mhurhangee/ep-ind-claims huggingface dataset:
Method for determining a position of a water vehicle, wherein a radar image of a coastal region is generated by a vehicle-based radar sensor system, wherein - the radar image is segmented into one or more water segments and one or more land segments, - at least a portion of the radar image is transformed by a multi-scale transformation into a transformed radar image data set, wherein a multi-scale transformation denotes a transformation which transforms the radar image in different resolutions levels, wherein the transformed radar image data set contains image information on or encoded within different scales of the image, - a reduced transformed radar image data set is provided by a dimension reduction operation, wherein a dimension of the transformed radar image data set is reduced by the dimension reduction operation while isometric characteristics or isometric information encoded within the transformed image data set are preserved, - a similarity measure of a similarity between the reduced transformed radar image data set and a map-based reference image data set is determined, wherein position information is assigned to the map-based reference image data set, - the reduced transformed radar image data set and the map-based reference image data set are classified as corresponding image data sets if a similarity criterion is fulfilled, - the position of the water vehicle is determined depending on the position information assigned to the map-based reference image data set if the reduced transformed radar image data set and the map-based reference image data set are classified as corresponding image data sets. - the radar image is segmented into one or more water segments and one or more land segments, - at least a portion of the radar image is transformed by a multi-scale transformation into a transformed radar image data set, wherein a multi-scale transformation denotes a transformation which transforms the radar image in different resolutions levels, wherein the transformed radar image data set contains image information on or encoded within different scales of the image, - a reduced transformed radar image data set is provided by a dimension reduction operation, wherein a dimension of the transformed radar image data set is reduced by the dimension reduction operation while isometric characteristics or isometric information encoded within the transformed image data set are preserved, - a similarity measure of a similarity between the reduced transformed radar image data set and a map-based reference image data set is determined, wherein position information is assigned to the map-based reference image data set, - the reduced transformed radar image data set and the map-based reference image data set are classified as corresponding image data sets if a similarity criterion is fulfilled, - the position of the water vehicle is determined depending on the position information assigned to the map-based reference image data set if the reduced transformed radar image data set and the map-based reference image data set are classified as corresponding image data sets.
System for well intervention in subsea installed water- or hydrocarbon producing wells, comprising a surface vessel, or rig, with equipment for handling and control of a connection string for downhole tools, and also a system for the supply and return of drilling fluid, from which the connection string for the downhole tool runs down into a drilling hole on the subsea through open sea without a riser or landing string being fitted, where a X-mas tree with an associated blowout preventer is arranged on the well, and where a return line for drilling fluid runs up to said system on the surface vessel or the rig, characterised in that a removable intervention valve is anchored in the drilling hole, wherein the intervention valve is arranged to function as a testable, temporary barrier, by comprising elastomer seals and means (46, 48) for closing the bottom and/or the top of the intervention valve, and in where the intervention valve is wireless remotely operated.
An alloy consisting of, in mass %, 24.0-26.0% Cr, 19.0-22.0% Co, 1.00-1.60% Al, 1.00-1.60% Ti, up to 1.50% Fe, up to 0.020% C, up to 0.40% Si, up to 0.50% Mn, up to 0.50% Cu, up to 0.50% Mo, up to 0.50% Nb, up to 0.005% B, up to 0.03% Zr, up to 0.10% V, up to 0.02% Mg, up to 0.25% Ta, up to 0.010% S, up to 0.015% P, up to 0.20% W, up to 0.02% Ca, up to 0.05% N, up to 80 ppm Zn, up to 60 ppm Sn, up to 20 ppm Pb, and the balance Ni plus impurities.
A towed agricultural implement, in particular a tillage implement and/or sowing implement, with a central frame having a carriage and a towing device, to which central frame a swivel frame and side frames extending laterally thereto are mounted in the rear area of the central frame, wherein depth control elements and sowing elements disposed or, as applicable, extending along the entire width at regular distances to each other are mounted to the side frames, wherein the swivel frame and the side frames extending laterally thereto are swivelable upward in relation to the central frame about an axis of rotation extending transversely to a driving direction by means of at least one actuating means, and wherein the side frames are each swivelable frontward or backward into a position running in driving direction about a joint axle, which is located approximately in the end areas of the side frames and which runs upright when the swivel frame is in the upward-swivelled position, wherein the implement is designed such that he swivel frame is swivelled or, as applicable, swivelable when in a working position and/or headland position by means of the at least one actuator in such a manner that a depth control and a support of the implement are carried out exclusively by means of the depth control elements, and such that the swivel frame is swivelled or, as applicable, swivelable when in a transport position by means of the at least one actuating means in such a manner that a support of the implement is carried out solely by the carriage.
