mhurhangee/ep-ind-claims huggingface dataset:
A sub-atmospheric storage and delivery package containing a dopant gas composition, said package comprising: aluminum-containing dopant material represented by the formula Al x R y L z, where R is a methyl group, L is a halogen selected from the group consisting of Cl, F, I and Br and x can be either 1 or 2, whereby if x = 1, then y = 1 or 2 and if x = 2 then y = 2-4; and z = 3x - y; and a cylinder holding the aluminum-containing dopant material in at least partial vapor phase under sub-atmospheric conditions, said vapor pressure greater than 266,6 Pa (2 Torr); and a dual port valve assembly in mechanical communication with the cylinder, the dual port valve comprising a fill port valve and a discharge port valve, wherein the fill port valve is in fluid communication with an interior of the cylinder to introduce the aluminum-containing dopant material therein, and the discharge port valve is in fluid communication with a flow discharge path extending from the interior to the exterior of the cylinder to discharge the aluminum-containing dopant material therefrom; and a check valve located along said flow discharge path, said check valve configured to move from a closed position to an open position in response to a sub-atmospheric condition external to the cylinder. aluminum-containing dopant material represented by the formula Al x R y L z, where R is a methyl group, L is a halogen selected from the group consisting of Cl, F, I and Br and x can be either 1 or 2, whereby if x = 1, then y = 1 or 2 and if x = 2 then y = 2-4; and z = 3x - y; and a cylinder holding the aluminum-containing dopant material in at least partial vapor phase under sub-atmospheric conditions, said vapor pressure greater than 266,6 Pa (2 Torr); and a dual port valve assembly in mechanical communication with the cylinder, the dual port valve comprising a fill port valve and a discharge port valve, wherein the fill port valve is in fluid communication with an interior of the cylinder to introduce the aluminum-containing dopant material therein, and the discharge port valve is in fluid communication with a flow discharge path extending from the interior to the exterior of the cylinder to discharge the aluminum-containing dopant material therefrom; and a check valve located along said flow discharge path, said check valve configured to move from a closed position to an open position in response to a sub-atmospheric condition external to the cylinder.
A method for determining an individualized hair treatment, characterized by the steps of a) determining, by means of a chromatographic or colorimetric method, a content of an oxidation product of an amino acid of a plurality of samples of keratin fibers that have been damaged to varying degrees; b) recording near-infrared and/or infrared spectra of the samples of keratin fibers that have been damaged to varying degrees; c) creating a calibration model which establishes a correlation between the near-infrared and/or infrared spectra and the content of the oxidation product of an amino acid; d) recording near-infrared and/or infrared spectra of the keratin fibers of an individual; e) determining a degree of damage to the keratin fibers of this individual using the calibration model; f) outputting individual treatment advice relating to the keratin fibers of the individual, according to the determined degree of damage, wherein the amino acid is selected from the group consisting of tryptophan, methionine, tyrosine, histidine and lysine. a) determining, by means of a chromatographic or colorimetric method, a content of an oxidation product of an amino acid of a plurality of samples of keratin fibers that have been damaged to varying degrees; b) recording near-infrared and/or infrared spectra of the samples of keratin fibers that have been damaged to varying degrees; c) creating a calibration model which establishes a correlation between the near-infrared and/or infrared spectra and the content of the oxidation product of an amino acid; d) recording near-infrared and/or infrared spectra of the keratin fibers of an individual; e) determining a degree of damage to the keratin fibers of this individual using the calibration model; f) outputting individual treatment advice relating to the keratin fibers of the individual, according to the determined degree of damage, wherein the amino acid is selected from the group consisting of tryptophan, methionine, tyrosine, histidine and lysine.
