mhurhangee/ep-ind-claims huggingface dataset:
A control method of an input device comprising a touch panel, the control method comprising: displaying a graphical user interface, GUI (210, 220, 230), on the touch panel; receiving a user touch input through the GUI; dividing a recognition area corresponding to the touch panel area into a plurality of cell areas (310, 320, 410, 420, 430, 440) forming a cell coordinate system in which touch points are associated with cell areas; characterized in that the method further comprises the step of: determining a touch point as the adjusted position of the received touch input on the touch panel based on the cell area receiving the touch input, wherein the adjustment is determined by non-uniformly dividing at least part of the plurality of cell areas such that the parts of the recognition area associated with the cell areas are based on the distance between a position of a user grip on the touch panel and the position of the received user touch input. displaying a graphical user interface, GUI (210, 220, 230), on the touch panel; receiving a user touch input through the GUI; dividing a recognition area corresponding to the touch panel area into a plurality of cell areas (310, 320, 410, 420, 430, 440) forming a cell coordinate system in which touch points are associated with cell areas; characterized in that the method further comprises the step of: determining a touch point as the adjusted position of the received touch input on the touch panel based on the cell area receiving the touch input, wherein the adjustment is determined by non-uniformly dividing at least part of the plurality of cell areas such that the parts of the recognition area associated with the cell areas are based on the distance between a position of a user grip on the touch panel and the position of the received user touch input.
A reverse transcriptase enzyme comprising a Moloney Murine Leukemia Virus reverse transcriptase amino acid sequence, wherein said enzyme has an optimum activity at a temperature above 42°C, wherein the amino acid sequence comprises a mutation at position L603, wherein the mutation is not L603A, and optionally wherein the amino acid sequence comprises a further mutation at one or more of the following amino acid positions: D200, L139, T330, E607, T287, Q221, I49, N479, H594, A502, D653, K658, P130, Q237, A307, Y344, Q430, D449, A644, N649, L671, E673, M39, Q91, M66, W388, I179, L333, R390, Q374, and E5, wherein when the further mutation is at position D653 the mutation is not D653N, and wherein when the further mutation is at position H594 the mutation is not H594A.
A catalyst composition comprising a polymer, wherein the polymer comprises a neodymium compound-derived unit; an alkylating agent-derived unit; and a conjugated diene-based monomer-derived unit, and has a number-average molecular weight of 3,000 g/mol to 10,000 g/mol. wherein the polymer comprises a neodymium compound-derived unit; an alkylating agent-derived unit; and a conjugated diene-based monomer-derived unit, and has a number-average molecular weight of 3,000 g/mol to 10,000 g/mol.
A field sterilizer and vascular connector kit comprising: a UV sterilizer comprising (i) a UV light source and a power source, wherein the UV light source and the power source provide a UV dosage to the skin of a patient to disinfect the skin of the patient without burning the skin of the patient, and (ii) a housing defining a reflective chamber, wherein the UV light source is disposed in the reflective chamber; and a vascular connector releasably mounted to the UV sterilizer, characterized in that the vascular connector contains a supply of an antimicrobial, and in that the vascular connector is releasably mounted within the reflective chamber. a UV sterilizer comprising (i) a UV light source and a power source, wherein the UV light source and the power source provide a UV dosage to the skin of a patient to disinfect the skin of the patient without burning the skin of the patient, and (ii) a housing defining a reflective chamber, wherein the UV light source is disposed in the reflective chamber; and a vascular connector releasably mounted to the UV sterilizer, characterized in that the vascular connector contains a supply of an antimicrobial, and in that the vascular connector is releasably mounted within the reflective chamber.
A system for calibrating a focal point of a laser beam, comprising: a laser configured to generate the laser beam; a plurality of focusing optics configured to: direct the focal point of the laser beam along a z-axis towards a zero-surface, the zero-surface corresponding to a zero-plane; and receive at least a portion of the laser beam reflected by the zero-surface; characterised in that the system further comprises: one or more detector optics configured to: receive the reflected portion from the focusing optics; and direct the reflected portion towards a two-photon absorption detector; the TPA detector configured to: sense a peak intensity of the reflected portion, the peak intensity indicating a proximity of the focal point to the zero-surface; and generate a signal representing the peak intensity of the reflected portion; and a computer configured to determine whether the focal point of the laser beam is calibrated in response to the signal representing the peak intensity. a laser configured to generate the laser beam; a plurality of focusing optics configured to: direct the focal point of the laser beam along a z-axis towards a zero-surface, the zero-surface corresponding to a zero-plane; and receive at least a portion of the laser beam reflected by the zero-surface; direct the focal point of the laser beam along a z-axis towards a zero-surface, the zero-surface corresponding to a zero-plane; and receive at least a portion of the laser beam reflected by the zero-surface; one or more detector optics configured to: receive the reflected portion from the focusing optics; and direct the reflected portion towards a two-photon absorption detector; receive the reflected portion from the focusing optics; and direct the reflected portion towards a two-photon absorption detector; the TPA detector configured to: sense a peak intensity of the reflected portion, the peak intensity indicating a proximity of the focal point to the zero-surface; and generate a signal representing the peak intensity of the reflected portion; and sense a peak intensity of the reflected portion, the peak intensity indicating a proximity of the focal point to the zero-surface; and generate a signal representing the peak intensity of the reflected portion; and a computer configured to determine whether the focal point of the laser beam is calibrated in response to the signal representing the peak intensity.
