mhurhangee/ep-ind-claims huggingface dataset:
A system for optically measuring parameters in blood, the system comprising: a light source configured to generate light having a range of wavelengths; a light transmitter (111; 211) configured to direct the generated light from the light source into the blood; a light remitter (112; 212) configured to receive and direct light remitted from the blood; a detector configured to receive the remitted light from the light remitter (112; 212) and determine a spectral composition of the remitted light; and a processor configured to compare the spectral composition to a database of known morphologies, wherein the database of known morphologies is defined by a reference matrix of at least three dimensions and each of the known morphologies corresponds to known values for at least two parameters and wherein the known morphologies are derived from a predetermined range of wavelengths, characterized in that the processor is configured to determine a morphology of at least one morphologically distinct portion of the spectral composition, wherein the morphologically distinct portion corresponds to the predetermined range of wavelengths and wherein the determined morphology corresponds to the at least two blood parameters, and the processor is configured to compare the determined morphology to the database of known morphologies to determine the values for the at least two blood parameters. a light source configured to generate light having a range of wavelengths; a light transmitter (111; 211) configured to direct the generated light from the light source into the blood; a light remitter (112; 212) configured to receive and direct light remitted from the blood; a detector configured to receive the remitted light from the light remitter (112; 212) and determine a spectral composition of the remitted light; and a processor configured to compare the spectral composition to a database of known morphologies, wherein the database of known morphologies is defined by a reference matrix of at least three dimensions and each of the known morphologies corresponds to known values for at least two parameters and wherein the known morphologies are derived from a predetermined range of wavelengths, characterized in that the processor is configured to determine a morphology of at least one morphologically distinct portion of the spectral composition, wherein the morphologically distinct portion corresponds to the predetermined range of wavelengths and wherein the determined morphology corresponds to the at least two blood parameters, and the processor is configured to compare the determined morphology to the database of known morphologies to determine the values for the at least two blood parameters.
A method for the detection of lactic acid bacteria in leavened food products, comprising: a. extracting the total DNA from a sample of said leavened food product; b. carrying out a quantitative polymerase chain reaction (qPCR) on the DNA extracted in step (a) by using primers specific for bacterial 16S rRNA sequences, said primer pair being SKfw (5'-GGGGATAACAYYTGGAAACAG-3') (SEQ. ID NO. 1) and SKrw (5'-CTCGGCTACGTATCATTGTCTTG-3') (SEQ. ID NO. 2). c. determining the CT value; d. determining, by means of the equation of the calibration line, the value of the number of copies of the 16S rRNA gene expressed as log gene copies/g, wherein the value of the number of copies of the 16S rRNA > 7 log gene copies/g identifies a food product leavened with sourdough. a. extracting the total DNA from a sample of said leavened food product; b. carrying out a quantitative polymerase chain reaction (qPCR) on the DNA extracted in step (a) by using primers specific for bacterial 16S rRNA sequences, said primer pair being SKfw (5'-GGGGATAACAYYTGGAAACAG-3') (SEQ. ID NO. 1) and SKrw (5'-CTCGGCTACGTATCATTGTCTTG-3') (SEQ. ID NO. 2). c. determining the CT value; d. determining, by means of the equation of the calibration line, the value of the number of copies of the 16S rRNA gene expressed as log gene copies/g, wherein the value of the number of copies of the 16S rRNA > 7 log gene copies/g identifies a food product leavened with sourdough.
A system for deaerating a liquid, comprising a pump for increasing the pressure in the liquid on an upstream end of a nucleation valve, a vacuum pump for reducing a pressure on a downstream end of the nucleation valve and a control system for controlling the pumps (4, 14), characterized in that the control system is arranged to control a temperature and the pressure on the downstream side of the valve such that a static pressure is above a saturation pressure, while a lowest pressure as the liquid passes the valve is below or equal to the saturation pressure.
Aircraft seat device having at least one table device (10a; 10b) comprising at least one table plate (12a; 12b), and having at least one adjustment device (14a; 14b) which is configured to adjust the table plate (12a; 12b), between a stowage position and a use position, wherein the adjustment device (14a; 14b) is configured to move the table plate (12a; 12b), in an adjustment between the stowage position and the use position, in a linear translational movement and a rotational movement at least substantially in one plane, characterised in that the adjustment device (14a; 14b) comprises at least two linear guidances (30a, 32a) to carry out the linear translational movement and comprises at least two pivot joints (18a, 20a; 18b), implementing different rotational axes (22a, 24a), to carry out the rotational movement.
