mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for synchronising a first data object (DO 1) with at least one second data object (DO 2), each data object (DO 1, DO 2) comprising a number of attributes, said method being executed on a processor, characterised in that - each data object (DO 1; DO 2) is assigned to a metaclass from among a number of metaclasses (MK 1 to MK n), said metaclasses being organised in a tree structure having a root metaclass (MK w) and each of said metaclasses comprising a number of attributes; - within said tree structure, a metaclass is determined which is located on the path between the first data object (DO 1) and the root metaclass (MK w) and on the path between the second data object (DO 2) and the root metaclass (MK w); - from the determined metaclass, a first metaobject (MO 1) and a second metaobject (MO 2) are generated; - a first transformation (T 1) is carried out in the course of which the first data object (DO 1) is transformed into the first metaobject (MO 1); - a second transformation (T 2) is carried out in the course of which the second data object (DO 2) is transformed into the second metaobject (MO 2); - said first metaobject (MO 1) and said second metaobject (MO 2) are synchronised; and - a third transformation (T 3) is carried out in the course of which the first metaobject (MO 1) is transformed into the first data object (DO 1) and/or the second metaobject (MO 2) is transformed into the second data object (DO 2). - each data object (DO 1; DO 2) is assigned to a metaclass from among a number of metaclasses (MK 1 to MK n), said metaclasses being organised in a tree structure having a root metaclass (MK w) and each of said metaclasses comprising a number of attributes; - within said tree structure, a metaclass is determined which is located on the path between the first data object (DO 1) and the root metaclass (MK w) and on the path between the second data object (DO 2) and the root metaclass (MK w); - from the determined metaclass, a first metaobject (MO 1) and a second metaobject (MO 2) are generated; - a first transformation (T 1) is carried out in the course of which the first data object (DO 1) is transformed into the first metaobject (MO 1); - a second transformation (T 2) is carried out in the course of which the second data object (DO 2) is transformed into the second metaobject (MO 2); - said first metaobject (MO 1) and said second metaobject (MO 2) are synchronised; and - a third transformation (T 3) is carried out in the course of which the first metaobject (MO 1) is transformed into the first data object (DO 1) and/or the second metaobject (MO 2) is transformed into the second data object (DO 2).
A zoom lens system comprising, in order from an object side, a first lens group having a negative optical power, a second lens group having a positive optical power, a third lens group having a positive optical power, and a fourth lens group having a negative optical power, the zoom lens system configured to perform magnification variation by varying an axial group-to-group distance, wherein during magnification variation from a wide angle end to a telephoto end, a distance between the first lens group and the second lens group is configured to be reduced, a distance between the second lens group and the third lens group is configured to be reduced, and a distance between the third lens group and the fourth lens group is configured to be increased, the second lens group is composed of, in order from the object side, a second-a lens group (Gr2a) and a second-b lens group (Gr2b), the second-a lens group (Gr2a) having a positive optical power, and focusing to a nearby object is configured to be performed by moving the second-a lens group (Gr2a) toward an image side, characterized in that the zoom lens system comprises an aperture stop located at the most object-side position in the second-b lens group (Gr2b), and configured to move as a part of the second-b lens group (Gr2b) during magnification variation, a distance between the second-a lens group (Gr2a) and the second-b lens group (Gr2b) is configured to be varied during magnification variation, the second-b lens group (Gr2b) and the fourth lens group are configured to move integrally with each other during magnification variation, and conditional formulae, and below are satisfied: 0.6 < f 4 / f 1 < 5.0 − 2.0 < 1 − β 2 w 2 × β rw 2 < − 0.1 0.75 < M 4 / M 3 < 0.95 where β2w represents a paraxial lateral magnification of the second-a lens group (Gr2a) at the wide angle end; Prw represents a composite paraxial lateral magnification of the second-b lens group (Gr2b) and subsequent lens groups at the wide angle end; f1 represents a focal length of the first lens group; f4 represents a focal length of the fourth lens group; M4 represents an amount of movement of the fourth lens group on an optical axis during magnification variation from the wide angle end to the telephoto end; and M3 represents an amount of movement of the third lens group on the optical axis during magnification variation from the wide angle end to the telephoto end. β2w represents a paraxial lateral magnification of the second-a lens group (Gr2a) at the wide angle end; Prw represents a composite paraxial lateral magnification of the second-b lens group (Gr2b) and subsequent lens groups at the wide angle end; f1 represents a focal length of the first lens group; f4 represents a focal length of the fourth lens group; M4 represents an amount of movement of the fourth lens group on an optical axis during magnification variation from the wide angle end to the telephoto end; and M3 represents an amount of movement of the third lens group on the optical axis during magnification variation from the wide angle end to the telephoto end.
