mhurhangee/ep-ind-claims huggingface dataset:
A method of capturing images from one or more moving platforms for photogrammetry of a large area, comprising: a. moving the one or more platforms relative to the large area along a set of substantially parallel image axes (114, 130); and b. capturing a strip of overview images along an overview image axis in which the overview images depict overview areas within the large area, consecutive overview areas along the overview image axis having a first amount of forward overlap, adjacent overview areas associated with adjacent overview image axes having side overlap; and c. capturing a strip of detail images (122, 124, 126) along a detail image axis in which the detail images depict detail areas within the large area, consecutive detail areas along the detail image axis having a second amount of forward overlap, adjacent detail areas associated with adjacent detail image axes having side overlap, and: i. the detail areas are subsets of the overview areas; ii. the detail images have a higher resolution than corresponding portions of the overview images, and characterized by: d. arranging that the second amount of forward overlap is smaller than the first amount of forward overlap; and e. estimating, via bundle adjustment and using locations of identified image points in the plurality of both the overview images and the detail images, an interior and exterior orientation associated with each detail image, and f. merging the detail images to produce a detailed photomap. a. moving the one or more platforms relative to the large area along a set of substantially parallel image axes (114, 130); and b. capturing a strip of overview images along an overview image axis in which the overview images depict overview areas within the large area, consecutive overview areas along the overview image axis having a first amount of forward overlap, adjacent overview areas associated with adjacent overview image axes having side overlap; and c. capturing a strip of detail images (122, 124, 126) along a detail image axis in which the detail images depict detail areas within the large area, consecutive detail areas along the detail image axis having a second amount of forward overlap, adjacent detail areas associated with adjacent detail image axes having side overlap, and: i. the detail areas are subsets of the overview areas; ii. the detail images have a higher resolution than corresponding portions of the overview images, and characterized by: i. the detail areas are subsets of the overview areas; ii. the detail images have a higher resolution than corresponding portions of the overview images, and characterized by: d. arranging that the second amount of forward overlap is smaller than the first amount of forward overlap; and e. estimating, via bundle adjustment and using locations of identified image points in the plurality of both the overview images and the detail images, an interior and exterior orientation associated with each detail image, and f. merging the detail images to produce a detailed photomap.
A device for producing hydrogen in an electric field, said device including a vacuum protection housing, a disc-like arrangement enclosed by said vacuum protection housing, a shaft fastened to said disc-like arrangement, wherein the shaft is suspended in sealed bearings (102a, 102b) fastened to the vacuum protection housing, one or more split cells arranged at the periphery of the disc-like arrangement, said split cell(s) containing first and second electrodes which are supplied with electricity, inlet channels arranged in the shaft for supplying split medium out to said one or more split cells, characterized in that said device further includes diffusor-spirals (107b - e) fastened to the vacuum protection housing, the diffusor-spirals being arranged around the disc-like arrangement, separate channels for produced gas and material residue from the cell(s), said channels leading to nozzles (114a - d), which are arranged inside said diffusor-spirals (107b - e) with little clearance between the nozzles and the diffusor-spirals (107b - e), the disc-like arrangement being arranged to rotate from gas pressure from the produced gas which is emitted from the nozzles (114a - d).
Seat having a foldable structure for vehicles comprising a frame and a seating surface being pivotably arranged with respect to the frame by means of a hinge, the hinge comprising a joint, which comprises a means (17,18) for adjusting the angular pivoting range (a) of the hinge, which means (17,18) traverses the joint tangentially to the hinge axis and is configured to be activated from the outside, wherein the joint is formed by a first bearing sleeve and a second bearing sleeve and in which the second bearing sleeve is rotatably supported relative to the first bearing sleeve, the turning range (a) of which is adjustable by said means (17,18), and wherein the first bearing sleeve is fixed with respect to the frame and the second bearing sleeve is fixed with respect to a pivot shaft supporting the seating surface, characterized in that the first bearing sleeve and the second bearing sleeve are traversed by a common support shaft being fixed to the frame.
