mhurhangee/ep-ind-claims huggingface dataset:
An image fusion method, wherein the method is applied to a terminal device, a first camera and a second camera are provided on the terminal device, and the method comprises: capturing at least two frames of first images by using the first camera, and capturing at least two frames of second images by using the second camera, wherein the at least two frames of the first images are captured at a same exposure time and at least one frame of the at least two frames of the second images is captured at a different exposure time from at least one other frame of the at least two frames of the second images, and wherein a capturing time of each frame of the first images is the same as a capturing time of a corresponding frame of the second images; determining a first reference image from the at least two frames of the first images; performing moving target detection on an image other than the first reference image in the at least two frames of the first images according to the first reference image to obtain a local motion magnitude that is of the image other than the first reference image in the at least two frames of the first images and that is relative to the first reference image, wherein the local motion magnitude is used to indicate information about a quantity of pixels occupied by a moving target detected by the moving target detection; and performing image fusion on the second images according to the local motion magnitude. capturing at least two frames of first images by using the first camera, and capturing at least two frames of second images by using the second camera, wherein the at least two frames of the first images are captured at a same exposure time and at least one frame of the at least two frames of the second images is captured at a different exposure time from at least one other frame of the at least two frames of the second images, and wherein a capturing time of each frame of the first images is the same as a capturing time of a corresponding frame of the second images; determining a first reference image from the at least two frames of the first images; performing moving target detection on an image other than the first reference image in the at least two frames of the first images according to the first reference image to obtain a local motion magnitude that is of the image other than the first reference image in the at least two frames of the first images and that is relative to the first reference image, wherein the local motion magnitude is used to indicate information about a quantity of pixels occupied by a moving target detected by the moving target detection; and performing image fusion on the second images according to the local motion magnitude.
A catalyst precursor, wherein this comprises at least one crystalline material which comprises yttrium and aluminum and has the characteristic that it has a cubic garnet structure, where the catalyst precursor comprises Cu, Zn, Fe, Co and/or Ni and where part of the yttrium and/or aluminum species in the crystalline material are replaced by at least one species from the group consisting of Cu, Zn, Ni, Co, Fe, where the proportion of secondary phases is in the range from 0-49% by weight.
A device for manipulating and viewing one or more documents, comprising: a display comprising a touch screen, the display being adapted for displaying a plurality of images (44, 60-72) as an integrated display (42; 52) comprised of a large image of a current viewing page of a document on a first portion of a viewing area and a plurality of thumbnail images arranged in a vertical column on a second portion of the viewing area adjacent a side of the display, wherein the first portion of the viewing area employs most of the viewing area of the display, wherein each thumbnail image is smaller than the large image, wherein the plurality of thumbnail images represent respective pages of a document, and wherein the thumbnail images decrease in size as distance in pages between the respective pages and the current viewing page increases, wherein in response to a tactile control on the display, the plurality of thumbnails are scrolled while the large image of the current viewing page displayed on the first portion of the viewing area remains unchanged, and wherein in response to a tactile selection of a particular thumbnail image of the plurality of thumbnail images, the respective page represented by said particular thumbnail image is displayed as the large image in the first portion of the viewing area. a display comprising a touch screen, the display being adapted for displaying a plurality of images (44, 60-72) as an integrated display (42; 52) comprised of a large image of a current viewing page of a document on a first portion of a viewing area and a plurality of thumbnail images arranged in a vertical column on a second portion of the viewing area adjacent a side of the display, wherein the first portion of the viewing area employs most of the viewing area of the display, wherein each thumbnail image is smaller than the large image, wherein the plurality of thumbnail images represent respective pages of a document, and wherein the thumbnail images decrease in size as distance in pages between the respective pages and the current viewing page increases, wherein in response to a tactile control on the display, the plurality of thumbnails are scrolled while the large image of the current viewing page displayed on the first portion of the viewing area remains unchanged, and wherein in response to a tactile selection of a particular thumbnail image of the plurality of thumbnail images, the respective page represented by said particular thumbnail image is displayed as the large image in the first portion of the viewing area.
A gas barrier laminate comprising a layer of a non-aqueous resin containing a metal element in the polymer skeleton thereof, a metal base having been introduced into a monomer that constitutes the polymer, and a layer of a polycarboxylic acid-type polymer in which an ionic crosslinking is formed with a polyvalent metal among the carboxyl groups.