A trocar for insertion into an organ of a patient, the trocar comprising: a cannula having a longitudinal axis; a camera fitted inside the cannula; a movable element, which is coupled to the camera and is configured to be moved along the longitudinal axis of the cannula and to move the camera along the cannula; and characterised by a position sensor, which is attached to an inner wall of a distal end of the cannula, and is configured to generate signals indicative of a position of the distal end in the organ, wherein sensor wiring, providing location data from the position sensor, is passed from the position sensor through the movable element. a cannula having a longitudinal axis; a camera fitted inside the cannula; a movable element, which is coupled to the camera and is configured to be moved along the longitudinal axis of the cannula and to move the camera along the cannula; and characterised by a position sensor, which is attached to an inner wall of a distal end of the cannula, and is configured to generate signals indicative of a position of the distal end in the organ, wherein sensor wiring, providing location data from the position sensor, is passed from the position sensor through the movable element.
An oral irrigator comprising: a motor; a pump body; a connecting rod at least partially received within the pump body and movably connected to the motor, wherein the motor moves the connecting rod between a first position and a second position within the pump body; and a diaphragm seal sealingly connected to the connecting rod and to the pump body, wherein the diaphragm seal deforms from a first orientation to a second orientation as the connecting rod moves from the first position to the second position, wherein the diaphragm seal comprises: a rod aperture; and wherein the connecting rod is received through the rod aperture; characterized in that an engagement wall surrounds the rod aperture; and in that the engagement wall contacts and seals against an outer surface of the connecting rod. a motor; a pump body; a connecting rod at least partially received within the pump body and movably connected to the motor, wherein the motor moves the connecting rod between a first position and a second position within the pump body; and a diaphragm seal sealingly connected to the connecting rod and to the pump body, wherein the diaphragm seal deforms from a first orientation to a second orientation as the connecting rod moves from the first position to the second position, wherein the diaphragm seal comprises: a rod aperture; and wherein the connecting rod is received through the rod aperture; characterized in that a rod aperture; and wherein the connecting rod is received through the rod aperture; characterized in that an engagement wall surrounds the rod aperture; and in that the engagement wall contacts and seals against an outer surface of the connecting rod.
An apparatus for opening and closing a discharge port for discharging air, the apparatus comprising: a plurality of covers (521, 522, 523, 524) configured to move in a radial direction of the discharge port, wherein a width of an opening of the discharge port is arranged to vary as the plurality of covers are moved, wherein the discharge port is open when the plurality of covers are arranged in a center region of the discharge port and the discharge port is closed when the plurality of covers are arranged at a predetermined position from the center of the discharge port, characterized in that at least two of the plurality of covers are arranged to move from a first position capable of covering a region corresponding to the discharge port to a second position capable of opening the region corresponding to the discharge port, and when a first cover of the at least two of the plurality of covers moves from the first position to the second position, a second cover of the at least two of the plurality of covers is controlled to not be moved from the first position to the second position. a plurality of covers (521, 522, 523, 524) configured to move in a radial direction of the discharge port, wherein a width of an opening of the discharge port is arranged to vary as the plurality of covers are moved, wherein the discharge port is open when the plurality of covers are arranged in a center region of the discharge port and the discharge port is closed when the plurality of covers are arranged at a predetermined position from the center of the discharge port, characterized in that at least two of the plurality of covers are arranged to move from a first position capable of covering a region corresponding to the discharge port to a second position capable of opening the region corresponding to the discharge port, and when a first cover of the at least two of the plurality of covers moves from the first position to the second position, a second cover of the at least two of the plurality of covers is controlled to not be moved from the first position to the second position.