Thixotropic composition comprising, on the basis of the total weight of said composition: - from 10% to 40% by weight of a bisurea a) obtained by reaction of a primary aliphatic amine a1) with a diisocyanate a2) having a molar mass of less than 500 g/mol, and - from 60% to 90% by weight of an ester b) of formula: in which: - R 1, R 2 and R 3, which are identical or different, each represent an oxycarbonylalkyl radical having from 4 to 20 carbon atoms; - R 4 represents a hydrogen atom, a methyl or ethyl radical or else a radical: -CH 2 -R 5 in which R 5 represents an oxycarbonylalkyl radical having from 4 to 20 carbon atoms; said composition being in the form of a suspension of solid particles of bisurea a) in a continuous phase formed by the ester b). - from 10% to 40% by weight of a bisurea a) obtained by reaction of a primary aliphatic amine a1) with a diisocyanate a2) having a molar mass of less than 500 g/mol, and - from 60% to 90% by weight of an ester b) of formula: in which: - R 1, R 2 and R 3, which are identical or different, each represent an oxycarbonylalkyl radical having from 4 to 20 carbon atoms; - R 4 represents a hydrogen atom, a methyl or ethyl radical or else a radical: -CH 2 -R 5 in which R 5 represents an oxycarbonylalkyl radical having from 4 to 20 carbon atoms;
A flask mating misalignment detection method for molds with flasks, characterized by, when automatically flask mating a cope with a cope molding flask and a drag with a drag molding flask molded by a molding machine: detecting a force generated on the cope molding flask by the flask mating of the cope molding flask and the drag molding flask by means of a physical quantity detection sensor capable of detecting the force, in two directions (X,Y) in a horizontal plane and a direction orthogonal to said two directions; and quantifying an output of the physical quantity detection sensor by means of computation, comparing with a previously stored numerical value of an ideal state, and determining an abnormal state in which misalignment has occurred in flask mating if the comparison value is deviating more than a threshold value. detecting a force generated on the cope molding flask by the flask mating of the cope molding flask and the drag molding flask by means of a physical quantity detection sensor capable of detecting the force, in two directions (X,Y) in a horizontal plane and a direction orthogonal to said two directions; and quantifying an output of the physical quantity detection sensor by means of computation, comparing with a previously stored numerical value of an ideal state, and determining an abnormal state in which misalignment has occurred in flask mating if the comparison value is deviating more than a threshold value.
An unbound loose fill insulation of silicone-coated mineral wool comprising a mineral wool comprising collection of mineral wool fibers having a silicone coating comprising a silicone having a number average molecular weight determined in accordance with the method employed in the description of at least 25 kDa
A method for providing a digital image at a desired position on a touch screen of a computing device comprising the steps of: - receiving a card comprising a physical copy of said digital image on said touch screen such that said physical copy is at said desired position on said touch screen; said card comprising identifiers for identifying said card and said desired position; - obtaining an identification of said card and said desired position by interaction of said touch screen with said identifiers; - retrieving said digital image from a digital image database by said identification; - presenting said digital image on said touch screen at said desired position; - receiving a transfer command to initiate said presenting; and wherein said card comprises transparent or semi-transparent zones; and wherein said identifiers comprise one or more visual card marks indicative for actions to be performed enabling said computing device to obtain said identification and said desired position; and wherein said obtaining comprises: - detecting said actions by said touch screen; said actions being performed on said card and/or on said touch screen. - receiving a card comprising a physical copy of said digital image on said touch screen such that said physical copy is at said desired position on said touch screen; said card comprising identifiers for identifying said card and said desired position; - obtaining an identification of said card and said desired position by interaction of said touch screen with said identifiers; - retrieving said digital image from a digital image database by said identification; - presenting said digital image on said touch screen at said desired position; - receiving a transfer command to initiate said presenting; and wherein said card comprises transparent or semi-transparent zones; and wherein said identifiers comprise one or more visual card marks indicative for actions to be performed enabling said computing device to obtain said identification and said desired position; and wherein said obtaining comprises: - detecting said actions by said touch screen; said actions being performed on said card and/or on said touch screen.
