mhurhangee/ep-ind-claims huggingface dataset:
A manufacturing method for an electrode comprising: a step of forming an electrode active material layer and a resistance layer, by applying a resistance layer composition including inorganic additives and an electrode slurry, including an electrode active material on a current collector; a step of drying the current collector in which the electrode active material layer and the resistance layer are formed; and a step of forming the electrode in which an electrode tab is formed at one end by notching the dried current collector, and in the step of forming the electrode active material layer and the resistance layer is performed by one slot die (200;300) in which two discharge ports formed by two columns adjacent to opposite ends of the electrode active material layer based on width direction of the current collector are formed; and wherein the resistance layer composition includes 60 to 90wt% of inorganic additives and 10 to 40wt% of binder. a step of forming an electrode active material layer and a resistance layer, by applying a resistance layer composition including inorganic additives and an electrode slurry, including an electrode active material on a current collector; a step of drying the current collector in which the electrode active material layer and the resistance layer are formed; and a step of forming the electrode in which an electrode tab is formed at one end by notching the dried current collector, and in the step of forming the electrode active material layer and the resistance layer is performed by one slot die (200;300) in which two discharge ports formed by two columns adjacent to opposite ends of the electrode active material layer based on width direction of the current collector are formed; and wherein the resistance layer composition includes 60 to 90wt% of inorganic additives and 10 to 40wt% of binder.
An siRNA expression vector capable of inhibiting or extinguishing the expression of a target gene in a mammalian cell, which vector is characterized in that it comprises: a bacterial cassette comprising a bacterial origin of replication and a bacterial selectable marker M1, a cassette for selection in eukaryotic cells comprising a selectable marker M2 for eukaryotic cells, and in particular for mammalian cells, in particular mammalian cells, under the control of an appropriate promoter, an EBV cassette comprising: (i) at least one fragment of the Epstein-Barr virus nuclear antigen 1 (EBNA-1) that derives from the vector p205 and in which 700 of the 717 bp of the Gly-Gly-Ala repeat of the B95-8 virus have been deleted, (ii) at least one fragment of the family of repeats comprising between 6 and 20 repeats of the 30 bp motif, each copy containing a binding site for the EBNA-1 viral protein, and elements for primary termination of replication and (iii) the double symmetry (DYAD) region, and an siRNA transcription cassette comprising at least one region encoding an siRNA corresponding to the target gene to be inhibited or to be extinguished, under the control of regulatory elements for transcription in mammalian cells, which regulatory elements include at least one promoter capable of transcribing an siRNA in mammalian cells and a transcription terminator; said transcription cassette is immediately downstream of the transcription initiation site; Said vector being characterized in that: - Said siRNA transcription cassette contains a H1 promoter, - said region encoding an siRNA is a shRNA, and - said siRNA transcription cassette and EBV cassette are in reverse orientation. a bacterial cassette comprising a bacterial origin of replication and a bacterial selectable marker M1, a cassette for selection in eukaryotic cells comprising a selectable marker M2 for eukaryotic cells, and in particular for mammalian cells, in particular mammalian cells, under the control of an appropriate promoter, an EBV cassette comprising: (i) at least one fragment of the Epstein-Barr virus nuclear antigen 1 (EBNA-1) that derives from the vector p205 and in which 700 of the 717 bp of the Gly-Gly-Ala repeat of the B95-8 virus have been deleted, (ii) at least one fragment of the family of repeats comprising between 6 and 20 repeats of the 30 bp motif, each copy containing a binding site for the EBNA-1 viral protein, and elements for primary termination of replication and (iii) the double symmetry (DYAD) region, and an siRNA transcription cassette comprising at least one region encoding an siRNA corresponding to the target gene to be inhibited or to be extinguished, under the control of regulatory elements for transcription in mammalian cells, which regulatory elements include at least one promoter capable of transcribing an siRNA in mammalian cells and a transcription terminator; said transcription cassette is immediately downstream of the transcription initiation site; - Said siRNA transcription cassette contains a H1 promoter, - said region encoding an siRNA is a shRNA, and - said siRNA transcription cassette and EBV cassette are in reverse orientation.
A stainless steel powder comprising in weight %: up to 0.1% of C, 0.5-3% of Si, up to 0.5% of Mn, 20-27% of Cr, 3-8% of Ni, 1-6% of Mo, up to 3% of W, up to 0.1% N, up to 4% of Cu, up to 0.04% of P, up to 0.04% of S, unavoidable impurities up to 0.8% whereof Sn may be present up to 0.2%, optionally one or more of up to 0.004% B, up to 1% Nb, up to 0.5% Hf, up to 1% Ti, up to 1% Co, rest Fe. up to 0.1% of C, 0.5-3% of Si, up to 0.5% of Mn, 20-27% of Cr, 3-8% of Ni, 1-6% of Mo, up to 3% of W, up to 0.1% N, up to 4% of Cu, up to 0.04% of P, up to 0.04% of S, unavoidable impurities up to 0.8% whereof Sn may be present up to 0.2%, optionally one or more of up to 0.004% B, up to 1% Nb, up to 0.5% Hf, up to 1% Ti, up to 1% Co, rest Fe.
