mhurhangee/ep-ind-claims huggingface dataset:
A method for localization and mapping in a system (100, 502) comprising a processor and a camera, wherein the processor is configured to generate a graph with a plurality of pose nodes and a plurality of edges, the method comprising: updating the graph if the number of pose nodes (1802, 1808) in the graph exceeds a first threshold, comprising: i) identifying a pose node directly linked to associated Markov blanket nodes with two or more incident edges (1806, 1810); ii) composing said incident edges to generate one or more new edges between pairs of said associated Markov blanket nodes; and iii) removing the identified pose node and said two or more incident edges; removing at least one edge (1806, 1810) of said plurality of edges present in the graph if the total number of edges in the graph exceeds a second threshold; and updating an estimate of a location of the remaining pose nodes based at least in part on the plurality of edges present in the graph. updating the graph if the number of pose nodes (1802, 1808) in the graph exceeds a first threshold, comprising: i) identifying a pose node directly linked to associated Markov blanket nodes with two or more incident edges (1806, 1810); ii) composing said incident edges to generate one or more new edges between pairs of said associated Markov blanket nodes; and iii) removing the identified pose node and said two or more incident edges; i) identifying a pose node directly linked to associated Markov blanket nodes with two or more incident edges (1806, 1810); ii) composing said incident edges to generate one or more new edges between pairs of said associated Markov blanket nodes; and iii) removing the identified pose node and said two or more incident edges; removing at least one edge (1806, 1810) of said plurality of edges present in the graph if the total number of edges in the graph exceeds a second threshold; and updating an estimate of a location of the remaining pose nodes based at least in part on the plurality of edges present in the graph.
A hydraulic system comprising at least - a first subsystem working within a first pressure range, and - a second subsystem working within a second pressure range, the upper limit of the second pressure range being higher than the upper limit of the first pressure range, the hydraulic system further comprising - a pump for supplying hydraulic fluid into the system at a first pressure level, and - a first pressure intensifier for increasing the pressure in the second subsystem to a second pressure level and a second pressure intensifier for increasing the pressure in the second subsystem to a second pressure level, each pressure intensifier comprising a plunger (11, 11'), which plunger (11, 11') comprises - a first pressure surface (A1, A1'), - a second pressure surface (A2, A2'), and - a third pressure surface (A3, A3'), the first pressure surface (A1, A1') and the third pressure surface (A3, A3') being on the same side of the plunger (11, 11') in the moving direction of the plunger (11, 11') and the second pressure surface (A2, A2') being on the opposite side, and the walls of the pressure intensifier (10, 10') defining - a first chamber (12a, 12a') with the first pressure surface (A1, A1'), - a second chamber (12b, 12b') with the second pressure surface (A2, A2'), and - a third chamber (12c, 12c') with the third pressure surface (A3, A3'), each of the chambers (12a, 12a', 12b, 12b', 12c, 12c') being connectable to the outlet of the pump for receiving hydraulic fluid, the second chamber (12b, 12b') and the third chamber (12c, 12c') being further connected to the second subsystem for supplying hydraulic fluid into it, characterized in that for providing each pressure intensifier (10, 10') with at least two alternative intensification ratios, the second pressure surface (A2, A2') is larger than the third pressure surface (A3, A3') and the system is provided with an on-off valve (6, 6') for opening and closing flow communication between the pump and the first chamber (10a, 10a') of the pressure intensifier (10, 10'), and with another on-off valve (8, 8') for opening and closing flow communication between the pump and the third chamber (10c, 10c'). - a first subsystem working within a first pressure range, and - a second subsystem working within a second pressure range, - a pump for supplying hydraulic fluid into the system at a first pressure level, and - a first pressure intensifier for increasing the pressure in the second subsystem to a second pressure level and a second pressure intensifier for increasing the pressure in the second subsystem to a second pressure level, - a first pressure surface (A1, A1'), - a second pressure surface (A2, A2'), and - a third pressure surface (A3, A3'), - a first chamber (12a, 12a') with the first pressure surface (A1, A1'), - a second chamber (12b, 12b') with the second pressure surface (A2, A2'), and - a third chamber (12c, 12c') with the third pressure surface (A3, A3'),
An in vitro method of classifying a sample of pleural fluid of a subject, wherein the subject has an abnormal accumulation of pleural fluid, said method comprising: determining the level of indicator nanoparticles in the pleural fluid of a subject to provide a test value, wherein the level of indicator nanoparticles is determined by nuclear magnetic resonance, wherein the indicator nanoparticles are very low density lipoproteins, low density lipoproteins or high density lipoproteins; using NMR to determine (i) the level of indicator nanoparticles in one or more known exudates, and (ii) the level of indicator nanoparticles in one or more known transudates, using a computer a) to determine the average level of indicator nanoparticles in the one or more known exudates and transudates to provide a control value, and b) to compare the test value to the control value; wherein pleural fluid with a higher test value compared to the control value is determined to be exudate and pleural fluid with a lower test value compared to the control value is determined to be transudate. determining the level of indicator nanoparticles in the pleural fluid of a subject to provide a test value, wherein the level of indicator nanoparticles is determined by nuclear magnetic resonance, wherein the indicator nanoparticles are very low density lipoproteins, low density lipoproteins or high density lipoproteins; using NMR to determine (i) the level of indicator nanoparticles in one or more known exudates, and (ii) the level of indicator nanoparticles in one or more known transudates, using a computer a) to determine the average level of indicator nanoparticles in the one or more known exudates and transudates to provide a control value, and b) to compare the test value to the control value; wherein pleural fluid with a higher test value compared to the control value is determined to be exudate and pleural fluid with a lower test value compared to the control value is determined to be transudate.
