mhurhangee/ep-ind-claims huggingface dataset:
An image generation device, comprising: a voltage generator configured to generate a plurality of voltages (V1 V2 V3) each having a different voltage value; an image capturer configured to include an organic photoconductive film OPF and a transparent electrode in contact with said OPF, and further configured to perform imaging every time each of the plurality of voltages (V1 V2 V3) is applied by the voltage generator to the organic photoconductive film OPF by means of the transparent electrode; a luminance data obtainer configured to obtain a plurality of luminance data items (D1 D2 D3) corresponding to the plurality of voltages (V1 V2 V3) applied, each of the plurality of luminance data items (D1 D2 D3) being obtained from the imaging performed by the image capturer; and a color image generator configured to generate a color image (Dc) based on the plurality of luminance data items (D1 D2 D3), wherein the organic photoconductive film OPF is configured to photoelectrically convert light entering the image capturer through the transparent electrode comprised in said image capturer, and not through a color filter. a voltage generator configured to generate a plurality of voltages (V1 V2 V3) each having a different voltage value; an image capturer configured to include an organic photoconductive film OPF and a transparent electrode in contact with said OPF, and further configured to perform imaging every time each of the plurality of voltages (V1 V2 V3) is applied by the voltage generator to the organic photoconductive film OPF by means of the transparent electrode; a luminance data obtainer configured to obtain a plurality of luminance data items (D1 D2 D3) corresponding to the plurality of voltages (V1 V2 V3) applied, each of the plurality of luminance data items (D1 D2 D3) being obtained from the imaging performed by the image capturer; and a color image generator configured to generate a color image (Dc) based on the plurality of luminance data items (D1 D2 D3), wherein the organic photoconductive film OPF is configured to photoelectrically convert light entering the image capturer through the transparent electrode comprised in said image capturer, and not through a color filter.
An antibody specifically binding to the EDA domain of fibronectin-EDA for use in treating, preventing, or preventing progression of, a condition relating to or resulting from myocardial infarction and/or adverse remodeling, wherein said condition is selected from the group consisting of cardiac dilatation, adverse ventricular remodeling, heart failure, remote myocardial fibrosis, aneurysm or rupture of the ventricle, mitral regurgitation, and arrhythmias and wherein said antibody specifically binds to the amino acid sequence TYSSPEDGIHELFPAPDGEEDTAELQG (SEQ ID NO:2).
A clamping cylinder comprising a body and a mobile assembly contained in a receiving chamber of the body, mobile in rotation and in translation relative to the body according to a predetermined axis of displacement, the cylinder comprising guide means (142; 150) for guiding the mobile assembly between a clamping position wherein it has a first height and a first angular position according to the axis of displacement and a release position wherein it has a second height and a second angular position according to said axis, said guide means comprising: - at least one cylindrical roller (150A-150D) arranged in the body of the cylinder such that the axis of the roller is essentially perpendicular to the axis of displacement, - a rod of the mobile assembly extending essentially according to the axis of displacement and being configured so as to comprise at least one portion of displacement having a predetermined section according to a plane normal to the axis of displacement, the section comprising at least one rectilinear edge, the portion of displacement being configured such that said section follows an essentially helicoidal guide about the axis of displacement on at least one fraction of the portion, the rod and the roller(s) (150A-150D) being positioned such that the or each of the rollers is facing the or at least one of the rectilinear edges, characterized in that the portion of displacement of the rod has a polygonal section, and in that a roller (150A-150D) is arranged facing each of the sides of the polygonal section. - at least one cylindrical roller (150A-150D) arranged in the body of the cylinder such that the axis of the roller is essentially perpendicular to the axis of displacement, - a rod of the mobile assembly extending essentially according to the axis of displacement and being configured so as to comprise at least one portion of displacement having a predetermined section according to a plane normal to the axis of displacement, the section comprising at least one rectilinear edge, the portion of displacement being configured such that said section follows an essentially helicoidal guide about the axis of displacement on at least one fraction of the portion, the rod and the roller(s) (150A-150D) being positioned such that the or each of the rollers is facing the or at least one of the rectilinear edges,
A honeycomb segment-forming die (1, 1a, 1b), for forming a polygonal honeycomb segment, comprising: an introducing portion arranged on one face (introduction face) side and having a plurality of back holes, and a forming portion arranged on the other face (formation face) side and having slits communicating with the back holes; wherein the forming portion has a polygonal outer peripheral shape and forms a prismatic honeycomb segment by passing kneaded clay for forming which is introduced from the back holes of the introducing portion through the slits of the forming portion, and characterized in that it further comprises: a gap of slits formed in each of corner portions including a vertex of the polygonal forming portion is larger than a gap of slits formed in the central portion of the forming portion; and wherein the gap of the slits formed in an outer peripheral portion of the forming portion except for the corner portions is larger than the gap of the slits formed in the central portion of the forming portion and smaller than the gap of the slits formed in the corner portions. a gap of slits formed in each of corner portions including a vertex of the polygonal forming portion is larger than a gap of slits formed in the central portion of the forming portion; and wherein the gap of the slits formed in an outer peripheral portion of the forming portion except for the corner portions is larger than the gap of the slits formed in the central portion of the forming portion and smaller than the gap of the slits formed in the corner portions.
