mhurhangee/ep-ind-claims huggingface dataset:
A method for eye tracking, the method comprising: performing a calibration process by capturing an image of a first eye of a user and an image of a second eye of the user simultaneously and capturing an image of an object of an eye gaze of the user, and deriving a mapping between the first eye and the second eye based on the captured images; upon completion of the calibration process, capturing an image of the first eye and an image of the second eye, wherein the capturing of the image of the first eye and capturing the image of the second eye is staggered such that the capturing of the image of the first eye alternates with the capturing of the image of the second eye, and the capturing of the image of the second eye begins before the capturing of the image of the first eye is completed; identifying a first position of the first eye and a second position of the second eye; identifying a first gaze direction with respect to a display based on the identified first position of the first eye; estimating a second gaze direction of the second eye based on the identified first gaze direction and the mapping, prior to capturing the image of the second eye; and deriving a focus distance of the first eye and the second eye, based on the identified first gaze direction and the estimated second gaze direction. performing a calibration process by capturing an image of a first eye of a user and an image of a second eye of the user simultaneously and capturing an image of an object of an eye gaze of the user, and deriving a mapping between the first eye and the second eye based on the captured images; upon completion of the calibration process, capturing an image of the first eye and an image of the second eye, wherein the capturing of the image of the first eye and capturing the image of the second eye is staggered such that the capturing of the image of the first eye alternates with the capturing of the image of the second eye, and the capturing of the image of the second eye begins before the capturing of the image of the first eye is completed; identifying a first position of the first eye and a second position of the second eye; identifying a first gaze direction with respect to a display based on the identified first position of the first eye; estimating a second gaze direction of the second eye based on the identified first gaze direction and the mapping, prior to capturing the image of the second eye; and deriving a focus distance of the first eye and the second eye, based on the identified first gaze direction and the estimated second gaze direction.
Method for controlling air-conditioning devices in a motor vehicle, in which a. an input of an air-conditioning demand of an operator is registered, wherein an air-conditioning demand is to be understood as a specification for the air-conditioning devices in the motor vehicle which is oriented towards the operator's wishes and constitutes a description from the operator's point of view; b. the air-conditioning demand is received by a first control apparatus; c. is resolved into at least one air-conditioning function for at least one air-conditioning device using the first control apparatus; d. at least one air-conditioning-relevant influencing variable is registered using at least one sensor; e. the implementability of the air-conditioning demand is tested using a second control apparatus by comparing the at least one air-conditioning function with the at least one air-conditioning-relevant influencing variable; characterized in that f. a proposal for at least one deviating air-conditioning function is output to the operator in the event of implementability of the air-conditioning demand not being given or not being completely given. a. an input of an air-conditioning demand of an operator is registered, wherein an air-conditioning demand is to be understood as a specification for the air-conditioning devices in the motor vehicle which is oriented towards the operator's wishes and constitutes a description from the operator's point of view; b. the air-conditioning demand is received by a first control apparatus; c. is resolved into at least one air-conditioning function for at least one air-conditioning device using the first control apparatus; d. at least one air-conditioning-relevant influencing variable is registered using at least one sensor; e. the implementability of the air-conditioning demand is tested using a second control apparatus by comparing the at least one air-conditioning function with the at least one air-conditioning-relevant influencing variable;
Single-axle trailer for a motor vehicle or similar towing vehicle that comprises at least one ball head having a ball-shaped coupling as at least one connection assembly, the trailer in the region of a base frame comprising at least one support apparatus that accommodates a support wheel (R, R') and can be moved about a vertical swivel axis (H, H') and it being possible to secure the trailer to the connection assembly by means of a connecting link and said connecting link additionally comprising two coupling points (K, K') arranged at a transverse distance from one another on both sides of the central longitudinal plane of the trailer, characterised in that a profiled support, which is directed at one end towards the base frame of the trailer by means of two parallel retaining limbs (5, 6), engages on respective longitudinal and/or transverse struts (11, 12) of the base frame by means of respective plug and/or screw connectors (13, 14), and at the other end forms the two coupling points (K, K') having floating bearings (8, 9), is provided as the connecting link, the profiled support being provided, in the region of the two floating bearings (8, 9), with one rod-shaped guide member (19, 20) in each case, which guide member interacts with a counter member that can be provided on a towing vehicle or the coupling support thereof such that the connection region of the rod-shaped guide member defines a rest that can move in the manner of a groove guide such that, in addition to the introduction of tensile force and motion in the region of the connection assembly/assemblies, respective swiveling, translatory and/or lifting motions (W, S, B) can be absorbed in the region of the floating bearings (8, 9).