A system for adjusting and/or optimizing a fermentation process performed in at least one U-loop fermenter, the system comprising: - at least one U-loop fermenter being operatively connected to a computer - the computer comprising a processor and being operatively connected to a database; - at least one analysis apparatus for repetitively providing a test value of at least one parameter of one U-loop fermenter; - a data interface for repetitively entering the test value of the at least one parameter in the database, - the database comprising at least one control value, wherein the database is adapted to store multiple database entries representing the test value of the at least one parameter at various points in time and adapted to store multiple database entries representing the control value at various points in time, wherein the processor is programmed to: - perform at least one mathematical analysis of the test value providing a calculated test value, and/or the control value providing at least one calculated control value; - selecting, on the basis of the calculated test value and/or on the calculated control value, the adjustment to be introduced into at least one other U-loop fermenter to benefit from the change made in the one U-loop fermenter; and - wherein the at least one mathematic analysis involves a modelling of one or more substrates or metabolites inhibiting the growth of the microorganism in the U-loop fermenter, wherein the one or more substrates or metabolites is nitrite, nitrate, ammonium, an acid or a derivative hereof. - at least one U-loop fermenter being operatively connected to a computer - the computer comprising a processor and being operatively connected to a database; - at least one analysis apparatus for repetitively providing a test value of at least one parameter of one U-loop fermenter; - a data interface for repetitively entering the test value of the at least one parameter in the database, - the database comprising at least one control value, - perform at least one mathematical analysis of the test value providing a calculated test value, and/or the control value providing at least one calculated control value; - selecting, on the basis of the calculated test value and/or on the calculated control value, the adjustment to be introduced into at least one other U-loop fermenter to benefit from the change made in the one U-loop fermenter; and - wherein the at least one mathematic analysis involves a modelling of one or more substrates or metabolites inhibiting the growth of the microorganism in the U-loop fermenter, wherein the one or more substrates or metabolites is nitrite, nitrate, ammonium, an acid or a derivative hereof.
A positive electrode lithium replenishment material, comprising a first lithium-containing compound, wherein the first lithium-containing compound is selected from one or more of compounds whose chemical formula is denoted by Formula I: Li x A y Formula I wherein, A is selected from C, N, O, P, or S, 0 < x, y ≤ 3, and the compounds denoted by Formula I is not Li 2 O; and an outer layer of the positive electrode lithium replenishment material comprises a second lithium-containing compound, and an activity of reacting with water by the second lithium-containing compound is lower than that by the first lithium-containing compound. wherein, A is selected from C, N, O, P, or S, 0 < x, y ≤ 3, and the compounds denoted by Formula I is not Li 2 O; and an outer layer of the positive electrode lithium replenishment material comprises a second lithium-containing compound, and an activity of reacting with water by the second lithium-containing compound is lower than that by the first lithium-containing compound.
A receiving apparatus comprising: a receiving unit configured to receive a broadcast wave of digital broadcasting employing an Internet Protocol transmission scheme, the broadcast wave provided by a broadcast station and including a base band packet, BBP, stream, the BBP stream being interposed between an IP layer and a physical layer of a protocol stack; and a control unit configured to identify a specific service provision source according to a combination of an original network ID allocated as a value unique to each broadcasting operator and having a same value succeeded in retransmission of a specific service included in the BBP stream, a stream ID allocated as a value unique to the BBP stream, and a service ID allocated as a value unique to the specific service that is included in a control signal transmitted via the broadcast wave, wherein when the specific service is retransmitted by another broadcast station the values of the original network ID, the stream ID and the service ID have the same value set irrespective of a form of retransmission, and to control a function of the receiving apparatus for performing predetermined processing related to the specific service, wherein the control signal is included in a service configuration table, SCT, as part of a low layer signaling, LLS, information multiplexed on the BBP stream. a receiving unit configured to receive a broadcast wave of digital broadcasting employing an Internet Protocol transmission scheme, the broadcast wave provided by a broadcast station and including a base band packet, BBP, stream, the BBP stream being interposed between an IP layer and a physical layer of a protocol stack; and a control unit configured to identify a specific service provision source according to a combination of an original network ID allocated as a value unique to each broadcasting operator and having a same value succeeded in retransmission of a specific service included in the BBP stream, a stream ID allocated as a value unique to the BBP stream, and a service ID allocated as a value unique to the specific service that is included in a control signal transmitted via the broadcast wave, wherein when the specific service is retransmitted by another broadcast station the values of the original network ID, the stream ID and the service ID have the same value set irrespective of a form of retransmission, and to control a function of the receiving apparatus for performing predetermined processing related to the specific service, wherein the control signal is included in a service configuration table, SCT, as part of a low layer signaling, LLS, information multiplexed on the BBP stream.