A method of imaging gas in a scene, the scene having a background and a possible occurrence of gas, the method comprising: estimating a temperature (T G) of the gas and a temperature (T B) of the background; identifying a subset G of a predetermined absorption spectrum of the gas based on a difference between the emission spectra of the gas and the background at the estimated temperatures of the gas and the background; controlling a thermal imaging system to capture a gas IR image comprising the subset G of the predetermined absorption spectrum and a background IR image; generating a gas-absorption-path-length image, representing the length of the path of radiation from the background through the gas, based on the gas IR image and the background IR image; and wherein the gas IR image comprises a high absorption wavelength band A of the gas comprising the subset G and the background IR image comprises a low absorption wavelength band B that at least partially overlaps the high absorption wavelength band A. estimating a temperature (T G) of the gas and a temperature (T B) of the background; identifying a subset G of a predetermined absorption spectrum of the gas based on a difference between the emission spectra of the gas and the background at the estimated temperatures of the gas and the background; controlling a thermal imaging system to capture a gas IR image comprising the subset G of the predetermined absorption spectrum and a background IR image; generating a gas-absorption-path-length image, representing the length of the path of radiation from the background through the gas, based on the gas IR image and the background IR image; and wherein the gas IR image comprises a high absorption wavelength band A of the gas comprising the subset G and the background IR image comprises a low absorption wavelength band B that at least partially overlaps the high absorption wavelength band A.
A board work system for working on a board disposed on an XY-plane, comprising: a moving device (26, 30) configured to move over the XY-plane; a lighting device attached to the moving device (26, 30) and configured to shine independently any or multiple of at least two monochromatic lights in monochromatic lights of R, G, B on a target object on the XY-plane; a monochromatic camera attached to the moving device (26, 30) and configured to obtain monochromatic images of the target object which is illuminated by the lighting device; and an image processing device configured to select one or multiple monochromatic lights from the at least two monochromatic lights based on the target object and in the case that the number of monochromatic lights selected is one, to cause the lighting device and the monochromatic camera to obtain a monochromatic image of the target object which is illuminated with the one monochromatic light and set the monochromatic image of the target object so obtained as a target object inspection image, or in the case that the number of monochromatic lights selected is a multiple number, to cause the lighting device to shine the selected multiple monochromatic lights independently and the monochromatic camera to obtain monochromatic images of the target object which is illuminated independently with the multiple monochromatic lights and set a composite image into which the individual monochromatic images are combined as the target object inspection image. a moving device (26, 30) configured to move over the XY-plane; a lighting device attached to the moving device (26, 30) and configured to shine independently any or multiple of at least two monochromatic lights in monochromatic lights of R, G, B on a target object on the XY-plane; a monochromatic camera attached to the moving device (26, 30) and configured to obtain monochromatic images of the target object which is illuminated by the lighting device; and an image processing device configured to select one or multiple monochromatic lights from the at least two monochromatic lights based on the target object and in the case that the number of monochromatic lights selected is one, to cause the lighting device and the monochromatic camera to obtain a monochromatic image of the target object which is illuminated with the one monochromatic light and set the monochromatic image of the target object so obtained as a target object inspection image, or in the case that the number of monochromatic lights selected is a multiple number, to cause the lighting device to shine the selected multiple monochromatic lights independently and the monochromatic camera to obtain monochromatic images of the target object which is illuminated independently with the multiple monochromatic lights and set a composite image into which the individual monochromatic images are combined as the target object inspection image.
An article comprising at least one computer-readable storage medium comprising instructions that, when executed, cause a system to: invoke a function of a primitive programming model to create an isolated memory region in a computing environment: generate computation data corresponding to execution of a set of computations within the isolated memory region of the computing environment; secure the computation data using an encryption key to generate secured computation data; secure the encryption key with a public key that corresponds to a remote trusted component running on a remote machine, wherein the public key is communicated with the article; sign the secured encryption key and communicate the signed secured encryption key to the remote trusted component; and invoke a primitive of the primitive programming model to communicate the secured computation data to code (206,122-4) running on the remote trusted component outside of the isolated memory region, wherein the primitive programming model configures the isolated memory region with a secure communication channel to the code running on the remote trusted component outside of the isolated memory region. invoke a function of a primitive programming model to create an isolated memory region in a computing environment: generate computation data corresponding to execution of a set of computations within the isolated memory region of the computing environment; secure the computation data using an encryption key to generate secured computation data; secure the encryption key with a public key that corresponds to a remote trusted component running on a remote machine, wherein the public key is communicated with the article; sign the secured encryption key and communicate the signed secured encryption key to the remote trusted component; and invoke a primitive of the primitive programming model to communicate the secured computation data to code (206,122-4) running on the remote trusted component outside of the isolated memory region, wherein the primitive programming model configures the isolated memory region with a secure communication channel to the code running on the remote trusted component outside of the isolated memory region.