Process for producing an ammonia synthesis gas comprising the steps of: (a) providing a separate stream comprising nitrogen by pressure swing absorption of ambient air; (b) providing a separate stream comprising hydrogen by electrolysis of water and/or steam; (c) combining the separate streams obtained in steps a) and b) into a mixed stream comprising hydrogen and nitrogen; (d) pressurizing the mixed stream from step (c); and (e) removing residual amounts of oxygen further contained in the mixed stream by catalytic hydrogenation of the oxygen with a part of the hydrogen contained in the mixed stream upstream step (d) and/or downstream step (d) and/or during step (d) to produce the ammonia synthesis gas, wherein the mixed stream comprising hydrogen and nitrogen is pressurized in an ammonia synthesis gas compressor upstream the catalytic hydrogenation. (a) providing a separate stream comprising nitrogen by pressure swing absorption of ambient air; (b) providing a separate stream comprising hydrogen by electrolysis of water and/or steam; (c) combining the separate streams obtained in steps a) and b) into a mixed stream comprising hydrogen and nitrogen; (d) pressurizing the mixed stream from step (c); and (e) removing residual amounts of oxygen further contained in the mixed stream by catalytic hydrogenation of the oxygen with a part of the hydrogen contained in the mixed stream upstream step (d) and/or downstream step (d) and/or during step (d) to produce the ammonia synthesis gas, wherein the mixed stream comprising hydrogen and nitrogen is pressurized in an ammonia synthesis gas compressor upstream the catalytic hydrogenation.
Greenhouse light, comprising: - a light frame, - a light source fitted in connection with a first end of the light frame and - a reflector arranged at a distance from the light source for reflecting the electromagnetic radiation emitted by the light source; wherein the light frame is arranged to be turnable in relation to the reflector, so that the distance between the light source and the reflector can be adjusted, characterized in that the greenhouse light comprises a support member, whereto the reflector is attached and in connection with which support member a second end of the light frame is arranged. - a light frame, - a light source fitted in connection with a first end of the light frame and - a reflector arranged at a distance from the light source for reflecting the electromagnetic radiation emitted by the light source;
A method for recognizing and removing undesired artifacts in at least one measurement channel of a multichannel magnetic field or electric potential measurement, wherein a measurement device comprises a set of N measurement sensors and a data processing logic, and wherein the method comprises the step of: generating a basis defining an n-dimensional subspace of the N-dimensional signal space, where n is smaller than N, using in the definition of the n-dimensional basis a physical model of a Signal Space Separation method, or a statistical model based on the statistics of recorded N-dimensional signals; characterized in that the method further comprises the steps of: - forming a combined (n+m)-dimensional basis by adding m signal vectors to the n-dimensional basis, each of these m signal vectors representing a signal present only in a single channel of the N-channel device, - decomposing the recorded N-dimensional signal vector into n+m components in the combined basis, and - subtracting from the recorded N-dimensional signal vector the components corresponding to the m added vectors in the combined basis. generating a basis defining an n-dimensional subspace of the N-dimensional signal space, where n is smaller than N, using in the definition of the n-dimensional basis a physical model of a Signal Space Separation method, or a statistical model based on the statistics of recorded N-dimensional signals; characterized in that the method further comprises the steps of: - forming a combined (n+m)-dimensional basis by adding m signal vectors to the n-dimensional basis, each of these m signal vectors representing a signal present only in a single channel of the N-channel device, - decomposing the recorded N-dimensional signal vector into n+m components in the combined basis, and - subtracting from the recorded N-dimensional signal vector the components corresponding to the m added vectors in the combined basis. - forming a combined (n+m)-dimensional basis by adding m signal vectors to the n-dimensional basis, each of these m signal vectors representing a signal present only in a single channel of the N-channel device, - decomposing the recorded N-dimensional signal vector into n+m components in the combined basis, and - subtracting from the recorded N-dimensional signal vector the components corresponding to the m added vectors in the combined basis.