A bandpass filter for a frequency-tunable microwave, comprising at least one resonator (R, R1, R2), - each resonator comprising a cavity (30, 102, 103) having a substantially cylindrical conducting wall along an axis Z, and at least one dielectric element (21, 106, 107) disposed inside said cavity; - said resonator resonating on two perpendicular polarisations (X, Y) respectively having distributions of the electromagnetic field in the cavity that are derived from one another via a 90° rotation; - the wall of said cavity comprising an insert section opposite said element (21, 106, 107) having a shape that is different from a section that is not located opposite said element; - said insert section and said element (21, 106, 107) being able to rotate relative to each other along said axis Z so as to define at least one first and one second relative position that differ by an angle that is substantially equal to approximately 45° +/- 20°. - each resonator comprising a cavity (30, 102, 103) having a substantially cylindrical conducting wall along an axis Z, and at least one dielectric element (21, 106, 107) disposed inside said cavity; - said resonator resonating on two perpendicular polarisations (X, Y) respectively having distributions of the electromagnetic field in the cavity that are derived from one another via a 90° rotation; - the wall of said cavity comprising an insert section opposite said element (21, 106, 107) having a shape that is different from a section that is not located opposite said element; - said insert section and said element (21, 106, 107) being able to rotate relative to each other along said axis Z so as to define at least one first and one second relative position that differ by an angle that is substantially equal to approximately 45° +/- 20°.
A method of purifying a long-acting human growth hormone in which a highly glycosylated alpha-1 antitrypsin mutant is fused with human growth hormone (hGH), wherein in the highly glycosylated alpha-1 antitrypsin mutant an amino acid is mutated in order to remove the intrinsic in vivo activity of the alpha-1 antitrypsin as a protease inhibitor, the method comprising: (a) applying a biological fluid comprising the long-acting human growth hormone to anion-exchange resin chromatography; (b) applying an eluate produced in step (a) to hydrophobic resin chromatography; (c) applying an eluate produced in step (b) to an affinity chromatography column filled with resin to which anti-alpha-1 antitrypsin antibody fragments are attached; and (d) separating and eluting structural isoforms of the long-acting human growth hormone with different glycan patterns and isoelectric points using 0 to 200 mM MgCl 2 in the purification process using the affinity chromatography column filled with resin, to which anti-alpha-1 antitrypsin antibody fragments are attached, wherein the highly glycosylated alpha-1 antitrypsin mutant comprises at least one mutation selected from the group consisting of a mutation of glutamine into asparagine on the 9 th residue of wild type alpha-1 antitrypsin protein, a mutation of cysteine into serine on the 232 nd residue of the same, a mutation of proline into asparagine on the 357 th residue of the same, and a mutation of serine into threonine on the 359 th residue of the same; and wherein the wild type alpha-1 antitrypsin protein is represented by an amino acid sequence of SEQ ID NO: 1. (a) applying a biological fluid comprising the long-acting human growth hormone to anion-exchange resin chromatography; (b) applying an eluate produced in step (a) to hydrophobic resin chromatography; (c) applying an eluate produced in step (b) to an affinity chromatography column filled with resin to which anti-alpha-1 antitrypsin antibody fragments are attached; and (d) separating and eluting structural isoforms of the long-acting human growth hormone with different glycan patterns and isoelectric points using 0 to 200 mM MgCl 2 in the purification process using the affinity chromatography column filled with resin, to which anti-alpha-1 antitrypsin antibody fragments are attached,
A solid form of bendamustine hydrochloride that is Form 1 and that produces an X-ray powder diffraction pattern comprising the following reflections: 25.1, 22.9, 22.0, 18.5, 16.8 and 14.1 ± 0.2 degrees 2θ.
