mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical composition for use as a medicament, said pharmaceutical composition comprising at least two different bacterial delivery vehicles into which the same payload is packaged, wherein the payload comprises: - a nucleic acid sequence of interest under the control of a promoter; and - at least two orthogonal bacterial virus packaging sites that allow packaging into said at least two different bacterial delivery vehicles, wherein the bacterial delivery vehicles are capable of targeting at least two different bacterial strains and of introducing the payload into the at least two different bacterial strains, said bacterial strains being Escherichia coli bacterial strains, wherein said bacteria are present in a mammal organism, and wherein the at least two orthogonal bacterial virus packaging sites are at least one cos site and at least one pac site, at least one cos site and at least one concatemer junction site, at least one pac site and at least one concatemer junction site, or at least one cos site, at least one pac site and at least one concatemer junction site. - a nucleic acid sequence of interest under the control of a promoter; and - at least two orthogonal bacterial virus packaging sites that allow packaging into said at least two different bacterial delivery vehicles, wherein the bacterial delivery vehicles are capable of targeting at least two different bacterial strains and of introducing the payload into the at least two different bacterial strains, said bacterial strains being Escherichia coli bacterial strains, wherein said bacteria are present in a mammal organism, and wherein the at least two orthogonal bacterial virus packaging sites are at least one cos site and at least one pac site, at least one cos site and at least one concatemer junction site, at least one pac site and at least one concatemer junction site, or at least one cos site, at least one pac site and at least one concatemer junction site.
A method comprising: enzymatically saccharifying a cellulosic or lignocellulosic material to form a sugar solution comprising xylose and glucose; delivering the sugar solution to a microbial fuel cell containing an anti-scale agent or an anti-fouling agent; and utilizing the sugar solution in the microbial fuel cell. enzymatically saccharifying a cellulosic or lignocellulosic material to form a sugar solution comprising xylose and glucose; delivering the sugar solution to a microbial fuel cell containing an anti-scale agent or an anti-fouling agent; and utilizing the sugar solution in the microbial fuel cell.
Submarine with a CO 2 binding unit for binding the CO 2 present in the air in the interior of the submarine, where the CO 2 binding unit includes a CO 2 binder regeneratable by means of water vapour, and includes a vapour generator for generation of the water vapour, characterized in that the vapour generator is designed for combustion of hydrogen with oxygen.
A separator for a lithium secondary battery including: a base film of polyethylene or polypropylene; and a polyethylene-based powder or a polypropylene-based powder that is different from the base film provided on the base film; wherein the powder is coated on 10 to 30% of the surface area of the base film. a base film of polyethylene or polypropylene; and a polyethylene-based powder or a polypropylene-based powder that is different from the base film provided on the base film; wherein the powder is coated on 10 to 30% of the surface area of the base film.
A circuit substrate, comprising: a base formed of ceramics, and comprising: a first face; a second face, and a through hole penetrating from the first face to the second face; a through conductor: containing silver and copper as main components; disposed inside the through hole; and comprising a plurality of surfaces; and a metal layer in contact with at least one of the plurality of surfaces, wherein the through conductor includes: a eutectic region of silver and copper, disposed in a metal layer side of a diametrically center region of the through conductor; and a non-eutectic region of silver and copper, disposed in a central region of the diametrically center region of the through conductor. a base formed of ceramics, and comprising: a first face; a second face, and a through hole penetrating from the first face to the second face; a first face; a second face, and a through hole penetrating from the first face to the second face; a through conductor: containing silver and copper as main components; disposed inside the through hole; and comprising a plurality of surfaces; and containing silver and copper as main components; disposed inside the through hole; and comprising a plurality of surfaces; and a metal layer in contact with at least one of the plurality of surfaces, wherein the through conductor includes: a eutectic region of silver and copper, disposed in a metal layer side of a diametrically center region of the through conductor; and a non-eutectic region of silver and copper, disposed in a central region of the diametrically center region of the through conductor. a eutectic region of silver and copper, disposed in a metal layer side of a diametrically center region of the through conductor; and a non-eutectic region of silver and copper, disposed in a central region of the diametrically center region of the through conductor.
A method for detecting a beta-lactamase enzyme activity in a sample, comprising: contacting the sample with a photosensitizer composition comprising photosensitizers that are conjugated to a linker, wherein the linker comprises a beta-lactamase enzyme cleavage site, wherein the photosensitizers, when coupled together by the linker, are in a quenched state, and wherein the photosensitizers include a plurality of bodipy dye photosensitizers; and photoactivating the sample to induce a signal to be released from unquenched photosensitizers, and detecting the signal. contacting the sample with a photosensitizer composition comprising photosensitizers that are conjugated to a linker, wherein the linker comprises a beta-lactamase enzyme cleavage site, wherein the photosensitizers, when coupled together by the linker, are in a quenched state, and wherein the photosensitizers include a plurality of bodipy dye photosensitizers; and photoactivating the sample to induce a signal to be released from unquenched photosensitizers, and detecting the signal.
