mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: initially setting a period between periodic transmissions of protocol data units, PDUs, used to form or maintain a link aggregation group to a fixed value; detecting, by a network device, a stress condition affecting the link aggregation group, wherein the detecting the stress condition further comprises: monitoring a completion time of one or more individual aggregation operations, and using the completion time to detect the stress condition; in response to detecting the stress condition, increasing the period between periodic transmissions of PDUs by a selected amount from the initial fixed value; determining, by the network device, that the stress condition has eased; and in response to determining that the stress condition has eased, decreasing the period between periodic transmissions of PDUs by a selected amount back toward the initial fixed value. initially setting a period between periodic transmissions of protocol data units, PDUs, used to form or maintain a link aggregation group to a fixed value; detecting, by a network device, a stress condition affecting the link aggregation group, wherein the detecting the stress condition further comprises: monitoring a completion time of one or more individual aggregation operations, and using the completion time to detect the stress condition; monitoring a completion time of one or more individual aggregation operations, and using the completion time to detect the stress condition; in response to detecting the stress condition, increasing the period between periodic transmissions of PDUs by a selected amount from the initial fixed value; determining, by the network device, that the stress condition has eased; and in response to determining that the stress condition has eased, decreasing the period between periodic transmissions of PDUs by a selected amount back toward the initial fixed value.
A vehicle body structure of a vehicle, the vehicle body structure comprising: a first frame (11, 21)that is formed of a first material and has a closed cross section (11a, 21a); a second frame (12, 22) that is formed of a second material and has a closed cross section (12a, 22a), wherein the first frame (11, 21) and the second frame (12, 22) are aligned with each other in a vehicle longitudinal direction, the second frame (12, 22) has higher tensile strength and is lighter per unit weight than the first frame (11, 21), and in a front cross-sectional view of the vehicle, center of a drawing means center of gravity of the cross section of the second frame (12, 22) is located on an outer side in a vehicle width direction from center of a drawing of the first frame (11, 21) with respect to vehicle center a first frame (11, 21)that is formed of a first material and has a closed cross section (11a, 21a); a second frame (12, 22) that is formed of a second material and has a closed cross section (12a, 22a), wherein the first frame (11, 21) and the second frame (12, 22) are aligned with each other in a vehicle longitudinal direction, the second frame (12, 22) has higher tensile strength and is lighter per unit weight than the first frame (11, 21), and in a front cross-sectional view of the vehicle, center of a drawing means center of gravity of the cross section of the second frame (12, 22) is located on an outer side in a vehicle width direction from center of a drawing of the first frame (11, 21) with respect to vehicle center
A piezoelectric thin film of a perovskite type comprising a crystal structure of a tetragonal crystal, wherein a orientation degree of the tetragonal crystal is 80% or higher, 60% or more of crystals of the piezoelectric thin film are tetragonal crystals, the piezoelectric thin film is made of lead lanthanum zirconium titanate (PLZT) obtained by substituting La for a part of Pb in PZT, characterized in that a molar ratio between Pb and La in the PLZT defined as a Pb/La ratio of (1 - x)/x, wherein 0 < x ≤ 0.1 is satisfied, and in that depending on a molar ratio between Pb and La, a Zr/Ti ratio that is a molar ratio between Zr and Ti in the PLZT is set to be in a range of not less than 50/50 and not more then 55/45.
Method for 3D mosaicking of a scene into a 3D mosaic, characterised in that at least one 3D reconstruction having been obtained without a priori information relating to the scene, during the following steps: - acquisition of successive images using a panoramic sensor, moving on an unconstrained 3D reconstruction trajectory, such that the image of at least one point of the scene is in at least three successive 2D panoramic images obtained in different panoramic system-point of the scene directions, - simultaneous rectification of the images acquired in different rectification planes and placing the rectified images in correspondence, - 3D reconstruction over a plurality of reconstruction planes based on the rectified images which are placed in correspondence, the last image acquired being designated the current panoramic image, it further comprises the following steps: A) based on the 3D reconstruction obtained and the current panoramic image, selection of a plurality of surfaces for projection on which the mosaic will be constructed, B) selection of sectors of the current panoramic image, and selection of textures in the selected sectors by selecting visible portions, that is to say, which are not hidden by a surface of the scene, by means of the 3D reconstruction, C) projection of the selected textures onto each projection surface and merging of the textures in each projection surface in order to thus obtain a compatible mosaic on each projection surface. - acquisition of successive images using a panoramic sensor, moving on an unconstrained 3D reconstruction trajectory, such that the image of at least one point of the scene is in at least three successive 2D panoramic images obtained in different panoramic system-point of the scene directions, - simultaneous rectification of the images acquired in different rectification planes and placing the rectified images in correspondence, - 3D reconstruction over a plurality of reconstruction planes based on the rectified images which are placed in correspondence, A) based on the 3D reconstruction obtained and the current panoramic image, selection of a plurality of surfaces for projection on which the mosaic will be constructed, B) selection of sectors of the current panoramic image, and selection of textures in the selected sectors by selecting visible portions, that is to say, which are not hidden by a surface of the scene, by means of the 3D reconstruction, C) projection of the selected textures onto each projection surface and merging of the textures in each projection surface in order to thus obtain a compatible mosaic on each projection surface.
