mhurhangee/ep-ind-claims huggingface dataset:
An ionization chamber with a built-in temperature sensor for radiation dose measurement, comprising: a chamber stem; a chamber wall, being a material fixed on said chamber stem and enclosing a cavity to separate and insulate said cavity from an external environment; said chamber wall either being made of a conductive material and forming an outer electrode, or being made of an insulating material with a conductive material coating on its inner surface which forms an outer electrode; an inner electrode and a cavity signal line, said inner electrode connected to said cavity signal line and disposed inside the cavity with an end of the inner electrode being fixed to an electrode fixture of said ionization chamber; a guard electrode, disposed on an insulation substrate of said ionization chamber that is disposed at a position between the outer electrode and the inner electrode while allowing the electrical potentials of the guard electrode and the inner electrode to be maintained at the same level; and a temperature sensor and a temperature signal line, characterized in that said temperature sensor is arranged and adapted for detecting temperature inside the cavity in real time while allowing the detected temperature to be outputted via said temperature signal line, in that said temperature sensor is disposed on said insulation substrate, and in that the size of the temperature sensor is smaller than 0.05% of an effective collect volume of the cavity. a chamber stem; a chamber wall, being a material fixed on said chamber stem and enclosing a cavity to separate and insulate said cavity from an external environment; said chamber wall either being made of a conductive material and forming an outer electrode, or being made of an insulating material with a conductive material coating on its inner surface which forms an outer electrode; an inner electrode and a cavity signal line, said inner electrode connected to said cavity signal line and disposed inside the cavity with an end of the inner electrode being fixed to an electrode fixture of said ionization chamber; a guard electrode, disposed on an insulation substrate of said ionization chamber that is disposed at a position between the outer electrode and the inner electrode while allowing the electrical potentials of the guard electrode and the inner electrode to be maintained at the same level; and a temperature sensor and a temperature signal line, characterized in that said temperature sensor is arranged and adapted for detecting temperature inside the cavity in real time while allowing the detected temperature to be outputted via said temperature signal line, in that said temperature sensor is disposed on said insulation substrate, and in that the size of the temperature sensor is smaller than 0.05% of an effective collect volume of the cavity.
A method for monitoring a patient in which an artificial airway device has been installed, the device including an inflated structure, the method comprising: A. monitoring a pressure within the inflated structure, wherein the inflatable structure comprises a cuff of a laryngeal mask airway device or an endotracheal tube, and wherein the pressure is indicative of a tone of muscles in the patient's larynx or pharynx; B. activating an alarm when the pressure exceeds a first selected level, wherein the alarm is a rate alarm, and wherein triggering of the rate alarm is controlled by a calculation of the difference between long term and short term estimations of the mean of previous pressure values of the inflatable structure. A. monitoring a pressure within the inflated structure, wherein the inflatable structure comprises a cuff of a laryngeal mask airway device or an endotracheal tube, and wherein the pressure is indicative of a tone of muscles in the patient's larynx or pharynx; B. activating an alarm when the pressure exceeds a first selected level, wherein the alarm is a rate alarm, and wherein triggering of the rate alarm is controlled by a calculation of the difference between long term and short term estimations of the mean of previous pressure values of the inflatable structure.
A crystal of sulfate of 5-hydroxy-1H-imidazole-4-carboxamide, which shows: (i) diffraction peaks at diffraction angles 2θ of 13.7, 17.0, 18.0, and 20.1° in a powder X-ray diffraction pattern; or (ii) diffraction peaks at diffraction angles 2θ of 5.0, 20.3, and 29.6° in a powder X-ray diffraction pattern; or (iii) diffraction peaks at diffraction angles 2θ of 10.3, 20.7, 20.9, and 31.2° in a powder X-ray diffraction pattern; wherein in each case the powder X-ray diffraction is measured under the following conditions: counter cathode: Cu tube voltage: 40 kV tube current: 40 mA scanning axis: 2θ. (i) diffraction peaks at diffraction angles 2θ of 13.7, 17.0, 18.0, and 20.1° in a powder X-ray diffraction pattern; or (ii) diffraction peaks at diffraction angles 2θ of 5.0, 20.3, and 29.6° in a powder X-ray diffraction pattern; or (iii) diffraction peaks at diffraction angles 2θ of 10.3, 20.7, 20.9, and 31.2° in a powder X-ray diffraction pattern; counter cathode: Cu tube voltage: 40 kV tube current: 40 mA scanning axis: 2θ.
