mhurhangee/ep-ind-claims huggingface dataset:
A method for diagnosing a cancer in a subject or diagnosing nonalcoholic fatty liver disease (NAFLD) in a subject, the method comprising: separating serum or plasma from blood collected from a subject; partitioning the serum or plasma in an aqueous multi-phase partitioning system comprising at least two immiscible phases, wherein the partitioning system is an aqueous two-phase partitioning system which is adapted to differentially partition human serum albumin when the cancer or NAFLD, respectively, is present or absent in the subject; assaying the phases of the partitioning system for human serum albumin using a specific assay for said albumin; calculating a partition coefficient based on the assay; and, diagnosing the cancer or NAFLD, respectively, in the subject by comparing the partition coefficient with reference values for individuals with and without the cancer or NAFLD, respectively. separating serum or plasma from blood collected from a subject; partitioning the serum or plasma in an aqueous multi-phase partitioning system comprising at least two immiscible phases, wherein the partitioning system is an aqueous two-phase partitioning system which is adapted to differentially partition human serum albumin when the cancer or NAFLD, respectively, is present or absent in the subject; assaying the phases of the partitioning system for human serum albumin using a specific assay for said albumin; calculating a partition coefficient based on the assay; and, diagnosing the cancer or NAFLD, respectively, in the subject by comparing the partition coefficient with reference values for individuals with and without the cancer or NAFLD, respectively.
Vehicle of transport designed to be pulled by an overhead cable, comprising an attachment device to attach the vehicle to the overhead cable, a hanger arm extending along a longitudinal axis and connected to the attachment device, a support connected to the hanger arm, the vehicle comprising at least two chairs (9 to 13) suspended on the support, the support delimiting a space open towards the outside and situated underneath said at least two chairs (9 to 13), characterized in that the at least two chairs are situated one behind the other according to an axis perpendicular to the longitudinal axis and extending along the moving direction of the vehicle.
An aircraft propulsor comprising: a core engine; a fixed nacelle portion circumscribing the core engine and comprising a nacelle latch; and a fan cowl configured to rotate around at least a first axis and comprising: a fan cowl latch configured to couple to the nacelle latch, and a tangential restraint comprising a restraint surface disposed non-parallel to a mounting surface of the fan cowl, wherein the fixed nacelle portion comprises a tangential receiving portion comprising a fixed nacelle surface configured to be disposed within a first distance of the restraint surface, wherein the tangential restraint is configured to transfer load to the fixed nacelle portion by contacting the tangential receiving portion to convert at least a portion of a radial load received by the fan cowl to membrane tension by contacting a portion of the fixed nacelle portion when the fan cowl latch and the nacelle latch are coupled together. a core engine; a fixed nacelle portion circumscribing the core engine and comprising a nacelle latch; and a fan cowl configured to rotate around at least a first axis and comprising: a fan cowl latch configured to couple to the nacelle latch, and a tangential restraint comprising a restraint surface disposed non-parallel to a mounting surface of the fan cowl, wherein the fixed nacelle portion comprises a tangential receiving portion comprising a fixed nacelle surface configured to be disposed within a first distance of the restraint surface, wherein the tangential restraint is configured to transfer load to the fixed nacelle portion by contacting the tangential receiving portion to convert at least a portion of a radial load received by the fan cowl to membrane tension by contacting a portion of the fixed nacelle portion when the fan cowl latch and the nacelle latch are coupled together. a fan cowl latch configured to couple to the nacelle latch, and a tangential restraint comprising a restraint surface disposed non-parallel to a mounting surface of the fan cowl, wherein the fixed nacelle portion comprises a tangential receiving portion comprising a fixed nacelle surface configured to be disposed within a first distance of the restraint surface, wherein the tangential restraint is configured to transfer load to the fixed nacelle portion by contacting the tangential receiving portion to convert at least a portion of a radial load received by the fan cowl to membrane tension by contacting a portion of the fixed nacelle portion when the fan cowl latch and the nacelle latch are coupled together.
