks corresponds to an output provided by the amplifier in response to a respective one of the plurality of test-blocks provided to the amplifier input terminal; an output-current-sensor configured to: measure a current level of the measurement-signalling, and provide sensed-signalling as an output, wherein the sensed-signalling comprises a plurality of sensed-blocks, wherein each of the plurality of sensed-blocks corresponds to a respective one of the plurality of measurement-blocks of the measurement-signalling; and a processor configured to either: (a) combine the plurality of sensed-blocks to provide a time-averaged-block; and determine a frequency-spectrum of the time-averaged-block to provide a time-averaged-frequency-spectrum-block; or (b) determine a frequency-spectrum of each of the plurality of sensed-blocks to provide a plurality of frequency-spectrum-sensed-blocks; and combine the plurality of frequency-spectrum-sensed-blocks to provide a time-averaged-frequency-spectrum-block. receive a test signal at the amplifier input terminal, wherein the test signal comprises a series of a plurality of equivalent test-blocks having equivalent frequency spectrum and duration; and provide measurement-signalling for a speaker at the amplifier output terminal, the measurement-signalling comprising a series of a plurality of measurement-blocks, wherein each of the measurement-blocks corresponds to an output provided by the amplifier in response to a respective one of the plurality of test-blocks provided to the amplifier input terminal; measure a current level of the measurement-signalling, and provide sensed-signalling as an output, wherein the sensed-signalling comprises a plurality of sensed-blocks, wherein each of the plurality of sensed-blocks corresponds to a respective one of the plurality of measurement-blocks of the measurement-signalling; and (a) combine the plurality of sensed-blocks to provide a time-averaged-block; and determine a frequency-spectrum of the time-averaged-block to provide a time-averaged-frequency-spectrum-block; or (b) determine a frequency-spectrum of each of the plurality of sensed-blocks to provide a plurality of frequency-spectrum-sensed-blocks; and combine the plurality of frequency-spectrum-sensed-blocks to provide a time-averaged-frequency-spectrum-block.
A vapour provision apparatus comprising: a vapour generation chamber containing a vaporiser for generating vapour from a vapour precursor material; and an air channel wall defining an air channel between the vapour generation chamber and a vapour outlet at a mouthpiece end of the vapour provision apparatus through which a user can inhale vapour during use; wherein an inner surface of the air channel wall is provided with at least one protrusion extending into the air channel to modify a flow of air in the air channel by imparting a degree of rotation about an axis of extent of the air channel during use; and wherein the at least one protrusion defines at least one protrusion wall extending into the air channel and having a surface inclined at a non-zero angle of at least 10 degrees to an axis of extent of the air channel; and wherein the at least one protrusion covers between 20% and 80% of the cross-sectional area of the airflow channel in a plane perpendicular to its axis of extent . a vapour generation chamber containing a vaporiser for generating vapour from a vapour precursor material; and an air channel wall defining an air channel between the vapour generation chamber and a vapour outlet at a mouthpiece end of the vapour provision apparatus through which a user can inhale vapour during use; wherein an inner surface of the air channel wall is provided with at least one protrusion extending into the air channel to modify a flow of air in the air channel by imparting a degree of rotation about an axis of extent of the air channel during use; and wherein the at least one protrusion defines at least one protrusion wall extending into the air channel and having a surface inclined at a non-zero angle of at least 10 degrees to an axis of extent of the air channel; and wherein the at least one protrusion covers between 20% and 80% of the cross-sectional area of the airflow channel in a plane perpendicular to its axis of extent .
Air vent with a control element and a frame-shaped air guide element , which is mounted, in the region of the air outlet opening of a housing of the air vent , to be pivotable about its longitudinal axis, wherein - the control element is mounted in the frame-shaped air guide element to be pivotable for setting the direction of exiting air, - the control element extends parallel to opposite first side walls of the frame-shaped air guide element , - the control element extends over the opening, which is formed by the frame-shaped air guide element , between opposite second side walls , which are orthogonal to the first side walls , of the frame-shaped air guide element , - the first side walls have a greater length than the second side walls , - the first side walls extend parallel to the pivot axis of the frame-shaped air guide element , - the pivot axis of the control element extends in the frame-shaped air guide element orthogonally to the pivot axis of the frame-shaped air guide element , - the control element is coupled with a group of slats , the pivot axles of which extend parallel to the pivot axis of the control element in the frame-shaped air guide element and are pivotably mounted in the housing upstream of the frame-shaped air guide element in the air flow direction, and - the control element is formed as air guide element. - the control element is mounted in the frame-shaped air guide element to be pivotable for setting the direction of exiting air, - the control element extends parallel to opposite first side walls of the frame-shaped air guide element , - the control element extends over the opening, which is formed by the frame-shaped air guide element , between opposite second side walls , which are orthogonal to the first side walls , of the frame-shaped air guide element , - the first side walls have a greater length than the second side walls , - the first side walls extend parallel to the pivot axis of the frame-shaped air guide element , - the pivot axis of the control element extends in the frame-shaped air guide element orthogonally to the pivot axis of the frame-shaped air guide element , - the control element is coupled with a group of slats , the pivot axles of which extend parallel to the pivot axis of the control element in the frame-shaped air guide element and are pivotably mounted in the housing upstream of the frame-shaped air guide element in the air flow direction, and - the control element is formed as air guide element.
A method for obtaining NK cells, comprising: (a) collecting a monocyte sample by separating the monocytes from a peripheral blood sample by using an antibody specific for a surface marker of the monocytes; (b) collecting, as an NK cell sample, cell populations remaining after the separation of the monocytes; and (c) growing the NK cells by culturing the NK cell sample by use of a medium containing an anti-CD56 antibody. (a) collecting a monocyte sample by separating the monocytes from a peripheral blood sample by using an antibody specific for a surface marker of the monocytes; (b) collecting, as an NK cell sample, cell populations remaining after the separation of the monocytes; and (c) growing the NK cells by culturing the NK cell sample by use of a medium containing an anti-CD56 antibody.
Method for friction coefficient determination; wherein a first wheel of a vehicle is braked such that a degree of slip between the first wheel of the vehicle and a roadway is less than a degree of slip between a second wheel of the vehicle and the roadway; and wherein a friction coefficient between the first wheel and the roadway is determined on the basis of the behaviour of the first wheel during the braking operation, characterized in that the first wheel is braked such that it at least intermittently locks. a friction coefficient between the first wheel and the roadway is determined on the basis of the behaviour of the first wheel during the braking operation, characterized in that the first wheel is braked such that it at least intermittently locks.