A pocket spring mattress for use in a bedding or seating product comprising a plurality of interconnected coil springs enclosed in continuous covers forming strings of pockets accommodating the coil springs, the coil springs within each string being separated by transversal connection lines (33; 33'; 33a, 33b), and a plurality of such strings being arranged in parallel with each other and connected to each other, the coil springs each having an upper and a lower end (41, 42), and the pocket spring mattress further comprising a cushioning pad located above the upper end of each coil spring, wherein the covers forming strings of pockets provide first compartments enclosing the coil springs, and second compartments enclosing the cushioning pads, said first and second compartments (21,22) being separated from each other, wherein adjacent coil springs within each string are spaced apart by an interjacent separation distance, said separation distance exceeding at least 20 percent of the diameter of the largest one of the spiral turns of the adjacent coil springs, and in that the cushioning pads each has a length extension in the longitudinal direction of the strings exceeding the diameter of the largest one of the spiral turns of the corresponding coil spring, wherein the cushioning pads are arranged essentially centralized over each corresponding coil spring, so that each cushioning pad extends out from the corresponding coil spring with essentially the same length on each side, both in the length direction of the strings and in the width direction of the strings.
A valve arrangement for a guided wave radar level gauge comprising: a valve housing holding a movable valve element having a through-opening, the movable valve element being configured to be movable between an open position and a closed position; a probe section arranged in the through-opening of the movable valve element; upper and lower probe sections (210, 212) located on respective sides of the movable valve element; characterised in that it comprises a spring-loaded connection assembly configured to form an electrical connection between the upper and the lower probe section via the probe section in the movable valve element when the movable valve element is in an open position. a valve housing holding a movable valve element having a through-opening, the movable valve element being configured to be movable between an open position and a closed position; a probe section arranged in the through-opening of the movable valve element; upper and lower probe sections (210, 212) located on respective sides of the movable valve element; characterised in that it comprises a spring-loaded connection assembly configured to form an electrical connection between the upper and the lower probe section via the probe section in the movable valve element when the movable valve element is in an open position.
A method for wireless communications, comprising: receiving, at a user equipment "UE", an indication of time domain resource partitioning information "RPI" corresponding to subframe assignments between a serving access point and one or more non-serving access points in a heterogeneous network, wherein the indication of the time domain RPI comprises: a first information element, IE, indicating first protected subframes associated with the serving access point, and a second IE indicating second protected subframes associated with at least one of the non-serving access points; and identifying one or more protected subframes based on the time domain RPI, the one or more protected subframes being subframes in which use by an interfering access point is limited. a first information element, IE, indicating first protected subframes associated with the serving access point, and a second IE indicating second protected subframes associated with at least one of the non-serving access points; and identifying one or more protected subframes based on the time domain RPI, the one or more protected subframes being subframes in which use by an interfering access point is limited.
A fluid dispenser device comprising: a reservoir containing the fluid; a dispenser head provided with a dispenser orifice, said dispenser head being displaceable relative to said reservoir so as to dispense the fluid through said dispenser orifice; and a removable protective cap that is displaceable between a closed position, in which it covers said dispenser orifice, and an open position, in which it uncovers said dispenser orifice; said device comprising blocking means that are displaceable and/or deformable between a blocking position, in which they prevent fluid from being dispensed, and a release position, in which they do not prevent fluid from being dispensed, said device being characterized in that said blocking means are displaced and/or deformed into their blocking position by said protective cap in its closed position, said blocking means being secured to said dispenser head.