An X-ray tomography device for evaluating cement behind a wellbore casing of a cased wellbore, comprising: an X-ray beam source configured to transmit an X-ray beam at a first predetermined angle (α) relative to a longitudinal axis of the wellbore in a downhole environment; an energy-dispersive, multi-pixel photon detector configured to count detected photons received at a second predetermined angle (β) relative to the longitudinal axis of the wellbore and to sort the detected photons into different energy categories; a detector collimator coupled to the detector and configured such that photons received at the second predetermined angle are detected by the detector; and a controller coupled to the X-ray beam source and the detector and configured to generate an energy spectrum for the detected photons based on a number of detected photons received at the second predetermined angle. an X-ray beam source configured to transmit an X-ray beam at a first predetermined angle (α) relative to a longitudinal axis of the wellbore in a downhole environment; an energy-dispersive, multi-pixel photon detector configured to count detected photons received at a second predetermined angle (β) relative to the longitudinal axis of the wellbore and to sort the detected photons into different energy categories; a detector collimator coupled to the detector and configured such that photons received at the second predetermined angle are detected by the detector; and a controller coupled to the X-ray beam source and the detector and configured to generate an energy spectrum for the detected photons based on a number of detected photons received at the second predetermined angle.
A sterilizable surgical instrument system, comprising: a handle assembly (1000, 11000, 21000, 22000, 23000, 24000, 26000), comprising: a motor; and at least one control switch; a shaft (2200, 12200) attached to a distal end of said handle assembly, wherein said shaft comprises a controller located within said shaft; a battery assembly, comprising: a battery (1230, 11230, 11260); and a display unit (1440, 11440); and an end effector attached to a distal end of said shaft; characterised in that the battery assembly and the battery are single use; and the display unit comprises a display screen. a handle assembly (1000, 11000, 21000, 22000, 23000, 24000, 26000), comprising: a motor; and at least one control switch; a motor; and at least one control switch; a shaft (2200, 12200) attached to a distal end of said handle assembly, wherein said shaft comprises a controller located within said shaft; a battery assembly, comprising: a battery (1230, 11230, 11260); and a display unit (1440, 11440); and a battery (1230, 11230, 11260); and a display unit (1440, 11440); and an end effector attached to a distal end of said shaft; characterised in that the battery assembly and the battery are single use; and the display unit comprises a display screen.
A method to enable protection against voice phishing of a telephone call performed by a speech-analyzing-unit that is part of a user's telecommunication device, wherein the speech-analyzing-unit is configured to perform the steps of: ∘ receiving, by an input data link, parts of the telephone call as audio input ∘ storing, by a database, speech patterns of possible voice phishing; ∘ converting, by an algorithm, the audio input to text elements and comparing the text elements to the patterns of possible voice phishing with regard to an occurrence of voice phishing, and triggering countermeasures if voice phishing is detected; ∘ transmitting, by at least an output data link, the countermeasures to the telecommunication device, characterized in that the countermeasures comprise a warning that is transmitted to the user of the telecommunication device as a background voice of the telecommunication device. ∘ receiving, by an input data link, parts of the telephone call as audio input ∘ storing, by a database, speech patterns of possible voice phishing; ∘ converting, by an algorithm, the audio input to text elements and comparing the text elements to the patterns of possible voice phishing with regard to an occurrence of voice phishing, and triggering countermeasures if voice phishing is detected; ∘ transmitting, by at least an output data link, the countermeasures to the telecommunication device, characterized in that the countermeasures comprise a warning that is transmitted to the user of the telecommunication device as a background voice of the telecommunication device.