A surgical assembly comprising: - a first section having a first hole with a smallest diameter; - a second section having a threaded second hole, wherein the threaded second hole has a center axis enclosed by the first hole; - a clearance between the first section and the second section; and - a screwed member having a length for simultaneous localization in the first hole and in the second hole so as to bridge the clearance, the screwed member comprising: - a first portion with a largest diameter smaller than or equal to the smallest diameter of the first hole; and - a threaded second portion axially spaced apart from the first portion along a longitudinal axis of the screwed member and configured to threadedly engage with the threaded second hole, wherein a major thread diameter of the threaded second portion is larger than the smallest diameter of the first hole characterized in that the first portion is threaded and configured to threadedly engage with the threaded second hole. - a first section having a first hole with a smallest diameter; - a second section having a threaded second hole, wherein the threaded second hole has a center axis enclosed by the first hole; - a clearance between the first section and the second section; and - a screwed member having a length for simultaneous localization in the first hole and in the second hole so as to bridge the clearance, the screwed member comprising: - a first portion with a largest diameter smaller than or equal to the smallest diameter of the first hole; and - a threaded second portion axially spaced apart from the first portion along a longitudinal axis of the screwed member and configured to threadedly engage with the threaded second hole, wherein a major thread diameter of the threaded second portion is larger than the smallest diameter of the first hole - a first portion with a largest diameter smaller than or equal to the smallest diameter of the first hole; and - a threaded second portion axially spaced apart from the first portion along a longitudinal axis of the screwed member and configured to threadedly engage with the threaded second hole, wherein a major thread diameter of the threaded second portion is larger than the smallest diameter of the first hole
An object handling apparatus comprising a surgical robot having a robotic arm and further comprising image acquisition and processing apparatus arranged for determining positional information in respect of an object area occupied by an object, the apparatus comprising: a light source arrangement for illuminating the object area; a light detector arrangement for detecting light reflected from the object area; image processing means arranged for determining positional information in respect of the object in dependence on output from the light detector arrangement; a control unit arranged for controlling the robotic arm in dependence on the output from the image processing means; wherein the light source arrangement is arranged for illuminating the object area with elliptically polarised light with a first chirality; and the light detector arrangement comprises an elliptical polarisation filter for allowing passage of elliptically polarised light with said first chirality and blocking elliptically polarised light with an opposite chirality for suppressing generation of image artefacts due to specular reflection of the elliptically polarised light from the object area, and wherein the robotic arm comprises an object manipulation member provided in the object area for manipulating the object, the object manipulation member having a surface which diffusely reflects light from the light source. a light source arrangement for illuminating the object area; a light detector arrangement for detecting light reflected from the object area; image processing means arranged for determining positional information in respect of the object in dependence on output from the light detector arrangement; a control unit arranged for controlling the robotic arm in dependence on the output from the image processing means; wherein the light source arrangement is arranged for illuminating the object area with elliptically polarised light with a first chirality; and the light detector arrangement comprises an elliptical polarisation filter for allowing passage of elliptically polarised light with said first chirality and blocking elliptically polarised light with an opposite chirality for suppressing generation of image artefacts due to specular reflection of the elliptically polarised light from the object area, and wherein the robotic arm comprises an object manipulation member provided in the object area for manipulating the object, the object manipulation member having a surface which diffusely reflects light from the light source.
A fuel feed system for use in a gasification system including a gasifier, said fuel feed system comprising: a feed preparation section configured to grind a particulate fuel to a predetermined size and to adjust a moisture content within the particulate fuel; a pressurization and conveyance section coupled in flow communication with said feed preparation section, said pressurization and conveyance section comprising at least one solids pump configured to receive a flow of the particulate fuel at a first pressure and discharge the particulate fuel at a second pressure; a conduit configured to channel the pressurized particulate fuel to the gasifier; that a slag additive section configured to feed a slag mixture into the gasifier and to substantially control a total water content of a quantity of feeds into the gasifier, and further control melting and flow characteristics of a quantity of particulate fuel ash within the gasification system. a feed preparation section configured to grind a particulate fuel to a predetermined size and to adjust a moisture content within the particulate fuel; a pressurization and conveyance section coupled in flow communication with said feed preparation section, said pressurization and conveyance section comprising at least one solids pump configured to receive a flow of the particulate fuel at a first pressure and discharge the particulate fuel at a second pressure; a conduit configured to channel the pressurized particulate fuel to the gasifier; that a slag additive section configured to feed a slag mixture into the gasifier and to substantially control a total water content of a quantity of feeds into the gasifier, and further control melting and flow characteristics of a quantity of particulate fuel ash within the gasification system.
