mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing an x-ray emitter panel including an array of x-ray emitters for use as a distributed x-ray source, the x-ray emitter panel for use with an x-ray detector panel, the method comprising the steps of: choosing a predetermined typical expected total number of photons to be produced during a single exposure, E tot; and choosing a predetermined surface area of the emitter panel, F; choosing a predetermined absorption factor due to tissue placed between the emitter panel and the detector panel, η bre; choosing a predetermined maximum emitter-detector panel separation, D max; choosing a predetermined minimum number of photons that is required to arrive at a detector in the detector panel in order to obtain a viable image, E min; choosing a predetermined density of detectors in the detector panel, ρ det; choosing a predetermined dimensionless constant having a value between approximately 10 and 20, A; solving an inequality of the form: r D max 2 1 + r D max 2 3 2 ≥ Aρ det FE min E tot η bre for r; selecting a pitch scale corresponding to a value of r determined from the solution of the inequality; and constructing an x-ray emitter panel having a surface area equal to F, the emitter panel comprising an array of x-ray emitters arranged in the x-ray emitter panel with the pitch scale corresponding to the value of r determined from the solution of the inequality, the emitter panel configured to produce a total number of photons during a single exposure equal to E tot. choosing a predetermined typical expected total number of photons to be produced during a single exposure, E tot; and choosing a predetermined surface area of the emitter panel, F; choosing a predetermined absorption factor due to tissue placed between the emitter panel and the detector panel, η bre; choosing a predetermined maximum emitter-detector panel separation, D max; choosing a predetermined minimum number of photons that is required to arrive at a detector in the detector panel in order to obtain a viable image, E min; choosing a predetermined density of detectors in the detector panel, ρ det; choosing a predetermined dimensionless constant having a value between approximately 10 and 20, A; solving an inequality of the form: r D max 2 1 + r D max 2 3 2 ≥ Aρ det FE min E tot η bre for r; selecting a pitch scale corresponding to a value of r determined from the solution of the inequality; and constructing an x-ray emitter panel having a surface area equal to F, the emitter panel comprising an array of x-ray emitters arranged in the x-ray emitter panel with the pitch scale corresponding to the value of r determined from the solution of the inequality, the emitter panel configured to produce a total number of photons during a single exposure equal to E tot.
A method for producing a non-transgenic, herbicide resistant or tolerant plant comprising: introducing into plant cells a recombinagenic oligonucleobase with a targeted mutation in the EPSPS gene to produce plant cells with a mutant EPSPS gene that expresses a EPSPS protein that is mutated at amino acid positions Thr 179 and Pro 183 in an Arabidopsis EPSPS protein or at an analogous amino acid residue in an EPSPS protein of another species, wherein Thr 179 is changed to Ile, and Pro 183 is changed to Leu or Cys; selecting a plant cell exhibiting improved tolerance to glyphosate as compared to a corresponding wild-type plant cell; and regenerating a non-transgenic herbicide resistant or tolerant plant having a mutated EPSPS gene from said selected plant cell. introducing into plant cells a recombinagenic oligonucleobase with a targeted mutation in the EPSPS gene to produce plant cells with a mutant EPSPS gene that expresses a EPSPS protein that is mutated at amino acid positions Thr 179 and Pro 183 in an Arabidopsis EPSPS protein or at an analogous amino acid residue in an EPSPS protein of another species, wherein Thr 179 is changed to Ile, and Pro 183 is changed to Leu or Cys; selecting a plant cell exhibiting improved tolerance to glyphosate as compared to a corresponding wild-type plant cell; and regenerating a non-transgenic herbicide resistant or tolerant plant having a mutated EPSPS gene from said selected plant cell.
A compound according to Formula or pharmaceutically acceptable salt, tautomer, or stereoisomer thereof, wherein: each m is, independently, 1, 2, 3, 4 or 5; F 1 is ester or amide functional group; R A is branched or unbranched C4-C30 alkyl; and R 1 is -L 1 N[L 2 F 2 R B] 2 or -L 3 F 3 R C and R 2 is -L 4 F 4 R D, wherein: each L 1, L 2, L 3 and L 4 are, independently, C2-C10 alkylene, each F 2, F 3 and F 4 are, independently, ester or amide functional group and each R B, R C and R D are, independently, branched C4-C30 alkyl. each m is, independently, 1, 2, 3, 4 or 5; F 1 is ester or amide functional group; R A is branched or unbranched C4-C30 alkyl; and R 1 is -L 1 N[L 2 F 2 R B] 2 or -L 3 F 3 R C and R 2 is -L 4 F 4 R D, wherein: each L 1, L 2, L 3 and L 4 are, independently, C2-C10 alkylene, each F 2, F 3 and F 4 are, independently, ester or amide functional group and each R B, R C and R D are, independently, branched C4-C30 alkyl. each L 1, L 2, L 3 and L 4 are, independently, C2-C10 alkylene, each F 2, F 3 and F 4 are, independently, ester or amide functional group and each R B, R C and R D are, independently, branched C4-C30 alkyl.
