mhurhangee/ep-ind-claims huggingface dataset:
A process for increasing light transmittance of a three-dimensional printed article comprising: providing a three-dimensional printed article having a light transmittance in the range of from 20% to 55% when measured in the range of from 450 to 700 nm in accordance with ASTM D1003-13, said article having a first surface, applying to the first surface a photocurable acrylate composition, said composition comprising, based on the total weight of the composition: from 10 to 30 wt.% of (a) an aliphatic polyether urethane acrylate component; from 20 to 55 wt.% of (b) a (meth)acrylate ester reactive monomer component; and, from 0.05 to 5 wt.% of (c) a photoinitiator; and, curing the photocurable acrylate composition by exposure to radiation in the electromagnetic spectrum to form on the three-dimensional printed article a light transmitting coating, thereby forming a coated three-dimensional printed article having a light transmittance in the range of from 60% to 98% when measured in the range of from 450 to 700 nm in accordance with ASTM D1003-13 and/or a coated three-dimensional printed article having a light transmittance which is at least 10% greater than the light transmittance of the three-dimensional printed article prior to coating. providing a three-dimensional printed article having a light transmittance in the range of from 20% to 55% when measured in the range of from 450 to 700 nm in accordance with ASTM D1003-13, said article having a first surface, applying to the first surface a photocurable acrylate composition, said composition comprising, based on the total weight of the composition: from 10 to 30 wt.% of (a) an aliphatic polyether urethane acrylate component; from 20 to 55 wt.% of (b) a (meth)acrylate ester reactive monomer component; and, from 0.05 to 5 wt.% of (c) a photoinitiator; and, from 10 to 30 wt.% of (a) an aliphatic polyether urethane acrylate component; from 20 to 55 wt.% of (b) a (meth)acrylate ester reactive monomer component; and, from 0.05 to 5 wt.% of (c) a photoinitiator; and, curing the photocurable acrylate composition by exposure to radiation in the electromagnetic spectrum to form on the three-dimensional printed article a light transmitting coating, thereby forming a coated three-dimensional printed article having a light transmittance in the range of from 60% to 98% when measured in the range of from 450 to 700 nm in accordance with ASTM D1003-13 and/or a coated three-dimensional printed article having a light transmittance which is at least 10% greater than the light transmittance of the three-dimensional printed article prior to coating.
A method for scheduling operation of instances of actors (A1, A2, A3, A4, A5, A6) on a runtime environment during a time period, the method being performed by a scheduler, the method comprising: obtaining a total amount of available resource units for each of the instances to use during the time period; obtaining an estimated usage of resource units per instance for the time period; and scheduling operation of the instances during the time period such that the estimated usage of resource units per instance is within each respective total amount of available resource units. obtaining a total amount of available resource units for each of the instances to use during the time period; obtaining an estimated usage of resource units per instance for the time period; and scheduling operation of the instances during the time period such that the estimated usage of resource units per instance is within each respective total amount of available resource units.
A method for producing a sandwich structure comprising a pattern of particulate material, said method comprising the steps of a - providing essentially flat web materials: a carrier material and a cover material; the web materials being either two different web materials, or the web materials being separate but of the same type, b - providing an essentially endless support means for said carrier material having a support pattern, c - providing a carrier material holding means, d - positioning said carrier material over said support means, whereby said carrier material contacts said support pattern with its support surface and whereby the relative speed between carrier material and the contact surface of said carrier support means is essentially zero; e - providing a particulate material; f - pre-metering the amount of the particulate material, g - providing a sandwich fixation means, h - combining said cover material with said carrier material and said particulate material being sandwiched there between; characterized in that i - said carrier material is supported only in the region of the support pattern of the support means; j - said carrier material is deformed by said carrier holding means such that indentations are formed in the unsupported regions, k - said particulate material is transferred to said carrier material into said indentations; thereby forming a primary pattern of particulate material, l - and in that said sandwich fixation means is thermo-bonding. a - providing essentially flat web materials: a carrier material and a cover material; the web materials being either two different web materials, or the web materials being separate but of the same type, b - providing an essentially endless support means for said carrier material having a support pattern, c - providing a carrier material holding means, d - positioning said carrier material over said support means, whereby said carrier material contacts said support pattern with its support surface and whereby the relative speed between carrier material and the contact surface of said carrier support means is essentially zero; e - providing a particulate material; f - pre-metering the amount of the particulate material, g - providing a sandwich fixation means, h - combining said cover material with said carrier material and said particulate material being sandwiched there between; characterized in that i - said carrier material is supported only in the region of the support pattern of the support means; j - said carrier material is deformed by said carrier holding means such that indentations are formed in the unsupported regions, k - said particulate material is transferred to said carrier material into said indentations; thereby forming a primary pattern of particulate material, l - and in that said sandwich fixation means is thermo-bonding.
