mhurhangee/ep-ind-claims huggingface dataset:
A method of operating an ultrasonic diagnostic apparatus, the method comprising: displaying an ultrasonic image in a first region of a display unit; selecting a region of interest in the ultrasonic image; displaying a first scan conversion image and a second scan conversion image in a second region, wherein the first scan conversion image is generated by enlarging or reducing the image portion corresponding to the selected ROI at a first magnification and the second scan conversion image is generated by enlarging or reducing said image portion at a second magnification; and acquiring a first measurement value of an object of interest in the ROI on the basis of the first scan conversion image, acquiring a second measurement value of the object of interest in the ROI on the basis of the second scan conversion image, and acquiring a third value calculated on the basis of the first and second measurement values, wherein the resolution of the scan conversion images is equal to or higher than resolution of the ultrasonic image. displaying an ultrasonic image in a first region of a display unit; selecting a region of interest in the ultrasonic image; displaying a first scan conversion image and a second scan conversion image in a second region, wherein the first scan conversion image is generated by enlarging or reducing the image portion corresponding to the selected ROI at a first magnification and the second scan conversion image is generated by enlarging or reducing said image portion at a second magnification; and acquiring a first measurement value of an object of interest in the ROI on the basis of the first scan conversion image, acquiring a second measurement value of the object of interest in the ROI on the basis of the second scan conversion image, and acquiring a third value calculated on the basis of the first and second measurement values, wherein the resolution of the scan conversion images is equal to or higher than resolution of the ultrasonic image.
Pharmaceutical composition for restoring the physiological processes and the cells of an organism, characterized by presence of cyclodextrins - cyclic maltooligosaccharides chosen from, alpha-cyclodextrins, beta-cyclodextrins, gamma-cyclodextrins, randomly methylated beta-cyclodextrins, 2-hydroxypropyl-beta-cyclodextrins, sulfobutylated beta-cyclodextrins, 2-hydroxypropyl-gamma-cyclodextrins or their mixtures and sugammadex, used in amount 0.001-99.9 mass% in combination with aqueous stable suspension of heterocrystals of titanium dioxide or silicon dioxide particles with size not less than 450 nm and content in amount of 0.0001 - 5% mass, having on the surface of crystals and particles in the energy centers electronically-excited triplet oxygen 3 O 2.
A method of transmitting from a transmitter having a first transmit antenna and a second transmit antenna to a receiver, said method comprising: receiving from said receiver an indication of a phase offset; selecting a predetermined phase offset from a set of phase offsets based on said indication; transmitting a first sequence of symbols on said first transmit antenna, each symbol of said first sequence of symbols belonging to a first modulation constellation; and for each symbol of said first sequence of symbols, simultaneously transmitting a symbol from a second sequence of symbols on said second transmit antenna, said second sequence of symbols independent of said first sequence of symbols and each symbol of said second sequence of symbols belonging to a second modulation constellation, said second modulation constellation having said predetermined phase offset from said first modulation constellation; wherein said first modulation constellation and said second modulation constellation belong to the same modulation scheme. receiving from said receiver an indication of a phase offset; selecting a predetermined phase offset from a set of phase offsets based on said indication; transmitting a first sequence of symbols on said first transmit antenna, each symbol of said first sequence of symbols belonging to a first modulation constellation; and for each symbol of said first sequence of symbols, simultaneously transmitting a symbol from a second sequence of symbols on said second transmit antenna, said second sequence of symbols independent of said first sequence of symbols and each symbol of said second sequence of symbols belonging to a second modulation constellation, said second modulation constellation having said predetermined phase offset from said first modulation constellation; wherein said first modulation constellation and said second modulation constellation belong to the same modulation scheme.
1. A system for computer-aided diagnosis report preparation based on medical image data provided by medical imaging, comprising: an image processing unit adapted to read out at least image content from the provided image data, an image analyzing unit adapted to analyze the read-out image content based on pre-defined characteristics and to derive an analysis result, a display device having at least one text field (170, 171, 172, 173) for displaying written text to a user, an input unit for interacting with the user to at least activate the text field (170, 171, 172, 173), characterized in that it comprises; a text generating unit adapted to provide text prediction, e.g. visual display of text suggestions that are individually selectable, to a user on the display device, at least when the user activates the text field (170, 171, 172, 173) via the input unit, wherein the text prediction is selected from a pre-defined set of text modules that are associated to the analysis result. an image processing unit adapted to read out at least image content from the provided image data, an image analyzing unit adapted to analyze the read-out image content based on pre-defined characteristics and to derive an analysis result, a display device having at least one text field (170, 171, 172, 173) for displaying written text to a user, an input unit for interacting with the user to at least activate the text field (170, 171, 172, 173), characterized in that it comprises; a text generating unit adapted to provide text prediction, e.g. visual display of text suggestions that are individually selectable, to a user on the display device, at least when the user activates the text field (170, 171, 172, 173) via the input unit, wherein the text prediction is selected from a pre-defined set of text modules that are associated to the analysis result.