An aircraft, comprising: first and second tilting rotors sized and positioned to lift the aircraft vertically, characterized in the first tilting rotor having an operational maximum rotational speed, and a blade with a multiple cell spar; a fuselage sized and dimensioned to carry at least 26,000 pounds of payload; and a wing sized and dimensioned to have a maximum wing loading of between 60 and 140 pounds per square foot; the wing having an aspect ratio between 10 and 22; and wherein the aircraft is capable of sustained cruise flight with the first rotor operating at a rotational speed no greater than 75% of the operational maximum rotational speed. first and second tilting rotors sized and positioned to lift the aircraft vertically, characterized in the first tilting rotor having an operational maximum rotational speed, and a blade with a multiple cell spar; a fuselage sized and dimensioned to carry at least 26,000 pounds of payload; and a wing sized and dimensioned to have a maximum wing loading of between 60 and 140 pounds per square foot; the wing having an aspect ratio between 10 and 22; and wherein the aircraft is capable of sustained cruise flight with the first rotor operating at a rotational speed no greater than 75% of the operational maximum rotational speed.
A method for determining, with geodesic precision, the position of a target point on a target object using a geodesic measuring device, namely total station or theodolite, comprising • a sighting device, in particular a telescopic sight, wherein the sighting device is pivotable relative to a base of the measuring device in order to change the alignment thereof and at least has □ an objective unit that defines an optical aiming axis, □ an electronic distance measuring unit, and □ a thermal imaging camera for acquiring a thermal image in the direction of the optical aiming axis, • an angle measuring functionality for acquiring, with high precision, the alignment of the aiming axis, and • a control unit for controlling the angle measuring functionality and the thermal imaging camera, and in particular the alignment of the sighting unit, characterized in that a target point on the target object acquired in the thermal image is automatically measured in a georeferencing manner on the basis of a temperature measurement criterion predefined depending on the temperature information which can be read out from the thermal image, wherein the optical aiming axis of the measuring device is aligned with the target point. • a sighting device, in particular a telescopic sight, wherein the sighting device is pivotable relative to a base of the measuring device in order to change the alignment thereof and at least has □ an objective unit that defines an optical aiming axis, □ an electronic distance measuring unit, and □ a thermal imaging camera for acquiring a thermal image in the direction of the optical aiming axis, □ an objective unit that defines an optical aiming axis, □ an electronic distance measuring unit, and □ a thermal imaging camera for acquiring a thermal image in the direction of the optical aiming axis, • an angle measuring functionality for acquiring, with high precision, the alignment of the aiming axis, and • a control unit for controlling the angle measuring functionality and the thermal imaging camera, and in particular the alignment of the sighting unit,
A weaving installation comprising: - a loom intended to receive a series of strands, and - at least one device for measuring the diameter of a strand comprising a defined number of filaments, the device comprising a diaphragm comprising an external ring forming a support on which are attached a series of strips forming an iris, the strips being movable and allowing defining, at the centre of the iris, a substantially circular space with variable dimensions, the diaphragm being configured to adjust the dimensions of the space so as to: - allow a strand of the loom to pass through it, and - encircle the profile of the strand, so as to allow the number of filaments of said strand to be determined. - a loom intended to receive a series of strands, and - at least one device for measuring the diameter of a strand comprising a defined number of filaments, the device comprising a diaphragm comprising an external ring forming a support on which are attached a series of strips forming an iris, the strips being movable and allowing defining, at the centre of the iris, a substantially circular space with variable dimensions, - allow a strand of the loom to pass through it, and - encircle the profile of the strand, so as to allow the number of filaments of said strand to be determined.
An integrated circuit structure, comprising: a circuit area; ESD buses; and pad groups connected to the ESD buses; wherein the circuit area comprises at least one first area, each of the first area (SA1, SA2) is adjacent to two ESD buses of the ESD buses and two pad groups of the pad groups; wherein one of the two pad groups of the pad groups is connected to the other of two pad groups of the pad groups via a bonding wire; wherein each of the two pad groups of the pad groups comprises a connecting pad, and the connecting pad of one of the two pad groups is connected to the connecting pad of the other of the two pad groups via the bonding wires. a circuit area; ESD buses; and pad groups connected to the ESD buses; wherein the circuit area comprises at least one first area, each of the first area (SA1, SA2) is adjacent to two ESD buses of the ESD buses and two pad groups of the pad groups; wherein one of the two pad groups of the pad groups is connected to the other of two pad groups of the pad groups via a bonding wire; wherein each of the two pad groups of the pad groups comprises a connecting pad, and the connecting pad of one of the two pad groups is connected to the connecting pad of the other of the two pad groups via the bonding wires.