A topical ophthalmic preparation containing, as active ingredients, one or more polyunsaturated fatty acids selected from the group consisting of: omega-3 polyunsaturated fatty acids and omega-6 polyunsaturated fatty acids, said polyunsaturated fatty acids having an aliphatic chain of from 16 to 24 carbon atoms, or pharmaceutically acceptable derivatives thereof selected from their esters with C 1 -C 4 alkyl groups and their triglycerides, in solution in an oily vehicle, said oily vehicle consisting of a vegetable or synthetic oil selected from the group consisting of: medium chain triglycerides, long chain triglycerides liquid at room temperature, vegetable oils and their mixtures, and not containing vitamin E or pharmaceutically acceptable esters thereof, said solution being dispersed in form of oil globules in a hydrogel based on an aqueous vehicle containing one or more gelling polymers, characterised in that said oil globules have an average diameter of 1-10 μm, and in that said preparation contains an overall amount of not more than 0.10% by weight of surfactants and emulsifying agents, and is substantially stable at room temperature, having a remaining content of undegraded active ingredients of not less than 90% by weight of the starting content after 18 months from the date of manufacture, when stored at 25°C.
A system for producing an optical mask for surface treatment, in particular for surface microtexturing, the system comprising: - a layer of material (20; 120; 220) which has an outer surface (21; 121; 221) that is exposed to the outside environment; and - a generating and depositing device of droplets on the outer surface (21; 121; 221) of the layer of material (20; 120; 220), in a specific arrangement, forming the optical mask on the outer surface (21; 121; 221) of the layer of material (20; 120; 220). characterized in that the outer surface (21; 121; 221) of the layer of material (20; 120; 220) is initially treated to define preferential fixing sites of the droplets, thus enabling the arrangement of the droplets forming the optical mask on the outer surface (21; 121; 221) - a layer of material (20; 120; 220) which has an outer surface (21; 121; 221) that is exposed to the outside environment; and - a generating and depositing device of droplets on the outer surface (21; 121; 221) of the layer of material (20; 120; 220), in a specific arrangement, forming the optical mask on the outer surface (21; 121; 221) of the layer of material (20; 120; 220).
A method of coating a nuclear reactor component, comprising: introducing the nuclear reactor component into a colloidal solution at a first rate to obtain an immersed component, the colloidal solution being a non-crosslinked mixture including a dispersed phase within a dispersion medium, the dispersed phase including n-type metal oxide particles; removing the immersed component from the colloidal solution at a second rate to obtain a wet component; drying the wet component to obtain a dried component; and baking the dried component to obtain a coated component; characterized in that: the colloidal solution has a pH ranging from 2 to 3. introducing the nuclear reactor component into a colloidal solution at a first rate to obtain an immersed component, the colloidal solution being a non-crosslinked mixture including a dispersed phase within a dispersion medium, the dispersed phase including n-type metal oxide particles; removing the immersed component from the colloidal solution at a second rate to obtain a wet component; drying the wet component to obtain a dried component; and baking the dried component to obtain a coated component; the colloidal solution has a pH ranging from 2 to 3.
An optical module, comprising a first chip, a first laser diode, LD, and a first photo diode,PD, arranged opposite to the first LD, wherein: the first chip comprises a base, a lower cladding, a sandwich layer having multiple waveguide cores, and an upper cladding; the first chip is arranged on a lower cover plate through the base, and the upper cladding thereof close to the first PD is covered by a first upper cover plate; and the first chip is divided into two parts by a first dividing groove that cuts through the upper cladding, the sandwich layer, the lower cladding, and the base, to an upper surface of the lower cover plate; a wavelength division multiplexer, WDM, and a light blocking material are arranged inside the first dividing groove, and a light blocking material is arranged on a side of the first upper cover plate facing the first LD, wherein the first dividing groove obliquely intersects with a cross section of the first chip, the WDM is arranged at a side end of the first dividing groove, and the remaining part of the first dividing groove is filled with the light blocking material; and a waveguide core coupled with the first PD is a straight waveguide core, and the straight waveguide core is perpendicular to the cross section of the first chip.
A rolled steel bar for hot forging characterized by having a chemical composition consisting, by mass percent, of C: 0.27 to 0.37%, Si: 0.30 to 0.75%, Mn: 1.00 to 1.45%, S: 0.008% or more and less than 0.030%, Cr: 0.05 to 0.30%, Al: 0.005 to 0.050%, V: 0.200 to 0.320%, and N: 0.0080 to 0.0200%, and optionally one or more elements selected from Cu: 0.30% or less, Ni: 0.30% or less, and Mo: 0.10% or less, the balance being Fe and impurities, wherein the contents of P, Ti and O in the impurities are, by mass percent, P: 0.030% or less, Ti: 0.0040% or less, and O: 0.0020% or less; and Y1 expressed by the following formula <1> is 1.05 to 1.18. Y 1 = C + 1 / 10 Si + 1 / 5 Mn + 5 / 22 Cr + 1.65 V − 5 / 7 S + 1 / 5 Cu + 1 / 5 Ni + 1 / 4 Mo where, C, Si, Mn, Cr, V, S, Cu, Ni, and Mo in the above formula <1> represent, respectively, the content by mass percent of each of the elements.