A precise measuring device for powders feeding comprising: a material storage unit configured to accommodate powders, the material storage unit including a supply pipe unit arranged on a bottom of the material storage unit, and the supply pipe unit having a first side communicating with the material storage unit so as to receive the powders dropping from the material storage unit, and the supply pipe unit having an outlet defined on a second side of the supply pipe unit; a material feeder connected with a third side of the supply pipe unit and configured to deliver the powders to the outlet from the supply pipe unit; and a measuring unit including a container and a weighting scale on which the container is placed, whereby the measuring unit is located below the outlet, and the container is configured to accommodate the powders dropping from the outlet of the supply pipe unit, characterized by a plug configured to movably abut against or remove from the outlet; a powder control device movably connected with the plug and configured to movably control the plug to abut against or to remove from the outlet. a material storage unit configured to accommodate powders, the material storage unit including a supply pipe unit arranged on a bottom of the material storage unit, and the supply pipe unit having a first side communicating with the material storage unit so as to receive the powders dropping from the material storage unit, and the supply pipe unit having an outlet defined on a second side of the supply pipe unit; a material feeder connected with a third side of the supply pipe unit and configured to deliver the powders to the outlet from the supply pipe unit; and a measuring unit including a container and a weighting scale on which the container is placed, whereby the measuring unit is located below the outlet, and the container is configured to accommodate the powders dropping from the outlet of the supply pipe unit, characterized by a plug configured to movably abut against or remove from the outlet; a powder control device movably connected with the plug and configured to movably control the plug to abut against or to remove from the outlet.
A stent for use in a stent graft including: a strut region comprising at least two struts (46,48), each strut having an edge having a radius of curvature; a bend connecting the at least two struts and forming an eyelet region; and an eyelet positioned in the eyelet region, characterised by said eyelet having a rounded edge having a radius of curvature which is at least an order of magnitude greater than the radius of curvature of the edge of the at least two struts (46,48). a strut region comprising at least two struts (46,48), each strut having an edge having a radius of curvature; a bend connecting the at least two struts and forming an eyelet region; and an eyelet positioned in the eyelet region, characterised by said eyelet having a rounded edge having a radius of curvature which is at least an order of magnitude greater than the radius of curvature of the edge of the at least two struts (46,48).
A method of generating electrode stimulation signals for electrode contacts in an electrode array associated with a hearing implant, the method comprising: processing an input audio signal to generate a plurality of band pass channel signals each representing an associated band of audio frequencies; applying stationary noise reduction so as to provide a stationary noise reduced channel envelope from each channel signal; detecting a transient in one or more of the channel envelopes; modifying the channel envelopes as a function of whether the transient is transient noise or transient speech, so as to form transient modified envelopes; wherein, if the transient is transient noise, the transient noise in one or more of the channel envelopes is reduced to form the transient modified envelopes; and if the transient is transient speech, the transient speech is enhanced in one or more of the channel envelopes to form the transient modified envelopes, and using the transient modified envelopes to generate electrode stimulation signals to the electrode contacts. processing an input audio signal to generate a plurality of band pass channel signals each representing an associated band of audio frequencies; applying stationary noise reduction so as to provide a stationary noise reduced channel envelope from each channel signal; detecting a transient in one or more of the channel envelopes; modifying the channel envelopes as a function of whether the transient is transient noise or transient speech, so as to form transient modified envelopes; wherein, if the transient is transient noise, the transient noise in one or more of the channel envelopes is reduced to form the transient modified envelopes; and if the transient is transient speech, the transient speech is enhanced in one or more of the channel envelopes to form the transient modified envelopes, and using the transient modified envelopes to generate electrode stimulation signals to the electrode contacts.
A latch for a vehicle seat comprising: a hooking component with a hook engagement surface, wherein the hooking component is rotatable about a first axis; a first cam with a first cam engagement surface; and a second cam with a second cam engagement surface, wherein the first cam and the second cam are rotatable about a second axis between an engaged position and an unengaged position, wherein the hook engagement surface contacts at least one of the first cam engagement surface and the second cam engagement surface in the engaged position, wherein one of the hook engagement surface or the first cam engagement surface includes a stepped surface (182; 184; 186; 192) extending incrementally from either the hook engagement surface or the first cam engagement surface, wherein, if large amount of stress is placed on the hooking component by a striker in the engaged position, the second cam disengages and releases from the hooking component. a hooking component with a hook engagement surface, wherein the hooking component is rotatable about a first axis; a first cam with a first cam engagement surface; and a second cam with a second cam engagement surface, wherein the first cam and the second cam are rotatable about a second axis between an engaged position and an unengaged position, wherein the hook engagement surface contacts at least one of the first cam engagement surface and the second cam engagement surface in the engaged position, wherein one of the hook engagement surface or the first cam engagement surface includes a stepped surface (182; 184; 186; 192) extending incrementally from either the hook engagement surface or the first cam engagement surface,
A composition for inducing maturation of dendritic cells, the composition comprising a fusion protein of Rv2299c and ESAT-6 as an active ingredient, wherein the fusion protein of Rv2299c and ESAT-6 is a protein derived from M. tuberculosis.