A method for calibrating an illumination device comprising a first light emitting diode - hereinafter abbreviated LED - and a photodetector, the method comprising: subjecting the illumination device to a first ambient temperature; successively applying at least three different drive currents to the first LED to produce illumination at three or more different levels of brightness; obtaining a plurality of optical measurements from the illumination produced by the first LED at each of the at least three different drive currents, wherein the plurality of optical measurements comprise luminous flux and chromaticity; obtaining a plurality of electrical measurements from the photodetector, wherein the plurality of electrical measurements comprise a plurality of photocurrents, which arc induced on the photodetector by the illumination produced by the first LED at each of the at least three different drive currents, and forward voltages that are measured across the photodetector before, during or after each induced photocurrent is measured; and storing the plurality of optical measurements resulting from the step of obtaining a plurality of optical measurements and the plurality of electrical measurements resulting from the step of obtaining a plurality of electrical measurements within the illumination device to calibrate the first LED at the first ambient temperature. subjecting the illumination device to a first ambient temperature; successively applying at least three different drive currents to the first LED to produce illumination at three or more different levels of brightness; obtaining a plurality of optical measurements from the illumination produced by the first LED at each of the at least three different drive currents, wherein the plurality of optical measurements comprise luminous flux and chromaticity; obtaining a plurality of electrical measurements from the photodetector, wherein the plurality of electrical measurements comprise a plurality of photocurrents, which arc induced on the photodetector by the illumination produced by the first LED at each of the at least three different drive currents, and forward voltages that are measured across the photodetector before, during or after each induced photocurrent is measured; and storing the plurality of optical measurements resulting from the step of obtaining a plurality of optical measurements and the plurality of electrical measurements resulting from the step of obtaining a plurality of electrical measurements within the illumination device to calibrate the first LED at the first ambient temperature.
A planet wheel carrier (101, 201) for a planetary gear, the planet wheel carrier comprising: - a first end-section (102, 202) for supporting first ends of shafts of planet wheels of the planetary gear, - a second end-section for supporting second ends of the shafts of the planet wheels, and - a support structure connected to the first and second end-sections and located between the first and second end-sections in an axial direction of the planet wheels and between the planet wheels in a circumferential direction of the planet wheel carrier, wherein the first end-section is attached to the support structure so that at least a part of the first end-section is non-destructively detachable from the support structure, characterized in that the first end-section comprises separate sectors each of which comprising a portion for supporting at least one of the first ends of the shafts of the planet wheels and being attached to the support structure so that each of the sectors is non-destructively detachable from the support structure. - a first end-section (102, 202) for supporting first ends of shafts of planet wheels of the planetary gear, - a second end-section for supporting second ends of the shafts of the planet wheels, and - a support structure connected to the first and second end-sections and located between the first and second end-sections in an axial direction of the planet wheels and between the planet wheels in a circumferential direction of the planet wheel carrier,
A method of manufacturing a magnetoresistive device, the method comprising: etching a via through a first portion of a first dielectric layer; depositing a first conductive material in the first via and on a second portion of the first dielectric layer which is adjacent to the via; etching a first portion of the first conductive material wherein, after etching the first portion of the first conductive material, a second portion of the first conductive material remains in the via and on the second portion of the first dielectric layer; after etching the first portion of the first conductive material, partially filling the via by depositing a second conductive material on the first conductive material which is (i) in the via and (ii) on the second portion of the first dielectric layer; depositing a first electrically conductive electrode material on the second conductive material which is in the via and over the first dielectric layer; polishing an exposed surface of the first electrically conductive electrode material to provide a polished first surface; and forming a magnetic tunnel junction over the first electrically conductive electrode material, the magnetic tunnel junction is formed in alignment with the via, and in electrical contact with, the first conductive material. etching a via through a first portion of a first dielectric layer; depositing a first conductive material in the first via and on a second portion of the first dielectric layer which is adjacent to the via; etching a first portion of the first conductive material wherein, after etching the first portion of the first conductive material, a second portion of the first conductive material remains in the via and on the second portion of the first dielectric layer; after etching the first portion of the first conductive material, partially filling the via by depositing a second conductive material on the first conductive material which is (i) in the via and (ii) on the second portion of the first dielectric layer; depositing a first electrically conductive electrode material on the second conductive material which is in the via and over the first dielectric layer; polishing an exposed surface of the first electrically conductive electrode material to provide a polished first surface; and forming a magnetic tunnel junction over the first electrically conductive electrode material, the magnetic tunnel junction is formed in alignment with the via, and in electrical contact with, the first conductive material.
