mhurhangee/ep-ind-claims huggingface dataset:
Use of a first aqueous composition having a pH greater than pH H and of a second composition having a pH lower than pH B for the culture of photosynthetic organisms, selected from microalgae, cyanobacteria and macroalgae, in a culture system comprising a culture medium, in which: - said first aqueous composition having a pH greater than pH H is obtained by contacting CO 2 produced by a continuous or discontinuous CO 2 source, a base, water and possibly all or part of the constituents of an algal culture medium; - the second aqueous composition having a pH lower than pH B is obtained by dissolving CO 2 produced by said source in water or an aqueous solution containing all or part of the constituents of an algal culture medium; the pH of said culture medium being such that: - when the pH of said culture medium reaches an upper limit, pH H, the second aqueous composition and/or CO 2 produced by said source are added to said culture medium so as to lower the pH, preferably until the pH of said culture medium reaches a lower limit, pH B; - when the pH of said culture medium reaches said lower limit, pH B, the first aqueous composition is added to said culture medium so as to increase the pH, preferably until the pH of said culture medium reaches an intermediate value, pH I, with pH B < pH I < pH H; and - optionally, when the pH of said culture medium is lower than pH H, in particular lower than pH I, the first aqueous composition is added to said culture medium so as to increase the pH, in particular until the pH of said culture medium reaches the intermediate value pH I. - said first aqueous composition having a pH greater than pH H is obtained by contacting CO 2 produced by a continuous or discontinuous CO 2 source, a base, water and possibly all or part of the constituents of an algal culture medium; - the second aqueous composition having a pH lower than pH B is obtained by dissolving CO 2 produced by said source in water or an aqueous solution containing all or part of the constituents of an algal culture medium; - when the pH of said culture medium reaches an upper limit, pH H, the second aqueous composition and/or CO 2 produced by said source are added to said culture medium so as to lower the pH, preferably until the pH of said culture medium reaches a lower limit, pH B; - when the pH of said culture medium reaches said lower limit, pH B, the first aqueous composition is added to said culture medium so as to increase the pH, preferably until the pH of said culture medium reaches an intermediate value, pH I, with pH B < pH I < pH H; and - optionally, when the pH of said culture medium is lower than pH H, in particular lower than pH I, the first aqueous composition is added to said culture medium so as to increase the pH, in particular until the pH of said culture medium reaches the intermediate value pH I.
Hydrostatic drive, in particular for starting an internal combustion engine, having a hydraulic machine which is adjustable in terms of its swept volume from a maximum positive swept volume via a swept volume of zero to a maximum negative swept volume by means of a hydraulic adjustment device, which hydraulic machine is operable with positive swept volume as a pump and with negative swept volume as a motor, having at least one high-pressure accumulator from which the hydraulic machine can, for operation as a motor, be supplied with pressure medium via a pressure line which runs between a pressure port of the hydraulic machine and the high-pressure accumulator, having an accumulator shut-off valve with a first position and a second position, which accumulator shut-off valve is arranged in the pressure line and by means of which accumulator shut-off valve a fluidic connection from the high-pressure accumulator to the hydraulic machine is open in the first position and is shut off in the second position, and having an electronic control unit, the accumulator shut-off valve being actuable as a function of the signals of said electronic control unit, characterized in that, in the event of an adjustment of the hydraulic machine from a negative swept volume to a positive swept volume, the electronic control unit transmits a signal for switching the accumulator shut-off valve from the first position into the second position at such a time that the accumulator shut-off valve switches into the second position only in the presence of a swept volume of zero or a positive swept volume of the hydraulic machine.
A composition for use in treating acute kidney injury comprising a drag reducing polymer in an amount which when administered intravenously to a subject afflicted with said injury can provide a concentration of between 1 and 100 ppm of the drag reducing polymer in the blood of the subject.
A user equipment apparatus, configured to: store a core network element identifier; add said core network element identifier to a RRC message for establishing a RRC connection; and send said RRC message comprising said core network element identifier over a radio connection to a network element of a radio access network to establish a connection to one of a set of core network elements to which said apparatus will connect. store a core network element identifier; add said core network element identifier to a RRC message for establishing a RRC connection; and send said RRC message comprising said core network element identifier over a radio connection to a network element of a radio access network to establish a connection to one of a set of core network elements to which said apparatus will connect.