A method comprising: receiving, on a mobile device, a selection of a component of a multimedia system to be configured; displaying, on the mobile device, a photo-realistic depiction of a back panel of the component, the photo-realistic depiction of the back panel including photo-realistic depictions of connection ports located thereon; receiving a selection of another component to be connected to the component; determining one or more classes of potential connections between the another component and the component; for each class of potential connection, graphically guiding a user to select a particular connection port on the photo-realistic depiction of the back panel of the component for the class of potential connection; based on selections of particular connection ports from the user, generating a set of configuration data for the multimedia system. receiving, on a mobile device, a selection of a component of a multimedia system to be configured; displaying, on the mobile device, a photo-realistic depiction of a back panel of the component, the photo-realistic depiction of the back panel including photo-realistic depictions of connection ports located thereon; receiving a selection of another component to be connected to the component; determining one or more classes of potential connections between the another component and the component; for each class of potential connection, graphically guiding a user to select a particular connection port on the photo-realistic depiction of the back panel of the component for the class of potential connection; based on selections of particular connection ports from the user, generating a set of configuration data for the multimedia system.
A tool for machining fiber-reinforced materials with, - a tool body with a certain cutting edge with at least one main function surface, - and a diamond coating applied at least to the main function surface, characterized in that the surface of the diamond coating has a reduced peak height Spk of less than 0.25 μm. - a tool body with a certain cutting edge with at least one main function surface, - and a diamond coating applied at least to the main function surface,
A photocatalytic composition comprising: (a) a hydraulic binder; (b) a superfluidifying agent; (c) a cellulose ether; (d) an adhesive agent; (e) a calcareous, silicic or silicic-calcareous filler; (f) a photocatalyst, characterized in that (b) is polycarboxylic or acrylic, (c) has a Brookfield viscosity, measured in a 2% solution at 20°C, in the range between 10000 and 120000;mPa.s, and the photocatalytic composition is free of starch. (a) a hydraulic binder; (b) a superfluidifying agent; (c) a cellulose ether; (d) an adhesive agent; (e) a calcareous, silicic or silicic-calcareous filler; (f) a photocatalyst,
A method of selectively treating the surface of copper or copper alloys, comprising the steps of (i) contacting said surface with an alkaline treatment solution, and (ii) contacting the surface obtained by step (i) with an acidic treatment solution, wherein in step (ii) metal oxides are removed from the surface of the copper or copper alloys; and wherein the alkaline treatment solution comprises: - at least one source of copper ions, - at least one source of halide ions, and - ammonia. (i) contacting said surface with an alkaline treatment solution, and (ii) contacting the surface obtained by step (i) with an acidic treatment solution, wherein in step (ii) metal oxides are removed from the surface of the copper or copper alloys; and - at least one source of copper ions, - at least one source of halide ions, and - ammonia.
A display device comprising: a liquid crystal panel; a backlight unit configured to comprise a light source that supplies light to the liquid crystal panel; a first polarizing member adhered onto the liquid crystal panel; and a second polarizing member adhered to under the liquid crystal panel, wherein in the second polarizing member, at least one of the surfaces vertical to, and the surfaces parallel to, the light source is formed to extend in the outer direction of the liquid crystal panel, and the second polarizing member surrounds the side surfaces of the backlight unit. a liquid crystal panel; a backlight unit configured to comprise a light source that supplies light to the liquid crystal panel; a first polarizing member adhered onto the liquid crystal panel; and a second polarizing member adhered to under the liquid crystal panel, wherein in the second polarizing member, at least one of the surfaces vertical to, and the surfaces parallel to, the light source is formed to extend in the outer direction of the liquid crystal panel, and the second polarizing member surrounds the side surfaces of the backlight unit.
A stent comprising a tubular flexible body with a wall comprising an expandable web structure, wherein the web structure comprises a plurality of neighboring web patterns (5, 6), each web pattern comprising adjoining webs (9, 10; 9', 10'), wherein each web (9, 10) comprises three sections (9a, 9b, 9c; 10a, 10b, 10c) arranged relative to one another at an angle (α, β), wherein a central section (9a; 10b) is provided, the central section intersecting adjoining end sections at an obtuse angle (α, β), wherein the web patterns (5, 6) pass into each other at predeterminable integral transition sections, wherein the transition sections of directly neighboring web patterns (5, 6); (6, 5) have a common orientation (A, B), characterized in that the orientation (A, B) of the transition sections is alternating over the entire web structure.