A battery cover plate assembly, comprising: a cover plate; an inner lead-out member located at an inner side of the cover plate; an outer electrode terminal located at an outer side of the cover plate; and a current interrupt apparatus; wherein the inner lead-out member and the outer electrode terminal are electrically connected through the current interrupt apparatus, the current interrupt apparatus comprises a score member and a flipping member, the flipping member being electrically connected to the outer electrode terminal, the score member is electrically connected to the inner lead-out member, a score is formed on the score member and is electrically connected to the flipping member, and the flipping member acts under an effect of air pressure to break the score, and the inner lead-out member is mounted on the cover plate through a cover plate insulator, the cover plate insulator comprises a first engagement portion engaged with the cover plate and a second engagement portion engaged with the inner lead-out member, characterized in that the cover plate insulator comprises a substrate attached to a lower surface of the cover plate, and a mounting hole configured to mount the current interrupt apparatus is formed on the cover plate, the first engagement portion comprises a first annular protrusion connected to an upper surface of the substrate, and having an L-shaped cross-section, the first engagement portion forms, with the substrate, an annular slot configured to accommodate a hole wall of the mounting hole through folding outward after passing through the mounting hole. a cover plate; an inner lead-out member located at an inner side of the cover plate; an outer electrode terminal located at an outer side of the cover plate; and a current interrupt apparatus;
A porous ceramic for slide member including independent pores, wherein the independent pore is a flattened body having a minor axis in a direction perpendicular to a sliding surface, a major axis in a direction parallel to the sliding surface, and a pore size corresponding to the length of the major axis of the independent pores of 5 μm or more, and a cross sectional area of an independent pore at a cross section perpendicular to the sliding surface is 95% or less of an area of a complete round having a diameter which is the same length as a major axis of the cross section of the independent pores, and in a cumulative distribution curve of pore sizes of independent pores in a plane parallel to the sliding surface, a ratio (P75/P25) of a pore size of cumulative 75% by volume to a pore size of cumulative 25% by volume is 1.9 or less, wherein the porous ceramic comprises silicon carbide, and wherein a standard deviation in a pore area ratio of the open pore formed on the sliding surface in 10 areas measuring 1.8 mm x 1.3 mm optionally selected at intervals of 1 mm on the sliding surface is 2% or less.
A vehicle safety apparatus equipped with a controller, wherein the controller is configured to, when determining that a moving living body in an area that is ahead in advancing direction of a vehicle traveling on a traffic zone of a road and is adjacent to the traffic zone moves in a direction that crosses the traffic zone, to execute a safety operation to ensure safety of the moving living body, and the controller is configured to change an execution time of the safety operation according to the road condition of the area where the moving living body is present, characterized in that the controller is configured to determine whether the road condition of the area where the moving living body is present is either a roadway and an opposing traffic lane or a roadway and other than an opposing traffic lane, and if the road condition is a roadway and other than an opposing traffic lane, make the execution time of the safety operation later than that used when the road condition is a roadway and an opposing traffic lane.
