mhurhangee/ep-ind-claims huggingface dataset:
A method for generating a process model modeling a manual mode procedure instance of a plant process, the procedure instance comprising a sequence of operational actions, including the steps of: Providing a plurality of log events of a plurality of operational actions of the plant process; Selecting a plurality of sequences of manual mode operational actions from the plurality of log events; Filtering the plurality of sequences of manual mode operational actions according to an individual plant section; Identifying a sequential order from the plurality of filtered sequences of the manual mode operational actions; Determining statistical properties of values of related process variables and/or statistical properties of values of related set point changes to each sequential ordered manual mode operational action from the plurality of filtered sequences of the manual mode operational actions; Generating the process model of the manual mode procedure instance by arranging the manual mode operational actions with the sequential order of each operational action assigned with the statistical properties of the values of related process variables and/or assigned with the statistical properties of the values of the related set point changes. Providing a plurality of log events of a plurality of operational actions of the plant process; Selecting a plurality of sequences of manual mode operational actions from the plurality of log events; Filtering the plurality of sequences of manual mode operational actions according to an individual plant section; Identifying a sequential order from the plurality of filtered sequences of the manual mode operational actions; Determining statistical properties of values of related process variables and/or statistical properties of values of related set point changes to each sequential ordered manual mode operational action from the plurality of filtered sequences of the manual mode operational actions; Generating the process model of the manual mode procedure instance by arranging the manual mode operational actions with the sequential order of each operational action assigned with the statistical properties of the values of related process variables and/or assigned with the statistical properties of the values of the related set point changes.
A method for controlling the atmosphere in a closable space at least partially filled with agricultural or horticultural products, wherein a carbon dioxide partial pressure is periodically measured inside the closable space, wherein an optimal oxygen partial pressure (P new) and/or an optimal temperature (T new) for storing the agricultural or horticultural products is set inside the space, characterised in that the optimal oxygen partial pressure (P new) and/or the optimal temperature (T new), is determined and set based on solely the measurements of the carbon dioxide partial pressure, wherein the optimal oxygen partial pressure (P new) is determined by using the following equation: P new = P old − d CO 2 dt ∗ f CO 2 + d CO 2 dt ∗ f CO 2 AMF + SV, wherein P old is a currently set oxygen partial pressure, d CO 2 dt is a rate of carbon dioxide partial pressure or concentration change, f CO 2 is a variable dependent on the carbon dioxide partial pressure or concentration change in the space, wherein f CO 2 varies between 1 h and 24 h, AMF is a anaerobic metabolism factor, which varies between 1 and 25 and SV is a safety value, which varies between 0 kPa and 2 kPa, wherein the optimal temperature (T new) is determined by using the following equation: T new = β − d CO 2 dt ∗ f CO 2 CTF f CO 2 + T old,, wherein β is an optimal carbon dioxide release value that varies between 0.1 kPa and 2.0 kPa, T old is a currently set temperature and CTF is a cultivar temperature factor, which varies between 1 (kPa * h)/°C and 25 (kPa * h)/°C. wherein a carbon dioxide partial pressure is periodically measured inside the closable space, wherein an optimal oxygen partial pressure (P new) and/or an optimal temperature (T new) for storing the agricultural or horticultural products is set inside the space, characterised in that the optimal oxygen partial pressure (P new) and/or the optimal temperature (T new), is determined and set based on solely the measurements of the carbon dioxide partial pressure, wherein the optimal oxygen partial pressure (P new) is determined by using the following equation: P new = P old − d CO 2 dt ∗ f CO 2 + d CO 2 dt ∗ f CO 2 AMF + SV, wherein P old is a currently set oxygen partial pressure, d CO 2 dt is a rate of carbon dioxide partial pressure or concentration change, f CO 2 is a variable dependent on the carbon dioxide partial pressure or concentration change in the space, wherein f CO 2 varies between 1 h and 24 h, AMF is a anaerobic metabolism factor, which varies between 1 and 25 and SV is a safety value, which varies between 0 kPa and 2 kPa, wherein the optimal temperature (T new) is determined by using the following equation: T new = β − d CO 2 dt ∗ f CO 2 CTF f CO 2 + T old,, wherein β is an optimal carbon dioxide release value that varies between 0.1 kPa and 2.0 kPa, T old is a currently set temperature and CTF is a cultivar temperature factor, which varies between 1 (kPa * h)/°C and 25 (kPa * h)/°C.