A bacterium, wherein the bacterium has been modified so that the activity of a protein encoded by a ybdK gene is reduced as compared with a non-modified strain by disrupting the ybdK gene, wherein the bacterium has a gene encoding γ-glutamylvaline synthetase, and wherein the γ-glutamylvaline synthetase shows a ratio of γ-glutamylvaline synthetase activity to γ-glutamylglycine synthetase activity of 3.0 or higher. wherein the bacterium has been modified so that the activity of a protein encoded by a ybdK gene is reduced as compared with a non-modified strain by disrupting the ybdK gene, wherein the bacterium has a gene encoding γ-glutamylvaline synthetase, and wherein the γ-glutamylvaline synthetase shows a ratio of γ-glutamylvaline synthetase activity to γ-glutamylglycine synthetase activity of 3.0 or higher.
An apparatus for controlling an administration rate of medical fluid, comprising: a valve housing having a cylindrical valve chamber therein, with a plurality of medical fluid inlets (21A, 21B) and a medical fluid outlet formed in a circumferential surface of the valve chamber; a conversion valve rotatably contained in the valve chamber, the conversion valve having a passage communicating at least one of the medical fluid inlets (21A, 21B) with the medical fluid outlet depending on an angle at which the conversion valve rotates; and a valve control unit rotating the conversion valve, characterized in that a medical fluid branch unit dividing medical fluid supplied from a medical fluid source into a plurality of streams of medical fluid having different flow rates and supplying the plurality of streams of medical fluid into the respective medical fluid inlets (21A, 21B); and the medical fluid branch unit further comprises: an inlet tube into which medical fluid is supplied from the medical fluid source; and a plurality of flow rate control tubes (13A, 13B) diverging from the inlet tube, the flow rate control tubes (13A, 13B) being connected to the respective medical fluid inlets (21A, 21B), with passages defined in the respective flow rate control tubes (13A, 13B), the passages having different cross-sectional areas. a valve housing having a cylindrical valve chamber therein, with a plurality of medical fluid inlets (21A, 21B) and a medical fluid outlet formed in a circumferential surface of the valve chamber; a conversion valve rotatably contained in the valve chamber, the conversion valve having a passage communicating at least one of the medical fluid inlets (21A, 21B) with the medical fluid outlet depending on an angle at which the conversion valve rotates; and a valve control unit rotating the conversion valve, characterized in that a medical fluid branch unit dividing medical fluid supplied from a medical fluid source into a plurality of streams of medical fluid having different flow rates and supplying the plurality of streams of medical fluid into the respective medical fluid inlets (21A, 21B); and the medical fluid branch unit further comprises: an inlet tube into which medical fluid is supplied from the medical fluid source; and a plurality of flow rate control tubes (13A, 13B) diverging from the inlet tube, the flow rate control tubes (13A, 13B) being connected to the respective medical fluid inlets (21A, 21B), with passages defined in the respective flow rate control tubes (13A, 13B), the passages having different cross-sectional areas. an inlet tube into which medical fluid is supplied from the medical fluid source; and a plurality of flow rate control tubes (13A, 13B) diverging from the inlet tube, the flow rate control tubes (13A, 13B) being connected to the respective medical fluid inlets (21A, 21B), with passages defined in the respective flow rate control tubes (13A, 13B), the passages having different cross-sectional areas.
A method performed by a wireless device for communicating with a satellite-based radio access network, the method comprising: obtaining a value to be used to scale one or more timers related to the satellite-based radio access network relative to values of the one or more timers for non-satellite-based radio access networks, the value being a Round Trip Time, RTT, value; utilizing the value to scale one or more timers to provide one or more scaled timers; and performing one or more actions based on the one or more scaled timers, wherein utilizing the value to scale one or more timers to provide the one or more scaled timers comprises: determining a minimum timer value for one or more timers as a function of the value; determining a step size between two timer values for one or more timers as a function of the value; and determining a number of supported timer values for one or more timers as a function of the value, and wherein the one or more scaled timers are one or more scaled Radio Link Control, RLC, timers. obtaining a value to be used to scale one or more timers related to the satellite-based radio access network relative to values of the one or more timers for non-satellite-based radio access networks, the value being a Round Trip Time, RTT, value; utilizing the value to scale one or more timers to provide one or more scaled timers; and performing one or more actions based on the one or more scaled timers, wherein utilizing the value to scale one or more timers to provide the one or more scaled timers comprises: determining a minimum timer value for one or more timers as a function of the value; determining a step size between two timer values for one or more timers as a function of the value; and determining a number of supported timer values for one or more timers as a function of the value, and wherein the one or more scaled timers are one or more scaled Radio Link Control, RLC, timers. determining a minimum timer value for one or more timers as a function of the value; determining a step size between two timer values for one or more timers as a function of the value; and determining a number of supported timer values for one or more timers as a function of the value, and wherein the one or more scaled timers are one or more scaled Radio Link Control, RLC, timers.