Structural frame of a crane, a lifting device, a material handler or a similar machine, wherein the structural frame is at least in part configured as a truss, the longitudinal and transverse belts of which are formed by elongate structural-frame struts, which are at least in portions designed as a hollow profile and are interconnected at a node point of the truss, characterized in that at least one of the node points of the truss is constructed in a layered manner from a metal material and interconnects a plurality of truss struts of the truss in an integral and seam-free manner, wherein at least one elongate structural-frame strut comprises an integrally molded-on, layered reinforcement portion in the form of a thickened portion in the wall thickness and/or cross section, having a continuous, seam-free transition to an adjacent structural-frame portion having a thinner wall thickness and/or a smaller cross section.
A stereotactic perineum positioning device for magnetic resonance, MR, imaging, the stereotactic perineum positioning device comprising: a frame; a patient receive coil rigidly mounted to the frame; and a fiducial array rigidly mounted to the frame, characterized in that the fiducial array comprises three distinct MR-visible fiducials and a fiducial receive coil wrapped around the three distinct MR-visible fiducials.
A sintered electroconductive oxide having a perovskite oxide type crystal structure represented by a compositional formula: M1 a M2 b Mn c Al d Cr e O f, wherein M1 represents at least one element selected from group 3 elements; and M2 represents at least one element selected from the group consisting of Mg, Ca, Sr and Ba, wherein element M1 predominantly includes at least one element selected from the group consisting of Nd, Pr and Sm, and a, b, c, d, e and f satisfy the following relationships: 0.600 ≤ a < 1.000, 0 < b ≤ 0.400, 0 ≤ c < 0.150, 0.400 ≤ d < 0.950, 0.050 < e ≤ 0. 600, 0.50 < e/ c + e ≤ 1.00, and 2.80 ≤ f ≤ 3.30.
A method for a structure having a countersunk fastener head, the method comprising forcing an aliphatic urethane surfacer into a void around the fastener head, wherein the surfacer is manually forced into the void, which is between the fastener head and a cut edge of the structure, wherein the surfacer is manually forced into the void using a sponge, roller, brush or other tool. wherein the surfacer is manually forced into the void, which is between the fastener head and a cut edge of the structure, wherein the surfacer is manually forced into the void using a sponge, roller, brush or other tool.
A user information cutover method, comprising: obtaining, by an Online Charging System, OCS, information about a user in an Intelligent Network, IN; and converting, by the OCS, the user information into an OCS format; wherein converting the user information into an OCS format further comprises: creating an ID for a new user in the OCS out of a MSISDN in the user information; assigning an account balance in the user information to an account balance of the new user; mapping a bonus information in the user information to a free resource account of the new user; mapping a lifecycle state attribute in the user information to a lifecycle attribute field of the new user; mapping a familiarity number list in the user information to a familiarity number list of the new user; generating a product subscription relation for the new user according to a product ID corresponding to all service types of the MSISDN; and mapping a special information according to specific logics, if any other special information exists. obtaining, by an Online Charging System, OCS, information about a user in an Intelligent Network, IN; and converting, by the OCS, the user information into an OCS format; wherein converting the user information into an OCS format further comprises: creating an ID for a new user in the OCS out of a MSISDN in the user information; assigning an account balance in the user information to an account balance of the new user; mapping a bonus information in the user information to a free resource account of the new user; mapping a lifecycle state attribute in the user information to a lifecycle attribute field of the new user; mapping a familiarity number list in the user information to a familiarity number list of the new user; generating a product subscription relation for the new user according to a product ID corresponding to all service types of the MSISDN; and mapping a special information according to specific logics, if any other special information exists. creating an ID for a new user in the OCS out of a MSISDN in the user information; assigning an account balance in the user information to an account balance of the new user; mapping a bonus information in the user information to a free resource account of the new user; mapping a lifecycle state attribute in the user information to a lifecycle attribute field of the new user; mapping a familiarity number list in the user information to a familiarity number list of the new user; generating a product subscription relation for the new user according to a product ID corresponding to all service types of the MSISDN; and mapping a special information according to specific logics, if any other special information exists.
