mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method of modeling a reservoir property of subsurface reservoir structure by support vector machine processing by the computer of input data available from the reservoir to form measures of the reservoir property at regions of interest in the subsurface reservoir by regression analysis of the available input data, the method comprising the computer processing steps of: (a) receiving training input data about subsurface attributes from seismic survey data obtained from seismic surveys of the reservoir; (b) receiving training target data about formation rock characteristics from data obtained from wells in the reservoir; (c) selecting a subset of seismic attribute parameters for support vector machine modeling by cross-correlation of the training input data with the training target data; (d) optimizing the selected seismic attribute parameters; (e) providing the training input data and the optimized selected seismic attribute parameters as inputs for support vector machine modeling; (f) performing support vector machine modeling (24, 26) to predict the reservoir property based on the optimized selected seismic attribute parameters; and (g) forming an output display of the predicted reservoir property. (a) receiving training input data about subsurface attributes from seismic survey data obtained from seismic surveys of the reservoir; (b) receiving training target data about formation rock characteristics from data obtained from wells in the reservoir; (c) selecting a subset of seismic attribute parameters for support vector machine modeling by cross-correlation of the training input data with the training target data; (d) optimizing the selected seismic attribute parameters; (e) providing the training input data and the optimized selected seismic attribute parameters as inputs for support vector machine modeling; (f) performing support vector machine modeling (24, 26) to predict the reservoir property based on the optimized selected seismic attribute parameters; and (g) forming an output display of the predicted reservoir property.
A touch panel, comprising: a first substrate having a first surface and a second surface that are opposite to each other; a second substrate being a polarizer that comprises a first surface arranged on the first surface side of the first substrate, and a second surface, the first surface of the polarizer and the second surface of the polarizer being opposite to each other; a circuit formed on the first surface of the polarizer or the second surface of the polarizer, the circuit comprising a driving circuit and a sensing circuit; and a third substrate arranged on the second surface side of the polarizer; and a color filter formed on the second surface of the first substrate, wherein the third substrate is a cover lens. a first substrate having a first surface and a second surface that are opposite to each other; a second substrate being a polarizer that comprises a first surface arranged on the first surface side of the first substrate, and a second surface, the first surface of the polarizer and the second surface of the polarizer being opposite to each other; a circuit formed on the first surface of the polarizer or the second surface of the polarizer, the circuit comprising a driving circuit and a sensing circuit; and a third substrate arranged on the second surface side of the polarizer; and a color filter formed on the second surface of the first substrate, wherein the third substrate is a cover lens.
An automatic analyzing apparatus including: a transport line for transporting a sample container sealed with a sealing plug with a rack on which the sample container is mounted; a probe that pierces the sealing plug of the sample container sealed with the sealing plug and suctions a sample from the sample container sealed with the sealing plug, after which the probe is pulled out and discharges the sample into a reaction vessel; a fixed member installed at a suction position of the probe and fixed at a predetermined level for pressing down the sample container sealed with the sealing plug that is lifted from the rack due to friction between the probe and the sealing plug when pulling out the probe from the sample container sealed with the sealing plug; and a mechanism that pushes down the lifted sample container sealed with the sealing plug toward the rack after pulling out the probe from the sample container, wherein the push-down mechanism includes a contact portion that comes in contact with the sealing plug of the lifted sample container, characterized in that said fixed member is fixed to a predetermined position and not driven in a vertical direction, and the contact portion pushes down the sample container while the transport line transports the rack without stopping the rack at the position of the push-down mechanism. a transport line for transporting a sample container sealed with a sealing plug with a rack on which the sample container is mounted; a probe that pierces the sealing plug of the sample container sealed with the sealing plug and suctions a sample from the sample container sealed with the sealing plug, after which the probe is pulled out and discharges the sample into a reaction vessel; a fixed member installed at a suction position of the probe and fixed at a predetermined level for pressing down the sample container sealed with the sealing plug that is lifted from the rack due to friction between the probe and the sealing plug when pulling out the probe from the sample container sealed with the sealing plug; and a mechanism that pushes down the lifted sample container sealed with the sealing plug toward the rack after pulling out the probe from the sample container, wherein the push-down mechanism includes a contact portion that comes in contact with the sealing plug of the lifted sample container, characterized in that said fixed member is fixed to a predetermined position and not driven in a vertical direction, and the contact portion pushes down the sample container while the transport line transports the rack without stopping the rack at the position of the push-down mechanism.
