mhurhangee/ep-ind-claims huggingface dataset:
A method, implemented in a computer system to connect people for real time communications for online auction of items, the method comprising: (i) presenting a user interface to receive a price bid from a seller of an auctioned item; (ii) determining a way to present a listing of the auctioned item of the seller based at least in part on the price bid, using the computer system (150, 2201); (iii) presenting the listing of the auctioned item on an online marketplace, in the way determined based at least in part on the price bid, to auction off the item on behalf of the seller using the computer system, the listing including an assigned reference to be used to initiate a real time communication to the seller; (iv) connecting a user to the seller using the assigned reference provided in the listing for a real time communication to generate a real time communication lead, using the computer system; (v) recording the real time communication between the user and the seller; (vi) monitoring the recorded real time communication using voice recognition to automatically detect specified words indicative of gray-market activity; (vii) on detection of a real time communication containing words indicative of gray-market activity, automatically highlighting that real time communication; and (viii) in response to the real time communication initiated via the assigned reference provided within the listing of the auctioned item, billing the seller according to the price bid for the real time communication lead generated from the presenting of the listing using the computer system. (i) presenting a user interface to receive a price bid from a seller of an auctioned item; (ii) determining a way to present a listing of the auctioned item of the seller based at least in part on the price bid, using the computer system (150, 2201); (iii) presenting the listing of the auctioned item on an online marketplace, in the way determined based at least in part on the price bid, to auction off the item on behalf of the seller using the computer system, the listing including an assigned reference to be used to initiate a real time communication to the seller; (iv) connecting a user to the seller using the assigned reference provided in the listing for a real time communication to generate a real time communication lead, using the computer system; (v) recording the real time communication between the user and the seller; (vi) monitoring the recorded real time communication using voice recognition to automatically detect specified words indicative of gray-market activity; (vii) on detection of a real time communication containing words indicative of gray-market activity, automatically highlighting that real time communication; and (viii) in response to the real time communication initiated via the assigned reference provided within the listing of the auctioned item, billing the seller according to the price bid for the real time communication lead generated from the presenting of the listing using the computer system.
A method, comprising: receiving, from a lightning detection sensor, waveform features extracted from a waveform signal that represents a radio wave emitted by a lightning discharge, the waveform signal including a plurality of peaks, the waveform features including at least a first peak magnitude and a first arrival time of a first peak of the waveform signal; determining a polarity of the first peak; determining an estimated propagation distance of the radio wave from the lightning discharge to the lightning detection sensor; determining a propagation path profile of the radio wave from the lightning discharge to the lightning detection sensor; characterized by determining whether the first peak represents a ground wave from the lightning discharge or an nth ionospheric reflection of the ground wave based on the estimated propagation distance, the propagation path profile, and at least some of the waveform features, wherein n comprises a positive integer; and determining a sensor-specific polarity of the lightning discharge for the lightning detection sensor based on the determined polarity of the first peak and the determination of whether the first peak represents the ground wave or the nth ionospheric reflection. receiving, from a lightning detection sensor, waveform features extracted from a waveform signal that represents a radio wave emitted by a lightning discharge, the waveform signal including a plurality of peaks, the waveform features including at least a first peak magnitude and a first arrival time of a first peak of the waveform signal; determining a polarity of the first peak; determining an estimated propagation distance of the radio wave from the lightning discharge to the lightning detection sensor; determining a propagation path profile of the radio wave from the lightning discharge to the lightning detection sensor; characterized by determining whether the first peak represents a ground wave from the lightning discharge or an nth ionospheric reflection of the ground wave based on the estimated propagation distance, the propagation path profile, and at least some of the waveform features, wherein n comprises a positive integer; and determining a sensor-specific polarity of the lightning discharge for the lightning detection sensor based on the determined polarity of the first peak and the determination of whether the first peak represents the ground wave or the nth ionospheric reflection.