A method of preparing a hydrophobic silica aerogel, the method comprising steps of: preparing a water glass dispersion comprising a water glass solution and an inorganic acid; adding the water glass dispersion and a surface modifier solution to a reactor and performing a reaction to prepare a hydrophobic silica wet gel, wherein the surface modifier comprises at least one selected from the group consisting of trimethylchlorosilane, hexamethyldisilazane, methyltrimethoxysilane, and trimethylethoxysilane; and drying the hydrophobic silica wet gel, wherein the method further comprises adding ammonium hydroxide during the reaction of step, wherein, after the entire amount of the surface modifier solution is added, the ammonium hydroxide is added when a pH in the reactor reaches 5 to 10, wherein the ammonium hydroxide is added in an amount such that a molar ratio of the ammonium hydroxide to a surface modifier in the surface modifier solution is in a range of 0.5 to 25, and wherein gelation and solvent substitution are simultaneously performed while the surface modification reaction is performed by reacting the water glass dispersion with the surface modifier solution. preparing a water glass dispersion comprising a water glass solution and an inorganic acid; adding the water glass dispersion and a surface modifier solution to a reactor and performing a reaction to prepare a hydrophobic silica wet gel, wherein the surface modifier comprises at least one selected from the group consisting of trimethylchlorosilane, hexamethyldisilazane, methyltrimethoxysilane, and trimethylethoxysilane; and drying the hydrophobic silica wet gel,
Closure device comprising: - a supporting plate, - an actuating lever, in which a connecting portion and a gripping portion are defined, said connecting portion of said actuating lever being pivotally connected to said supporting plate by means of one or more first connecting pins (7a, 7b); - a tensioning member which, at a first one of its ends, is connected to said connecting portion of said actuating lever by means of one or more second connecting pins and which is provided with hooking means at its opposite end, and - an anchoring member provided with retaining means, said hooking means of said tensioning member being arranged for selectively engaging said retaining means of said anchoring member, wherein said one or more first connecting pins (7a, 7b) and said one or more second connecting pins are made of metal wire, characterized in that said connecting portion of said actuating lever comprises a body made of plastic material and in that at least one of said one or more second connecting pins comprises an extension which forms at least a portion of said gripping portion of said actuating lever, said extension being made of metal wire as well. - a supporting plate, - an actuating lever, in which a connecting portion and a gripping portion are defined, said connecting portion of said actuating lever being pivotally connected to said supporting plate by means of one or more first connecting pins (7a, 7b); - a tensioning member which, at a first one of its ends, is connected to said connecting portion of said actuating lever by means of one or more second connecting pins and which is provided with hooking means at its opposite end, and - an anchoring member provided with retaining means, said hooking means of said tensioning member being arranged for selectively engaging said retaining means of said anchoring member,
A method for reducing the concentration of pollutants in smoke generated by combustion, characterized in that: combustion-supporting gas is divided into two streams, wherein one stream is primary air, which accounts for 70% or more of total amount of the combustion-supporting gas, and another stream is secondary air, which accounts for 15%-30% of total amount of the combustion-supporting gas; the primary air is directly fed into a combustion furnace, and the primary air is in contact with a combustible material within the combustion furnace, wherein the combustible material is selected from one or more of waste, coal, biomass, oil, volatile matter and combustible gas; the secondary air is subjected to low-temperature plasma or microwave activation to generate chemically active particles, and then the activated secondary air is fed into the combustion furnace; and the activated secondary air is supplied into the center of the combustion flame within the combustion furnace. combustion-supporting gas is divided into two streams, wherein one stream is primary air, which accounts for 70% or more of total amount of the combustion-supporting gas, and another stream is secondary air, which accounts for 15%-30% of total amount of the combustion-supporting gas; the primary air is directly fed into a combustion furnace, and the primary air is in contact with a combustible material within the combustion furnace, wherein the combustible material is selected from one or more of waste, coal, biomass, oil, volatile matter and combustible gas; the secondary air is subjected to low-temperature plasma or microwave activation to generate chemically active particles, and then the activated secondary air is fed into the combustion furnace; and the activated secondary air is supplied into the center of the combustion flame within the combustion furnace.
An electronic control device including a resin molded body, a metal body, and an electronic component, wherein the resin molded body and a main surface of the metal body are bonded, and at least a part of a side surface continuous to the main surface of the metal body is in contact with a side contact portion provided in the resin molded body, wherein the resin molded body is provided with a protruding portion that sandwiches the side contact portion with the side surface of the metal body, and the orientation of the side contact portion is different from the orientation of the protruding portion.
A networking method, wherein the method comprises: determining, by a networking device which connects a terminal with a network, a platform type of the terminal according to port information of the terminal; and searching, by the networking device, for a networking manner corresponding to the determined platform type according to a preset corresponding relationship between the platform type of the terminal and a networking manner, and connecting, by the networking device, the terminal with a network according to a found networking manner, wherein the networking manner is an Internet Protocol version 4 IPv4-based networking manner or an Internet Protocol version 6 IPv6-based networking manner; wherein determining, by the networking device, the platform type of the terminal according to the port information of the terminal comprises: acquiring, by the networking device, driver information and the port information of the terminal; and determining, by the networking device, the platform type of the terminal corresponding to the acquired port information of the terminal according to a corresponding relationship between the port information and the platform type in the driver information. determining, by a networking device which connects a terminal with a network, a platform type of the terminal according to port information of the terminal; and searching, by the networking device, for a networking manner corresponding to the determined platform type according to a preset corresponding relationship between the platform type of the terminal and a networking manner, and connecting, by the networking device, the terminal with a network according to a found networking manner, wherein the networking manner is an Internet Protocol version 4 IPv4-based networking manner or an Internet Protocol version 6 IPv6-based networking manner; acquiring, by the networking device, driver information and the port information of the terminal; and determining, by the networking device, the platform type of the terminal corresponding to the acquired port information of the terminal according to a corresponding relationship between the port information and the platform type in the driver information.