An opto-isolator multi-voltage detection circuit comprising: a voltage input connected to a voltage source (V in); an opto-isolator having a light-emitting diode and a phototransistor, the opto-isolator configured to detect the presence of an input voltage applied to the voltage input from the voltage source (V in); a rectifier, the rectifier having a diode connected to the voltage input; a first transistor having a gate, a source, and a drain, the drain of the first transistor is connected to the diode, and the source of the first transistor is connected to the opto-isolator; and a resistor is connected between the gate and the source, wherein the opto-isolator, the diode, the resistor, and the first transistor are arranged such that a current flowing forward from the diode biases the light-emitting diode, and further such that any power dissipated through the first transistor, in response to the input voltage and to the current, is maintained at or below a power rating of the first transistor. a voltage input connected to a voltage source (V in); an opto-isolator having a light-emitting diode and a phototransistor, the opto-isolator configured to detect the presence of an input voltage applied to the voltage input from the voltage source (V in); a rectifier, the rectifier having a diode connected to the voltage input; a first transistor having a gate, a source, and a drain, the drain of the first transistor is connected to the diode, and the source of the first transistor is connected to the opto-isolator; and a resistor is connected between the gate and the source, wherein the opto-isolator, the diode, the resistor, and the first transistor are arranged such that a current flowing forward from the diode biases the light-emitting diode, and further such that any power dissipated through the first transistor, in response to the input voltage and to the current, is maintained at or below a power rating of the first transistor.
Method for filling a battery or accumulator foil pouch with fluid and sealing of said pouch, comprising: a) providing a flexible foil pouch in an interior chamber of which solid components (8;31) of the battery and/or accumulator are accommodated, wherein the foil pouch is tightly sealed with the exception of a sealable fluid access port (11, 12), b) situating the foil pouch in a gas-tight sealable chamber and gas-tight sealing of the chamber, c) following step (b), applying a vacuum in the foil bag, d) connecting the fluid access port on the foil pouch to a fluid source reservoir via a connecting tube (14;29), forming a tight seal, e) following step (d), completely filling the pouch interior with fluid via the connecting tube and f) hermetically sealing the foil pouch by placing a seam (10;36), wherein either (i) the seam is placed such that the fluid access port connected to the connecting tube is separated from the interior of the foil pouch and the connecting tube is subsequently removed from the fluid access port, or (ii) the seam extends through the connecting tube, and, g) separating foil and/or connecting tube components that are situated outside the seam. a) providing a flexible foil pouch in an interior chamber of which solid components (8;31) of the battery and/or accumulator are accommodated, wherein the foil pouch is tightly sealed with the exception of a sealable fluid access port (11, 12), b) situating the foil pouch in a gas-tight sealable chamber and gas-tight sealing of the chamber, c) following step (b), applying a vacuum in the foil bag, d) connecting the fluid access port on the foil pouch to a fluid source reservoir via a connecting tube (14;29), forming a tight seal, e) following step (d), completely filling the pouch interior with fluid via the connecting tube and f) hermetically sealing the foil pouch by placing a seam (10;36), wherein either (i) the seam is placed such that the fluid access port connected to the connecting tube is separated from the interior of the foil pouch and the connecting tube is subsequently removed from the fluid access port, or (ii) the seam extends through the connecting tube, and, (i) the seam is placed such that the fluid access port connected to the connecting tube is separated from the interior of the foil pouch and the connecting tube is subsequently removed from the fluid access port, or (ii) the seam extends through the connecting tube, and, g) separating foil and/or connecting tube components that are situated outside the seam.
A system for encouraging study or mastery of a fibre art skill such as knitting, crocheting, needlepoint, embroidery, or weaving comprising: fibre source material for use in performing the fibre art skill, the fibre source material including a metallic or other conductive material spun in the fibre source material; one or more sensing devices configured to track use of the fibre source material by sensing the metallic or other conductive material while an individual is performing the fibre art skill; at least one processor (342, 352) configured to receive information regarding use of the fibre source material, determine whether or not a predefined target has been achieved, and based on the determination provide an incentive, such as a product or service discount coupon, a prize or award, and a collectible, to the individual that performed the fibre art skill. fibre source material for use in performing the fibre art skill, the fibre source material including a metallic or other conductive material spun in the fibre source material; one or more sensing devices configured to track use of the fibre source material by sensing the metallic or other conductive material while an individual is performing the fibre art skill; at least one processor (342, 352) configured to receive information regarding use of the fibre source material, determine whether or not a predefined target has been achieved, and based on the determination provide an incentive, such as a product or service discount coupon, a prize or award, and a collectible, to the individual that performed the fibre art skill.