An engine device comprising an exhaust gas purification case for processing exhaust gas from an engine, the exhaust gas purification case being disposable on a main machine side on which the engine is mountable; and a main machine frame in which the engine and the like are disposable, wherein the main machine frame is provided with a bottom support member for supporting the exhaust gas purification case, and a side support member (143, 144) for connecting and fixing the exhaust gas purification case to the main machine frame in an attachable and detachable manner, characterized in that both sides and a bottom side of the exhaust gas purification case are surrounded by the main machine frame, the exhaust gas purification case is assembled to the main machine frame from above, right and left center of the exhaust gas purification case is supported by the bottom support member, and right and left sides of the exhaust gas purification case are supported by the side support member (143, 144), "right" and "left" referring to a travelling direction of a vehicle having the engine device. an exhaust gas purification case for processing exhaust gas from an engine, the exhaust gas purification case being disposable on a main machine side on which the engine is mountable; and a main machine frame in which the engine and the like are disposable, wherein the main machine frame is provided with a bottom support member for supporting the exhaust gas purification case, and a side support member (143, 144) for connecting and fixing the exhaust gas purification case to the main machine frame in an attachable and detachable manner, characterized in that both sides and a bottom side of the exhaust gas purification case are surrounded by the main machine frame, the exhaust gas purification case is assembled to the main machine frame from above, right and left center of the exhaust gas purification case is supported by the bottom support member, and right and left sides of the exhaust gas purification case are supported by the side support member (143, 144), "right" and "left" referring to a travelling direction of a vehicle having the engine device.
A container for the production of a foamed sclerosant composition, the container comprising: a sealed sterile container body for foaming comprising one or more sidewalls extending between a top and a bottom of the container body, a foaming space being defined in an interior of the container body, the foaming space containing a sterile gas and a disc configured for rotating on the bottom of the container body and comprising a magnetic part and a shape suitable for mixing, and configured to be operatively coupled with a magnetic stirrer without the magnetic stirrer entering into the foaming space, characterized in that the container comprises a female coupling member having a Luer taper for mating with a tip of a syringe, the female coupling member being located in one of the sidewalls of the container body, at or near the bottom surface of the container body such that the syringe can be used for extracting the foamed sclerosant composition and a pressure equalizer (19, 20) for equalizing a pressure inside the foaming space and outside the foaming space. a sealed sterile container body for foaming comprising one or more sidewalls extending between a top and a bottom of the container body, a foaming space being defined in an interior of the container body, the foaming space containing a sterile gas and a disc configured for rotating on the bottom of the container body and comprising a magnetic part and a shape suitable for mixing, and configured to be operatively coupled with a magnetic stirrer without the magnetic stirrer entering into the foaming space, characterized in that the container comprises a female coupling member having a Luer taper for mating with a tip of a syringe, the female coupling member being located in one of the sidewalls of the container body, at or near the bottom surface of the container body such that the syringe can be used for extracting the foamed sclerosant composition and a pressure equalizer (19, 20) for equalizing a pressure inside the foaming space and outside the foaming space.