An acoustic attenuation panel comprising: - an alveolar structure including a plurality of acoustic cells separated from each other by peripheral partitions, - a perforated acoustic structure, the perforated acoustic structure and the alveolar structure being formed in a single piece in a first material, and - a porous acoustic layer formed of a second material, fastened to a surface of the perforated acoustic structure by entanglement of the first material in the second material and/or the second material in the first material, characterized in that - each perforation of the perforated acoustic structure has a substantially rectangular shape with rounded tops, or - the shape of the perforations corresponds to fractal shapes, or - at least one perforation is circular in shape and at least one perforation is trapezoidal in shape. - an alveolar structure including a plurality of acoustic cells separated from each other by peripheral partitions, - a perforated acoustic structure, - a porous acoustic layer formed of a second material, fastened to a surface of the perforated acoustic structure by entanglement of the first material in the second material and/or the second material in the first material, - each perforation of the perforated acoustic structure has a substantially rectangular shape with rounded tops, or - the shape of the perforations corresponds to fractal shapes, or - at least one perforation is circular in shape and at least one perforation is trapezoidal in shape.
System for automatic recognition of work cycles of a civil engineering machine, comprising: - a data storage on which a classification model, generated automatically by a mathematical optimization method, is stored, - a detection device by means of which status data concerning a status of the civil engineering machine can be detected, - a cycle phase recognition device which has access to the data storage, which receives machine data based on the detected status data as input data and which is configured to automatically allocate machine data to a first cycle phase based on the classification model, wherein the first cycle phase corresponds to a defined work process of the civil engineering machine, - a cycle allocation device which receives the machine data allocated to the first cycle phase as input data and which is configured to automatically allocate these machine data to a work cycle of the civil engineering machine based on a defined allocation rule, wherein the work cycle is defined by start and end values of at least one measured variable represented by the machine data. - a data storage on which a classification model, generated automatically by a mathematical optimization method, is stored, - a detection device by means of which status data concerning a status of the civil engineering machine can be detected, - a cycle phase recognition device which has access to the data storage, which receives machine data based on the detected status data as input data and which is configured to automatically allocate machine data to a first cycle phase based on the classification model, wherein the first cycle phase corresponds to a defined work process of the civil engineering machine, - a cycle allocation device which receives the machine data allocated to the first cycle phase as input data and which is configured to automatically allocate these machine data to a work cycle of the civil engineering machine based on a defined allocation rule, wherein the work cycle is defined by start and end values of at least one measured variable represented by the machine data.
Compound of the formula I EA 2-y Si(CN 2) 4-x O x:Eu y where EA stands for one or more elements selected from Mg, Ca, Sr, Ba or Zn and x stands for a value from the range from 0 to 3.9 and y stands for a value from the range from 0.01 to 0.4. EA stands for one or more elements selected from Mg, Ca, Sr, Ba or Zn and x stands for a value from the range from 0 to 3.9 and y stands for a value from the range from 0.01 to 0.4.
A control system for a capsule endoscope, comprising: a balance arm device, a mechanical arm, a permanent magnet and a 2-DOF rotary platform; wherein a bottom of the balance arm device is fixed, and an active end of the balance arm device connects with a boom; a bottom of the mechanical arm is fixed, and an active end of the mechanical arm connects with a spherical hinge; the 2-DOF rotary platform is fixed at an end of the boom away from the active end of the balance arm device; the permanent magnet is located in the 2-DOF rotary platform; the spherical hinge connects to the boom, assisting the permanent magnet to move around an area around a subject. a balance arm device, a mechanical arm, a permanent magnet and a 2-DOF rotary platform; wherein a bottom of the balance arm device is fixed, and an active end of the balance arm device connects with a boom; a bottom of the mechanical arm is fixed, and an active end of the mechanical arm connects with a spherical hinge; the 2-DOF rotary platform is fixed at an end of the boom away from the active end of the balance arm device; the permanent magnet is located in the 2-DOF rotary platform; the spherical hinge connects to the boom, assisting the permanent magnet to move around an area around a subject.