Multiple friction joint pile system, comprising at least two carrier elements, twisted wire long enough to connect the carrier elements, at least one flexible plate which is placed between two carrier elements and used to minimize the vibration of the carrier elements, twisted wire tightening-loosening apparatus, and twisted wire fastening apparatus in the amount of the twisted wires characterized in that; said carrier elements have a twisted wire duct being 3-5 times bigger than the diameter of said twisted wire, designed as independent units, the twisted wire passing through, and positioned at any point on the carrier element thereby allowing independent lateral displacement and independent rotation of the carrier elements, and wherein the pile system further comprises one or more geogrids squeezed between the carrier elements, wherein the geogrids and the piles are connected to each other from the upper region and/or the lower region of the multiple friction joint pile being placed in the excavated pile-width trench backfilled with sand, crushed stone or flowable fill.
An organic electroluminescent device comprising: a substrate; a cathode provided on the substrate; a light emitting layer provided on the cathode; an anode provided on the light emitting layer; and a first electric charge transporting passage provided between the light emitting layer and the cathode, wherein the first electric charge transporting passage comprises: a first p-type organic material layer which is provided between the light emitting layer and the cathode and non-doped, wherein the non-doped p-type organic material layer does not comprise a p-type dopant; and a first n-type organic material layer provided between the light emitting layer and the first p-type organic material layer, characterized in that the cathode is in physical contact with the first p-type organic material layer, and that the first n-type organic material layer and the first p-type organic material layer form an NP junction. a substrate; a cathode provided on the substrate; a light emitting layer provided on the cathode; an anode provided on the light emitting layer; and a first electric charge transporting passage provided between the light emitting layer and the cathode, wherein the first electric charge transporting passage comprises: a first p-type organic material layer which is provided between the light emitting layer and the cathode and non-doped, wherein the non-doped p-type organic material layer does not comprise a p-type dopant; and a first n-type organic material layer provided between the light emitting layer and the first p-type organic material layer, characterized in that the cathode is in physical contact with the first p-type organic material layer, and that the first n-type organic material layer and the first p-type organic material layer form an NP junction. a first p-type organic material layer which is provided between the light emitting layer and the cathode and non-doped, wherein the non-doped p-type organic material layer does not comprise a p-type dopant; and a first n-type organic material layer provided between the light emitting layer and the first p-type organic material layer, characterized in that the cathode is in physical contact with the first p-type organic material layer, and that the first n-type organic material layer and the first p-type organic material layer form an NP junction.
A surgical device storage cart comprising: a top storage assembly having at least two storage containers (234, 236, 238, 240); a bottom storage assembly having at least one storage drawer (52, 54); a shelf intermediate the top storage assembly and the bottom storage assembly and affixed to the bottom storage assembly; a battery charging station positioned on the shelf; characterized by an electronic device docking station positioned on the top storage assembly, wherein the top storage assembly has a domed cover to prevent its use as a placement surface. a top storage assembly having at least two storage containers (234, 236, 238, 240); a bottom storage assembly having at least one storage drawer (52, 54); a shelf intermediate the top storage assembly and the bottom storage assembly and affixed to the bottom storage assembly; a battery charging station positioned on the shelf; characterized by an electronic device docking station positioned on the top storage assembly, wherein the top storage assembly has a domed cover to prevent its use as a placement surface.
Valve device for an ice cube dispensing conduit in a refrigerator, comprising a bearing structure, stationary in operation, wherein there is defined a passage intended to be coupled with said dispensing conduit; an obturator mounted rotatable in the bearing structure, between a closed position and an opened position, in which it substantially shuts and opens said passage, respectively; and electrically-controlled motor means (W; 22, 28, 30), connected with the bearing structure and coupled with the obturator and adapted to cause a rotation of the obturator between the closed position and the opened position; wherein said motor means comprise a wire of a shape-memory material, capable of shrinking when an electric current flows therethrough, and having a first end anchored to said bearing structure and a second end coupled with the obturator through a transmission mechanism (22, 29, 30, 10, 11), such that a flow of an electric current in said shape-memory wire causes a shrinking thereof and a consequent rotation of the obturator towards the opened position, and an interruption of said current allows the shape-memory wire to re-expand and the obturator to return towards its closed position; the valve device being characterized in that said transmission mechanism comprises a connecting rod member mounted translatable and rotatable in the bearing structure, in a plane which is substantially orthogonal to the axis of rotation of the obturator and articulated to a crank member (20, 40) which is solid for rotation with the obturator, wherein the connecting rod member is connected to the bearing structure through resilient means which tend to oppose the action exerted onto said connecting rod member by the shape-memory wire; wherein the second end of the shape-memory wire is anchored to a protrusion in the form of a pin of the connecting rod member, the shape-memory wire extending from the second end to a guide pulley mounted rotatable to the bearing structure and, after encircling the guide pulley, to the first end anchored to the bearing structure.