A method for simultaneously displacing, by means of a transport device, at least two bending tools (4, 5, 6) held in a rail of a tool mount, which bending tools (4, 5, 6) form a row along the rail, characterized in that the transport device has a first section and a second section, wherein the second section is displaceable along the rail, and wherein the first section is movable relative to the second section, and that the transport device is moved in a first direction along the rails up to the first bending tool of the row, and the first section of the transport device is arranged so as to extend up to the last bending tool of the row and is coupled to the last bending tool of the row, and that the transport device is displaced with the row of bending tools (4, 5, 6) in the direction opposite to the first direction.
An attachment for mounting on a harvesting machine having a number of picking devices arranged adjacent to one another and distributed over the working width, the picking devices each having a picking gap delimited laterally by picking plates, under which at least a first and a second picking rotor (10a, 10b), which are drivable to rotate in opposite directions, are arranged, the picking rotors (10a, 10b) are each provided with several drawing edges which protrude in the radial direction and are formed on drawing bodies, the envelope circles of which mesh with one another, and adjacent drawing edges of the first picking rotor delimit intermediate spaces located between them within the envelope circle, which extend along the longitudinal direction of the first picking rotor and into which the drawing edges of the opposite second picking rotor plunge during a rotation of the first and second picking rotors (10a, 10b), characterized in that the drawing edges on the drawing bodies on the first and second picking rotor (10a, 10b) are arranged in relation to one another in such a way that, during a rotation movement of the first and second picking rotor (10a, 10b), two adjacent drawing edges of the first picking rotor, in their effective range in the downward-directed movement path of a plant stalk, hold the plant stalk temporarily pressed against the drawing edges of the second picking rotor, which are leading and trailing in relation to the two adjacent drawing edges of the first picking rotor, and stretch the plant stalk through the four contact points of the plant stalk onto the drawing edges of the first and second picking rotor (10a, 10b) into a curved shape approximating the envelope circle of the first picking rotor, and a knife blade is arranged on the second picking rotor between the leading and trailing drawing edges of the second picking rotor, which cuts into the outside of the plant stalk stretched in a curved shape.
A system (100, 200, 300, 700), comprising: a grinder including one or more grinding elements that define a burr gap, and an adjustment mechanism (101, 201, 301, 810) configured to adjust the burr gap between the one or more grinding elements, wherein the adjustment mechanism includes a sensor (114, 214) configured to sense the burr gap. one or more grinding elements that define a burr gap, and an adjustment mechanism (101, 201, 301, 810) configured to adjust the burr gap between the one or more grinding elements, wherein the adjustment mechanism includes a sensor (114, 214) configured to sense the burr gap.
A panel bottom assembly for a display device, the panel bottom assembly comprising: a light-blocker with first concave patterns formed on a top surface thereof; a vibration acoustic device disposed below, and coupled to, the light-blocker; a buffer member disposed below the light-blocker; and a bonding member disposed between the light-blocker and the vibration acoustic device, the bonding member having second concave patterns formed on a top surface thereof, wherein the second concave patterns are different from the first concave patterns. a light-blocker with first concave patterns formed on a top surface thereof; a vibration acoustic device disposed below, and coupled to, the light-blocker; a buffer member disposed below the light-blocker; and a bonding member disposed between the light-blocker and the vibration acoustic device, the bonding member having second concave patterns formed on a top surface thereof, wherein the second concave patterns are different from the first concave patterns.