A method comprising: receiving, at one or more slave devices, a command from the master device to enter an interrupt mode; in response to receiving the command, entering the interrupt mode at the one or more slave devices; detecting, by the one or more slave devices, a condition on a bus that couples a master device and one or more slave devices, wherein the master and slave devices (103, 106) communicate by alternating a voltage level on the bus between a low voltage level and a high voltage level; in response to detecting the condition on the bus, forcing an extension of the condition on the bus for a predetermined time period and transitioning the one or more slave devices to a non-interrupt mode. receiving, at one or more slave devices, a command from the master device to enter an interrupt mode; in response to receiving the command, entering the interrupt mode at the one or more slave devices; detecting, by the one or more slave devices, a condition on a bus that couples a master device and one or more slave devices, wherein the master and slave devices (103, 106) communicate by alternating a voltage level on the bus between a low voltage level and a high voltage level; in response to detecting the condition on the bus, forcing an extension of the condition on the bus for a predetermined time period and transitioning the one or more slave devices to a non-interrupt mode.
Process for continuous production of polycarbonates with weight-average molecular weights Mw of 15000-200 000 g/mol measured by gel permeation chromatography in methylene chloride as eluent and using BPA homopolycarbonates standard having an Mw of 31 000 g/mol by the interfacial process from at least one dihydroxydiarylalkane, phosgene and at least one catalyst optionally in the presence of at least one chain terminator and/or branching agent, wherein a) a mixture of an organic and an aqueous phase is produced by continuously dispersing the organic phase in the aqueous phase or the aqueous phase and the organic phase in a disperser, wherein the organic phase comprises at least one solvent suitable for the polycarbonate and at least a portion of the phosgene and the aqueous phase contains the dihydroxydiarylalkane(s), water and 2.00 to 2.05 mol of alkali metal hydroxide solution per mol of dihydroxydiarylalkane(s), b) the mixture is subsequently reacted in a reactor with a residence time of less than 0.5 seconds, c) the reaction mixture is subsequently redispersed optionally with addition of chain terminator(s) in a pumped circulation reactor with a pumped circulation rate of 5 to 15 times the throughput and reacted further and d) further condensation is then effected by addition of further alkali metal hydroxide solution, chain terminator (s) and at least one catalyst in at least one further reactor, wherein in step (d) the reaction temperature is not more than 45°C and the aqueous phase is pH-adjusted to a pH between 11.3 and 11.8, and wherein no alkali metal hydroxide solution is added in steps (b) and (c). a) a mixture of an organic and an aqueous phase is produced by continuously dispersing the organic phase in the aqueous phase or the aqueous phase and the organic phase in a disperser, wherein the organic phase comprises at least one solvent suitable for the polycarbonate and at least a portion of the phosgene and the aqueous phase contains the dihydroxydiarylalkane(s), water and 2.00 to 2.05 mol of alkali metal hydroxide solution per mol of dihydroxydiarylalkane(s), b) the mixture is subsequently reacted in a reactor with a residence time of less than 0.5 seconds, c) the reaction mixture is subsequently redispersed optionally with addition of chain terminator(s) in a pumped circulation reactor with a pumped circulation rate of 5 to 15 times the throughput and reacted further and d) further condensation is then effected by addition of further alkali metal hydroxide solution, chain terminator (s) and at least one catalyst in at least one further reactor,
An insulation material for use in, or when used in, building and/or construction, including an air impermeable, monolithic, dimensionally stable substrate layer bearing an overlying low-emissivity layer having an emissivity of less than 0.5, the substrate layer and the low-emissivity layer being liquid water impermeable and moisture vapour permeable, characterised in that the low emissivity layer is applied to the substrate layer as a thin organic coating containing a dispersion of infrared reflective matter.
A method for producing a sugar liquid, said method comprising: a step of enzymatic saccharification of a cellulose-containing biomass pretreated by steam explosion treatment, hydrothermal treatment, acid treatment, alkali treatment, and/or ammonia treatment, a step of filtering a saccharified liquid derived from said enzymatically saccharified cellulose-containing biomass, through a nanofiltration membrane and/or reverse osmosis membrane; and a two-step washing step of washing said nanofiltration membrane and/or reverse osmosis membrane after said filtration, with an acid washing liquid and then with an alkali washing liquid, wherein said acid washing liquid is nitric acid, and the pH of said acid washing liquid is not more than 3. a step of enzymatic saccharification of a cellulose-containing biomass pretreated by steam explosion treatment, hydrothermal treatment, acid treatment, alkali treatment, and/or ammonia treatment, a step of filtering a saccharified liquid derived from said enzymatically saccharified cellulose-containing biomass, through a nanofiltration membrane and/or reverse osmosis membrane; and a two-step washing step of washing said nanofiltration membrane and/or reverse osmosis membrane after said filtration, with an acid washing liquid and then with an alkali washing liquid, wherein said acid washing liquid is nitric acid, and the pH of said acid washing liquid is not more than 3.