A compound having a structure according to Formula I: or a pharmaceutically acceptable salt, hydrate, or solvate thereof; wherein R 1 is hydrogen, alkyl, branched alkyl, aryl, aralalkyl, benzyl, napthyl, cycloalkyl of 1 to 12 carbon atoms, or a heterocycle, when R 1 is not hydrogen it can be optionally substituted with H, OH, alkyl, alkoxy, halogen, -CF 3,-R 2, -OR 2, -SR 2, N(R 2) 2, -CN, -NO 2, -NC R 2, -C R 2, -C N(R 2) 2, -S 2 R 2, -S 2 NR 2, -S R 2, -C R 2, -C OR 2, or -C N(R 2), wherein each R 2 is independently H, alkyl, alkenyl, alkynyl, aryl or heterocycle; L is [CH 2]2-6, -CH 2 -(C=O)-CH 2 -, X is S, SO 2, O, or NH; Y is Z is each optionally substituted with H, OH, alkyl, alkoxy, halogen, or-CF 3; T is O, S, or NR 1; n is 2 or 3; wherein each R 1 is independent and may be the same as each other or preferably different; or a compound selected from the group consisting of: and pharmaceutically acceptable salts, hydrates, or solvates thereof; with the proviso that the compound is not
A time responsive control system for time responsive control of the irrigation sectors for an impulse sprinkler wherein the sprinkler comprises a jet-producing barrel connected to a pressurized water supplying line with a joint that swivels about a substantially vertical axis and an actuator that is driven by the jet to cause automatic rotation of the barrel with periodic reversal of the direction of rotation, which system comprises: - a first pair of limit stop members (11, 12) which are adapted to be associated with a stationary portion of the joint in predetermined first angular positions relative to the axis of rotation of the barrel to define a predetermined first irrigation sector (α); - at least one first reversing lever adapted to be operably coupled to the actuator and to interact with said first pair of limit stop members (11, 12) during rotation of the barrel to reverse the direction of rotation in the predetermined first irrigation sector (α); characterized in that it comprises a second pair of limit stop members (24, 25) for association with the stationary portion of the joint in predetermined second angular positions to define a predetermined second irrigation sector (β), other than the first irrigation sector, a second reversing lever being provided, which is designed to be operatively coupled to the actuator to interact with said second pair of limit stop members (24, 25) during rotation of the barrel to reverse the direction of rotation in said second irrigation sector (β), a time-programmable selector being provided, which is configured to control said levers (23, 33) and alternately cause interaction of said first lever with said first pair of limit stop members (11, 12) while preventing interaction of said second lever with said second pair of limit stop members (24, 25), and cause interaction of said second lever with said second pair of limit stop members (24, 25), after a given programmed time interval, while preventing interaction of said first lever with said first pair of limit stop members (11, 12), to move from said first irrigation sector (α) to said second irrigation sector (β). - a first pair of limit stop members (11, 12) which are adapted to be associated with a stationary portion of the joint in predetermined first angular positions relative to the axis of rotation of the barrel to define a predetermined first irrigation sector (α); - at least one first reversing lever adapted to be operably coupled to the actuator and to interact with said first pair of limit stop members (11, 12) during rotation of the barrel to reverse the direction of rotation in the predetermined first irrigation sector (α);
A polishing method, comprising: rotating a substrate; performing a first polishing process of pressing a polishing tape downwardly against an edge portion of the substrate by a pressing member, characterised by a portion of the polishing tape projecting from the pressing member inwardly in a radial direction of the substrate, to polish the edge portion of the substrate and bend the portion of the polishing tape along the pressing member, thereby forming a vertical surface and a horizontal surface in the edge portion of the substrate; and performing a second polishing process of pressing the bent portion of the polishing tape inwardly in the radial direction of the substrate against the vertical surface by the pressing member to further polish the edge portion of the substrate. rotating a substrate; performing a first polishing process of pressing a polishing tape downwardly against an edge portion of the substrate by a pressing member, characterised by a portion of the polishing tape projecting from the pressing member inwardly in a radial direction of the substrate, to polish the edge portion of the substrate and bend the portion of the polishing tape along the pressing member, thereby forming a vertical surface and a horizontal surface in the edge portion of the substrate; and performing a second polishing process of pressing the bent portion of the polishing tape inwardly in the radial direction of the substrate against the vertical surface by the pressing member to further polish the edge portion of the substrate.
A sieve device for a harvester, in particular for a combine harvester, in particular for separating loose crops from plant residues, the sieve device including - at least one sieve frame, - a plurality of slats arranged on the sieve frame, and - at least one adjusting device for adjusting slats, wherein the slats are arranged on the sieve frame in such a way that they define passage cross-sections for the passage of material therethrough from a top side of the sieve device towards the underside thereof, wherein at least a majority of the slats cooperates with the adjusting device in such a way that sieve positions of the slats are variable, wherein the passage cross-sections are different when the slats are in different sieve positions, wherein the adjusting device includes at least one motor and at least one transmission member, by means of which drive power of the motor can be transmitted to the slats cooperating with the adjusting device so that the sieve positions of the slats are variable, characterised in that the adjusting device includes a linear element and a rotary element, wherein the linear element can be displaced in a translatory movement by means of the motor and the translatory movement can be converted into a rotary movement of the rotary element by means of the action of thread portions (14, 15) of complementary configuration of the linear element and the rotary element so that the rotary element rotates about an axis of rotation parallel to a longitudinal axis of the adjusting device. - at least one sieve frame, - a plurality of slats arranged on the sieve frame, and - at least one adjusting device for adjusting slats,