A switching device (100, 200, 300, 1300, 1400), the switching device being a relay and comprising, a housing (110, 1310); a switching module ((316, 350), 1416) comprising a switching element (350, 1450), the switching module ((316, 350), 1416) being configured to switch a state of the switching element (350, 1450) upon generation of a switching signal; and an actuator (230, 330, 1304) configured for receiving a mechanical input and for facilitating generation of an electrical toggle signal, characterized by a processing module (314, 1414), being configured to, upon receiving the toggle signal, flag a connectivity test/check status and send a signal to a trigger module (316, (1418, 1420)) to cause the switching module ((316, 350), 1416) to switch the state of the switching element (350, 1450) from an energized state to a de-energized state or from a de-energized state to an energized state, wherein the switching element (350, 1450) is a solid-state relay. a housing (110, 1310); a switching module ((316, 350), 1416) comprising a switching element (350, 1450), the switching module ((316, 350), 1416) being configured to switch a state of the switching element (350, 1450) upon generation of a switching signal; and an actuator (230, 330, 1304) configured for receiving a mechanical input and for facilitating generation of an electrical toggle signal, characterized by a processing module (314, 1414), being configured to, upon receiving the toggle signal, flag a connectivity test/check status and send a signal to a trigger module (316, (1418, 1420)) to cause the switching module ((316, 350), 1416) to switch the state of the switching element (350, 1450) from an energized state to a de-energized state or from a de-energized state to an energized state, wherein the switching element (350, 1450) is a solid-state relay.
A battery reinforcement method for reinforcing a rectangular battery cell in which a battery element is disposed in a rectangular external packaging, wherein the method comprises forming the external packaging by enclosing the battery element between two rectangular external packaging sheets and sealing rectangular external packaging sheets with a sealing part that runs around an entire circumference of the battery element to form the rectangular external packaging, the rectangular external packaging having four sides, each of the sides having an edge, the sealing part being separated from the edges of three of the sides such that the sealing part is disposed between the battery element and the edges of the three sides of the rectangular external packaging; and comprises a step of forming a reinforcing part (80; 80, 81, 82) on at least one of the three sides of the rectangular external packaging such that an elongated gap exists between the sealing part and the reinforcing part (80; 80, 81, 82), the reinforcing part (80; 80, 81, 82) being located in a region between the sealing part and the edge of the at least one of the three sides of the rectangular external packaging from which the sealing part is separated, the gap extending parallel to the edge of the at least one of the three sides such that the reinforcing part (80; 80, 81, 82) is separated from the sealing part by the gap and does not overlap the sealing part, the external packaging sheets being formed by coating a metal sheet with a resin, and the sealing part and reinforcing part (80; 80, 81, 82) being formed independently from each other by thermocompression-bonding the resin that coats the two external packaging sheets, wherein the reinforcing part (80; 80, 81, 82) is formed on at least a part of an edge of the external packaging sheet that is different from an edge of the rectangular form that is used for discharging gas.
Pallet truck, in particular low-lift truck, with a drive part, which has a travel drive and a lift drive, and a load part having load forks (3a; 3b), which load part can be raised and lowered by means of the lift drive relative to the drive part, wherein the pallet truck has a folding driver's stand-on platform for selective operation in pedestrian operation and in stand-on operation, which platform is arranged on the load part having the load forks (3a; 3b), characterized in that the pallet truck is provided with foldable side bars (15a, 15b) for stand-on operation, which side bars (15a, 15b) are arranged on the raisable and lowerable load part, which has load forks (3a; 3b), between a folded-in position and a folded-out position.