Hairdrying device consisting of a main body equipped with an external body, an air inlet located at the rear part of the device and a air outlet located at the front part of the device, and wherein said main body also comprises: a duct allowing the air to flow from said inlet to said air outlet, at least one fan adapted to facilitate the flow of air inside said duct, and at least one cap, wherein said cap is constituted by a substantially spherical or hemispherical portion adapted to at least partially surround said fan and by a substantially cylindrical terminal portion facing towards said air inlet, wherein said terminal portion has a smaller diameter than the diameter of said substantially spherical or hemispherical portion of the cap, and the portion of said body located outside of said main body at said terminal portion of said cap is provided with a depression formed in said body, in the shape of a concavity facing outwards and arranged along substantially the entire circular portion of said external body at said end portion of said cap, characterized in that said concavity consists of a) a first portion facing said front part of the device, b) a second portion facing said rear part of the device, and c) a central portion intermediate between said first and second portion (11a, 11b) wherein there is a slope change of said concavity, wherein the diameter in said first portion decreases in the direction from said front part of the device towards said central portion, the diameter in said second portion increases from said central portion towards said rear part of the device so that the diameter at said central part is smaller than both the diameter in said first portion and the diameter in said second portion. at least one cap, wherein said cap is constituted by a substantially spherical or hemispherical portion adapted to at least partially surround said fan and by a substantially cylindrical terminal portion facing towards said air inlet, wherein said terminal portion has a smaller diameter than the diameter of said substantially spherical or hemispherical portion of the cap, and the portion of said body located outside of said main body at said terminal portion of said cap is provided with a depression formed in said body, in the shape of a concavity facing outwards and arranged along substantially the entire circular portion of said external body at said end portion of said cap, characterized in that said concavity consists of a) a first portion facing said front part of the device, b) a second portion facing said rear part of the device, and c) a central portion intermediate between said first and second portion (11a, 11b) wherein there is a slope change of said concavity, wherein the diameter in said first portion decreases in the direction from said front part of the device towards said central portion, the diameter in said second portion increases from said central portion towards said rear part of the device so that the diameter at said central part is smaller than both the diameter in said first portion and the diameter in said second portion.
A laser processing machine comprising: a processing machine body comprising a table in which a plurality of skids are aligned and is configured to cut a material by irradiating the material placed on the skids with a laser beam; characterized by a control device configured to control the processing machine body such that an opening is formed by cutting the periphery of an opening forming area set at an inside of the material; wherein in a case where a skid interferes with the opening forming area; the control device is configured to control the processing machine body such that the opening forming area is cut with a dividing line; wherein in a case where the interfering skid is furthermore positioned within a predetermined margin from a first gravity center of the opening forming area in an alignment direction of the plurality of skids, the dividing line is set at a position that is apart from the skid by a predetermined distance in the alignment direction; the predetermined distance is a distance in which the material is not welded to the skid in a case where the opening forming area is cut with the dividing line; and the predetermined distance is a distance in which, in a case where among a plurality of scraps formed by cutting the opening forming area with the dividing line and by cutting the periphery of the opening forming area, a scrap interfering with the skid is defined as a first scrap, and a scrap not interfering with the skid is defined as a second scrap, a second gravity center of the first scrap is positioned at a distance longer than the margin from the skid. a processing machine body comprising a table in which a plurality of skids are aligned and is configured to cut a material by irradiating the material placed on the skids with a laser beam; characterized by a control device configured to control the processing machine body such that an opening is formed by cutting the periphery of an opening forming area set at an inside of the material; wherein in a case where a skid interferes with the opening forming area; the control device is configured to control the processing machine body such that the opening forming area is cut with a dividing line; wherein in a case where the interfering skid is furthermore positioned within a predetermined margin from a first gravity center of the opening forming area in an alignment direction of the plurality of skids, the dividing line is set at a position that is apart from the skid by a predetermined distance in the alignment direction; the predetermined distance is a distance in which the material is not welded to the skid in a case where the opening forming area is cut with the dividing line; and the predetermined distance is a distance in which, in a case where among a plurality of scraps formed by cutting the opening forming area with the dividing line and by cutting the periphery of the opening forming area, a scrap interfering with the skid is defined as a first scrap, and a scrap not interfering with the skid is defined as a second scrap, a second gravity center of the first scrap is positioned at a distance longer than the margin from the skid.