An apparatus (1, 1a) for reorienting, in particular for turning, a slice or a portion comprising a plurality of slices, in particular a food product sliced by means of a high-speed slicer, having a first conveying device which has a first support surface and having a second conveying device which has a second support surface facing the first support surface, wherein the two conveying devices (7, 9) are rotatable together by a reorientation angle about an axis of rotation (21, 21a) which at least approximately extends in a conveying direction, characterized in that the apparatus comprises a control, whereby the slice or the portion can also be conveyed in the conveying direction by means of at least one of the two conveying devices (7, 9) during the reorientation.
A server for a vehicle-to-everything, V2X, service, the server comprising: a processor; and a memory operatively coupled with the processor and configured to store instructions that, when executed by the processor, cause the server to perform functions comprising: receiving, from a first V2X device, a message for configuring a subscription area, wherein the server delivers a V2X message of a V2X device associated with the subscription area of the first V2X device to the first V2X device; receiving, from a second V2X device, a V2X message, the V2X message including a V2X ID identifying the second V2X device and driving information of the second V2X device; determining that the second V2X device affects the first V2X device based on the V2X message of the second V2X device if the second V2X device is not associated with the subscription area; and transmitting, to the first V2X device, a reconfiguration message for requesting a reconfiguration of the subscription area of the first V2X device when the second V2X device affects the first V2X device. a processor; and a memory operatively coupled with the processor and configured to store instructions that, when executed by the processor, cause the server to perform functions comprising: receiving, from a first V2X device, a message for configuring a subscription area, wherein the server delivers a V2X message of a V2X device associated with the subscription area of the first V2X device to the first V2X device; receiving, from a second V2X device, a V2X message, the V2X message including a V2X ID identifying the second V2X device and driving information of the second V2X device; determining that the second V2X device affects the first V2X device based on the V2X message of the second V2X device if the second V2X device is not associated with the subscription area; and transmitting, to the first V2X device, a reconfiguration message for requesting a reconfiguration of the subscription area of the first V2X device when the second V2X device affects the first V2X device. receiving, from a first V2X device, a message for configuring a subscription area, wherein the server delivers a V2X message of a V2X device associated with the subscription area of the first V2X device to the first V2X device; receiving, from a second V2X device, a V2X message, the V2X message including a V2X ID identifying the second V2X device and driving information of the second V2X device; determining that the second V2X device affects the first V2X device based on the V2X message of the second V2X device if the second V2X device is not associated with the subscription area; and transmitting, to the first V2X device, a reconfiguration message for requesting a reconfiguration of the subscription area of the first V2X device when the second V2X device affects the first V2X device.
A test rig for testing a component (20, 21), which test rig comprises - an adjustable radial weight arrangement (11, 12) mounted on a rotatable shaft; - a driving means for rotating the shaft at a shaft rotational velocity (ω); - an adjusting means (15, 150) for adjusting the centre of mass (CM_RW) of the adjustable radial weight arrangement (11, 12) relative to the shaft while the shaft is rotating; characterised in that the adjustable radial weight arrangement (11, 12) comprises at least a first radial weight and a second radial weight mounted on the shaft such that an angular displacement (θ) between the radial weights (11, 12) is adjustable. - an adjustable radial weight arrangement (11, 12) mounted on a rotatable shaft; - a driving means for rotating the shaft at a shaft rotational velocity (ω); - an adjusting means (15, 150) for adjusting the centre of mass (CM_RW) of the adjustable radial weight arrangement (11, 12) relative to the shaft while the shaft is rotating;
A surgical stapling device comprising an end effector that comprises: a circular anvil having a staple forming surface; a plurality of staples facing the staple forming surface of the anvil; and a staple driver assembly comprising a plurality of staple drivers (950,952), wherein each staple driver (950, 952) supports one of the plurality of staples and is configured such that, when the staple driver assembly is actuated, each staple driver (950, 952) drives the staple into the staple forming surface of the anvil, wherein a first quantity of the plurality of staple drivers has a first height and a second quantity of the plurality of staple drivers has a second height, wherein the first height is less than the second height, wherein the staple driver assembly comprises an outer ring of the staple drivers and an inner ring of the staple drivers, wherein the staple drivers of the outer ring have the first height and the staple drivers of the inner ring have the second height and characterized in that all of the staples have substantially the same pre-formation prong length. a circular anvil having a staple forming surface; a plurality of staples facing the staple forming surface of the anvil; and a staple driver assembly comprising a plurality of staple drivers (950,952), wherein each staple driver (950, 952) supports one of the plurality of staples and is configured such that, when the staple driver assembly is actuated, each staple driver (950, 952) drives the staple into the staple forming surface of the anvil, wherein a first quantity of the plurality of staple drivers has a first height and a second quantity of the plurality of staple drivers has a second height, wherein the first height is less than the second height, wherein the staple driver assembly comprises an outer ring of the staple drivers and an inner ring of the staple drivers, wherein the staple drivers of the outer ring have the first height and the staple drivers of the inner ring have the second height and characterized in that all of the staples have substantially the same pre-formation prong length.