A system for inducible expression of a transgene in a cell, the system comprising: a) a first nucleic acid comprising a first promoter inducible by a drug, wherein the first nucleic acid is operably linked to a first polynucleotide encoding the transgene; b) a second nucleic acid comprising a second promoter operably linked to a second polynucleotide encoding a transcriptional activator for the first promoter, wherein the transcriptional activator comprises an amino acid sequence set forth in any one of SEQ ID NOs: 1-11 and 121; and c) a stimulator selected from phorbol 12-myristate 13-acetate, ionomycin, or a combination thereof. a) a first nucleic acid comprising a first promoter inducible by a drug, wherein the first nucleic acid is operably linked to a first polynucleotide encoding the transgene; b) a second nucleic acid comprising a second promoter operably linked to a second polynucleotide encoding a transcriptional activator for the first promoter, wherein the transcriptional activator comprises an amino acid sequence set forth in any one of SEQ ID NOs: 1-11 and 121; and c) a stimulator selected from phorbol 12-myristate 13-acetate, ionomycin, or a combination thereof.
A charging control apparatus for an electronic device, comprising a power adapter and a charging control module; wherein the power adapter is configured to charge a battery in the electronic device and to perform data communication with the charging control module via a communication interface thereof; the charging control module is built in the electronic device and is configured to detect a voltage of the battery; each of the charging control module and the battery is coupled to the communication interface of the power adapter via a communication interface of the electronic device; during a process of charging the battery, the power adapter is configured to first charge the battery with a constant-voltage direct current output, the power adapter is further configured to send a quick-charging inquiry instruction to the charging control module when an output current of the power adapter is within a conventional current range during a preset period of time, the charging control module configured to determine the voltage of the battery according to the quick-charging inquiry instruction, when the voltage of the battery reaches a quick-charging voltage value, the charging control module is configured to feed back a quick-charging instruction to the power adapter, and then after the power adapter receives the quick-charging instruction sent by the charging control module, the power adapter is configured to adjust an output voltage according to the voltage of the battery fed back by the charging control module, and if the output voltage meets the quick-charging voltage condition pre-set by the charging control module, the power adapter is configured to adjust the output current and the output voltage respectively according to a preset quick-charging current value and a preset quick-charging voltage value for quick-charging the battery, and the charging control module is configured to meanwhile introduce direct current from the power adapter for charging the battery; and during a process of quick-charging the battery, the power adapter is configured to adjust the output current in real time according to the output voltage thereof and the voltage of the battery.
A method for monitoring a supply line of an industrial robot, which has one or more lines guided in a protective tube, for wear damage to the protective tube, comprising the steps: - generating a first fluid pressure surge within the protective tube, - subsequent detection of the fluid pressure within the protective tube over a predetermined first time period as a first fluid pressure curve (26.1), - storing the first fluid pressure curve (26.1), - generating a second fluid pressure surge within the protective tube, - subsequent detection of the fluid pressure within the protective tube over a predetermined second time period as a second fluid pressure curve (26.2), - comparing the second fluid pressure profile (26.2) with the stored first fluid pressure profile (26.1), - issue a wear warning if a difference between the second fluid pressure curve (26.2) and the first fluid pressure curve (26.1) determined by the comparison exceeds a predetermined maximum tolerance difference. - generating a first fluid pressure surge within the protective tube, - subsequent detection of the fluid pressure within the protective tube over a predetermined first time period as a first fluid pressure curve (26.1), - storing the first fluid pressure curve (26.1), - generating a second fluid pressure surge within the protective tube, - subsequent detection of the fluid pressure within the protective tube over a predetermined second time period as a second fluid pressure curve (26.2), - comparing the second fluid pressure profile (26.2) with the stored first fluid pressure profile (26.1), - issue a wear warning if a difference between the second fluid pressure curve (26.2) and the first fluid pressure curve (26.1) determined by the comparison exceeds a predetermined maximum tolerance difference.