A method for selecting a millipede-derived hydroxynitrile lyase (hereunder, HNL) gene, comprising: selecting a gene having at least one of a nucleotide sequence encoding for a conserved amino acid sequence TAX 1 DIX 2 G (SEQ ID NO:15) (wherein X 1 is L or F, and X 2 is R or K) and a nucleotide sequence encoding for a conserved amino acid sequence VPNGDKIH (SEQ ID NO:16) of millipede-derived HNL from the genes present in an organism belonging to the Diplopoda, wherein selection of the gene is accomplished by: performing PCR using a gene present in an organism belonging to the Diplopoda as a template, and using at least one DNA comprising a nucleotide sequence encoding for the conserved amino acid sequence as a primer or, performing DNA-DNA hybridization using a gene present in an organism belonging to the Diplopoda as a template, and using DNA comprising a nucleotide sequence encoding for the conserved amino acid sequence as a probe or, sequencing genes present in an organism belonging to the Diplopoda, and selecting a gene having a nucleotide sequence encoding for the conserved amino acid sequence from the sequenced gene sequences. performing PCR using a gene present in an organism belonging to the Diplopoda as a template, and using at least one DNA comprising a nucleotide sequence encoding for the conserved amino acid sequence as a primer or, performing DNA-DNA hybridization using a gene present in an organism belonging to the Diplopoda as a template, and using DNA comprising a nucleotide sequence encoding for the conserved amino acid sequence as a probe or, sequencing genes present in an organism belonging to the Diplopoda, and selecting a gene having a nucleotide sequence encoding for the conserved amino acid sequence from the sequenced gene sequences.
A process of producing an interconnecting multi-layered luxury vinyl flooring tile for a modular flooring system, the process comprising the steps of: a) forming a base substrate of plastics material with at least one locating guide by injection moulding; b) coating the back of an LVT surface layer with adhesive; c) aligning the LVT surface layer to a top surface of the base substrate such that the LVT surface layer abuts the or each locating guide of the base substrate; d) press rolling the base substrate and LVT surface layer together to form an oversized blank; and e) punching out an interlock shape from the oversized blank using a punch and die tool. a) forming a base substrate of plastics material with at least one locating guide by injection moulding; b) coating the back of an LVT surface layer with adhesive; c) aligning the LVT surface layer to a top surface of the base substrate such that the LVT surface layer abuts the or each locating guide of the base substrate; d) press rolling the base substrate and LVT surface layer together to form an oversized blank; and e) punching out an interlock shape from the oversized blank using a punch and die tool.
A method for calculating a region of interest in a second medical image using an initial region of interest in a first medical image, comprising an initial step of computing a spatial transformation function (5, 24) describing the spatial matching between said first and second images using remarkable anatomical features which can be found in both images, characterized in that it further comprises steps of: - generating a first polygonal mesh enclosing said initial region of interest in the first image, - applying the spatial transformation function to the first polygonal mesh for computing a second polygonal mesh in the second image corresponding to said first polygonal mesh deformed by said spatial transformation function, - computing the region of interest in the second image by identifying the image elements (11, 12) of said second image that belong to the area enclosed by said second polygonal mesh. - generating a first polygonal mesh enclosing said initial region of interest in the first image, - applying the spatial transformation function to the first polygonal mesh for computing a second polygonal mesh in the second image corresponding to said first polygonal mesh deformed by said spatial transformation function, - computing the region of interest in the second image by identifying the image elements (11, 12) of said second image that belong to the area enclosed by said second polygonal mesh.
A brake assembly comprising: a housing assembly; a caliper bridge connected to the housing assembly; a piston assembly moveably disposed within the housing assembly and configured to actuate a first brake pad assembly from a first retracted position to a first extended position; an operating shaft disposed proximate the housing assembly that rotates about an operating shaft axis to actuate the piston assembly and actuate the first brake pad assembly from the first retracted position to the first extended position; an adjuster mechanism that is operatively connected to the piston assembly and is configured to adjust the first extended position; a slide pin assembly that is provided with an indicator and is connected to the housing assembly and the caliper bridge, wherein the housing assembly and the caliper bridge are configured to translate along the slide pin assembly to actuate a second brake pad assembly from a second retracted position to a second extended position; and a sensor assembly disposed proximate the housing assembly, characterised in that the sensor assembly comprises a first sensor to detect a position of the adjuster mechanism, a second sensor todetect a position of the indicator, and a third sensor to detect a position of the operating shaft, wherein the first sensor, second sensor, and third sensor are disposed in a single housing. a housing assembly; a caliper bridge connected to the housing assembly; a piston assembly moveably disposed within the housing assembly and configured to actuate a first brake pad assembly from a first retracted position to a first extended position; an operating shaft disposed proximate the housing assembly that rotates about an operating shaft axis to actuate the piston assembly and actuate the first brake pad assembly from the first retracted position to the first extended position; an adjuster mechanism that is operatively connected to the piston assembly and is configured to adjust the first extended position; a slide pin assembly that is provided with an indicator and is connected to the housing assembly and the caliper bridge, wherein the housing assembly and the caliper bridge are configured to translate along the slide pin assembly to actuate a second brake pad assembly from a second retracted position to a second extended position; and a sensor assembly disposed proximate the housing assembly, characterised in that the sensor assembly comprises a first sensor to detect a position of the adjuster mechanism, a second sensor todetect a position of the indicator, and a third sensor to detect a position of the operating shaft, wherein the first sensor, second sensor, and third sensor are disposed in a single housing.