Backrest folding mechanism for a vehicle seat, with a backrest, in particular a single- or multi-part rear seat backrest, wherein the backrest folding mechanism has an actuating element which is arranged remotely from the backrest and acts on the backrest folding mechanism in order to remotely unlock a locking and unlocking element of the backrest in relation to a bodywork-side holding element which is operatively connected to the locking and unlocking element, after which the backrest can be brought from a starting position which is substantially vertical or is slightly inclined in relation to a vertical into a folded-over position, characterized in that the shifting of the actuating element firstly in an unlocking step (') of the backrest acts via a first Bowden cable on a dérailleur which is arranged on the backrest, at the same time carries along a tension element arranged between the dérailleur and the locking and unlocking element and remotely unlocks the backrest, which is still in the starting position, after which a further shifting of the actuating element in a folding-down step (") of the backrest via the first Bowden cable once again acts on the dérailleur in such a manner that the dérailleur tilts the backrest beyond its vertical dead centre, as a result of which the backrest is overturned in a subsequent folding-over step ("') into the folded-over position, wherein the dérailleur is a dérailleur roller which is arranged to the side of the backrest on a bodywork-mounted axis of the backrest, which axis lies transversely with respect to the direction of travel (y direction), so as to be freely rotatable within certain limits in relation to a bodywork and in relation to the backrest.
A secondary sheet comprising a resin and a particulate carbon material with a content of the particulate carbon material being 50% by mass or less such that the particulate carbon material is aligned in a thickness direction of the secondary sheet, wherein the resin comprises a thermoplastic resin that is liquid at a temperature of 23 °C; the particulate carbon material has an average diameter of 300 μm or less and comprises expanded graphite; and the secondary sheet has a curl index of 0.33 or less, where the curl index is obtained by, when the secondary sheet is formed into a square of 50 mm × 50 mm, a 65 g weight of 55 mm × 55 mm is placed on a flat surface thereof for 10 seconds, and the weight is then removed, dividing a curl height by 50 mm, which is the length of one side of the secondary sheet, where the curl height is measured in millimeters from the flat surface in a direction perpendicular to the flat surface.
A method in a network node, the method comprising: obtaining (910, 1110, 1310) an indication that a set of antenna ports or reference signal ports share a limited set of channel properties; transmitting (920, 1120) signals corresponding to at least two of the antenna ports or reference signal ports in the set from the same set of transmission points; and transmitting (1130, 1320) an indication of the set of antenna ports or reference signal ports to at least one wireless device served by the network node. obtaining (910, 1110, 1310) an indication that a set of antenna ports or reference signal ports share a limited set of channel properties; transmitting (920, 1120) signals corresponding to at least two of the antenna ports or reference signal ports in the set from the same set of transmission points; and transmitting (1130, 1320) an indication of the set of antenna ports or reference signal ports to at least one wireless device served by the network node.
Slide comprising a fixed profile intended to be secured onto a frame and extending along a longitudinal axis, said fixed profile having a central part and two lateral parts,; a movable profile intended to be fixed to an element to be moved and guided by the fixed profile along the longitudinal axis, this movable profile comprising: - a central section central U-shaped section open towards the central part of the first profile - first and second side flanks, extending in the direction of the central part of the fixed profile, - first and second flanges, extending opposite to one another, from the lower part of the first and second side flanks - a connecting plate provided at one end with a projecting part passing through the central part of the movable profile to secure an element to be moved and, at its other end, a penetrating part inserted between two flanks of the mobile profile, characterized in that the penetrating part of the connecting plate is secured to the movable profile at the junction of the lower part of the lateral flanks of the movable profile and flanges of this profile by continuous welding of a lower edge of one lateral flank to the lower edge of the other side flank. - a central section central U-shaped section open towards the central part of the first profile - first and second side flanks, extending in the direction of the central part of the fixed profile, - first and second flanges, extending opposite to one another, from the lower part of the first and second side flanks - a connecting plate provided at one end with a projecting part passing through the central part of the movable profile to secure an element to be moved and, at its other end, a penetrating part inserted between two flanks of the mobile profile,
A roller conveyor for transporting piece goods, e.g. pallets or crates, with at least one track for receiving at least one separation member and one ramp device, wherein the ramp device is disposed on the removal-side end of the roller track, wherein the ramp device is connectable with the separation member by way of a coupling member (claim 5), wherein the separation member is disposed on the roller track (1 a) so as to be swivellable around an axis (claim 3) between a passing position and a blocking position, characterized in that when the ramp device is unloaded after passage of a piece good, the separation member autonomously transitions into the blocking position, that the coupling member has an arresting eye with which the separation member engages in the blocking position, wherein the separation member has a long hole to be received by the axis, wherein the separation member is swivellably mounted on the axis so as to be displaceable parallel to the longitudinal axis of the separation member.