A puncture treatment instrument for endoscope comprising: a concave portion in a concave shape with an opening on a distal end side and a bottom surface on a proximal end side, a depth of the concave portion from a distal end to the bottom surface being a first distance; a holding portion with a distal end side adjacent to a proximal end of the concave portion, the holding portion being made of an elastic material that allows insertion of a needle; and a puncture needle with a distal end stuck into the holding portion and a proximal end exposed from the holding portion, a full length of the puncture needle being longer than a distance from a proximal end of the holding portion to a distal end of the concave portion; characterized by further comprising: a barb formed within the first distance from the distal end on a surface of the puncture needle, the barb stopping retraction of the puncture needle by being caught by the bottom surface of the concave portion when the puncture needle is retracted after the puncture needle is advanced to project into the concave portion from the holding portion. a concave portion in a concave shape with an opening on a distal end side and a bottom surface on a proximal end side, a depth of the concave portion from a distal end to the bottom surface being a first distance; a holding portion with a distal end side adjacent to a proximal end of the concave portion, the holding portion being made of an elastic material that allows insertion of a needle; and a puncture needle with a distal end stuck into the holding portion and a proximal end exposed from the holding portion, a full length of the puncture needle being longer than a distance from a proximal end of the holding portion to a distal end of the concave portion; a barb formed within the first distance from the distal end on a surface of the puncture needle, the barb stopping retraction of the puncture needle by being caught by the bottom surface of the concave portion when the puncture needle is retracted after the puncture needle is advanced to project into the concave portion from the holding portion.
An assembly comprising a track assembly couplable to an aircraft floor, a foot assembly coupled to the track assembly and a track lock assembly wherein the track lock assembly comprises: a clamping shaft having a base member that is received within the track assembly and a shaft that extends from the base member and through the foot assembly coupled to the track assembly; a locking collar having a first collar portion having a counter bore and a second collar portion having a bore; and a compression cap having a first cap portion defining a first bore, a second cap portion defining a second bore, and a cap shoulder extending between the first cap portion and the second cap portion, the cap shoulder defining an opening, wherein the shaft of the clamping shaft extends through the bore, the counter bore, the first bore, the opening, and the second bore along an axis. a clamping shaft having a base member that is received within the track assembly and a shaft that extends from the base member and through the foot assembly coupled to the track assembly; a locking collar having a first collar portion having a counter bore and a second collar portion having a bore; and a compression cap having a first cap portion defining a first bore, a second cap portion defining a second bore, and a cap shoulder extending between the first cap portion and the second cap portion, the cap shoulder defining an opening, wherein the shaft of the clamping shaft extends through the bore, the counter bore, the first bore, the opening, and the second bore along an axis.
A gas turbine engine comprising: an outer shroud; an inner core housing, said inner core housing having a core engine including at least one compressor rotor and at least one turbine rotor, and a combustor section intermediate said at least one compressor rotor and said at least one turbine rotor; a fan turbine positioned downstream of said at least one turbine rotor, said fan turbine driving a gear reduction to, in turn, drive fan blades positioned radially inwardly of said outer shroud, said fan blades being a pair of axially spaced fan rotors (46,48) mounted aft of the core engine; and a pitch change mechanism associated with both said axially spaced fan rotors (46, 48); characterised by further comprising: an outer shroud, said inner core housing being positioned radially inwardly of said outer shroud; and a thrust reverser which is associated with said outer shroud and which is usable in combination with said pitch change mechanism, said thrust reverser being provided in said outer shroud and being configured to be driven radially outwardly to provide a thrust reverser function when an aircraft associated with the gas turbine engine is landing. an outer shroud; an inner core housing, said inner core housing having a core engine including at least one compressor rotor and at least one turbine rotor, and a combustor section intermediate said at least one compressor rotor and said at least one turbine rotor; a fan turbine positioned downstream of said at least one turbine rotor, said fan turbine driving a gear reduction to, in turn, drive fan blades positioned radially inwardly of said outer shroud, said fan blades being a pair of axially spaced fan rotors (46,48) mounted aft of the core engine; and a pitch change mechanism associated with both said axially spaced fan rotors (46, 48); characterised by further comprising: an outer shroud, said inner core housing being positioned radially inwardly of said outer shroud; and a thrust reverser which is associated with said outer shroud and which is usable in combination with said pitch change mechanism, said thrust reverser being provided in said outer shroud and being configured to be driven radially outwardly to provide a thrust reverser function when an aircraft associated with the gas turbine engine is landing. an outer shroud, said inner core housing being positioned radially inwardly of said outer shroud; and a thrust reverser which is associated with said outer shroud and which is usable in combination with said pitch change mechanism, said thrust reverser being provided in said outer shroud and being configured to be driven radially outwardly to provide a thrust reverser function when an aircraft associated with the gas turbine engine is landing.
