mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus, comprising: a magnification acquisition unit that acquires a magnification of a target image with respect to a reference image, the reference image being an image of an eye to be treated, the target image being an image of the eye picked up at a time different from an imaging time of the reference image; and an image generation unit that generates a navigation image including navigation information for guiding treatment of the eye on the basis of the magnification acquired by the magnification acquisition unit wherein the image generation unit performs image matching of the reference image and the target image by using the magnification, and generates the navigation image by using a result of the image matching, wherein the image generation unit includes a characteristic point detection unit that detects a characteristic point in each of the reference image and the target image, the characteristic point detection unit detects a characteristic point in the target image by using the magnification, characterized in that the characteristic point detection unit includes a scale range determination unit and a DoG (DoG: Difference of Gaussian) image generation unit, the scale range determination unit determining a scale range of a Gaussian filter for generating a smoothed image for each of the reference image and the target image, the DoG image generation unit generating a DoG image in a scale range determined by the scale range determination unit for each of the reference image and the target image, and the scale range determination unit controls a scale range for the target image by the magnification. a magnification acquisition unit that acquires a magnification of a target image with respect to a reference image, the reference image being an image of an eye to be treated, the target image being an image of the eye picked up at a time different from an imaging time of the reference image; and an image generation unit that generates a navigation image including navigation information for guiding treatment of the eye on the basis of the magnification acquired by the magnification acquisition unit wherein the image generation unit performs image matching of the reference image and the target image by using the magnification, and generates the navigation image by using a result of the image matching, wherein the image generation unit includes a characteristic point detection unit that detects a characteristic point in each of the reference image and the target image, the characteristic point detection unit detects a characteristic point in the target image by using the magnification, the scale range determination unit determining a scale range of a Gaussian filter for generating a smoothed image for each of the reference image and the target image, the DoG image generation unit generating a DoG image in a scale range determined by the scale range determination unit for each of the reference image and the target image, and the scale range determination unit controls a scale range for the target image by the magnification.
Installation of thermoforming a foil to create a plurality of products (12, 33) in a corresponding plurality of cavities in a female form tool (38, 39) at a form table, the installation being adapted to move the foil in a machine direction (24, 31, 5) along a film web, the installation having a screening punching station with a shuttle table with punching tools on one side of the film web and a punching block (14, 49) on the other side of the film web, the screening punching station being adapted to position the shuttle table with n tables with the punching tools in opposition to the punching block (14, 49), each sequentially in a punching position, and the installation being adapted to position precisely one punching block (14, 49) and at least two tables in the punching position, and/or - in that the installation has less punching blocks than tables, characterized in that the installation is adapted for mutual spacing of the punching block (14, 49) and the form table and their mutual re-approachment in cycles, for positioning the assemblages of cavities, where during spacing of the punching block (14, 49) and the form table, the tool of the combined thermoforming and punching station opens, the form table moves downward in a lowering movement and the upper die moves upward along its stroke direction with a clamping bell and the punching block. - in that the installation has less punching blocks than tables,
Electrical power distributor for an electric or hybrid vehicle having electromotive drive, comprising a distributor housing having a connection space in which at least one incoming supply line is connected to at least two outgoing supply lines, wherein the supply lines (22A, 22B) are respectively introduced through a housing feedthrough (10A, 10B) into the connection space and wherein the distributor housing has a two-part structure having an inner housing which encloses the connection space and which is formed of two shells (6A, 6B) made from an electrically conductive material and having an outer housing made from an electrically insulating material in which the inner housing is enclosed in a shell-like manner, wherein a respective shielding of the supply lines (22A, 22B) is respectively connected to the inner housing in an electrically conductive manner, wherein the shielding is electrically contacted with a shielding sleeve assembly which is electrically connected to the inner housing and wherein the shielding sleeve assembly is fixed in the axial direction in the respective housing feedthrough (10A, 10B) by means of a positive connection to the inner housing acting in both directions, characterised in that the shielding sleeve assembly has an under-sleeve and a clamping element which is formed as a sleeve and the shielding is clamped between the under-sleeve and the clamping element, wherein the inner housing has one respective connection piece for the formation of each housing feedthrough (10A, 10B), in which connection piece the shielding sleeve assembly is clamped and wherein the shielding sleeve assembly is fixed in the axial direction in the respective housing feedthrough (10A, 10B) in such a way that at least one of the sleeves (44, 50) forms a positive connection to the inner housing which acts in the axial direction and for this purpose is widened radially on both ends for the formation of a positive connection acting in both directions.