A system for nuclear magnetic resonance logging of an underground formation traversed by a borehole, the system having a longitudinal axis and comprising: two magnets (210, 220) polarized along the longitudinal axis, the magnets having like poles facing each other to generate in the underground formation a static magnetic field azimuthally symmetric with respect to the longitudinal axis, at least one of the facing magnetic poles being extended by one or more pole pieces with high permeability to intensify the static magnetic field of the magnets and make it more homogenous in the formation region surrounding the space between the magnets; and an antenna assembly interposed between the two facing magnetic poles and configured to operate at multiple frequencies, the system being characterised in that the antenna assembly comprises two or more directional antenna segments (510, 520), each antenna segment being configured to generate oscillating radio frequency magnetic fields orthogonal to the static magnetic field in one or more azimuthally focused sections of the underground formation surrounding the borehole, and to detect NMR signals from each of said azimuthally focused sections. two magnets (210, 220) polarized along the longitudinal axis, the magnets having like poles facing each other to generate in the underground formation a static magnetic field azimuthally symmetric with respect to the longitudinal axis, at least one of the facing magnetic poles being extended by one or more pole pieces with high permeability to intensify the static magnetic field of the magnets and make it more homogenous in the formation region surrounding the space between the magnets; and an antenna assembly interposed between the two facing magnetic poles and configured to operate at multiple frequencies,
A chain drive for an internal combustion engine, comprising a driving sprocket, at least one driven sprocket (3, 4), a drive chain coupling the sprockets (2, 3, 4), a pivotably supported tensioning rail which is pressed against one of the spans of the drive chain, and a slide rail which abuts on another of the spans of the drive chain, wherein the slide rail and the tensioning rail have a common base body, which is arranged such that it is pivotable about a common pivot axis, and the arcuate portion of a slide surface (21.1) of the slide rail, which comes into contact with the drive chain during operation, has an axis of curvature (A G) or axes of curvature, and the arcuate portion of a slide surface (20.1) of the tensioning rail, which comes into contact with the drive chain, has an axis of curvature or axes of curvature (A S1, A S2, A S3), and the distance of the axis of curvature (A G) which is associated with the slide rail or the averaged distance of the axes of curvature which are associated with the slide rail to the pivot axis of the base body is smaller than 6 times the chain pitch of the drive chain, characterized in that the distance of the axis of curvature (A G) which is associated with the slide rail or the averaged distance of the axes of curvature which are associated with the slide rail to the pivot axis of the base body is smaller than the distance of the axis of curvature which is associated with the tensioning rail or the averaged distance of the axes of curvature (A S1, A S2, A S3) which are associated with the tensioning rail to the pivot axis of the base body.
A method of producing ferrochromium by granulation of a melt comprising the steps of: providing a ferrochromium melt having the following composition in weight %: C 1-9 Cr 25-70 Si ≤ 2.0 Fe balance apart from not more than 3 % of other elements, feeding the melt to a distribution unit, wherein the distribution unit includes a rotating distributor positioned above the cooling water and wherein the rotating distributor comprises an upper inlet opening, sidewalls, a bottom and at least one row of openings at the lower end of the sidewalls, wherein the openings in the sidewalls have a size of at least 5 mm in the smallest dimension, subjecting the melt to granulation by disintegrating the melt above and/or within cooling water held in a cooling tank, solidifying the disintegrated melt within the cooling water, thereby obtaining a granulated ferrochromium material having a mean size in the range of 12-50 mm, wherein the amount of fines having a size of less than 4 mm is limited to ≤ 7%. providing a ferrochromium melt having the following composition in weight %: C 1-9 Cr 25-70 Si ≤ 2.0 Fe balance apart from not more than 3 % of other elements, C 1-9 Cr 25-70 Si ≤ 2.0 Fe balance apart from not more than 3 % of other elements, feeding the melt to a distribution unit, wherein the distribution unit includes a rotating distributor positioned above the cooling water and wherein the rotating distributor comprises an upper inlet opening, sidewalls, a bottom and at least one row of openings at the lower end of the sidewalls, wherein the openings in the sidewalls have a size of at least 5 mm in the smallest dimension, subjecting the melt to granulation by disintegrating the melt above and/or within cooling water held in a cooling tank, solidifying the disintegrated melt within the cooling water, thereby obtaining a granulated ferrochromium material having a mean size in the range of 12-50 mm, wherein the amount of fines having a size of less than 4 mm is limited to ≤ 7%.