An image forming apparatus provided with an image forming unit for forms an image on a sheet, the image forming apparatus comprising: a movable member configured to be displaced relative to an apparatus main body; a cover configured to be displaced between a position where an opening portion provided on the apparatus main body is opened and a position where the opening portion is closed; and a driving pulley and a driven pulley, whose rotational axes are arranged parallel to each other; an endless belt that is looped around and stretched between the driving pulley and the driven pulley and transmits a driving force from the driving pulley to the driven pulley; and a link for transmitting displacement of the cover to the movable member and displacing the movable member in conjunction with the cover; wherein: the link includes a first link portion that overlaps with the belt in the direction parallel to the rotational axis of the driving pulley; characterized in that the image forming apparatus further comprises a second link portion that deviates with respect to the first link portion along said direction. a movable member configured to be displaced relative to an apparatus main body; a cover configured to be displaced between a position where an opening portion provided on the apparatus main body is opened and a position where the opening portion is closed; and a driving pulley and a driven pulley, whose rotational axes are arranged parallel to each other; an endless belt that is looped around and stretched between the driving pulley and the driven pulley and transmits a driving force from the driving pulley to the driven pulley; and a link for transmitting displacement of the cover to the movable member and displacing the movable member in conjunction with the cover; wherein: the link includes a first link portion that overlaps with the belt in the direction parallel to the rotational axis of the driving pulley; characterized in that the image forming apparatus further comprises a second link portion that deviates with respect to the first link portion along said direction. the link includes a first link portion that overlaps with the belt in the direction parallel to the rotational axis of the driving pulley; characterized in that the image forming apparatus further comprises a second link portion that deviates with respect to the first link portion along said direction.
A ceramic powder comprising ceramic powder particles, said ceramic powder particles comprising a zirconia-based component and an (alumina + silica)- based component, wherein said ceramic powder particles contain from 50 to 95 percent by weight of the zirconia-based component and from 5 to 50 percent by weight of the (alumina + silica)-based component, wherein the ceramic powder is produced by a spray dry and sinter agglomeration method, in which micronized sub-particles of the zirconia-based component and an the (alumina + silica)-based component are formed into powders of a larger size sufficient for plasma spray applications by mixing the raw material powders into a slurry, granulating the slurry by spray drying, sintering the granulated powder, and providing for an appropriate particle size distribution of the spraying powder, wherein the size of the zirconia-based component is from 0.1 to 2 microns and the size of the (alumina + silica)-based component is from 0.1 to 2 microns.
Method for fire detection using a fire detector, wherein the fire detector comprises a sensor device for recording a measurement variable and for outputting a measurement signal, wherein the measurement signal has fluctuations, wherein the method comprises the following steps: - recording the measurement signal of the sensor device for an evaluation time interval, - carrying out a time series analysis for the measurement signal in the evaluation time interval, wherein the measurement signal is detrended before the time series analysis, wherein the time series analysis is carried out for the detrended measurement signal, - detecting a fire event on the basis of the time series analysis, wherein the time series analysis is designed as a fluctuation analysis, wherein the fluctuation analysis is designed to mathematically analyse the measurement signal and to determine and/or to quantify a long-term correlation, wherein the time series analysis comprises and/or forms a Hurst analysis and/or a detrended fluctuation analysis DFA or a multifractal detrended fluctuation analysis MF-DFA with a multifractal exponent α(q). wherein the fire detector comprises a sensor device for recording a measurement variable and for outputting a measurement signal, wherein the measurement signal has fluctuations, wherein the method comprises the following steps: - recording the measurement signal of the sensor device for an evaluation time interval, - carrying out a time series analysis for the measurement signal in the evaluation time interval, wherein the measurement signal is detrended before the time series analysis, wherein the time series analysis is carried out for the detrended measurement signal, - detecting a fire event on the basis of the time series analysis, wherein the time series analysis is designed as a fluctuation analysis, wherein the fluctuation analysis is designed to mathematically analyse the measurement signal and to determine and/or to quantify a long-term correlation, - recording the measurement signal of the sensor device for an evaluation time interval, - carrying out a time series analysis for the measurement signal in the evaluation time interval, wherein the measurement signal is detrended before the time series analysis, wherein the time series analysis is carried out for the detrended measurement signal, - detecting a fire event on the basis of the time series analysis, wherein the time series analysis is designed as a fluctuation analysis, wherein the fluctuation analysis is designed to mathematically analyse the measurement signal and to determine and/or to quantify a long-term correlation, wherein the time series analysis comprises and/or forms a Hurst analysis and/or a detrended fluctuation analysis DFA or a multifractal detrended fluctuation analysis MF-DFA with a multifractal exponent α(q).