An outsole for an article of footwear, the outsole comprising: a first portion having a first traction surface configured for engaging the ground surface, wherein the first traction surface is configured to be disposed on a medial side portion of the article of footwear and comprises one or more first traction elements; and a second portion having a second traction surface configured for engaging the ground surface, wherein the second portion is configured to be disposed on the medial side portion of the article of footwear and extends in a superior direction from the first portion, and wherein the second traction surface comprises one or more second traction elements, wherein the first portion includes a curved rim, wherein the second portion includes a complementary, curved, recessed lip, and wherein the curved rim and the recessed lip are adapted to have face-sharing contact with one another and form an overlapping interface between the first portion and the second portion, the overlapping interface separating the first traction surface and second traction surface from one another, wherein the overlapping interface extends along an entire length of an anterior portion of a medial side portion of the outsole, and wherein the curved rim and the recessed lip undulate in a substantially anterior-to-posterior direction from an anterior end of the outsole to a location on the medial side portion that is between the anterior end and a posterior end, where the first traction surface and second traction surface terminate. a first portion having a first traction surface configured for engaging the ground surface, wherein the first traction surface is configured to be disposed on a medial side portion of the article of footwear and comprises one or more first traction elements; and a second portion having a second traction surface configured for engaging the ground surface, wherein the second portion is configured to be disposed on the medial side portion of the article of footwear and extends in a superior direction from the first portion, and wherein the second traction surface comprises one or more second traction elements, wherein the first portion includes a curved rim, wherein the second portion includes a complementary, curved, recessed lip, and wherein the curved rim and the recessed lip are adapted to have face-sharing contact with one another and form an overlapping interface between the first portion and the second portion, the overlapping interface separating the first traction surface and second traction surface from one another, wherein the overlapping interface extends along an entire length of an anterior portion of a medial side portion of the outsole, and wherein the curved rim and the recessed lip undulate in a substantially anterior-to-posterior direction from an anterior end of the outsole to a location on the medial side portion that is between the anterior end and a posterior end, where the first traction surface and second traction surface terminate.
A thermoplastic composition with improved electroplate adhesion comprising, based on the total weight of the composition, from 45 wt.% to 68 wt.% of one or more polycarbonate resins, from 31 wt.% to 48 wt.% of a first impact modifier, and from 1 wt.% to 7 wt.% of a second impact modifier; wherein the composition exhibits an adhesion value at least 10% greater than that of a reference composition consisting essentially of substantially the same proportions of the same polycarbonate polymer and the same first impact modifier, wherein the first impact modifier is an acrylonitrile butadiene styrene terpolymer; and the second impact modifier is an acrylonitrile butadiene styrene terpolymer different than the first impact modifier, and the second impact modifier is an emulsion polymerized acrylonitrile butadiene styrene.
A quick coupling for establishing a separable connection in a fluid line, with a coupling body, an insertion part, a holder and a safety element, wherein the coupling body has a through bore, wherein the insertion part introduced into the through bore can be preferably reversibly fixed in the through bore with the holder, wherein the holder has a ring corpus, wherein the safety element has a ring body, wherein the ring corpus and the ring body circulate around the insertion part and/or the coupling body, and wherein the safety element can be shifted from a free position into a secured position in an axial direction in relation to the through bore if the insertion part is secured in the through bore with the holder, characterized in that the coupling body is formed from two separate parts, namely a top part and a sealing part, wherein the through bore extends from a top part-side insertion part receiving opening of the coupling body all the way to a sealing part-side outlet opening, wherein in the sealing part the through bore has a sealing section, in which sealing section at least one sealing element is received.