A method for producing a shoe, the method comprising: an arrangement step of arranging a first shoe member, a second shoe member, and an adapter (10, 20) at least comprising a first thermoplastic (111,211), a second thermoplastic (121, 221) that differs in kind from the first thermoplastic (111, 211), and a conductive material (15, 25), so that the first shoe member and the second shoe member forms an interface through indirect contact with the adapter (10, 20); and a bonding step of inductively heating the conductive material (15, 25) to add heat to the interface and thereby bond the first shoe member and the second shoe member to each other, wherein the adapter (10, 20) has a first surface (10A, 20A) and a second surface (10B, 20B) opposite to the first surface (10A, 20A), the first thermoplastic (111, 211) is present at a higher ratio than the second thermoplastic (121, 221) on the first surface (10A, 20A), and the second thermoplastic (121, 221) is present at a higher ratio than the first thermoplastic (111, 211) on the second surface (10B, 20B), and in the arrangement step, the first shoe member and the second shoe member are arranged to have the first shoe member in abutting contact with the first surface (10A, 20A) and the second shoe member in abutting contact with the second surface (10B, 20B). an arrangement step of arranging a first shoe member, a second shoe member, and an adapter (10, 20) at least comprising a first thermoplastic (111,211), a second thermoplastic (121, 221) that differs in kind from the first thermoplastic (111, 211), and a conductive material (15, 25), so that the first shoe member and the second shoe member forms an interface through indirect contact with the adapter (10, 20); and a bonding step of inductively heating the conductive material (15, 25) to add heat to the interface and thereby bond the first shoe member and the second shoe member to each other, wherein the adapter (10, 20) has a first surface (10A, 20A) and a second surface (10B, 20B) opposite to the first surface (10A, 20A), the first thermoplastic (111, 211) is present at a higher ratio than the second thermoplastic (121, 221) on the first surface (10A, 20A), and the second thermoplastic (121, 221) is present at a higher ratio than the first thermoplastic (111, 211) on the second surface (10B, 20B), and in the arrangement step, the first shoe member and the second shoe member are arranged to have the first shoe member in abutting contact with the first surface (10A, 20A) and the second shoe member in abutting contact with the second surface (10B, 20B).
A card-shaped data carrier with a card body and a security element, wherein the data carrier has two main axes, die lateral edges of the card body are disposed parallel to the two main axes of the data carrier and the data carrier is preferably configured to be rectangular, as a chip card or credit card, as a passport or identification card, in the ID0, the ID1 or the ID2 format, wherein the security element has a raster image arrangement for representing a desired image predetermined by an image function f(x,y), with - an imprinted motif image subdivided into a plurality of cells in which respectively imaged regions of the desired image are arranged, and - a cylinder-type viewing raster of a plurality of periodically arranged, cylinder-shaped viewing elements with respectively mutually parallel cylinder axes for reconstructing the desired image upon viewing the motif image with the aid of the viewing raster, wherein the viewing raster and the motif image are arranged at a predetermined spacing from each other, - wherein the motif image and the viewing raster are spaced apart by an optical spacing layer, wherein the motif image is imprinted on the optical spacing layer or on a substrate bordering on the optical spacing layer, and the motif image with its subdivision into a plurality of cells is predetermined by an image function, - wherein a uniform cell of the viewing raster has an axis spacing d of the cylinder axes and a direction of the cylinder axes specified by an angle γ in relation to a first main axis, characterized in that the cylinder axes are disposed in a direction that differs from the main axes and the spacing layer consists of a laser-writable material, preferably of polycarbonate, and is writable with the aid of a laser irradiation, preferably through the viewing raster. - an imprinted motif image subdivided into a plurality of cells in which respectively imaged regions of the desired image are arranged, and - a cylinder-type viewing raster of a plurality of periodically arranged, cylinder-shaped viewing elements with respectively mutually parallel cylinder axes for reconstructing the desired image upon viewing the motif image with the aid of the viewing raster, wherein the viewing raster and the motif image are arranged at a predetermined spacing from each other, - wherein the motif image and the viewing raster are spaced apart by an optical spacing layer, wherein the motif image is imprinted on the optical spacing layer or on a substrate bordering on the optical spacing layer, and the motif image with its subdivision into a plurality of cells is predetermined by an image function, - wherein a uniform cell of the viewing raster has an axis spacing d of the cylinder axes and a direction of the cylinder axes specified by an angle γ in relation to a first main axis,
At least one wind turbine comprising: a transformer coupled between the at least one wind turbine and a power grid, wherein the transformer comprises a primary winding arrangement coupled to the power grid, and a secondary winding arrangement coupled to the at least one wind turbine; wherein the power grid comprises at least three power lines (306a, 306b, 306c), each power line (306a, 306b, 306c) conducting a respective phase of a multi-phase current; and characterized in that each power line (306a, 306b, 306c) of the power grid is coupled to the primary winding arrangement via an individual tap changer (310a, 310b, 310c); and comprising a detection unit coupled to the power grid, the detection unit being configured to detect voltage imbalances occurring on the power grid coupled to the primary winding arrangement; wherein each tap changer (310a, 310b, 310c) is configured to be controlled individually to compensate the detected voltage imbalances. a transformer coupled between the at least one wind turbine and a power grid, wherein the transformer comprises a primary winding arrangement coupled to the power grid, and a secondary winding arrangement coupled to the at least one wind turbine; wherein the power grid comprises at least three power lines (306a, 306b, 306c), each power line (306a, 306b, 306c) conducting a respective phase of a multi-phase current; and characterized in that each power line (306a, 306b, 306c) of the power grid is coupled to the primary winding arrangement via an individual tap changer (310a, 310b, 310c); and comprising a detection unit coupled to the power grid, the detection unit being configured to detect voltage imbalances occurring on the power grid coupled to the primary winding arrangement; wherein each tap changer (310a, 310b, 310c) is configured to be controlled individually to compensate the detected voltage imbalances.