A mass spectrometer comprising: a collision chamber including linear multipolar electrodes (a, b, c, d) which are each divided into a front stage electrode (7a, 7b, 7c, 7d) and a later stage electrode (8a, 8b, 8c, 8d), wherein a division ratio between the front stage electrode and the later stage electrode is different for each linear multipolar electrode, the collision chamber having means to generate fragment ions by superimposingly applying an AC voltage and a first DC voltage to the linear multipolar electrodes thereby making molecule ions collide with neutral molecules to cause collision induced dissociation of the molecule ions, and having means to accelerate the fragment ions in a direction along the linear multipolar electrodes by applying a second DC voltage between the front stage electrodes and the later stage electrodes; a mass spectroscopy unit (11; 11a) having means to carry out mass separation of the fragment ions accelerated in the collision chamber based on mass-to-charge ratios; and a control unit having means to determine the second DC voltage based on the mass-to-charge ratios of the fragment ions to be selected in the mass spectroscopy unit such that velocities of the fragment ions in the collision chamber become equal regardless of the mass-to-charge ratios of the fragment ions. a collision chamber including linear multipolar electrodes (a, b, c, d) which are each divided into a front stage electrode (7a, 7b, 7c, 7d) and a later stage electrode (8a, 8b, 8c, 8d), wherein a division ratio between the front stage electrode and the later stage electrode is different for each linear multipolar electrode, the collision chamber having means to generate fragment ions by superimposingly applying an AC voltage and a first DC voltage to the linear multipolar electrodes thereby making molecule ions collide with neutral molecules to cause collision induced dissociation of the molecule ions, and having means to accelerate the fragment ions in a direction along the linear multipolar electrodes by applying a second DC voltage between the front stage electrodes and the later stage electrodes; a mass spectroscopy unit (11; 11a) having means to carry out mass separation of the fragment ions accelerated in the collision chamber based on mass-to-charge ratios; and a control unit having means to determine the second DC voltage based on the mass-to-charge ratios of the fragment ions to be selected in the mass spectroscopy unit such that velocities of the fragment ions in the collision chamber become equal regardless of the mass-to-charge ratios of the fragment ions.
A system to perform distributed downhole acoustic sensing in a borehole, the system comprising: an optical fiber comprising at least one reflector, the optical fiber being configured to be coupled to a component of interest; and a tunable laser; wherein the tunable laser is configured to perform transmissions of a range of wavelengths through the optical fiber over a time interval, resulting in sine wave interferometer signals; and further comprising a receiver configured to receive the interferometer signals resulting from the transmission, wherein the phase of the received interferometer signals has been modulated by the component of interest; the system being characterized in that it comprises a processor configured to determine the phase modulation over time of the sine wave based on the received interferometer signals, and to determine a frequency and amplitude of vibration from the phase modulation. an optical fiber comprising at least one reflector, the optical fiber being configured to be coupled to a component of interest; and a tunable laser; wherein the tunable laser is configured to perform transmissions of a range of wavelengths through the optical fiber over a time interval, resulting in sine wave interferometer signals; and further comprising a receiver configured to receive the interferometer signals resulting from the transmission, wherein the phase of the received interferometer signals has been modulated by the component of interest; the system being characterized in that it comprises a processor configured to determine the phase modulation over time of the sine wave based on the received interferometer signals, and to determine a frequency and amplitude of vibration from the phase modulation.
A pre-assemblable device of elements, in particular of a tool device or a hand tool device, wherein the device comprises at least one intake manifold, characterized in that furthermore a holding structure for accommodating at least one actuating element (9, 10) and for forming a handle is provided, so that a component structure is formed, which can be arranged on the intake manifold.