System for loading/unloading crates or bases for goods transport, adapted to be mounted on a tyre-wheeled vehicle, said system comprising: - a first frame, which is fixed and adapted to be stably mounted on said tyre-wheeled vehicle in a fixed position, - a second frame, which is mobile and mounted on said first frame via rotation means adapted to allow the rotation of said second frame on said first frame; said system being characterized by comprising: - a third frame, which is mobile and mounted on said second frame via first translation means adapted to allow the translation of said third frame on said second frame, and - a fourth frame, which is mobile and arranged on said third frame and provided with second translation means adapted to allow the translation of said fourth frame both on and with respect to said third frame; in which said fourth frame is adapted to support a crate or base for goods transport (B, C). - a first frame, which is fixed and adapted to be stably mounted on said tyre-wheeled vehicle in a fixed position, - a second frame, which is mobile and mounted on said first frame via rotation means adapted to allow the rotation of said second frame on said first frame; said system being characterized by comprising: - a third frame, which is mobile and mounted on said second frame via first translation means adapted to allow the translation of said third frame on said second frame, and - a fourth frame, which is mobile and arranged on said third frame and provided with second translation means adapted to allow the translation of said fourth frame both on and with respect to said third frame; - a third frame, which is mobile and mounted on said second frame via first translation means adapted to allow the translation of said third frame on said second frame, and - a fourth frame, which is mobile and arranged on said third frame and provided with second translation means adapted to allow the translation of said fourth frame both on and with respect to said third frame;
A method of preparing a dry powder medicament with an improved pharmaceutic property, comprising: providing a fumaryl diketopiperazine in solution; precipitating particles comprising the fumaryl diketopiperazine from a solution at a controlled temperature between 15°C and 18°C; and removing solvent by spray drying to obtain a dry powder, wherein the dry powder has an improved pharmaceutic property as compared to a dry powder obtained by removing solvent by lyophilization. providing a fumaryl diketopiperazine in solution; precipitating particles comprising the fumaryl diketopiperazine from a solution at a controlled temperature between 15°C and 18°C; and removing solvent by spray drying to obtain a dry powder, wherein the dry powder has an improved pharmaceutic property as compared to a dry powder obtained by removing solvent by lyophilization.
Microwave window for spatial separation and microwave connection of a first space from or to a second space, having an at least partially microwave-permeable pane having two opposite sides (6, 7), wherein the pane has several indentations on at least one side, characterized in that at least some of the indentations are cylindrical, wherein the cylindrical indentations have a circular base, and at least some of the cylindrical indentations are arranged as points of a hexagonal coordinate system on the side.
A information processing program for causing a computer to function as: a processing data selection means that selects logs in a predetermined range as processing batch data to be batch-processed from a log data string that is obtained by sequentially receiving logs generated accompanying an operation of a program to be debugged along with lapse of time; a grouping means that groups the processing batch data selected by the processing data selection means on the basis of a field of a log; a group processing means that, in a case where a set of logs grouped by the grouping means doesn't satisfy a predetermined condition of completion by being compared with a the typical model group and checked whether there is a defect of log in the set of logs, determines that the group is in an incomplete state and records the group as an incomplete result; and an incomplete group processing means that, in a case where after the processing data selection means has selected new processing batch data after the processing batch data and the grouping means has grouped the new processing batch data, there exist common groups between the new processing batch data and the group which has been determined to be an incomplete result by the group processing means, replaces log data of the common group in the new processing batch data with every log data belonging to the common groups. a processing data selection means that selects logs in a predetermined range as processing batch data to be batch-processed from a log data string that is obtained by sequentially receiving logs generated accompanying an operation of a program to be debugged along with lapse of time; a grouping means that groups the processing batch data selected by the processing data selection means on the basis of a field of a log; a group processing means that, in a case where a set of logs grouped by the grouping means doesn't satisfy a predetermined condition of completion by being compared with a the typical model group and checked whether there is a defect of log in the set of logs, determines that the group is in an incomplete state and records the group as an incomplete result; and an incomplete group processing means that, in a case where after the processing data selection means has selected new processing batch data after the processing batch data and the grouping means has grouped the new processing batch data, there exist common groups between the new processing batch data and the group which has been determined to be an incomplete result by the group processing means, replaces log data of the common group in the new processing batch data with every log data belonging to the common groups.
Lift installation with a cage, a counterweight and a support means for supporting the cage and the counterweight, wherein the cage and/or the counterweight is or are respectively connected with the support means by way of at least one deflecting unit (7, 8, 9), and wherein the at least one deflecting unit (7, 8, 9) comprises at least one deflecting roller and axle, which is fastened to a support and on which the at least one deflecting roller is mounted to be freely rotatable, characterised in that the axle is of mushroom-shaped form, wherein the mushroom-shaped axle has an axle shank and an axle head, which is formed at the axle shank for forming an abutment, that a retaining means is provided on the side of the axle opposite the axle head, whereby the support is received between axle head and retaining means, and that the axle head and retaining means allow rotation of the axle with respect to the support.