An optical system for eye tracking, comprising: a light source, arranged to emit light; a light detector for detecting light and indicating positional information of the detected light thereby; a Holographic Optical Element (HOE, 102) arrangement, configured to direct light from the light source towards an eye, to receive at least one glint of the light from the eye and to direct light from the received at least one glint to be in focus at the light detector, the HOE arrangement being configured with a large enough numerical aperture such that ambient or stray light directed by the HOE arrangement is out of focus at the light detector. a light source, arranged to emit light; a light detector for detecting light and indicating positional information of the detected light thereby; a Holographic Optical Element (HOE, 102) arrangement, configured to direct light from the light source towards an eye, to receive at least one glint of the light from the eye and to direct light from the received at least one glint to be in focus at the light detector, the HOE arrangement being configured with a large enough numerical aperture such that ambient or stray light directed by the HOE arrangement is out of focus at the light detector.
An immediate release naproxen sodium formulation for use in a method for the treatment of pain, which method comprises administering said formulation to a fasted subject in need thereof so that the blood plasma concentration levels of naproxen range from and include at least 15-20 μg/ml in 10 minutes or less, wherein said formulation comprises an intragranular portion comprising naproxen sodium, and an extragranular portion comprising a carbonate compound in an amount from about 300 mg to 500 mg, wherein the mean particle size of the carbonate is from about 50 microns to about 200 microns, and wherein the mean particle size of the intragranular portion is from about 200 microns to about 400 microns. which method comprises administering said formulation to a fasted subject in need thereof so that the blood plasma concentration levels of naproxen range from and include at least 15-20 μg/ml in 10 minutes or less, wherein said formulation comprises an intragranular portion comprising naproxen sodium, and an extragranular portion comprising a carbonate compound in an amount from about 300 mg to 500 mg, wherein the mean particle size of the carbonate is from about 50 microns to about 200 microns, and wherein the mean particle size of the intragranular portion is from about 200 microns to about 400 microns.
Piglet-protection device for a farrowing pen, having - a first side part, - a trough console, which is connected to the first side part, and - a second side part, which is connected to the trough console so as to be pivotable about a pivot axis, wherein, by way of pivoting of the second side part, the piglet-protection device can be brought into a piglet-protection position, in which the second side part is arranged substantially parallel to the first side part, and into a movement position, in which the second side part is spread away from the first side part, wherein a first door element is arranged on the first side part and a second door element is arranged on the second side part, and wherein the door elements (16, 18) delimit the piglet-protection device at the rear in the piglet-protection position, wherein the first door element is arranged in a length-adjustable manner on the first side part and/or the second door element is arranged in a length-adjustable manner on the second side part, wherein the door element (16, 18) is arranged in a length-adjustable manner on the side part (8, 10) by means of a sliding-rail arrangement, characterized in that the sliding-rail arrangement has a slotted guide which is arranged on the side part (8, 10), and wherein the door element (16, 18) has a guide section which is displaceably received in the slotted guide. - a first side part, - a trough console, which is connected to the first side part, and - a second side part, which is connected to the trough console so as to be pivotable about a pivot axis, wherein, by way of pivoting of the second side part, the piglet-protection device can be brought into a piglet-protection position, in which the second side part is arranged substantially parallel to the first side part, and into a movement position, in which the second side part is spread away from the first side part, wherein a first door element is arranged on the first side part and a second door element is arranged on the second side part, and wherein the door elements (16, 18) delimit the piglet-protection device at the rear in the piglet-protection position, wherein the first door element is arranged in a length-adjustable manner on the first side part and/or the second door element is arranged in a length-adjustable manner on the second side part, wherein the door element (16, 18) is arranged in a length-adjustable manner on the side part (8, 10) by means of a sliding-rail arrangement, characterized in that the sliding-rail arrangement has a slotted guide which is arranged on the side part (8, 10), and wherein the door element (16, 18) has a guide section which is displaceably received in the slotted guide.
A solenoid valve including a hollow cylindrical solenoid part, a movable core, and a valve element, in which the movable core is attracted upon energization of the solenoid part to move the valve element, wherein the solenoid valve further includes a magnetic core (10, 30) surrounding the solenoid part to form a magnetic circuit, and wherein a part of the magnetic core protrudes into a hollow portion of the solenoid part to form a hollow cylindrical fixed core provided with a bottom wall portion at a distal end, characterized in that, the fixed core includes a peripheral wall portion formed such that a thickness of the peripheral wall portion near an open end located far from the bottom wall portion is thicker than a thickness of an outside plate portion of the magnetic core (10, 30) and a thickness of the peripheral wall portion near the bottom wall portion is thinner than the thickness of the outside plate portion, and the thickness of the peripheral wall portion near the bottom wall portion is as thick as 80% or more of the thickness of the outside plate portion of the magnetic core.