A bipolar membrane in which a cation-exchange membrane and an anion-exchange membrane are joined together, characterized in that particles of a basic metal chloride are distributed in the interface between said cation-exchange membrane and said anion-exchange membrane, wherein the basic metal chloride has a composition represented by the following formula, M xCly wherein, M is a polyvalent metal that is Sn or Ru, and x and y in combination represent a valence of the polyvalent metal M, and are not each 0, wherein the basic metal chloride has a degree of hydroxide ion introduction T defined by the following formula of 20 to 95%, T % = x / x + y × 100 and wherein the particles of said basic metal chloride are distributed in an amount of 0.01 to 5 g/m 2. wherein the basic metal chloride has a composition represented by the following formula, M xCly wherein, M is a polyvalent metal that is Sn or Ru, and x and y in combination represent a valence of the polyvalent metal M, and are not each 0, M is a polyvalent metal that is Sn or Ru, and x and y in combination represent a valence of the polyvalent metal M, and are not each 0, wherein the basic metal chloride has a degree of hydroxide ion introduction T defined by the following formula of 20 to 95%, T % = x / x + y × 100 and wherein the particles of said basic metal chloride are distributed in an amount of 0.01 to 5 g/m 2.
Device for dispensing seeds individually, said device comprising: - a drum intended to be attached fixedly to a seeder; - a cover that is fixed with respect to said drum and with said drum defines an interior cavity; - a drive shaft mounted with the ability to rotate through said drum; - a distributor disc through which there passes a plurality of seed suction holes formed uniformly at the periphery of said disc, said disc being mounted on said shaft to rotate as one with same inside said cavity so that there it delimits, with said drum and said cover a vacuum chamber and a seed reservoir, a portion of the region of said disc through which said holes pass extending outside of said vacuum chamber, - means for providing the sealing of said vacuum chamber between said drum and said disc; said means for providing sealing comprising a rubbing insert mounted with the inability to rotate with respect to said drum against the periphery of said disc, and an elastic seal mounted with the inability to rotate between said drum and said rubbing insert, said elastic seal keeping said rubbing insert pressed against said disc, characterized in that the rubbing insert forms a replaceable wearing component, and in that said seal has a stiffness such that it applies to said rubbing insert a force of between 10N and 100N per linear metre for a compression travel of one millimetre. - a drum intended to be attached fixedly to a seeder; - a cover that is fixed with respect to said drum and with said drum defines an interior cavity; - a drive shaft mounted with the ability to rotate through said drum; - a distributor disc through which there passes a plurality of seed suction holes formed uniformly at the periphery of said disc, said disc being mounted on said shaft to rotate as one with same inside said cavity so that there it delimits, with said drum and said cover a vacuum chamber and a seed reservoir, a portion of the region of said disc through which said holes pass extending outside of said vacuum chamber, - means for providing the sealing of said vacuum chamber between said drum and said disc; said means for providing sealing comprising a rubbing insert mounted with the inability to rotate with respect to said drum against the periphery of said disc, and an elastic seal mounted with the inability to rotate between said drum and said rubbing insert, said elastic seal keeping said rubbing insert pressed against said disc, characterized in that the rubbing insert forms a replaceable wearing component, and in that said seal has a stiffness such that it applies to said rubbing insert a force of between 10N and 100N per linear metre for a compression travel of one millimetre.
Electrical/electronic installation device (1, 25) having a covering frame which is formed in two parts from a base frame and a decorative element fastened thereon, characterized in that, on its front side, the base frame is provided with at least one centring bore, which serves in functional terms as a fixed bearing, and with a plurality of press-lock halves (7, 8, 9, 10), and in that, on its rear side, the decorative element is provided with at least one centring pin, which serves in functional terms as a fixed bearing, and with a plurality of press-lock halves (17, 18, 19, 20), wherein the press-lock halves (7, 8, 9, 10, 17, 18, 19, 20) and the centring bore /centring pin are arranged to correspond to one another in each case, characterized in that, on its front side, the base frame with at least one centring bore, which serves in functional terms as a floating bearing, and in that, on its rear side, the decorative element is provided with at least one centring pin, which serves in functional terms as a floating bearing, wherein the centring bore /centring pin are arranged to correspond to one another in each case.
A lubricating oil composition comprising: a base oil of lubricating viscosity; an effective amount of a Mannich base condensation product of (a) a hydroxyaromatic compound of formula H-Ar- y, wherein Ar represents a naphthyl or binaphthyl moiety and y is 1 to 2 times the number of aromatic rings in Ar, and the hydroxyaromatic compound is optionally substituted with one or more C 1 -C 20 hydrocarbyl moieties; (b) an aldehyde; and (c) a primary or secondary amine which is a mono- or poly- amine having a total of from 2 to 60 carbon atoms and 1 to 12 nitrogen atoms in the molecule, wherein the combined number of carbon atoms in any optional hydrocarbyl substituents of the hydroxyaromatic compound, the aldehyde and the amine is less than 80; and, an effective amount of a high molecular weight nitrogen-containing dispersant having a number average molecular weight of greater than or equal to 450. a base oil of lubricating viscosity; an effective amount of a Mannich base condensation product of (a) a hydroxyaromatic compound of formula H-Ar- y, wherein Ar represents a naphthyl or binaphthyl moiety and y is 1 to 2 times the number of aromatic rings in Ar, and the hydroxyaromatic compound is optionally substituted with one or more C 1 -C 20 hydrocarbyl moieties; (b) an aldehyde; and (c) a primary or secondary amine which is a mono- or poly- amine having a total of from 2 to 60 carbon atoms and 1 to 12 nitrogen atoms in the molecule, wherein the combined number of carbon atoms in any optional hydrocarbyl substituents of the hydroxyaromatic compound, the aldehyde and the amine is less than 80; and, an effective amount of a high molecular weight nitrogen-containing dispersant having a number average molecular weight of greater than or equal to 450.