A tool for machining a feather key groove in a workpiece to a final dimension, said feather key groove being disposed at an aperture formed in the workpiece, said tool having a mandrel which has an elongate main body that has at least one dowel pin (18, 19) protruding from a lateral surface of said main body and arranged in such a manner within the mandrel that its longitudinal axis is at a right angle relative to the longitudinal axis of the the main body, characterised in that the dowel pin (18, 19) is replaceably arranged within a hole formed in the main body and is fastened therein by means of at least one tensioning or clamping or fastening element, and in that said at least one dowel pin engages with said feather key groove and, using its lateral surface portions, enlarges at least two facing side faces of the feather key groove to a machining dimension (a, b) or to the final dimension when the mandrel is inserted into the aperture of the workpiece.
A method for managing a petri-dish, the method comprising monitoring, by a petri-dish management system, exposure time of the petri-dish using information provided by a tag scanner and a Radio Frequency Identification, RFID, writer and reader, when a first surface of the petri-dish carrying a tracking tag is present on a first holder and the tracking tag is monitored by the tag scanner and a second surface of the petri-dish carrying an RFID tag is present on a second holder and the RFID tag is monitoring by the RFID writer and reader; and monitoring, by the petri-dish management system, incubation time of the petri-dish in an incubator using information provided by a further RFID reader, wherein the further RFID reader monitors movement of the petri-dish in/out of the incubator using the RFID tag. monitoring, by a petri-dish management system, exposure time of the petri-dish using information provided by a tag scanner and a Radio Frequency Identification, RFID, writer and reader, when a first surface of the petri-dish carrying a tracking tag is present on a first holder and the tracking tag is monitored by the tag scanner and a second surface of the petri-dish carrying an RFID tag is present on a second holder and the RFID tag is monitoring by the RFID writer and reader; and monitoring, by the petri-dish management system, incubation time of the petri-dish in an incubator using information provided by a further RFID reader, wherein the further RFID reader monitors movement of the petri-dish in/out of the incubator using the RFID tag.
Composition for thermal storage, comprising solid core particles and at least one phosphor compound, wherein at least part of the phosphor compound is an oligomer, characterized in that, the composition comprising a. core particles with a shell comprising shell phosphor compounds bound to the core particles by chemisorption or physisorption, and b. matrix phosphor compounds, wherein at least part of the shell phosphor compounds and/or the matrix phosphor compounds are oligomers. a. core particles with a shell comprising shell phosphor compounds bound to the core particles by chemisorption or physisorption, and b. matrix phosphor compounds,
An active noise cancellation system, the system comprising: a first controller programmed to receive first information from a plurality of noise sensing devices and second information from an audio system positioned in a vehicle, the first controller being programmed to employ a time division multiplexing scheme on the first information and the second information received to generate a multiplexed stream of data including the first information and the second information; a data bus configured to transmit the multiplexed stream of data on a single data channel; and a second controller programmed to receive the multiplexed stream of data on the single data channel and to separate the first information from the second information on the multiplexed stream of data to perform ANC functionality, characterised in that the second information of the multiplexed stream of data is indicative of audio being played back in the vehicle. a first controller programmed to receive first information from a plurality of noise sensing devices and second information from an audio system positioned in a vehicle, the first controller being programmed to employ a time division multiplexing scheme on the first information and the second information received to generate a multiplexed stream of data including the first information and the second information; a data bus configured to transmit the multiplexed stream of data on a single data channel; and a second controller programmed to receive the multiplexed stream of data on the single data channel and to separate the first information from the second information on the multiplexed stream of data to perform ANC functionality, characterised in that the second information of the multiplexed stream of data is indicative of audio being played back in the vehicle.
A vacuum-insulated line having an inner and an outer corrugated hose (101, 102), which are separated from one another by means of an evacuated space, wherein one of the corrugated hoses (101, 102) is covered with a reinforcement hose (201, 300), which is tensile- and/or pressure resistant in the axial direction, characterized in that the reinforcement hose is constructed from interconnected plastic elements, which are movable relative to one another or that the reinforcement hose is designed as a winding hose, which is constructed from interconnected metal strips.
A composition comprising a glucose transport promoting peptide of up to 50 amino acids, the peptide comprising an amino acid sequence of SEQUENCE ID NO. 1, or a glucose transport promoting variant thereof having 1 to 3 amino acid alterations compared with SEQUENCE ID NO. 1, in which the or each amino acid alteration is selected from insertion, addition, deletion and substitution of an amino acid.