A process for converting oxygenates to hydrocarbons, comprising: introducing a feed stream comprising at least one oxygenate into a reaction zone; introducing a hydrogen gas stream into the reaction zone; contacting the feed stream and the hydrogen gas stream simultaneously with a catalyst in the reaction zone, wherein the catalyst comprises a solid microporous acid component having 8-MR to 10-MR access, wherein the hydrogen gas stream in the reaction zone has a partial pressure from greater than or equal to 1 bar (100 kPa) to less than or equal to 48 bar (4800 kPa), and the reaction zone is at a temperature from greater than or equal to 350 °C to less than or equal to 500 °C. introducing a feed stream comprising at least one oxygenate into a reaction zone; introducing a hydrogen gas stream into the reaction zone; contacting the feed stream and the hydrogen gas stream simultaneously with a catalyst in the reaction zone, wherein the catalyst comprises a solid microporous acid component having 8-MR to 10-MR access, wherein the hydrogen gas stream in the reaction zone has a partial pressure from greater than or equal to 1 bar (100 kPa) to less than or equal to 48 bar (4800 kPa), and the reaction zone is at a temperature from greater than or equal to 350 °C to less than or equal to 500 °C.
Control system for a switch (222; 224) of a voltage converter intended to be connected to a rotating electrical machine, comprising: - a microcontroller designed to receive a mode request and implementing: • a command-generating device designed to supply commands (cmd) and to transfer the mode request to an output pin of the microcontroller, and • an accidental starting detection device, - a driver designed to supply an output command signal (CMD*; CMD ∗) to the switch (222; 224), the driver being connected to the output pin to receive the transmitted mode request, the driver also being designed to generate the output command signal (CMD*; CMD ∗) from the commands (cmd) received from the microcontroller, the driver also being designed to receive a disable command (INHIB_P; INHIB_T) and, while the driver is receiving the disable command (INHIB_P; INHIB_T), to supply the output command signal (CMD*; CMD ∗) to the switch (222; 224) independently of the commands (cmd) received, characterized in that the output pin is connected to an input pin of the microcontroller to receive the transmitted mode request, and in that the accidental starting detection device is designed to detect when the transmitted mode request received on the input pin indicates a motor mode even though the mode request received by the microcontroller indicates an alternator mode, and, in this case, to send the disable command (INHIB_P; INHIB_T) to the driver. - a microcontroller designed to receive a mode request and implementing: • a command-generating device designed to supply commands (cmd) and to transfer the mode request to an output pin of the microcontroller, and • an accidental starting detection device, • a command-generating device designed to supply commands (cmd) and to transfer the mode request to an output pin of the microcontroller, and • an accidental starting detection device, - a driver designed to supply an output command signal (CMD*; CMD ∗) to the switch (222; 224), the driver being connected to the output pin to receive the transmitted mode request, the driver also being designed to generate the output command signal (CMD*; CMD ∗) from the commands (cmd) received from the microcontroller, the driver also being designed to receive a disable command (INHIB_P; INHIB_T) and, while the driver is receiving the disable command (INHIB_P; INHIB_T), to supply the output command signal (CMD*; CMD ∗) to the switch (222; 224) independently of the commands (cmd) received,
A permanent magnet type molten-metal agitator for agitating a molten metal stored in a molten metal room of a furnace body, the molten metal room is formed by a side wall and a bottom wall, the agitator comprising: a molten-metal driving room-forming part that is different body from that of the furnace body and horizontally disposed in the molten metal room, forms a driving room (AS/DR) in the furnace body for applying a driving force to the molten metal in the molten metal room to drive horizontally the molten metal both end of the molten metal room are opened, a pair of electrodes (7a, 7b) that is disposed in the driving room and are able to make electric current flow vertically in the driving room under the presence of the molten metal, and a magnetic field unit which is formed of a permanent magnet and is disposed outside the furnace body, a magnetic field unit faces horizontally the side wall, of which one pole of an N pole and an S pole faces the side wall so that horizontal magnetic lines of force outgoing from or incoming into the one pole cross the vertically flowing electric current in the driving room of the molten-metal driving room-forming part, and which generates an electromagnetic force for horizontally driving the molten metal from one end toward the other end in the driving room, the molten-metal driving room-forming part forms the driving room alone, the molten-metal driving room-forming part is formed in the shape of a cylinder of which both ends are opened, having a first opening at the one end and a second opening at the other end, the molten-metal driving room-forming part being made so that the molten-metal driving room-forming part can be horizontally disposed in the molten metal room of the furnace body, thereby the horizontal magnetic lines of force cross the vertically flowing electric current in the driving room to generate the