A porous non-silicate ceramic article comprised of a sintered phase ceramic composition comprising, as expressed on a weight percent oxide basis: a(Al 2 TiO 5)+b(ZrTiO 4)+c(Y 2 O 3)+d(YPO 4) wherein a, b, c, and d are weight fractions of each component such that (a + b + c + d) = 1.00, wherein 0.5 < a ≤ 0.95; 0 ≤ b ≤ 0.5, 0.0 ≤ c ≤ 0.10, and 0 ≤ d ≤ 0.5, wherein the composition comprises zirconium titanate or yttrium phosphate, and wherein the total porosity of the ceramic oxide composition is at least 40%. wherein a, b, c, and d are weight fractions of each component such that (a + b + c + d) = 1.00, wherein 0.5 < a ≤ 0.95; 0 ≤ b ≤ 0.5, 0.0 ≤ c ≤ 0.10, and 0 ≤ d ≤ 0.5, wherein the composition comprises zirconium titanate or yttrium phosphate, and wherein the total porosity of the ceramic oxide composition is at least 40%.
Measuring device housing for a sensor component which detects a physical quantity contactlessly, or for such a sensor, comprising: - a coupling apparatus for feeding at least one coolant and/or flushing medium (22, 24, 26) and at least one signal transmission line into the housing interior or into a housing wall, - a guide tube arranged on the coupling apparatus and having a longitudinal axis, and - a probe head releasably fastened, preferably screwed, in an end section of the guide tube lying opposite the coupling apparatus, wherein the guide tube is configured in order to guide or accommodate the at least one coolant and/or flushing medium (22, 24, 26) and the at least one signal transmission line as far as the probe head, characterized in that the probe head and the end section respectively comprise passages, extending radially relative to the longitudinal axis, for forwarding the at least one coolant and/or flushing medium (22, 24, 26) from the end section into the probe head and optionally vice versa, and in that an axially limited annular channel is formed radially between probe head and the guide tube, through which the at least one coolant and/or flushing medium fed through the passages of the guide tube can subsequently be introduced through the radial passages of the probe head into the interior of the probe head. - a coupling apparatus for feeding at least one coolant and/or flushing medium (22, 24, 26) and at least one signal transmission line into the housing interior or into a housing wall, - a guide tube arranged on the coupling apparatus and having a longitudinal axis, and - a probe head releasably fastened, preferably screwed, in an end section of the guide tube lying opposite the coupling apparatus,
An outer layer material for a hot rolling mill roll, having a composition containing, in mass%, C: 2.0 to 3.0%, Si: 0.2 to 1.0%, Mn: 0.2 to 1.0%, Cr: 4.0 to 7.0%, Mo: 3.0 to 6.5%, V: 5.0 to 7.5%, Nb: 0.5 to 3.0%, Ni: 0.05 to 3.0%, Co: 0.2 to 5.0%, and W: 0.5 to 5.0%, with the balance being Fe and incidental impurities, and the contents of C, Cr, Mo, V, Nb, Ni, and W satisfying the following expression; having 85% or more of a matrix microstructure being a tempered martensite and/or a bainite microstructure; and having a minor axis of tempered martensite or bainite of 0.5 to 3.0 μm; 0.05 ≤ % C − % V × 0.177 − % Nb × 0.129 − % Cr × 0.099 − % Mo × 0.063 − % W × 0.033 + % Ni ≤ 4.0 wherein %C, %V, %Nb, %Cr, %Mo, %W, and %Ni each represent the respective content of each respective element (mass%).
A cooling coil assembly for removing heat generated by an oxidation or ammoxidation reactor, the cooling coil assembly including multiple cooling coils, each cooling coil comprising a series of cooling coil courses including a first course at the beginning of the series and a last course at the end of the series, the multiple cooling coil courses being fluidly connected to one another so as to define a cooling water passageway having a cooling water inlet and a cooling water outlet, the cooling coil assembly further comprising a cooling coil inlet header in fluid communication with the first course of each cooling coil and a cooling water outlet header in fluid communication with the last course of each cooling coil, each cooling coil further comprising a cooling water outlet conduit connecting the last coarse of that cooling coil with the cooling water outlet header, wherein the elevation of the cooling coil outlet header is below the elevation of the cooling coil outlet conduit of each cooling coil, the coil assembly being characterized in that each cooling coil further comprises an inlet shut off valve positioned between the cooling water inlet header and the first coil course in the series, and further wherein each cooling coil is constructed without any flow control device between the last coil course in the series and the cooling water outlet header.