Chewing gum comprising gum base, sweetener and flavor, wherein at least a part of said gum base comprises at least one biodegradable polymer, wherein the amount of plasticizers in the chewing gum is at least 5% w/w, wherein said plasticizers are selected from the group consisting of emulsifiers, fat, wax, flavor, solubilizers, surfactants and liquid sweeteners, wherein said chewing gum comprises an amount of emulsifiers of less than 5% w/w, and where tan(delta) is at least 0.6 within the linear viscoelastic region of the chewing gum and the tan(delta) is defined as (loss modulus G"/storage modulus G'), wherein the tan(delta) is measured at 37°C and at an oscillation frequency of 1.0Hz, wherein tan(delta)(crit) is greater than 0.8, where the tan(delta)(crit) is the tan(delta) value corresponding to delta(crit) in a tan(delta) vs. oscillation torque measurement and where the delta (crit) represents the critical oscillation torque determined in a G' vs. oscillation torque measurement where the oscillation torque invokes a transition from the LVR to the non-LVR.
Bearing for a wheel suspension of a motor vehicle, comprising - a radial bearing having a bearing core and an elastomer body surrounding the bearing core, - a first axial bearing having a first inner bearing element and a first outer bearing element and a first elastomer body disposed between the first inner and the first outer bearing element (26, 24), and - a second axial bearing having a second inner bearing element and a second outer bearing element and a second elastomer body disposed between the second inner and the second outer bearing element (32, 30), wherein the radial bearing and the two axial bearings (14, 16) are securely premounted, wherein viewed in axial direction (a) respectively the outer bearing element (24, 30) of the two axial bearings (14, 16) is fixed on the bearing core of the radial bearing and the respective inner bearing elements (26, 32) of the two axial bearings (14, 16) are in operative connection with one another, wherein the bearing core of the radial bearing and the bearing elements (24, 26, 30, 32) of the two axial bearings (14, 16) are disposed geometrically to one another such that the elastomer bodies (28, 34) of the axial bearings (14, 16) and the elastomer bodies of the radial bearing are pretensioned, characterised in that viewed in radial direction the radial bearing is fixed via the inner bearing elements (26, 32) of the two axial bearings (14, 16), being in operative connection with one another. - a radial bearing having a bearing core and an elastomer body surrounding the bearing core, - a first axial bearing having a first inner bearing element and a first outer bearing element and a first elastomer body disposed between the first inner and the first outer bearing element (26, 24), and - a second axial bearing having a second inner bearing element and a second outer bearing element and a second elastomer body disposed between the second inner and the second outer bearing element (32, 30),
A braking system for a work vehicle, the braking system comprising: - a hydraulically actuated brake; - a tank containing hydraulic fluid; - a brake valve fluidly connected between the tank and the hydraulically actuated brake, the brake valve being movable between an on position and an off position for controlling a flow of the hydraulic fluid from the tank to the hydraulically actuated brake, the brake valve including a first solenoid coil and a second solenoid coil, each of the first and second solenoid coils (122, 122) being configured to be independently energized and de-energized for moving the brake valve between the on and off positions; characterised by - a first control device electrically connected to the first solenoid coil for energizing and de-energizing the first solenoid coil; and - a separate second control device electrically connected to the second solenoid coil for energizing and de-energizing the second solenoid coil, wherein the first solenoid coil is electrically isolated from the second solenoid coil. - a hydraulically actuated brake; - a tank containing hydraulic fluid; - a brake valve fluidly connected between the tank and the hydraulically actuated brake, the brake valve being movable between an on position and an off position for controlling a flow of the hydraulic fluid from the tank to the hydraulically actuated brake, the brake valve including a first solenoid coil and a second solenoid coil, each of the first and second solenoid coils (122, 122) being configured to be independently energized and de-energized for moving the brake valve between the on and off positions; - a first control device electrically connected to the first solenoid coil for energizing and de-energizing the first solenoid coil; and - a separate second control device electrically connected to the second solenoid coil for energizing and de-energizing the second solenoid coil,
An apparatus for catheterization, comprising: a probe adapted for insertion into contact with a target tissue in a body of a subject, the probe having a longitudinal axis, a plurality of temperature sensors on a distal portion of the probe and an ablation electrode thereon, the temperature sensors being distributed circumferentially about the longitudinal axis on the distal portion; a processor operative for applying energy through the ablation electrode to ablate the target tissue in the body, and while applying energy performing the steps of: repetitively recording data from the temperature sensors; establishing a baseline temperature level from the data; thereafter from the data detecting a drop in temperature with respect to the baseline temperature level; responsively to the drop in temperature, concluding that a loss of contact between the probe and the target tissue has occurred; and alerting an operator to the loss of contact; wherein the plurality of temperature sensors are mounted within ribs integral to the ablation electrode, and wherein the ribs are made from metal. a probe adapted for insertion into contact with a target tissue in a body of a subject, the probe having a longitudinal axis, a plurality of temperature sensors on a distal portion of the probe and an ablation electrode thereon, the temperature sensors being distributed circumferentially about the longitudinal axis on the distal portion; a processor operative for applying energy through the ablation electrode to ablate the target tissue in the body, and while applying energy performing the steps of: repetitively recording data from the temperature sensors; establishing a baseline temperature level from the data; thereafter from the data detecting a drop in temperature with respect to the baseline temperature level; responsively to the drop in temperature, concluding that a loss of contact between the probe and the target tissue has occurred; and alerting an operator to the loss of contact; wherein the plurality of temperature sensors are mounted within ribs integral to the ablation electrode, and wherein the ribs are made from metal. repetitively recording data from the temperature sensors; establishing a baseline temperature level from the data; thereafter from the data detecting a drop in temperature with respect to the baseline temperature level; responsively to the drop in temperature, concluding that a loss of contact between the probe and the target tissue has occurred; and alerting an operator to the loss of contact; wherein the plurality of temperature sensors are mounted within ribs integral to the ablation electrode, and wherein the ribs are made from metal.