electromagnetic force which horizontally drives the molten metal in the driving room from the first opening to the second opening. a molten-metal driving room-forming part that is different body from that of the furnace body and horizontally disposed in the molten metal room, forms a driving room (AS/DR) in the furnace body for applying a driving force to the molten metal in the molten metal room to drive horizontally the molten metal both end of the molten metal room are opened, a pair of electrodes (7a, 7b) that is disposed in the driving room and are able to make electric current flow vertically in the driving room under the presence of the molten metal, and a magnetic field unit which is formed of a permanent magnet and is disposed outside the furnace body, a magnetic field unit faces horizontally the side wall, of which one pole of an N pole and an S pole faces the side wall so that horizontal magnetic lines of force outgoing from or incoming into the one pole cross the vertically flowing electric current in the driving room of the molten-metal driving room-forming part, and which generates an electromagnetic force for horizontally driving the molten metal from one end toward the other end in the driving room,
A composition, which is a thermoplastic polymer composition comprising (a) a polyethylene polymer composition having a Melt Relaxation Product, defined as the product of (i) the Melt Flow Index and (ii) the average radius of the Cole-Cole plot (r avg) of the dynamic viscosity (η') and out-of-phase viscosity (η") of the polyethylene polymer composition, and determined by the method defined in the description, of ≤ 50,000; and (b) a salt of bicyclo[2.2.1]heptane-2,3-dicarboxylic acid. (a) a polyethylene polymer composition having a Melt Relaxation Product, defined as the product of (i) the Melt Flow Index and (ii) the average radius of the Cole-Cole plot (r avg) of the dynamic viscosity (η') and out-of-phase viscosity (η") of the polyethylene polymer composition, and determined by the method defined in the description, of ≤ 50,000; and (b) a salt of bicyclo[2.2.1]heptane-2,3-dicarboxylic acid.
A method for sterilizing a gas or liquid by bringing the gas or liquid into contact with a surface of a synthetic polymer film comprising the surface which has a plurality of first raised portions, wherein a two-dimensional size of the plurality of first raised portions is in a range of more than 20 nm and less than 500 nm when viewed in a normal direction of the synthetic polymer film; the surface has a microbicidal effect; a static contact angle of the surface with respect to hexadecane is not more than 51°; and the synthetic polymer film is formed from a resin material which comprises a UV-curable resin.
Light beam levelling device, comprising a tank containing a liquid, a platform which swims on a surface of the liquid, a light source for generating a light beam, an optical unit for defining an emission direction of the light beam, wherein the light source and the optical unit are arranged at the platform and the optical unit is aligned at the platform in such a way that the emission direction lies in an emission plane parallel to the surface of the liquid, characterized in that the tank has a window which is arranged completely below the surface of the liquid and the light beam is emitted through the window.
A multi-purpose selective solid culture medium for isolating and selecting, from samples containing it, bacteria selected from (a) colistin-resistant fermenting and non-fermenting Gram-negative bacteria and (b) vancomycin-resistant Gram-positive bacteria, characterized in that it consists essentially of an agar-agar to which is added a chromogenic agent consisting of bromocresol purple, a sugar and two antibiotic compounds consisting of vancomycin and colistin.
A vacuum cleaner having a filter for removing dirt and dust from an airflow through the cleaner, wherein a device (51, 52) is provided for vibrating the filter, characterised in that the device (51, 52) is arranged to successively vibrate the filter at a plurality of different frequencies.
A burning stove or fireplace comprising a combustion chamber and at least one damper, said burning stove or fireplace comprising a device for controlling the supply of combustion air to said combustion chamber for solid fuel, wherein said device is connected to said damper to control the supply of combustion air to said combustion chamber, said device comprising a housing comprising a chamber and having a first end and a second end E2), a piston arrangement being movable arranged inside said chamber between a first position and a second position, said piston arrangement comprising gasket means, adjustable valve means for providing a fluid communication between said chamber and the exterior of said chamber, characterized in that said adjustable valve means being configured for providing a flow of a gas to said chamber, and said device further comprising elastic force inducing means, wherein said piston arrangement is configured for being moved towards the first end of said housing to said first position, thereby forcing gas inside said chamber out of the chamber through an outlet, wherein said elastic force inducing means are connected to said piston arrangement and are configured for forcing said piston arrangement from said first position towards said second position, wherein said adjustable valve means are configured for providing gas to said chamber during said movement of the piston arrangement from said first position towards the second position, and wherein said elastic force inducing means are arranged exterior to said chamber.