A method of compensating for frequency drift of a reference energy source in an FT interferometer based spectrometer instrument comprising the steps of: (a) obtaining into an arithmetic unit of the spectroscopic instrument data representing a reference interferogram collected in response to a trigger signal having been generated in dependence on the emission frequency of the reference energy source to reflect a position of a moving optical element of the interferometer; and (b) subsequently obtaining into the arithmetic unit data representing a target interferogram recorded by the FT interferometer in response to a trigger signal having been generated in dependence on the emission frequency of the reference energy source to reflect a position of a moving optical element of the interferometer; characterised in that the method further comprises the steps of: (c) comparing in the arithmetic unit the data representing the reference interferogram and the data representing the target interferogram to determine a phase shift (d) between the interferograms in at least one region away from center-burst; (d) generating in the arithmetic unit a mathematical transform dependent on the determined shift or shifts (d); and (e) applying the mathematical transform to control the operation of the spectrometer instrument to generate data representing a frequency stabilized interferogram of an unknown sample recorded by the FT interferometer.
Building or part thereof, comprising at least a wall part and a prefab floor part, the floor part supported at least by the wall part, wherein the floor part comprises a slab forming a ceiling part and at least two outer support beams (5, 6) extending substantially parallel to each other, at two opposite sides of the slab, at or on an upper side thereof, and at least a first and a second cross beam (7, 8), connecting the support beams (5, 6), and extending substantially parallel to each other, wherein an opening is provided extending between the two cross beams (7, 8) and the two support beams (5, 6), for fitting a staircase extending through said opening, whereas at least one floor cover element can be provided on the support beams (5, 6), beside said opening (1 7), and wherein the first cross beam is supported by or in said wall part, characterised in that the slab has an extension extending into an area defined by the support beams (5, 6) and the two cross beams (7, 8), which extension has a width (W e) which is smaller than the width (W opening) of the opening and extends from the second cross beam over a distance (s) into said area.
An optical device for the quantitative determination of the concentration of an analyte in a liquid sample, the liquid sample provided in one or more assay devices (20; 30; 40, 45), each comprising a lateral flow membrane (4; 31, 32, 33; 41, 46), the one or more assay devices (20; 30; 40, 45) providing a plurality of test regions (8, 12, 13) for retaining tagging particles in the plurality of test regions (8, 12, 13) in dependence on the concentration of the analyte in the liquid sample, the optical device comprising: a housing defining a first chamber and a second chamber; a sample port defined in the first chamber, the sample port for receiving light from the plurality of test regions (8, 12, 13) of the assay device(s) (20; 30; 40, 45) when the optical device is engaged with the assay device(s) (20; 30; 40, 45); a plurality of optical detectors (75, 76, 77) provided in the second chamber, the plurality of optical detectors (75, 76, 77) being physically spaced apart from one another; a mask member interposed between the first chamber and the second chamber and having a single aperture defined therein; and an optical emitter in the first chamber, the optical emitter being arranged to illuminate a test region (8, 12, 13) of the assay device(s) (20; 30; 40, 45) when the assay device(s) (20; 30; 40, 45) is (are) received at the sample port, wherein the device does not comprise a lens, and wherein the device is configured such that, in use, the aperture directs lights from the plurality of test regions (8, 12, 13) onto the plurality of optical detectors (75, 76, 77). a housing defining a first chamber and a second chamber; a sample port defined in the first chamber, the sample port for receiving light from the plurality of test regions (8, 12, 13) of the assay device(s) (20; 30; 40, 45) when the optical device is engaged with the assay device(s) (20; 30; 40, 45); a plurality of optical detectors (75, 76, 77) provided in the second chamber, the plurality of optical detectors (75, 76, 77) being physically spaced apart from one another; a mask member interposed between the first chamber and the second chamber and having a single aperture defined therein; and