A moisture-regulating composite comprising a) at least one sheetlike substrate material, b) at least one water-soluble hygroscopic substance, and c) at least one water-absorbing polymer polymerized onto said substrate material a) in the presence of said substance b), wherein the polymer comprises a crosslinker comprising compounds having at least two polymerizable groups capable of being free-radically interpolymerized, and the weight ratio of said hygroscopic substance b) to said polymer c) being in the range of 0.01 to 1, wherein said polymer c) additionally comprises a plasticizer. a) at least one sheetlike substrate material, b) at least one water-soluble hygroscopic substance, and c) at least one water-absorbing polymer polymerized onto said substrate material a) in the presence of said substance b), wherein the polymer comprises a crosslinker comprising compounds having at least two polymerizable groups capable of being free-radically interpolymerized, and
A hybrid propulsion vertical take-off and landing (VTOL) aerial vehicle comprising: a fuselage; an engine operatively coupled with one or more generators to generate electric power, the engine and the one or more generators being positioned within the fuselage; a primary wing set comprising two primary wings, the primary wing set having a first plurality of integrated ducted fans to collectively generate a first aggregate thrust, each of said first plurality of integrated ducted fans driven by an electric fan motor operatively coupled with at least one of said one or more generators, wherein the first plurality of integrated ducted fans includes a plurality of immediately adjacent integrated ducted fans across the wingspan of each of the two primary wings; and a canard wing set comprising two canard wings, the canard wing set having a second plurality of integrated ducted fans to collectively generate a second aggregate thrust, each of said second plurality of integrated ducted fans driven by an electric fan motor operatively coupled with at least one of said one or more generators, wherein the second plurality of integrated ducted fans includes a plurality of immediately adjacent integrated ducted fans across the wingspan of each of the two canard wings, wherein the hybrid propulsion VTOL aerial vehicle is operable in a hover mode and a horizontal flight mode, wherein each of the canard wing set and the primary wing set is configured to transition between a vertical wing configuration in the hover mode and a horizontal wing configuration in the horizontal flight mode. a fuselage; an engine operatively coupled with one or more generators to generate electric power, the engine and the one or more generators being positioned within the fuselage; a primary wing set comprising two primary wings, the primary wing set having a first plurality of integrated ducted fans to collectively generate a first aggregate thrust, each of said first plurality of integrated ducted fans driven by an electric fan motor operatively coupled with at least one of said one or more generators, wherein the first plurality of integrated ducted fans includes a plurality of immediately adjacent integrated ducted fans across the wingspan of each of the two primary wings; and a canard wing set comprising two canard wings, the canard wing set having a second plurality of integrated ducted fans to collectively generate a second aggregate thrust, each of said second plurality of integrated ducted fans driven by an electric fan motor operatively coupled with at least one of said one or more generators, wherein the second plurality of integrated ducted fans includes a plurality of immediately adjacent integrated ducted fans across the wingspan of each of the two canard wings, wherein the hybrid propulsion VTOL aerial vehicle is operable in a hover mode and a horizontal flight mode, wherein each of the canard wing set and the primary wing set is configured to transition between a vertical wing configuration in the hover mode and a horizontal wing configuration in the horizontal flight mode.
An inkjet recording ink comprising: a pigment, fine resin particles, a water soluble organic solvent, and water, wherein a polymer chain is grafted onto a surface of the pigment, and the polymer chain is composed of at least one monomer selected from the monomers represented by the following Chemical Formulas to: in Chemical Formula, R2 and R3 each represent one of H and CH 3, and "m" represents the number of units repeated and and "m" is 4 to 12; in Chemical Formula, R4 and R5 each represent one of H and CH 3, and "p" represents the number of units repeated and "p" is 6 to 9; and in Chemical Formula, R6 and R7 each represent one of H and CH 3, and "k" and "1" each represent the number of units repeated and "k +1" is 4 to 12. a pigment, fine resin particles, a water soluble organic solvent, and water, wherein a polymer chain is grafted onto a surface of the pigment, and the polymer chain is composed of at least one monomer selected from the monomers represented by the following Chemical Formulas to: in Chemical Formula, R2 and R3 each represent one of H and CH 3, and "m" represents the number of units repeated and and "m" is 4 to 12; in Chemical Formula, R4 and R5 each represent one of H and CH 3, and "p" represents the number of units repeated and "p" is 6 to 9; and in Chemical Formula, R6 and R7 each represent one of H and CH 3, and "k" and "1" each represent the number of units repeated and "k +1" is 4 to 12.
Method for correcting a non-uniform sensitivity of detector elements in thermographic cameras in which background frames of an internal reference are recorded in shutter phases when the beam path of the thermographic camera is closed, the variations between the background frames of the shutter phases are logged, and an updated background frame is generated and used for the correction of at least one image frame, characterized in that the updated background frame is generated from at least one newly recorded background frame and a background frame to be updated in that sums are formed of the data of every pixel of the newly recorded background frame which are multiplied by a first factor and the data of every pixel of the background frame to be updated which are multiplied by a second factor, wherein the first factor is a value between zero and one, and the second factor is the difference between one and the first factor, so that the data of every pixel of the updated background frame are in the form of an accumulated weighted average, that a plurality of image frames is recorded within the duration of an image phase, that the durations of the image phases are determined by the quantity of the plurality of image frames and their duration, and that the durations of the image phases are at least 50 times greater than the durations of the shutter phases.