A cell radio network temporary identifier, C-RNTI, allocation method, used to allocate a C-RNTI to user equipment, UE, and comprising: when the UE accesses a serving cell, randomly determining, by an entity at which the serving cell is located, for the serving cell from a C-RNTI value range, a start position for selecting a C-RNTI; selecting, by the entity at which the serving cell is located, a C-RNTI for the UE from a C-RNTI interval range, wherein the interval range is smaller than the C-RNTI value range, and a start position of the interval range is the determined start position; and allocating, by the entity at which the serving cell is located, the selected C-RNTI to the UE. when the UE accesses a serving cell, randomly determining, by an entity at which the serving cell is located, for the serving cell from a C-RNTI value range, a start position for selecting a C-RNTI; selecting, by the entity at which the serving cell is located, a C-RNTI for the UE from a C-RNTI interval range, wherein the interval range is smaller than the C-RNTI value range, and a start position of the interval range is the determined start position; and allocating, by the entity at which the serving cell is located, the selected C-RNTI to the UE.
A method of visualizing a curved elongated three dimensional structures comprised in a 3D data set, such as a medical 3D image, said method comprising: providing local curved cutplanes in said 3D data set cutting at least partly through said curved elongated three dimensional structures and following a path substantially along said three dimensional structures, each curved local cutplane having an orientation which shows local orientation varying over a curved cutplane surface, said orientation of the cutplane being defined as always perpendicular to the viewing direction, and rendering an image from said 3D data set for visualizing said curved elongated three dimensional structures such that said rendered image comprises said curved local cutplanes in a three-dimensional context, wherein said three-dimensional context comprises said at least one rendered local curved cutplane and at least a part of said curved elongated structures with a rendered surface thereof. providing local curved cutplanes in said 3D data set cutting at least partly through said curved elongated three dimensional structures and following a path substantially along said three dimensional structures, each curved local cutplane having an orientation which shows local orientation varying over a curved cutplane surface, said orientation of the cutplane being defined as always perpendicular to the viewing direction, and rendering an image from said 3D data set for visualizing said curved elongated three dimensional structures such that said rendered image comprises said curved local cutplanes in a three-dimensional context, wherein said three-dimensional context comprises said at least one rendered local curved cutplane and at least a part of said curved elongated structures with a rendered surface thereof.
A vitrectomy device comprising - a housing - a cutter, wherein the cutter comprises: - An outer tube coupled to the housing, the outer tube having an opening on the wall at the distal end; - An inner tube disposed within the outer tube, the inner tube being rotatable about a longitudinal axis thereof - a drive system positioned within the housing, and configured to rotate the inner tube; - the outer tube comprising an opening with a cutting edge at the wall of the outer tube at the distal end of said outer tube; wherein - the inner tube comprises a plurality of openings with a plurality of cutting edges at the wall of the inner tube at the distal end of said inner tube; - the cutting edges of the inner tube and the cutting edge of the outer tube are configured to form an angle (α) with respect to one another by rotation of the inner tube; characterized in that - the inner tube is closed at the distal end; and - the outer tube) is complete open at the distal end. - a housing - a cutter, wherein the cutter comprises: - An outer tube coupled to the housing, the outer tube having an opening on the wall at the distal end; - An inner tube disposed within the outer tube, the inner tube being rotatable about a longitudinal axis thereof - a drive system positioned within the housing, and configured to rotate the inner tube; - An outer tube coupled to the housing, the outer tube having an opening on the wall at the distal end; - An inner tube disposed within the outer tube, the inner tube being rotatable about a longitudinal axis thereof - a drive system positioned within the housing, and configured to rotate the inner tube; - the outer tube comprising an opening with a cutting edge at the wall of the outer tube at the distal end of said outer tube; wherein - the inner tube comprises a plurality of openings with a plurality of cutting edges at the wall of the inner tube at the distal end of said inner tube; - the cutting edges of the inner tube and the cutting edge of the outer tube are configured to form an angle (α) with respect to one another by rotation of the inner tube; characterized in that - the inner tube is closed at the distal end; and - the outer tube) is complete open at the distal end. - the inner tube is closed at the distal end; and - the outer tube) is complete open at the distal end.