A method for detecting a true mutation in a nucleic acid molecule, comprising: amplifying a double-stranded nucleic acid library, wherein the double-stranded nucleic acid library comprises a plurality of target nucleic acid molecules and a plurality of double-stranded cyphers, wherein the nucleic acid library comprises molecules having a formula of X a -Y-X b (in 5' to 3' order), wherein: (a) X a comprises a first cypher; (b) Y comprises a target nucleic acid molecule, and (c) X b comprises a second cypher, wherein each of the plurality of target nucleic acid molecules is associated with a unique pair of double-stranded first and second cyphers, wherein each of the plurality of cyphers comprise a length ranging from about 5 nucleotides to about 50 nucleotides, wherein each strand of the plurality of target nucleic acid molecules and plurality of double-stranded cyphers are amplified; sequencing each amplified strand of the plurality of target nucleic acid molecules and plurality of cyphers to obtain sequencing reads for the plurality of target nucleic acid molecules and plurality of cyphers, and of their reverse complements; grouping sequencing reads of target nucleic acid molecules comprising identical cypher pairs into families of sequencing reads, and detecting the true mutation over a background rate of artifact mutations, said detecting comprising identifying as a true mutation a mutation present in substantially all reads in a family of sequencing reads. amplifying a double-stranded nucleic acid library, wherein the double-stranded nucleic acid library comprises a plurality of target nucleic acid molecules and a plurality of double-stranded cyphers, wherein the nucleic acid library comprises molecules having a formula of X a -Y-X b (in 5' to 3' order), wherein: (a) X a comprises a first cypher; (b) Y comprises a target nucleic acid molecule, and (c) X b comprises a second cypher, (a) X a comprises a first cypher; (b) Y comprises a target nucleic acid molecule, and (c) X b comprises a second cypher, wherein each of the plurality of target nucleic acid molecules is associated with a unique pair of double-stranded first and second cyphers, wherein each of the plurality of cyphers comprise a length ranging from about 5 nucleotides to about 50 nucleotides, wherein each strand of the plurality of target nucleic acid molecules and plurality of double-stranded cyphers are amplified; sequencing each amplified strand of the plurality of target nucleic acid molecules and plurality of cyphers to obtain sequencing reads for the plurality of target nucleic acid molecules and plurality of cyphers, and of their reverse complements; grouping sequencing reads of target nucleic acid molecules comprising identical cypher pairs into families of sequencing reads, and detecting the true mutation over a background rate of artifact mutations, said detecting comprising identifying as a true mutation a mutation present in substantially all reads in a family of sequencing reads.
A composition for use in treating a cancer in a subject, wherein the subject has failed treatment for the cancer with at least one chemotherapeutic regimen, the composition comprising coenzyme Q10, wherein the cancer is selected from the group consisting of colon cancer, rectal cancer, pancreatic cancer, liver cancer, oral cancer, uterine cancer and myxoid liposarcoma.
Surge arrester, comprising: - an electrical insulator, which surrounds a cavity, - a pin electrode and a tube electrode, which are arranged in the cavity, wherein the pin electrode projects into the tube electrode, - wherein at least one ignition strip is applied on an inner surface (S10a) of the insulator facing the cavity, characterized in that - an outer metallization (61, 62, 63) is arranged on an outer surface (SlOb) of the insulator. - an electrical insulator, which surrounds a cavity, - a pin electrode and a tube electrode, which are arranged in the cavity, wherein the pin electrode projects into the tube electrode, - wherein at least one ignition strip is applied on an inner surface (S10a) of the insulator facing the cavity, characterized in that - an outer metallization (61, 62, 63) is arranged on an outer surface (SlOb) of the insulator.
A method for conserving power for a communication device having a network layer connection to a network through a transceiver, comprising: in a first cycle, at a first instance in a first period of time monitoring for a Medium Access Control 'MAC' beacon signal relating to a data link layer connection from the transceiver during the first period, the first period timed to allow the device to receive the MAC beacon signal and the first cycle having a frequency based on a frequency of occurrence of the MAC beacon signal; and in a second cycle, for a second period beginning at a second instance in the second cycle, monitoring for an Address Resolution Protocol 'ARP' request for an Internet Protocol 'IP' address relating to the network layer communication from the transceiver during the second period, the second cycle having a frequency which is shorter than the frequency of transmission of the ARP from a host in the network. in a first cycle, at a first instance in a first period of time monitoring for a Medium Access Control 'MAC' beacon signal relating to a data link layer connection from the transceiver during the first period, the first period timed to allow the device to receive the MAC beacon signal and the first cycle having a frequency based on a frequency of occurrence of the MAC beacon signal; and in a second cycle, for a second period beginning at a second instance in the second cycle, monitoring for an Address Resolution Protocol 'ARP' request for an Internet Protocol 'IP' address relating to the network layer communication from the transceiver during the second period, the second cycle having a frequency which is shorter than the frequency of transmission of the ARP from a host in the network.