An electrode assembly comprising two or more positive electrode plates, two or more negative electrode plates laminated with each of separators interposed therebetween, a positive electrode lead, a negative electrode lead, an horizontal length x, a vertical length y and an average thickness (mm) t wherein the horizontal length x is longer than the vertical length y, wherein the positive electrode lead and the negative electrode lead protrude side by side in a parallel direction to the vertical length y, protrude in an opposite direction to each other in a parallel direction to the vertical length y, protrude side by side in a parallel direction to the horizontal length x, or protrude in an opposite direction to each other in the parallel direction to an horizontal length x, wherein the electrode assembly is bent perpendicular to the horizontal length x by a curvature radius satisfying the following Equation 1: S 1 / ln x / y * t = R wherein S is a constant between 10 and 15, R is 5 mm to 40 mm, ln(x/y) ≥ 1, the average thickness t is 2 mm or less, and preferably a ratio of y to x (y:x) is from 1:3 to 1:50.
A turbine wheel for a turbocharger comprising: a hub; a plurality of blades extending from said hub; and a backwall extending from said hub and having an outer diameter, wherein said backwall includes a first backwall surface and an opposing second backwall surface; characterized in that said first backwall surface includes a datum ring having a diameter in a range between 50% and 85% of said outer diameter, and in that said turbine wheel is integrally cast. a hub; a plurality of blades extending from said hub; and a backwall extending from said hub and having an outer diameter, wherein said backwall includes a first backwall surface and an opposing second backwall surface; characterized in that said first backwall surface includes a datum ring having a diameter in a range between 50% and 85% of said outer diameter, and in that said turbine wheel is integrally cast.
A server for packaging and delivery of entertainment content, comprising: memory for storing user preference information relating to packaging and delivery of entertainment content, the stored user preference information including information relating to user activities accompanied by the use of entertainment content, including the types and expected duration of different activities and preferences relating to entertainment content accompanying various types and durations of activities; and a processor for receiving user identification information identifying a user and activity information identifying an activity for which entertainment content is desired, the processor being operative to examine the stored customer preference information and assemble a package of content for the identified activity based on the nature and duration of the activity and the customer preferences relating to the activity, and the processor being further operative to select between content requiring a higher power consumption and content requiring a lower power consumption based on the expected availability of external electric power during the activity as indicated by the user. memory for storing user preference information relating to packaging and delivery of entertainment content, the stored user preference information including information relating to user activities accompanied by the use of entertainment content, including the types and expected duration of different activities and preferences relating to entertainment content accompanying various types and durations of activities; and a processor for receiving user identification information identifying a user and activity information identifying an activity for which entertainment content is desired, the processor being operative to examine the stored customer preference information and assemble a package of content for the identified activity based on the nature and duration of the activity and the customer preferences relating to the activity, and the processor being further operative to select between content requiring a higher power consumption and content requiring a lower power consumption based on the expected availability of external electric power during the activity as indicated by the user.
A method for processing animal skin, the method comprising: - freezing of the animal skin before freeze-drying this, - freeze-drying of the animal skin, - application of an impregnation material into the freeze-dried animal skin. - freezing of the animal skin before freeze-drying this, - freeze-drying of the animal skin, - application of an impregnation material into the freeze-dried animal skin.
A composition comprising a recombinant variant alpha-2-macroglobulin (A2M) polypeptide comprising a non-natural bait region comprising a plurality of protease recognition sequences, wherein: (i) the non-natural bait region comprises a sequence with at least 92% identity to a sequence selected from the group consisting of SEQ ID NOs 6-30, (ii) the recombinant variant A2M polypeptide comprises at least 80% sequence identity to SEQ ID NO 3, (iii) the recombinant variant A2M polypeptide comprises at least 500 amino acids, (iv) the recombinant variant A2M polypeptide is characterized by an enhanced inhibition of a protease selected from the group consisting of a serine protease, a threonine protease, a cysteine protease, an aspartate protease, a metalloprotease, a glutamic acid protease, and combinations thereof, compared to an inhibition of the protease by a wild-type A2M protein; and (v) the non-natural bait region has a sequence that does not comprise a sequence selected from the group consisting of SEQ ID NOs 84-143. (i) the non-natural bait region comprises a sequence with at least 92% identity to a sequence selected from the group consisting of SEQ ID NOs 6-30, (ii) the recombinant variant A2M polypeptide comprises at least 80% sequence identity to SEQ ID NO 3, (iii) the recombinant variant A2M polypeptide comprises at least 500 amino acids, (iv) the recombinant variant A2M polypeptide is characterized by an enhanced inhibition of a protease selected from the group consisting of a serine protease, a threonine protease, a cysteine protease, an aspartate protease, a metalloprotease, a glutamic acid protease, and combinations thereof, compared to an inhibition of the protease by a wild-type A2M protein; and (v) the non-natural bait region has a sequence that does not comprise a sequence selected from the group consisting of SEQ ID NOs 84-143.