A color-forming composition comprising: (a) an acid generator; (b) a tetraaryl borate; (c) an acid-sensitive dye precursor; and (d) a compound having the following Structure: wherein n is 1, 2, 3, or 4; R independently represents a monovalent substituent or the atoms necessary to form a fused ring if n is at least 2, and at least one R substituent is an electron-withdrawing group. (a) an acid generator; (b) a tetraaryl borate; (c) an acid-sensitive dye precursor; and (d) a compound having the following Structure:
Turbine generator, designed for speeds greater than 4,000 rpm, which has a turbine part and a generator part and extends along an axis of rotation from the turbine part to the generator part, wherein - the generator part has a rotating part and a fixed part - the turbine part has a turbine wheel and an inlet and an outlet for a medium, - a sealing arrangement is arranged between the turbine wheel and a fixed stationary housing part, - the generator part has a generator shaft with at least one bearing ring, characterized in that - the generator shaft is mounted via an axial bearing configured as a magnetic bearing, and for this purpose the magnetic bearing has two coils, which are axially spaced apart from one another and between which the at least one bearing ring is arranged at a respective axial distance (a) from the coils, - a control device for controlling the axial bearing is provided, which is configured in such a way that the axial distance (a) between the at least one bearing ring and one of the coils is regulated to a setpoint, and for this purpose the control device is set up to apply a coil current to the coils during operation, the coils being designed for a maximum coil current, - wherein the control device is further configured in such a way that it initiates at least one of the following two measures as required, namely - varies the setpoint in such a way that the sealing effect of the sealing arrangement is changed and/or - upon exceeding a current threshold for the coil current, outputs a control signal for controlling the flow of the medium or the speed of the turbine generator. - the generator part has a rotating part and a fixed part - the turbine part has a turbine wheel and an inlet and an outlet for a medium, - a sealing arrangement is arranged between the turbine wheel and a fixed stationary housing part, - the generator part has a generator shaft with at least one bearing ring, characterized in that - the generator shaft is mounted via an axial bearing configured as a magnetic bearing, and for this purpose the magnetic bearing has two coils, which are axially spaced apart from one another and between which the at least one bearing ring is arranged at a respective axial distance (a) from the coils, - a control device for controlling the axial bearing is provided, which is configured in such a way that the axial distance (a) between the at least one bearing ring and one of the coils is regulated to a setpoint, and for this purpose the control device is set up to apply a coil current to the coils during operation, the coils being designed for a maximum coil current, - wherein the control device is further configured in such a way that it initiates at least one of the following two measures as required, namely - varies the setpoint in such a way that the sealing effect of the sealing arrangement is changed and/or - upon exceeding a current threshold for the coil current, outputs a control signal for controlling the flow of the medium or the speed of the turbine generator.
A sensing system for sensing a target analyte in a sample, the sensing system comprising a photonics integrated circuit and an encapsulation material, the photonics integrated circuit being partially encapsulated by the encapsulation material, the photonics integrated circuit comprising: - a first integrated sensor accessible to sample with the target analyte, and at least - a second integrated sensor accessible to a reference substance, wherein the reference substance, such as water or other small molecules, is based on the sample but the target analyte is at least partially filtered out through filtering by the encapsulation material such that the reference substance has similar basic properties as the sample, the second integrated sensor being positioned in the part of the partially encapsulated photonics integrated circuit that is encapsulated by the encapsulation material; wherein the sensing system is configured such that, when using the sensing system, between the second integrated sensor and the encapsulation material the reference substance is present, but no target analyte, or less target analyte than the amount of target analyte being present at the first integrated sensor, and wherein the first integrated sensor is positioned in the remaining part of the partially encapsulated photonics integrated circuit not being encapsulated by the encapsulation, characterized in that the encapsulation material is a biocompatible packaging material of the sensing system having good implantation properties. - a first integrated sensor accessible to sample with the target analyte, and at least - a second integrated sensor accessible to a reference substance, wherein the reference substance, such as water or other small molecules, is based on the sample but the target analyte is at least partially filtered out through filtering by the encapsulation material such that the reference substance has similar basic properties as the sample, the second integrated sensor being positioned in the part of the partially encapsulated photonics integrated circuit that is encapsulated by the encapsulation material; wherein the sensing system is configured such that, when using the sensing system, between the second integrated sensor and the encapsulation material the reference substance is present, but no target analyte, or less target analyte than the amount of target analyte being present at the first integrated sensor, and wherein the first integrated sensor is positioned in the remaining part of the partially encapsulated photonics integrated circuit not being encapsulated by the encapsulation, characterized in that the encapsulation material is a biocompatible packaging material of the sensing system having good implantation properties.
A backflush device for filters of a sampling system having a connecting element, which is passed through by a retrieval line that is connectable to the filter and which has at least one backflush line ending in the retrieval line, having a check valve arranged at or in the backflush line, wherein the check valve is connectable to a pressure line for a pressurized flush medium such that in the case of an open check valve the backflush line may be flown through by the flush medium in a backflush direction oriented towards the retrieval line, wherein the backflush line ends in the retrieval line at an obtuse angle (α), observed in the direction of the backflush direction, wherein the connecting element has a plurality of backflush lines, which are arranged radially about the retrieval line.