A filter cartridge for cleaning air, comprising - a perforated sheet metal outer cage, - a base disc closing off the filter cartridge at the lower end, - an inlet fitting closing off the filter cartridge at the upper end, - a conically shaped perforated sheet metal inner cage extending from the base disc to the inlet fitting in the interior of the perforated sheet metal outer cage and held in place by the base disc and the inlet fitting, - an activated carbon layer disposed in the intermediate space between the perforated sheet metal inner cage and the perforated sheet metal outer cage, characterized in that - the perforated sheet metal outer cage has a cylindrical shape and the diameter of the perforated sheet metal outer cage is identical over the entire length of the filter cartridge, - the perforated sheet metal inner cage tapers conically in the direction from the base disc to the inlet fitting, wherein the diameter of the perforated sheet metal inner cage continuously diminishes from the base disc toward the inlet fitting, and - the thickness of the activated carbon layer diminishes in the direction from the inlet fitting to the base disc owing to the cylindrical shape of the perforated sheet metal outer cage and the conical shape of the perforated sheet metal inner cage. - a perforated sheet metal outer cage, - a base disc closing off the filter cartridge at the lower end, - an inlet fitting closing off the filter cartridge at the upper end, - a conically shaped perforated sheet metal inner cage extending from the base disc to the inlet fitting in the interior of the perforated sheet metal outer cage and held in place by the base disc and the inlet fitting, - an activated carbon layer disposed in the intermediate space between the perforated sheet metal inner cage and the perforated sheet metal outer cage, - the perforated sheet metal outer cage has a cylindrical shape and the diameter of the perforated sheet metal outer cage is identical over the entire length of the filter cartridge, - the perforated sheet metal inner cage tapers conically in the direction from the base disc to the inlet fitting, wherein the diameter of the perforated sheet metal inner cage continuously diminishes from the base disc toward the inlet fitting, and - the thickness of the activated carbon layer diminishes in the direction from the inlet fitting to the base disc owing to the cylindrical shape of the perforated sheet metal outer cage and the conical shape of the perforated sheet metal inner cage.
A cyclodextrin compound for use in a method of treating a lysosomal storage disorder in a human, wherein the cyclodextrin compound is hydroxypropyl-beta cyclodextrin (HPβCD) or a pharmaceutically acceptable salt, ester, solvate, or hydrate thereof, HPβCD is administered intracranially, intraventricularly, intracerebrally, epidurally, intracerebroventricularly, or intrathecally, and the lysosomal storage disease is selected from the group consisting of Tay-Sachs disease, Sphingolipidoses, Gaucher disease, Mucolipidosis, Galactosialidosis, Salla disorder, Cystinosis, Danon disease, Fabry disease, Farber disease, Lipofuscinoses, Pompe disease, Gangliodisosis, ISSD, Krabbe disease, leukodystrophy, Hurler disease, Scheie disease, Hunter disease, San Filippo disease, Sandhoff disease, Schinder disease, Batten disorder, and Wolman disease.
A system comprising a spinal implant (2A, 2B, 2C) with at least an anchoring device for anchoring the spinal implant (2A, 2B, 2C) in at least one vertebra, said anchoring device comprising a body of elongated shape on a longitudinal axis extending between a penetration end and an abutment end, wherein - said implant comprises an orifice traversing at least-one portion of the implant, characterised in that - the body is rigid and has a curved shape describing, along the longitudinal axis, an arc whose dimensions and radius of curvature are complementary to the shape, dimensions and orientation of said orifice located on the spinal implant, in such a manner that the anchoring device is inserted, without deformation despite its curvature, from the periphery of the implant, through said orifice, with the penetration end of the anchoring device penetrating into at least one vertebral surface while the abutment end of the anchoring device remains in said orifice and retains said spinal implant on this vertebral surface tanks to at least one stop element complementary to said surface of the implant. - said implant comprises an orifice traversing at least-one portion of the implant, characterised in that - the body is rigid and has a curved shape describing, along the longitudinal axis, an arc whose dimensions and radius of curvature are complementary to the shape, dimensions and orientation of said orifice located on the spinal implant, in such a manner that the anchoring device is inserted, without deformation despite its curvature, from the periphery of the implant, through said orifice, with the penetration end of the anchoring device penetrating into at least one vertebral surface while the abutment end of the anchoring device remains in said orifice and retains said spinal implant on this vertebral surface tanks to at least one stop element complementary to said surface of the implant.