A smoking article comprising: a lighting end; a mouth end; and an aerosol-generation system, the aerosol generation system comprising an aerosol-generating segment and a heat generation segment, said heat generation segment having a length and including a heat source, each segment (35; 51) being physically separate and in a heat exchange relationship, characterised in that the heat source comprises a carbonaceous material in intimate contact with coarse, fine or ultrafine particles of cerium oxide disposed on a metal oxide substrate and a metal halide. a lighting end; a mouth end; and an aerosol-generation system, the aerosol generation system comprising an aerosol-generating segment and a heat generation segment, said heat generation segment having a length and including a heat source, each segment (35; 51) being physically separate and in a heat exchange relationship, characterised in that the heat source comprises a carbonaceous material in intimate contact with coarse, fine or ultrafine particles of cerium oxide disposed on a metal oxide substrate and a metal halide.
A wall mounted storing construction comprising uprights and brackets, wherein the brackets are mounted in the uprights and which brackets are to receive storing means, wherein each bracket has a general u-form with an upper part and two walls, between which walls an open space is formed, characterized in that each upright has the general form of an U, with a back part to be fixed to a wall and two channels projecting forward at opposite sides of the back part, wherein a number of openings are placed on the sides of the channels facing each other, that each bracket has ears to be received in the openings of the uprights, wherein the walls of the brackets are pressed together in the area of the ears to allow the ears of the brackets to be pushed into the uprights, that each upright is mounted to an assembly rail at the upper end of the upright, which assembly rail is perpendicular to the uprights, that an assembly unit is mounted to the upper part of each upright for mounting to the assembly rail and that a lower assembly part of the assembly unit has two legs to be received in the channels of the upright.
Method for demarcating image regions to be viewed in a picture of an environment, the image regions to be viewed being analysed for camouflage nets or objects having camouflage painting, having the following steps: creating the picture of the environment using an optical capture unit, the optical capture unit creating the picture in an RGB colour space; transforming the picture from the RGB colour space into an LAB colour space, having the colour components L, A and B, and subsequently into an LCH colour space, having the colour components L, C and H, to obtain a transformed picture; selecting a colour component, from the transformed picture, as a primary working component which is characteristic of the camouflage nets or the objects having camouflage painting, the primary working component being the H component from the LCH colour space; determining a plurality of image points in the transformed picture using a statistical binary segmentation of the working component; applying morphological operations to the plurality of image points, so as to obtain detection cores and associated binary detection masks which are drawn on as a basis for the demarcation of the image regions to be viewed; determining a value of at least one characteristic feature from the group of area, elongation, segmented bright/dark proportions from the primary working component for each detection core; verifying whether the value of the at least one characteristic feature is within a predefinable value range; discarding the detection cores for which the values are outside the predefinable value range; viewing the image regions which are demarcated after the remaining detection cores have been discarded. creating the picture of the environment using an optical capture unit, the optical capture unit creating the picture in an RGB colour space; transforming the picture from the RGB colour space into an LAB colour space, having the colour components L, A and B, and subsequently into an LCH colour space, having the colour components L, C and H, to obtain a transformed picture; selecting a colour component, from the transformed picture, as a primary working component which is characteristic of the camouflage nets or the objects having camouflage painting, the primary working component being the H component from the LCH colour space; determining a plurality of image points in the transformed picture using a statistical binary segmentation of the working component; applying morphological operations to the plurality of image points, so as to obtain detection cores and associated binary detection masks which are drawn on as a basis for the demarcation of the image regions to be viewed; determining a value of at least one characteristic feature from the group of area, elongation, segmented bright/dark proportions from the primary working component for each detection core; verifying whether the value of the at least one characteristic feature is within a predefinable value range; discarding the detection cores for which the values are outside the predefinable value range; viewing the image regions which are demarcated after the remaining detection cores have been discarded.