Layer system for thin-film solar cells, comprising: - an absorber layer, which contains a chalcogenide compound semiconductor, - a buffer layer, which is arranged on the absorber layer, wherein the buffer layer has a semiconductor material of the formula A x In y S z, where A is potassium and/or cesium (Cs), with 0.015 ≤ x / x + y + z ≤ 0.25, and 0.30 ≤ y / y + z ≤ 0.45. - an absorber layer, which contains a chalcogenide compound semiconductor, - a buffer layer, which is arranged on the absorber layer, wherein the buffer layer has a semiconductor material of the formula A x In y S z, where A is potassium and/or cesium (Cs), with 0.015 ≤ x / x + y + z ≤ 0.25, and 0.30 ≤ y / y + z ≤ 0.45.
Pedaling system for forward and reverse pedaling for a bicycle with automatic gear change replacing the derailleur and rods characterized in that, the whole enclosed in a housing case filled with oil, clutch functioning at very low speed the two wheels and themselves driven by the rods and make a reciprocating to and from movement of less than half a turn regardless of the direction of rotation of a drive wheel, pawls and on wheels and, each provided with a small spring for being applied to the toothed wheel as in a free wheel, alternately drive wheel, the wheels and are mounted on ball bearings with respect to the spindle, the wheel is secured to the spindle and the wheel in order to transmit the movement to the driven wheel by a clutch functioning at very low speed which uses a the pawl and the engagement wheel.
A process for treating wastewater hydrocarbons from the group of compounds referred to as BTEX, comprising benzene, toluene, ethylbenzene and xylene aromatic compounds, this wastewater originating in particular from the production or conditioning of natural gas, according to which process the wastewater is subjected to stripping by natural gas such that the hydrocarbon pollution is not only removed from the water by transfer into the gas, but is also eliminated during the subsequent combustion of the gas, - the wastewater entering the stripping has a soluble BTEX content of less than or equal to 1200 ppm, preferably less than or equal to 900 ppm, - the water which leaves the stripper having a soluble BTEX content of less than or equal to 30 ppm, characterized in that the weight ratio of the stripping gas to the treated water is less than 10% and characterized in that the stripping natural gas is loaded with aromatic compounds, and has a BTEX content of between 1000 ppm (by weight) and 15 000 ppm (by weight). - the wastewater entering the stripping has a soluble BTEX content of less than or equal to 1200 ppm, preferably less than or equal to 900 ppm, - the water which leaves the stripper having a soluble BTEX content of less than or equal to 30 ppm,
Turbine engine comprising a modular assembly, a fan shaft (16, 116), and bearings (24, 30, 124, 152) for guiding the fan shaft, the modular assembly having an annular bearing support (26, 34, 126), said annular support comprising means for connection to at least a first anti-friction bearing (24, 30, 124) fitted around said fan shaft (16, 116), characterised in that said annular support comprises means for connection to at least a second anti-friction bearing (31, 131) configured to be fitted around a second shaft (18, 118) of the turbine engine not parallel to said first shaft, and in that said annular support comprises means for connection to an intermediate casing of the turbine engine.
A plastic card printing method, comprising: transferring an adhesive to a surface of the plastic card from a first thermal transfer ribbon bearing the adhesive using a first thermal printhead; thereafter bringing together the surface of the plastic card bearing the transferred adhesive and a donor foil, the donor foil including a transferrable layer that faces the surface of the plastic card; and thereafter stripping the donor foil from the surface of the plastic card whereby portions of the transferrable layer in contact with the transferred adhesive remain adhered to the transferred adhesive and portions of the transferrable layer not in contact with the transferred adhesive remain on the donor foil; wherein the adhesive on the first thermal transfer ribbon is a dry adhesive. transferring an adhesive to a surface of the plastic card from a first thermal transfer ribbon bearing the adhesive using a first thermal printhead; thereafter bringing together the surface of the plastic card bearing the transferred adhesive and a donor foil, the donor foil including a transferrable layer that faces the surface of the plastic card; and thereafter stripping the donor foil from the surface of the plastic card whereby portions of the transferrable layer in contact with the transferred adhesive remain adhered to the transferred adhesive and portions of the transferrable layer not in contact with the transferred adhesive remain on the donor foil; wherein the adhesive on the first thermal transfer ribbon is a dry adhesive.