An alarm information processing apparatus, wherein the apparatus is an element management system, EMS, and comprises: a first receiving unit, configured to receive a first alarm message reported by a virtualized network function manager, VNFM, wherein the first alarm message comprises first alarm association information and a first alarm information set, the first alarm association information comprises a first object identity, the first object identity comprises a virtualized network function, VNF, identity, and the first alarm information set comprises at least one of the following: NFVI alarm information, VM alarm information, or VNFM alarm information; a second receiving unit, configured to receive a second alarm message reported by a VNF, wherein the second alarm message comprises second alarm association information and a second alarm information set, the second alarm association information comprises a second object identity, the second object identity comprises a VNF identity, and the second alarm information set comprises at least one piece of VNF alarm information; and a processing unit, configured to perform, according to the first alarm association information and the second alarm association information, correlation analysis on the first alarm message received by the first receiving unit and the second alarm message received by the second receiving unit. a first receiving unit, configured to receive a first alarm message reported by a virtualized network function manager, VNFM, wherein the first alarm message comprises first alarm association information and a first alarm information set, the first alarm association information comprises a first object identity, the first object identity comprises a virtualized network function, VNF, identity, and the first alarm information set comprises at least one of the following: NFVI alarm information, VM alarm information, or VNFM alarm information; a second receiving unit, configured to receive a second alarm message reported by a VNF, wherein the second alarm message comprises second alarm association information and a second alarm information set, the second alarm association information comprises a second object identity, the second object identity comprises a VNF identity, and the second alarm information set comprises at least one piece of VNF alarm information; and a processing unit, configured to perform, according to the first alarm association information and the second alarm association information, correlation analysis on the first alarm message received by the first receiving unit and the second alarm message received by the second receiving unit.
A method of producing a paper, comprising the steps of: a) providing a pulp having a Schopper-Riegler number measured according to ISO 5267-1:1999 of 25-50, which pulp comprises at least 70% by weight sulphate or sulphite pulp; b) diluting the pulp to a consistency of 0.1%-0.5%; and c) forming a web from the diluted pulp from step b) in a forming section at a machine speed of at least 1100 m/min, such as 1100-1800 m/min and wherein the method further comprises the steps of pressing the web from step c), drying the pressed web in a drying section to obtain a dried web having a moisture content of 4%-7%, preferably 5%-6%, impregnating the dried web with a water-based composition comprising a polymeric agent, and subjecting the impregnated web to drying and calendering. a) providing a pulp having a Schopper-Riegler number measured according to ISO 5267-1:1999 of 25-50, which pulp comprises at least 70% by weight sulphate or sulphite pulp; b) diluting the pulp to a consistency of 0.1%-0.5%; and c) forming a web from the diluted pulp from step b) in a forming section at a machine speed of at least 1100 m/min, such as 1100-1800 m/min and
Floor box (1a, 1b) that includes connection modules for electrical, voice and data, multimedia or other types of installation in its interior, comprising: a lid (2a, 2b); a frame (3a, 3b); modules (4a, 4b) in its interior, differentiated form each other by the mechanism format (5, 6 and 7) that can be installed therein, characterized in that a groove has been made around the contour of the frame (3a, 3b) where the lid (2a, 2b) rests, the groove being slightly inclined to prevent water from becoming trapped therein and in such a manner that it forces the waterto slide toward draining holes, allowing the water to be channeled toward the exterior. a lid (2a, 2b); a frame (3a, 3b); modules (4a, 4b) in its interior, differentiated form each other by the mechanism format (5, 6 and 7) that can be installed therein, characterized in that a groove has been made around the contour of the frame (3a, 3b) where the lid (2a, 2b) rests, the groove being slightly inclined to prevent water from becoming trapped therein and in such a manner that it forces the waterto slide toward draining holes, allowing the water to be channeled toward the exterior.