A core lifter apparatus for a mold for molding plastic parts, the core lifter apparatus comprising: a gib mounted with respect to an ejector plate, a slide movably mounted with respect to said gib, a retainer attached to said slide, a lifter rod removably attached to said retainer, characterized in that said slide is movably mounted to move in a linear direction and in a rotational direction with respect to said gib and said slide and said retainer moving together between a front position and a rear position of said lifter rod, and a releasable lock configured to releasably hold said retainer in said rear position during assembly. a gib mounted with respect to an ejector plate, a slide movably mounted with respect to said gib, a retainer attached to said slide, a lifter rod removably attached to said retainer, characterized in that said slide is movably mounted to move in a linear direction and in a rotational direction with respect to said gib and said slide and said retainer moving together between a front position and a rear position of said lifter rod, and a releasable lock configured to releasably hold said retainer in said rear position during assembly.
A three-dimensional printed article, comprising: a fused polymer or polymer composite object; and a removable object in contact with at least a portion of the fused polymer or polymer composite object, the removable object comprising: polymeric or polymeric composite build material particles; and a polymeric coating formed on surfaces of the polymeric or polymeric composite build material particles and present in voids between the polymeric or polymeric composite build material particles, wherein the polymeric coating is a perfluorinated polymer selected from the group consisting of a perfluoroalkoxy alkane having a chemical structure of where n is greater than 5 and less than 100,000 and m is greater than 5 and less than 100,000, poly(tetrafluoroethylene) having a chemical structure of: where n is greater than 5 and less than 100,000, a perfluorinated polyether having a chemical structure of where n is greater than 5 and less than 100,000, fluorinated ethylene propylene having a chemical structure of: where n is greater than 5 and less than 100,000 and m is greater than 5 and less than 100,000, and combinations thereof. a fused polymer or polymer composite object; and a removable object in contact with at least a portion of the fused polymer or polymer composite object, the removable object comprising: polymeric or polymeric composite build material particles; and a polymeric coating formed on surfaces of the polymeric or polymeric composite build material particles and present in voids between the polymeric or polymeric composite build material particles, wherein the polymeric coating is a perfluorinated polymer selected from the group consisting of a perfluoroalkoxy alkane having a chemical structure of where n is greater than 5 and less than 100,000 and m is greater than 5 and less than 100,000, poly(tetrafluoroethylene) having a chemical structure of: where n is greater than 5 and less than 100,000, a perfluorinated polyether having a chemical structure of where n is greater than 5 and less than 100,000, fluorinated ethylene propylene having a chemical structure of: where n is greater than 5 and less than 100,000 and m is greater than 5 and less than 100,000, and combinations thereof. polymeric or polymeric composite build material particles; and a polymeric coating formed on surfaces of the polymeric or polymeric composite build material particles and present in voids between the polymeric or polymeric composite build material particles, wherein the polymeric coating is a perfluorinated polymer selected from the group consisting of a perfluoroalkoxy alkane having a chemical structure of where n is greater than 5 and less than 100,000 and m is greater than 5 and less than 100,000, poly(tetrafluoroethylene) having a chemical structure of: where n is greater than 5 and less than 100,000, a perfluorinated polyether having a chemical structure of where n is greater than 5 and less than 100,000, fluorinated ethylene propylene having a chemical structure of: where n is greater than 5 and less than 100,000 and m is greater than 5 and less than 100,000, and combinations thereof.
A method, comprising: determining data for images rendered using a plurality of droplet ejection devices; converting the data into buffer data that are to be stored in an image buffer having a first level and a second level; processing the buffer data to determine data that are affected by a cross-talk between the plurality of droplet ejection devices; and applying a multi-level waveform to the plurality of droplet ejection devices, the multi-level waveform comprising a first section having at least one compensating edge and a second section having at least one drive pulse, the at least one compensating edge having a compensating effect to compensate for the cross-talk variation across the plurality of droplet ejection devices, wherein the multi-level waveform has a sectional mapping indicating that the first section is mapped to the second level and is not mapped to the first level and the second section is mapped to the first level and the second level. determining data for images rendered using a plurality of droplet ejection devices; converting the data into buffer data that are to be stored in an image buffer having a first level and a second level; processing the buffer data to determine data that are affected by a cross-talk between the plurality of droplet ejection devices; and applying a multi-level waveform to the plurality of droplet ejection devices, the multi-level waveform comprising a first section having at least one compensating edge and a second section having at least one drive pulse, the at least one compensating edge having a compensating effect to compensate for the cross-talk variation across the plurality of droplet ejection devices, wherein the multi-level waveform has a sectional mapping indicating that the first section is mapped to the second level and is not mapped to the first level and the second section is mapped to the first level and the second level.