Method for producing a 3D-MID component having a structured surface, wherein a composite is produced by way of the multi-component injection moulding method and then coated, characterized in that - the composite is produced as a non-firmly bonded composite comprising at least one first moulding produced in the injection moulding method and at least one second moulding produced in the injection moulding method in such a manner that partial regions of the surface of each first moulding remain exposed, - the composite is at least partially coated by means of plasma coating so that the exposed partial regions of each first moulding are at least partially coated and - at least one second moulding is removed from the composite. - the composite is produced as a non-firmly bonded composite comprising at least one first moulding produced in the injection moulding method and at least one second moulding produced in the injection moulding method in such a manner that partial regions of the surface of each first moulding remain exposed, - the composite is at least partially coated by means of plasma coating so that the exposed partial regions of each first moulding are at least partially coated and - at least one second moulding is removed from the composite.
A light bulb, comprising: a driving module including a driver circuitry, the driver circuitry comprising a current provider and a tuning circuitry; at least two flexible filaments, each of the flexible filaments has LED chips and is capable of emitting light with a different light characteristic from each other, each of the flexible filaments is spiral along a transverse axis of the light bulb, and is independently electrically connected to the driving module, and a bulb housing enclosing the filaments; the current provider being configured to provide currents to the flexible filaments, and the tuning circuitry being configured to control the current provider to provide the currents to the flexible filaments for emitting light of a desired luminance; characterized in that the driver circuitry further comprises a selection circuitry configured to selectively provide electrically connection between the current provider and the flexible filaments; and the selection circuit comprises a single-chip microcomputer having a power pin, a control pin, and a plurality of output pins respectively corresponding to one output end of the constant-current provider and one flexible filament; the control pin connects to external switch, and the power pin connects to the power output circuity; the control pins are configured to output different control signals when the switch is turned on, so as to turn on or off the output pins. a driving module including a driver circuitry, the driver circuitry comprising a current provider and a tuning circuitry; at least two flexible filaments, each of the flexible filaments has LED chips and is capable of emitting light with a different light characteristic from each other, each of the flexible filaments is spiral along a transverse axis of the light bulb, and is independently electrically connected to the driving module, and a bulb housing enclosing the filaments; the current provider being configured to provide currents to the flexible filaments, and the tuning circuitry being configured to control the current provider to provide the currents to the flexible filaments for emitting light of a desired luminance; characterized in that the driver circuitry further comprises a selection circuitry configured to selectively provide electrically connection between the current provider and the flexible filaments; and the selection circuit comprises a single-chip microcomputer having a power pin, a control pin, and a plurality of output pins respectively corresponding to one output end of the constant-current provider and one flexible filament; the control pin connects to external switch, and the power pin connects to the power output circuity; the control pins are configured to output different control signals when the switch is turned on, so as to turn on or off the output pins.