Method for controlling and optimising a plant for dehumidifying and/or drying plastic material in granular form and/or micro-granular form and/or powder and/or flake, said plant comprising a process fluid generator and at least one dehumidifying/drying hopper intended for supplying a respective user machine, in particular a machine for treating and transforming a plastic material, said user machine comprising a melting device for melting said plastic material and a moulding device for moulding, in particular by injection moulding and/or blow moulding and/or compression moulding, said plastic material; the method comprises the steps of: - detecting a process parameter (iv) of said plastic material; and - adjusting at least one further process parameter (K, D p, t r) of said plant on the basis of the detected value of said process parameter (iv); the method is characterised in that said process parameter is the intrinsic viscosity (iv) of said plastic material in melted state. - detecting a process parameter (iv) of said plastic material; and - adjusting at least one further process parameter (K, D p, t r) of said plant on the basis of the detected value of said process parameter (iv);
Filter for purifying waste air, in particular waste air loaded with ammonia from animal stalls, having: a filter support frame, at least two exchangeable layers of biomaterial (4, 5) provided in the flow direction of the waste air, and, arranged between the layers of biomaterial, at least one exchangeable layer of plastic material for the settling of micro-organisms, a humidifying device at least for the layer of biomaterial arranged downstream, which has softer biomaterial than the layer of harder biomaterial arranged upstream, characterised in that the filter support frame has a lower support plane, provided upstream, with spaced-apart support rods bringing about waste air turbulence, the layer of biomaterial provided downstream of the support plane is formed as a pallet-like wooden grating and is placed on the support rods, and the further layer of biomaterial arranged downstream is accommodated in a modular form in a waste air-resistant mesh or a plastic mesh. a filter support frame, at least two exchangeable layers of biomaterial (4, 5) provided in the flow direction of the waste air, and, arranged between the layers of biomaterial, at least one exchangeable layer of plastic material for the settling of micro-organisms, a humidifying device at least for the layer of biomaterial arranged downstream, which has softer biomaterial than the layer of harder biomaterial arranged upstream, characterised in that the filter support frame has a lower support plane, provided upstream, with spaced-apart support rods bringing about waste air turbulence, the layer of biomaterial provided downstream of the support plane is formed as a pallet-like wooden grating and is placed on the support rods, and the further layer of biomaterial arranged downstream is accommodated in a modular form in a waste air-resistant mesh or a plastic mesh.
A processor-implemented method for detecting an error in an assigned dicrotic notch for an individual heart beat cycle in a cardiac output related waveform comprising: providing cardiac output related waveform data for an individual heart beat cycle, the individual heart beat cycle having a previously determined dicrotic notch time point, a previously determined starting time point identified as the first time the first derivative function of the waveform data equals zero immediately after, in the reversed time order of the waveform data, the point at which the amplitude of the first derivative function is greater than a threshold value, a previously determined cardiac output maximum point representing the time point of maximum of the waveform data for the individual heart beat cycle, and a previously determined ending time point; calculating a second derivative function for the waveform data; determining all the local maxima between the cardiac output maximum point and a search time point in the second derivative function, the search time point being starting time point plus two-thirds the time between the starting time point and the ending time point, wherein if more than one local maximum is found, the dicrotic notch is reassigned to the time point at the second local maximum. providing cardiac output related waveform data for an individual heart beat cycle, the individual heart beat cycle having a previously determined dicrotic notch time point, a previously determined starting time point identified as the first time the first derivative function of the waveform data equals zero immediately after, in the reversed time order of the waveform data, the point at which the amplitude of the first derivative function is greater than a threshold value, a previously determined cardiac output maximum point representing the time point of maximum of the waveform data for the individual heart beat cycle, and a previously determined ending time point; calculating a second derivative function for the waveform data; determining all the local maxima between the cardiac output maximum point and a search time point in the second derivative function, the search time point being starting time point plus two-thirds the time between the starting time point and the ending time point, wherein if more than one local maximum is found, the dicrotic notch is reassigned to the time point at the second local maximum.
A power supply apparatus comprising: a display device having a slot and a connector; and an information process module mounted in the slot and connected to the display device through the connector, wherein, the display device comprises a power unit for receiving commercial power, converting the commercial power into main power, supplying or cutting off a supply of the main power to the display device, and supplying the main power to the information process module connected to in the display device; a user interface unit for receiving a power control signal from a user; and a control unit for, when the power control signal is inputted, supplying or cutting off a supply of the main power to the display device, detecting a power control state of the information process module, and transmitting the power control signal to the information process module according to a detected power control state, wherein the control unit transmits the power control signal to the information process module when the power control state of the information process module does not correspond to the power control signal. a display device having a slot and a connector; and an information process module mounted in the slot and connected to the display device through the connector, wherein, the display device comprises a power unit for receiving commercial power, converting the commercial power into main power, supplying or cutting off a supply of the main power to the display device, and supplying the main power to the information process module connected to in the display device; a user interface unit for receiving a power control signal from a user; and a control unit for, when the power control signal is inputted, supplying or cutting off a supply of the main power to the display device, detecting a power control state of the information process module, and transmitting the power control signal to the information process module according to a detected power control state, wherein the control unit transmits the power control signal to the information process module when the power control state of the information process module does not correspond to the power control signal.