A method of correcting the position of a side plate (2,2') of a screed of a road paving machine wherein said road paving machine comprises a basis part of the screed, being steadily connected to the towing machine of the road paving machine, and two outer side plates (2, 2'), movable in a lateral direction relative to said basis part of the screed to define the width of the screed, wherein said road paving machine moves along an underlying surface while adding a strip of pavement material to said underlying surface, and where the position of the side plate (2,2') determines the position of the edge of the strip of road pavement material added, said method comprising the steps of - with a sensor device capturing an at least two-dimensional image of at least part of said underlying surface comprising an edge of an existing road pavement, and - based on the image captured by the sensor device, identifying a line or edge in a direction along which a new strip of road pavement is to be constructed, and - therefrom identifying a displacement of the side plate (2,2') of the screed of the road paving machine relative to the identified line or edge of said existing road pavement, and - said sensing unit providing a sensing signal for controlling the position of the side plate (2,2'), and - controlling the position of the side plate (2,2') by moving the side plate (2,2') in a lateral direction relative to the basis part of the screed. - with a sensor device capturing an at least two-dimensional image of at least part of said underlying surface comprising an edge of an existing road pavement, and - based on the image captured by the sensor device, identifying a line or edge in a direction along which a new strip of road pavement is to be constructed, and - therefrom identifying a displacement of the side plate (2,2') of the screed of the road paving machine relative to the identified line or edge of said existing road pavement, and - said sensing unit providing a sensing signal for controlling the position of the side plate (2,2'), and - controlling the position of the side plate (2,2') by moving the side plate (2,2') in a lateral direction relative to the basis part of the screed.
A module for use with a modular lateral transfer system of a processing chamber, wherein the module is configured as a multi-functional cartridge (1000, 2000) configured for insertion into a processing chamber wall of the processing chamber, the module comprising: a module lateral transfer system configured to move a reactant material from a first location to a second location, wherein the lateral transfer system comprises one or more moving elements and one or more driving elements; one or more module process gas supply systems configured to provide one or more process gases to interact with the reactant material; and a module support system configured to support both the module lateral transfer system and the one or more module process gas supply systems; wherein the module configured as a cartridge further comprises a multi-piece cartridge framework that provides the structure of the cartridge and support for components therein, a connection plate configured to attack the cartridge to the processing chamber wall, alignment guides configured to facilitate the correct insertion of the cartridge into the processing chamber wall, and installation notches configured to allow for the insertion of tools to facilitate the insertion and removal of the cartridge. a module lateral transfer system configured to move a reactant material from a first location to a second location, wherein the lateral transfer system comprises one or more moving elements and one or more driving elements; one or more module process gas supply systems configured to provide one or more process gases to interact with the reactant material; and a module support system configured to support both the module lateral transfer system and the one or more module process gas supply systems; wherein the module configured as a cartridge further comprises a multi-piece cartridge framework that provides the structure of the cartridge and support for components therein, a connection plate configured to attack the cartridge to the processing chamber wall, alignment guides configured to facilitate the correct insertion of the cartridge into the processing chamber wall, and installation notches configured to allow for the insertion of tools to facilitate the insertion and removal of the cartridge.
A planar coil of a tube for heating a fluid sample flowing through an inner channel of the tube, wherein the planar coil has an overall planar shape and is a planar glass coil, and wherein said tube comprises an inlet to feed a sample into the planar coil of tube, and an outlet to lead the sample out of the planar coil of tube, characterised in that a longitudinal side of said planar glass coil is in direct contact with a heating foil or wherein said longitudinal side of said planar glass coil is in direct contact with a heating plate.