Electrical installation device comprising a device base installable in a housing and an electrical installation switch mountable on the front side of the device base and comprising a lower part and an operating element movable relative to the lower part, wherein the lower part has a plurality of switching elements for producing a electrical contact, which switching elements are to be actuated by the operating element, and further electrical components, wherein the switching elements are sensors that measure pressure force, and the operating element is arranged on the lower part in a floating manner, characterized in that freely definable switching actions can be assigned by way of variable setting of the switching parameters of the sensors and the areal evaluation of the action of force on the sensors.
A sheet comprising a laminate including a layer formed of a cellulose-based material and a layer formed of a thermoplastic elastomer, wherein each of molecules forming the thermoplastic elastomer has both a rubber component having entropy elasticity and a molecule-constraining component for preventing plastic deformation, the cellulose-based material is selected from the group consisting of cellulose, cellulose esters and cellulose ethers, the thermoplastic elastomer is a urethane-based elastomer or an amide-based elastomer, and wherein the light transmittance of the sheet is 85% or more as determined with a transmittance of light having a wavelength of 380 to 780 nm measured using a UV-visible spectrophotometer, and defining the average of transmittances at every 0.5 nm as the light transmittance (%). each of molecules forming the thermoplastic elastomer has both a rubber component having entropy elasticity and a molecule-constraining component for preventing plastic deformation, the cellulose-based material is selected from the group consisting of cellulose, cellulose esters and cellulose ethers, the thermoplastic elastomer is a urethane-based elastomer or an amide-based elastomer, and wherein the light transmittance of the sheet is 85% or more as determined with a transmittance of light having a wavelength of 380 to 780 nm measured using a UV-visible spectrophotometer, and defining the average of transmittances at every 0.5 nm as the light transmittance (%).
An electrode sheet having an electrode active material applied to one major surface or opposite major surfaces of a current collector sheet, the electrode sheet being cut to manufacture a plurality of unit electrode plates, wherein first notch portions are formed at one side, selected from between an upper side and a lower side, of the electrode sheet such that the first notch portions are arranged at intervals corresponding to a width of each of the unit electrode plates, and second notch portions corresponding to the first notch portions are formed at the other side of the electrode sheet, and wherein an upper end cut side for a cutting margin is formed at each of the second notch portions, the upper end cut side being smaller in size than a lower end cut side, and the lower end cut side of each of the second notch portions has a length equivalent to 10% to 80% the width of each of the unit electrode plates.
A rotating electrical machine comprising an annular coil connection body provided coaxially with a stator, wherein the coil connection body includes an insulating holder (7, 7A, 7B, 7C, 7D, 7E) made of resin and having a plurality of grooves provided coaxially, and a conductive member held in each groove and connected to an end of a coil wound around a tooth of the stator, and each groove has an overhang portion provided at a groove opening side relative to the conductive member on one side wall and restricting an axial-direction movement of the conductive member, and characterized in that each groove has a positioning projection provided at a position opposed in a radial direction to the conductive member on another side wall, and restricting a radial-direction movement of the conductive member, wherein the conductive member has a slope portion or a curved surface portion at a corner thereof opposed to the positioning projection and a bottom portion of the groove. the coil connection body includes an insulating holder (7, 7A, 7B, 7C, 7D, 7E) made of resin and having a plurality of grooves provided coaxially, and a conductive member held in each groove and connected to an end of a coil wound around a tooth of the stator, and each groove has an overhang portion provided at a groove opening side relative to the conductive member on one side wall and restricting an axial-direction movement of the conductive member, and characterized in that each groove has a positioning projection provided at a position opposed in a radial direction to the conductive member on another side wall, and restricting a radial-direction movement of the conductive member, wherein the conductive member has a slope portion or a curved surface portion at a corner thereof opposed to the positioning projection and a bottom portion of the groove.