A power supply system including: • a power supply; • a power transmission line connected to the power supply to form a closed circuit; and • at least one pickup (3a, 3b, 3c) configured to accept and slidingly engage with the power transmission line such that the pickup (3a, 3b, 3c) completely encircles a portion of the power transmission line threaded through the pickup (3a, 3b, 3c), and to inductively couple to the power transmission line, wherein the at least one pickup (3a, 3b, 3c) can be positioned at any point along the length of the power transmission line by sliding it along the power transmission line, characterised in that the power supply is configured to provide a constant AC current with a sinusoidal waveform having a frequency between 500 Hz and 1000 Hz. • a power supply; • a power transmission line connected to the power supply to form a closed circuit; and • at least one pickup (3a, 3b, 3c) configured to accept and slidingly engage with the power transmission line such that the pickup (3a, 3b, 3c) completely encircles a portion of the power transmission line threaded through the pickup (3a, 3b, 3c), and to inductively couple to the power transmission line,
A baler for manufacturing bales of harvested crop material, the baler comprising a bale chamber comprising a first part where a plunger can make a reciprocating movement, and a second part which cannot be reached by the reciprocating plunger, the second part comprising four walls defining a generally rectangular opening through which a bale being formed is urged along a bale travel axis from a front end input side towards a rear end output side, wherein the second part has a varying cross section along the length direction of the bale chamber, whereby the rate of change of the cross sections is different on at least three distinct positions along the length of the second part of the bale chamber, and characterized in that at least one wall of the second part of the bale chamber comprises at least three connected convergent sections (250, 260, 270), whereby along the length direction of the bale chamber at least three of the convergent sections are connected relative to each other such that the rate of change of the cross section is different on at least three distinct positions along the length direction of the bale chamber, each position lying in a different one of said at least three sections, and in that the at least three convergent sections (250, 260, 270) are planar sections, each being connected under an angle (α, β) relative to each other, these angles being selected such that the rate of change of the cross section of the bale chamber in the zone defined by each convergent section (250, 260, 270) is different along the length direction of the bale chamber.
A liposome composition comprising: a liposome which contains a nucleic acid analog anticancer agent and in which a content ratio of a lysophospholipid contained in a lipid forming the liposome with respect to a total amount of phospholipids other than the lysophospholipid contained in the lipid forming the liposome is 0.01 mol% to 5 mol% and a nucleic acid analog anticancer agent / lipid ratio is 2 mass% to 10 mass%, wherein the nucleic acid analog anticancer agent is gemcitabine or a salt thereof, the liposome composition is no liposome composition having a gemcitabine concentration of 0.68 mg/ml, a particle size of 73 nm, and an inner water phase/out water phase osmotic pressure ratio of 3.6-fold, and the liposome composition is no liposome composition having a gemcitabine hydrochloride concentration of 0.71 mg/ml, a particle size of 75.7 nm, an inner water phase osmotic pressure of 1039 mOsm/l, and an outer water phase osmotic pressure of 285 mOsm/l, with the osmotic pressure of the inner water phase being 3.6-fold relative to that of the outer water phase. a liposome which contains a nucleic acid analog anticancer agent and in which a content ratio of a lysophospholipid contained in a lipid forming the liposome with respect to a total amount of phospholipids other than the lysophospholipid contained in the lipid forming the liposome is 0.01 mol% to 5 mol% and a nucleic acid analog anticancer agent / lipid ratio is 2 mass% to 10 mass%, wherein the nucleic acid analog anticancer agent is gemcitabine or a salt thereof, the liposome composition is no liposome composition having a gemcitabine concentration of 0.68 mg/ml, a particle size of 73 nm, and an inner water phase/out water phase osmotic pressure ratio of 3.6-fold, and the liposome composition is no liposome composition having a gemcitabine hydrochloride concentration of 0.71 mg/ml, a particle size of 75.7 nm, an inner water phase osmotic pressure of 1039 mOsm/l, and an outer water phase osmotic pressure of 285 mOsm/l, with the osmotic pressure of the inner water phase being 3.6-fold relative to that of the outer water phase.