A method for detecting immunoglobulin light chain restriction and clonality in B cells, the method comprising: (a) conducting a duplex in situ hybridization assay on a sample of B cells from a subject using at least one probe set which is designed to specifically hybridize to immunoglobulin kappa chain constant region (IGKCR) RNA; at least one probe set which is designed to specifically hybridize to immunoglobulin lambda chain constant region (IGLCR) RNA; and at least one probe set which is designed to specifically hybridize to immunoglobulin lambda-like polypeptide 5 (IGLL5) RNA; (b) detecting signal associated with hybridized IGKCR probe, signal associated with hybridized IGLCR probe and signal associated with hybridized IGLL5 probe in a population of B cells in the sample; and (c) determining a pattern of signal associated with hybridized IGKCR probe, hybridized IGLCR probe and hybridized IGLL5 probe within individual cells in the B cell population, wherein the pattern, where both signal associated with IGKCR probe and signal associated with IGLCR probe are present in the same B cell, and where the level of signal associated with hybridized IGLL5 probe is greater than or equal to the level of signal associated with hybridized IGLCR probe, indicates kappa restriction; or the pattern, where both signal associated with IGKCR probe and signal associated with IGLCR probe are present in the same B cell, and where the level of signal associated with hybridized IGLL5 probe is less than the level of signal associated with hybridized IGLCR probe, indicates a clonal, non-restricted sample. (a) conducting a duplex in situ hybridization assay on a sample of B cells from a subject using at least one probe set which is designed to specifically hybridize to immunoglobulin kappa chain constant region (IGKCR) RNA; at least one probe set which is designed to specifically hybridize to immunoglobulin lambda chain constant region (IGLCR) RNA; and at least one probe set which is designed to specifically hybridize to immunoglobulin lambda-like polypeptide 5 (IGLL5) RNA; (b) detecting signal associated with hybridized IGKCR probe, signal associated with hybridized IGLCR probe and signal associated with hybridized IGLL5 probe in a population of B cells in the sample; and (c) determining a pattern of signal associated with hybridized IGKCR probe, hybridized IGLCR probe and hybridized IGLL5 probe within individual cells in the B cell population, wherein the pattern, where both signal associated with IGKCR probe and signal associated with IGLCR probe are present in the same B cell, and where the level of signal associated with hybridized IGLL5 probe is greater than or equal to the level of signal associated with hybridized IGLCR probe, indicates kappa restriction; or the pattern, where both signal associated with IGKCR probe and signal associated with IGLCR probe are present in the same B cell, and where the level of signal associated with hybridized IGLL5 probe is less than the level of signal associated with hybridized IGLCR probe, indicates a clonal, non-restricted sample.
A water-floatable modular device (1; 10) for absorbing oil from a surface, comprising: a generally disk-shaped floatable cage or floating mat generally shaped or a polygon tapering towards the periphery of the cage or mat in a peripheral region thereof; and a water-repellent oil absorbent accommodated in the cage or mat, wherein the cage or mat further comprises at least one connector element (5;22) configured for joining plural ones of the modular devices (1; 10) together, to form an articulate oil absorber in which the individual cages or mats are oriented in parallel to one another, characterized by the water-repellent oil absorbent being in the shape of loosely packed strips and accommodated in the individual cage or mat so as to allow water passing through the bulk of the module to carry the oil to the absorbent strips. a generally disk-shaped floatable cage or floating mat generally shaped or a polygon tapering towards the periphery of the cage or mat in a peripheral region thereof; and a water-repellent oil absorbent accommodated in the cage or mat, wherein the cage or mat further comprises at least one connector element (5;22) configured for joining plural ones of the modular devices (1; 10) together, to form an articulate oil absorber in which the individual cages or mats are oriented in parallel to one another, characterized by the water-repellent oil absorbent being in the shape of loosely packed strips and accommodated in the individual cage or mat so as to allow water passing through the bulk of the module to carry the oil to the absorbent strips.
A sliding sleeve opening with a deployed plug, the sleeve comprising a housing defining a first bore and defining a flow port communicating the first bore outside the housing; an inner sleeve defining a second bore and being movable axially inside the first bore from a closed position to an opened position relative to the flow port, the second bore having a transition shoulder and an engagement shoulder disposed therein; and a compressible seat having a biased ring, the compressible seat disposed in a first axial position in the second bore of the inner sleeve, the compressible seat in the first axial position having an expanded state and engaging the deployed plug, the compressible seat moving the inner sleeve axially open in response to fluid pressure applied against the engaged plug, the compressible seat shifting from the first axial position past the transition shoulder to a second axial position and contracting from the expanded state to a contracted state in response to the applied fluid pressure, the compressible seat transitioned to the contracted state compressing against the engaged plug, wherein the compressible seat in the expanded state has a first contact dimension into which the engaged plug is forced, and wherein the compressible seat in the contracted state has a second contact dimension, narrower than the first contact dimension, wedged against the engaged plug forced into the compressible seat.