A valve body adapted to be provided at an end portion of a pipe part connected to a space where water is stored and serving as a path through which the water is discharged, said valve body adapted to open/close an opening/closing surface by sliding along a lengthwise direction of the pipe part, the valve body includes: a first valve body adapted to be inserted in the pipe part to open/close the pipe part; a cover surface having a water passing hole through which the water is discharged and adapted to at least partially cover a leading end surface of the pipe part, a rib inwardly extending from the cover surface and adapted to extend at an inner side of a wall of the pipe part and having a gap with the first valve body, wherein the gap is connected to the water passing hole, and an outer insertion part extending from the cover surface and adapted to extend toward the pipe part, adapted to be placed outside an outer circumferential surface of the wall of the pipe part and adapted to have a predetermined gap with the outer circumferential surface of the wall of the pipe part, characterized in that a cut portion is formed at the cover surface, the rib, or at least a part of the cover surface and the rib, and wherein the cut portion connects a space between the outer insertion part and the rib to at least one of an inner diametric space of the rib and the water passing hole to release a pressure of water applied between the outer insertion part and the rib. a first valve body adapted to be inserted in the pipe part to open/close the pipe part; a cover surface having a water passing hole through which the water is discharged and adapted to at least partially cover a leading end surface of the pipe part, a rib inwardly extending from the cover surface and adapted to extend at an inner side of a wall of the pipe part and having a gap with the first valve body, wherein the gap is connected to the water passing hole, and an outer insertion part extending from the cover surface and adapted to extend toward the pipe part, adapted to be placed outside an outer circumferential surface of the wall of the pipe part and adapted to have a predetermined gap with the outer circumferential surface of the wall of the pipe part, characterized in that a cut portion is formed at the cover surface, the rib, or at least a part of the cover surface and the rib, and wherein the cut portion connects a space between the outer insertion part and the rib to at least one of an inner diametric space of the rib and the water passing hole to release a pressure of water applied between the outer insertion part and the rib.
A data retrieval apparatus comprising: a) a base unit having a globe whose surface bearing a predetermined set of index information on geographical areas on said globe; said base unit further comprising: i) a memory device for storing data information associated with said index information; ii) a controller for retrieving from the memory device the data information; iii) a first wireless receiver connected to said controller; iv) a second wireless transceiver for communicating with a remote network; said second wireless transceiver connected to said controller; v) a display unit, said display unit connected to said controller; b) a handheld operator, said operator further comprising: i) a sensor for sensing said index information when the sensor is brought close to the surface of the base unit; ii) a first wireless transmitter, said first transmitter sending said index information to said first wireless receiver in said base unit; wherein when said first wireless receiver receives said index information from said first wireless transmitter, said controller retrieves from said memory device the data information based on a first reference to said index information sensed by said sensor and displays said data information on said display unit. a) a base unit having a globe whose surface bearing a predetermined set of index information on geographical areas on said globe; said base unit further comprising: i) a memory device for storing data information associated with said index information; ii) a controller for retrieving from the memory device the data information; iii) a first wireless receiver connected to said controller; iv) a second wireless transceiver for communicating with a remote network; said second wireless transceiver connected to said controller; v) a display unit, said display unit connected to said controller; i) a memory device for storing data information associated with said index information; ii) a controller for retrieving from the memory device the data information; iii) a first wireless receiver connected to said controller; iv) a second wireless transceiver for communicating with a remote network; said second wireless transceiver connected to said controller; v) a display unit, said display unit connected to said controller; b) a handheld operator, said operator further comprising: i) a sensor for sensing said index information when the sensor is brought close to the surface of the base unit; ii) a first wireless transmitter, said first transmitter sending said index information to said first wireless receiver in said base unit; wherein when said first wireless receiver receives said index information from said first wireless transmitter, said controller retrieves from said memory device the data information based on a first reference to said index information sensed by said sensor and displays said data information on said display unit. i) a sensor for sensing said index information when the sensor is brought close to the surface of the base unit; ii) a first wireless transmitter, said first transmitter sending said index information to said first wireless receiver in said base unit;