An absorbent core for use in an absorbent article, the absorbent core extending in a transversal direction (x) and a longitudinal direction (y), the absorbent core comprising: a fluid-permeable top layer; a bottom layer; one or more central layers sandwiched between the top layer and the bottom layer, each central layer having a front edge, a back edge and two longitudinally extending side edges (7, 8), wherein the central layer is a high loft fibrous nonwoven layer which is free of cellulose fibers; characterized in that said high loft fibrous nonwoven layer consisting of a carded air-through bonded nonwoven or drylaid thermobonded nonwoven; and wherein said central layer is impregnated with superabsorbent particles such that said particles are comprised through a thickness (z) of said central layer, said thickness extending perpendicular to both the transversal direction (x) and a longitudinal direction (y), and in that said high loft fibrous nonwoven layer is substantially free of hotmelt adhesive for immobilizing said superabsorbent particles, and wherein fibers of the high loft fibrous nonwoven layer comprise or consist of a material selected from the group consisting of: polylactic acid or derivatives thereof, polylactic-co-glycolic acid or derivatives thereof, polyhydroxyalkanoates or derivatives thereof, bio-polyethylene, bio-polypropylene, and mixtures thereof. a fluid-permeable top layer; a bottom layer; one or more central layers sandwiched between the top layer and the bottom layer, each central layer having a front edge, a back edge and two longitudinally extending side edges (7, 8), wherein the central layer is a high loft fibrous nonwoven layer which is free of cellulose fibers; characterized in that said high loft fibrous nonwoven layer consisting of a carded air-through bonded nonwoven or drylaid thermobonded nonwoven; and wherein said central layer is impregnated with superabsorbent particles such that said particles are comprised through a thickness (z) of said central layer, said thickness extending perpendicular to both the transversal direction (x) and a longitudinal direction (y), and in that said high loft fibrous nonwoven layer is substantially free of hotmelt adhesive for immobilizing said superabsorbent particles, and wherein fibers of the high loft fibrous nonwoven layer comprise or consist of a material selected from the group consisting of: polylactic acid or derivatives thereof, polylactic-co-glycolic acid or derivatives thereof, polyhydroxyalkanoates or derivatives thereof, bio-polyethylene, bio-polypropylene, and mixtures thereof.
A computer-implemented method comprising: generating, using an image sensor, an image sequence, the image sequence comprising a plurality of frames including keyframes and non-keyframes, where keyframes are alternating images of the image sequence separated by one or more non-keyframe images; generating modified keyframe images by processing keyframe images from the image sequence using a machine learning scheme; generating modified non-keyframe images using flow maps generated between the non-keyframe images and preceding keyframe images, the modified non-keyframe images being generated by applying the flow maps to the modified keyframe images; and displaying, on a display device of the machine, a modified image sequence generated using refined modified keyframe images and refined modified non-keyframe images, characterized by: refining each of the modified keyframe images and non-keyframe images by using a guided filter using the corresponding image as a guide. generating, using an image sensor, an image sequence, the image sequence comprising a plurality of frames including keyframes and non-keyframes, where keyframes are alternating images of the image sequence separated by one or more non-keyframe images; generating modified keyframe images by processing keyframe images from the image sequence using a machine learning scheme; generating modified non-keyframe images using flow maps generated between the non-keyframe images and preceding keyframe images, the modified non-keyframe images being generated by applying the flow maps to the modified keyframe images; and displaying, on a display device of the machine, a modified image sequence generated using refined modified keyframe images and refined modified non-keyframe images, characterized by: refining each of the modified keyframe images and non-keyframe images by using a guided filter using the corresponding image as a guide.
Parking lock shift device of a motor vehicle having at least one switching unit, characterised in that the switching unit is a hydraulic switching unit which is designed for a switching pressure which can be produced by a drive unit formed separately from an internal combustion engine, and the switching unit has a locking unit, the switching unit has a dual-acting hydraulic actuator, and the locking unit can be overcome by means of the switching unit, wherein the locking unit can be overcome by means of the switching unit only in one single switching direction.