An inspection apparatus for examining vessels which are fixedly mounted on a processing machine, including a camera which comprises a first optical component and is coupled to an image processing unit, and which is mounted with respect to a vessel to be inspected which is in an inspection position on the processing machine, wherein the inspection apparatus comprises a second movably supported optical element (6, 6'), and wherein the first optical element and the second, optical element (6, 6') are in operative connection with the camera for recording an image of at least one view in the direction of a vessel opening and at least one view in the direction of a side of the vessel to be inspected facing away from the vessel opening, wherein the second movably supported optical element (6, 6') is arranged in a movable component which includes at least one retaining tube, wherein - the camera is arranged stationary relative to the vessel to be inspected, characterised in that - the camera with at least one illumination device is surrounded by a jacket tube, wherein the jacket tube has a central longitudinal axis, and an outer diameter of the jacket tube is smaller than an opening cross-section of the retaining tube, so that the jacket tube may be at least partially accommodated in the retaining tube, and - the component in which the second optical element (6, 6') is arranged is movable in parallel to the central longitudinal axis of the jacket tube relative to the stationary camera. - the camera is arranged stationary relative to the vessel to be inspected, - the camera with at least one illumination device is surrounded by a jacket tube, wherein the jacket tube has a central longitudinal axis, and an outer diameter of the jacket tube is smaller than an opening cross-section of the retaining tube, so that the jacket tube may be at least partially accommodated in the retaining tube, and - the component in which the second optical element (6, 6') is arranged is movable in parallel to the central longitudinal axis of the jacket tube relative to the stationary camera.
A system for preparing a polylactic acid spunbond nonwoven fabric, the system comprising: a first PLA source configured to provide a stream of molten or semi-molten PLA resin; a spin beam in fluid communication with the first PLA source, the spin beam configured to extrude and draw a plurality of PLA continuous filaments; a collection surface disposed below an outlet of the spin beam onto which the PLA continuous filaments are deposited to form the PLA spunbond nonwoven fabric; a first ionization source positioned and arranged to expose the PLA continuous filaments to ions; and a calender positioned downstream of the first ionization source. a first PLA source configured to provide a stream of molten or semi-molten PLA resin; a spin beam in fluid communication with the first PLA source, the spin beam configured to extrude and draw a plurality of PLA continuous filaments; a collection surface disposed below an outlet of the spin beam onto which the PLA continuous filaments are deposited to form the PLA spunbond nonwoven fabric; a first ionization source positioned and arranged to expose the PLA continuous filaments to ions; and a calender positioned downstream of the first ionization source.
A computing device in communication with a network associated with an operating room, comprising: a processor configured to: determine a locus of the network with which the processor is in communication, wherein the locus of the network is any of a first network or a second network; identify a data communications session, determine a data type of the data communications session, and direct the data communications session to the first network or the second network based on the locus of the network and the data type of the data communications session. a processor configured to: determine a locus of the network with which the processor is in communication, wherein the locus of the network is any of a first network or a second network; identify a data communications session, determine a data type of the data communications session, and direct the data communications session to the first network or the second network based on the locus of the network and the data type of the data communications session.
Connection arrangement, having a first component configured as a shock absorber and a second component configured as an equalizing chamber, for mechanical and hydraulic connection of the two oil-containing components (1, 3), comprising a hollow connecting piece attached or attachable to the first component having an at least approximately flat end face, an inner opening of the connecting piece being in connection with an oil-containing chamber of the first component and being at least partially provided with a thread, a hollow connecting piece attached or attachable to the second component, the connecting piece having an end face adapted to the end face of the connecting piece of the first component, an inner opening of the connecting piece being in connection with an oil-containing chamber of the second component and being at least partially provided with a thread, wherein the pitch of the threads (30, 31) of both connecting pieces (11, 13) is different from each other, and comprising a hollow screw that has a thread corresponding to the thread of the first connecting piece followed by a thread corresponding to the thread of the second connecting piece, and comprising a device for locking the rotation in a form-fitting manner of the two connecting pieces (11, 13) about the axis formed by the screw.