Assembly of a first element with a second element, produced by assembling an elongate thin lip belonging to the second element in an elongate narrow slot formed by the three sides of an elongate flat plate fastened parallel to a flat wall of the first element, characterized in that the elongate thin lip has, in the direction of the first element, a free edge having at least one fracture initiation notch, and in that the elongate slot has, facing said at least one notch, a rib arranged so as to come into contact with the end of said notch when the elongate thin lip moves forward towards said first element beyond a predetermined assembly position, so as to cause said elongate thin lip to tear.
A regulator arrangement for an inflatable, comprising: a regulator housing comprising a bore, the bore comprising a longitudinal axis; a piston disposed in the bore and configured to translate, with respect to the regulator housing, along the longitudinal axis; an adjuster plug disposed in the bore and axially adjacent the piston; an adjuster plug stop disposed at least partially within the bore; and a spring member disposed between the adjuster plug and the piston; characterised in that the adjuster plug comprises a tapered head and a shaft portion extending from the tapered head, and that the adjuster plug stop comprises a tapered surface configured to contact the tapered head. a regulator housing comprising a bore, the bore comprising a longitudinal axis; a piston disposed in the bore and configured to translate, with respect to the regulator housing, along the longitudinal axis; an adjuster plug disposed in the bore and axially adjacent the piston; an adjuster plug stop disposed at least partially within the bore; and a spring member disposed between the adjuster plug and the piston; characterised in that the adjuster plug comprises a tapered head and a shaft portion extending from the tapered head, and that the adjuster plug stop comprises a tapered surface configured to contact the tapered head.
A wireless communication device comprising: a control unit that controls the wireless communication device to act as a group owner or a client; and a communication unit (218, 219) that communicates with another wireless communication device according to control by the control unit, wherein, when a communication group having a topology where the wireless communication device acts as a group owner and the another wireless communication device acts as a client of the wireless communication device is formed, and a new wireless communication device to enter the communication group appears, the control unit is operable to determine whether or not to change the topology of the communication group based upon service information of the another wireless communication device and the new wireless communication device; the wireless communication device being characterized in: when the wireless communication device is not compatible with the service provided by the new wireless communication device and the another wireless communication device is compatible with the service provided by the new wireless communication device, the control unit is operable to make the another wireless communication device act as a group owner. a control unit that controls the wireless communication device to act as a group owner or a client; and a communication unit (218, 219) that communicates with another wireless communication device according to control by the control unit, when the wireless communication device is not compatible with the service provided by the new wireless communication device and the another wireless communication device is compatible with the service provided by the new wireless communication device, the control unit is operable to make the another wireless communication device act as a group owner.
A steam reformer, comprising: - a combustion chamber with a bottom, a ceiling and side walls terminating the combustion chamber, - catalyst tubes arranged in several rows with integrated recirculation of the product gas, which penetrate through the bottom of the combustion chamber, wherein the catalyst tubes are arranged such that the tube ports for the educt gas conduits and product gas conduits are located at the end of the catalyst tubes protruding downwards out of the combustion chamber, - feed conduits for the educt gas and collecting conduits for the product gas, which extend below the bottom of the combustion chamber, - burners for heating the catalyst tubes, which are installed in the bottom of the combustion chamber and are directed vertically upwards into the combustion chamber, - feed conduits extending below the bottom of the combustion chamber, each for supplying the air and the fuel gas to the burners, - openings installed in the ceiling of the combustion chamber for discharging the burner waste gas, - channels extending above the ceiling of the combustion chamber for discharging the burner waste gas. - a combustion chamber with a bottom, a ceiling and side walls terminating the combustion chamber, - catalyst tubes arranged in several rows with integrated recirculation of the product gas, which penetrate through the bottom of the combustion chamber, wherein the catalyst tubes are arranged such that the tube ports for the educt gas conduits and product gas conduits are located at the end of the catalyst tubes protruding downwards out of the combustion chamber, - feed conduits for the educt gas and collecting conduits for the product gas, which extend below the bottom of the combustion chamber, - burners for heating the catalyst tubes, which are installed in the bottom of the combustion chamber and are directed vertically upwards into the combustion chamber, - feed conduits extending below the bottom of the combustion chamber, each for supplying the air and the fuel gas to the burners, - openings installed in the ceiling of the combustion chamber for discharging the burner waste gas, - channels extending above the ceiling of the combustion chamber for discharging the burner waste gas.