Apparatus for cleaning vehicles, - comprising at least one container (20, 20.3), - wherein a side wall of the container (20, 20.3) is at least partially designed as a ground-level loading ramp (28, 28.3), - wherein the ground-level loading ramp (28, 28.3) is at least partially detachable from the container (20, 20.3), - wherein there is a first cleaning element in the ground-level loading ramp (28, 28.3), - wherein there is at least one second cleaning element (60, 60.3) behind the side wall (28, 28.3) of the container (20, 20.3). - comprising at least one container (20, 20.3), - wherein a side wall of the container (20, 20.3) is at least partially designed as a ground-level loading ramp (28, 28.3), - wherein the ground-level loading ramp (28, 28.3) is at least partially detachable from the container (20, 20.3), - wherein there is a first cleaning element in the ground-level loading ramp (28, 28.3), - wherein there is at least one second cleaning element (60, 60.3) behind the side wall (28, 28.3) of the container (20, 20.3).
A combine harvester comprising a frame having a pair of side walls, a grain cleaning system located between the side walls, and a tailings return system arranged to collect tailings ejected by the cleaning system, wherein the tailing return system comprises a conveyance channel located outboard of the side walls, and an ejection channel connected between a downstream end of the conveyance channel and an opening in one of said side walls at a location upstream of the cleaning system, characterized by a proximity sensor mounted to the ejection channel and configured to sense a thickness of a material layer present therein.
A heat-ray shielding lamination structure wherein an interlayer is interposed between laminated plates (1, 20) selected from a plate glass and a plastic (1, 20), characterized in that at least one of the interlayer and the plastic laminated plate (1, 20) contains particles having a heat-ray shielding function, and one or more kinds selected from a group consisting of metal salts of carboxylic acids, metal carbonates, metal hydroxides carbonates, and metal hydroxides, the particles having the heat-ray shielding function are composite tungsten oxide particles expressed by a general formula M Y WO Z (0.001 ≤ Y ≤ 1.0, 2.2 ≤ Z ≤ 3.0), element M is one or more kinds selected from a group consisting of Cs, Rb, K, and Tl, having a hexagonal crystal structure, with a particle size of 1 nm or more and 800 nm or less, one or more kinds selected from the group consisting of the metal salts of carboxylic acids, metal carbonate, metal hydroxides carbonates, and metal hydroxides, are contained in an amount of 1 pts.wt. or more and 100 pts.wt. or less based on 100 pts.wt. of the composite tungsten oxide particles, and the metal salt of carboxylic acid is magnesium acetate or a carboxylic acid salt of at least one metal selected from a group consisting of calcium, manganese, cesium, lithium, and rubidium. characterized in that at least one of the interlayer and the plastic laminated plate (1, 20) contains particles having a heat-ray shielding function, and one or more kinds selected from a group consisting of metal salts of carboxylic acids, metal carbonates, metal hydroxides carbonates, and metal hydroxides, the particles having the heat-ray shielding function are composite tungsten oxide particles expressed by a general formula M Y WO Z (0.001 ≤ Y ≤ 1.0, 2.2 ≤ Z ≤ 3.0), element M is one or more kinds selected from a group consisting of Cs, Rb, K, and Tl, having a hexagonal crystal structure, with a particle size of 1 nm or more and 800 nm or less, one or more kinds selected from the group consisting of the metal salts of carboxylic acids, metal carbonate, metal hydroxides carbonates, and metal hydroxides, are contained in an amount of 1 pts.wt. or more and 100 pts.wt. or less based on 100 pts.wt. of the composite tungsten oxide particles, and the metal salt of carboxylic acid is magnesium acetate or a carboxylic acid salt of at least one metal selected from a group consisting of calcium, manganese, cesium, lithium, and rubidium.
A coating material for the production of a UV-curing primer coating comprising at least 60 to 90 % by weight of monofunctional cycloaliphatic acrylate monomers or monofunctional aryloxy alkyl acrylate monomers, 1 to 10 % by weight of amino-functional silanes, 1 to 10 % by weight of photoinitiators, up to 10 % by weight of acrylate oligomers and/or methacrylate oligomers as well as 0.01 to 1 % by weight of surfactants selected from among modified poly(organo)siloxanes, each based on the total weight of the coating material. 60 to 90 % by weight of monofunctional cycloaliphatic acrylate monomers or monofunctional aryloxy alkyl acrylate monomers, 1 to 10 % by weight of amino-functional silanes, 1 to 10 % by weight of photoinitiators, up to 10 % by weight of acrylate oligomers and/or methacrylate oligomers as well as 0.01 to 1 % by weight of surfactants selected from among modified poly(organo)siloxanes, each based on the total weight of the coating material.