A can body spraying machine comprising: a can body spinning device; a spray gun for spraying a coating onto an interior of a can body mounted on the can body spinning device; a controller configured to cause the spray gun to switch on when the can body spinning device is in a correct spraying position; and a sensor coupled to the can body spinning device to determine when the can body spinning device has undergone a predefined rotation following commencement of spraying and, in response to such determination, to cause the spray gun to be switched off, such that a total spraying time of the spray gun corresponds to a time required for the can body spinning device to achieve a desired number of rotations, as determined by the sensor. a can body spinning device; a spray gun for spraying a coating onto an interior of a can body mounted on the can body spinning device; a controller configured to cause the spray gun to switch on when the can body spinning device is in a correct spraying position; and a sensor coupled to the can body spinning device to determine when the can body spinning device has undergone a predefined rotation following commencement of spraying and, in response to such determination, to cause the spray gun to be switched off, such that a total spraying time of the spray gun corresponds to a time required for the can body spinning device to achieve a desired number of rotations, as determined by the sensor.
An elevator comprising a hoistway; an elevator car vertically movable in the hoistway; a plurality of ropes connected to the car; a rotatable traction member comprising a circumferential traction surface area for each of the several ropes (3a, 3b, 3c); each rope (3a,3b,3c) being arranged to pass around the rotatable traction member resting against a circumferential traction surface area (11 a,11 b,11 c) of the traction member; a drive machinery for controlling rotation of the rotatable traction member; characterized in that the elevator comprises means (10,12a-13c; 30; 50) for detecting displacement of each of the ropes (3a,3b,3c) over a first limit position (L1a,L1b,L1c) in the first axial direction (X 1) of the rotatable traction member, and over a second limit position (L2a,L2b,L2c) in the second axial direction (X 2) of the traction member; and in that displacement of one or more of said ropes (3a,3b,3c) in axial direction of the rotatable traction member over the first or second limit position (L1a,L2a;L1b,L2b;L1c,L2c) is arranged to trigger the drive machinery to stop the rotation of the rotatable traction member. a hoistway; an elevator car vertically movable in the hoistway; a plurality of ropes connected to the car; a rotatable traction member comprising a circumferential traction surface area for each of the several ropes (3a, 3b, 3c); each rope (3a,3b,3c) being arranged to pass around the rotatable traction member resting against a circumferential traction surface area (11 a,11 b,11 c) of the traction member; a drive machinery for controlling rotation of the rotatable traction member; characterized in that the elevator comprises means (10,12a-13c; 30; 50) for detecting displacement of each of the ropes (3a,3b,3c) over a first limit position (L1a,L1b,L1c) in the first axial direction (X 1) of the rotatable traction member, and over a second limit position (L2a,L2b,L2c) in the second axial direction (X 2) of the traction member; and in that displacement of one or more of said ropes (3a,3b,3c) in axial direction of the rotatable traction member over the first or second limit position (L1a,L2a;L1b,L2b;L1c,L2c) is arranged to trigger the drive machinery to stop the rotation of the rotatable traction member.
An integrated optical apparatus that is suitable for coupling to an optical fiber (14, 106), the integrated optical apparatus comprising: a planar waveguide having an elongate guiding portion and a waveguide grating coupler, said coupler having at least a flared waveguide portion comprising a relatively narrow end portion and a relatively wide end portion, said flared portion having a grating positioned to couple light between said coupler and said optical fiber (14, 106), characterized in that said grating comprises a plurality of curved elongate scattering elements having curvatures that are different from the curvatures of wavefronts of said light propagating in said flared portion so as to transmit a portion of the light between said planar waveguide and said optical fiber (14, 106), wherein said plurality of curved elongate scattering elements extend laterally across the planar waveguide. a planar waveguide having an elongate guiding portion and a waveguide grating coupler, said coupler having at least a flared waveguide portion comprising a relatively narrow end portion and a relatively wide end portion, said flared portion having a grating positioned to couple light between said coupler and said optical fiber (14, 106), characterized in that said grating comprises a plurality of curved elongate scattering elements having curvatures that are different from the curvatures of wavefronts of said light propagating in said flared portion so as to transmit a portion of the light between said planar waveguide and said optical fiber (14, 106), wherein said plurality of curved elongate scattering elements extend laterally across the planar waveguide.