Getter structure comprising at least: - a support; - a first layer of getter material arranged on the support; - a second layer of getter material such that the first layer of getter material is arranged between the support and the second layer of getter material; - a first portion of material mechanically connecting a first face of the second layer of getter material to a first face of the first layer of getter material and forming at least one first space between the first faces (114, 116) of the first and second layers (104, 106) of getter material enabling a circulation of gas between the first faces (114, 116) of the first and second layers (104, 106) of getter material; - a first opening extending through at least the second layer of getter material and emerging into the first space; characterized in that the material of the first portion is capable of being etched selectively compared to the getter materials of the first and second layers (104, 106). - a support; - a first layer of getter material arranged on the support; - a second layer of getter material such that the first layer of getter material is arranged between the support and the second layer of getter material; - a first portion of material mechanically connecting a first face of the second layer of getter material to a first face of the first layer of getter material and forming at least one first space between the first faces (114, 116) of the first and second layers (104, 106) of getter material enabling a circulation of gas between the first faces (114, 116) of the first and second layers (104, 106) of getter material; - a first opening extending through at least the second layer of getter material and emerging into the first space;
Electrochemical reactor, characterized in that it comprises: - a membrane electrode assembly including a proton exchange membrane, an anode on a first face of the membrane, a cathode on a second face of the membrane, at least one first reinforcement fastened to one of the faces of the membrane and surrounding either the anode, or the cathode; - a conductive bipolar plate passed through by a first flow manifold (593, 594, 591, 596), a first face comprising flow channels of a cathodic reactive zone and comprising cathodic homogenizing channels placing the cathodic reactive zone in communication with the first manifold; - at least one element from said membrane and said first reinforcement not covering the cathodic homogenizing channels, and the depth of the cathodic homogenizing channels being greater than the depth of the flow channels of the cathodic reactive zone. - a membrane electrode assembly including a proton exchange membrane, an anode on a first face of the membrane, a cathode on a second face of the membrane, at least one first reinforcement fastened to one of the faces of the membrane and surrounding either the anode, or the cathode; - a conductive bipolar plate passed through by a first flow manifold (593, 594, 591, 596), a first face comprising flow channels of a cathodic reactive zone and comprising cathodic homogenizing channels placing the cathodic reactive zone in communication with the first manifold; - at least one element from said membrane and said first reinforcement not covering the cathodic homogenizing channels, and the depth of the cathodic homogenizing channels being greater than the depth of the flow channels of the cathodic reactive zone.
Coloured polymer particles comprising monomer units of at least one polymerisable dye, at least one co-monomer, at least one polymerisable steric stabiliser and optionally at least one charged co-monomer, and optionally at least one crosslinking co-monomer.
A nucleic acid construct comprising a tobacco rattle virus sequence and a nucleic acid sequence encoding a single guide RNA (sgRNA) that mediates sequence-specific cleavage in a target sequence of a genome of interest, wherein said TRV sequence is devoid of a functional 2b sequence and devoid of a functional coat protein and wherein said TRV sequence comprises a TRV2 sequence.
An educational string instrument comprising: a body provided with a head portion and a bottom portion; a nut installed on the head portion; a saddle installed on the bottom portion; a plurality of fixing parts installed on an outer side of the nut of the body; a plurality of tuning devices installed on an outer side of the saddle of the body; a plurality of strings supported by the fixing parts and the tuning devices and installed to be spaced apart from the body by the nut and the saddle, and a single fret installed to be inwardly spaced apart from an inner side of the nut to form a fingerboard part and raising an original note of the string by a semitone by fingering the fingerboard part to be in contact with the string and shortening a length of a vibrating portion of the string when plucking the string, wherein in an ordinary state, the single fret is positioned to be spaced apart from the string, characterized in that each string is configured to produce only two notes, wherein the plurality of strings consists of seven or more strings, wherein the head portion is formed to be outwardly rounded across all of the plurality of strings, wherein the single fret is installed to be outwardly rounded across all of the plurality of strings with a fingerboard width spaced from the nut, and wherein the single fret is the only fret provided on the educational string instrument. a body provided with a head portion and a bottom portion; a nut installed on the head portion; a saddle installed on the bottom portion; a plurality of fixing parts installed on an outer side of the nut of the body; a plurality of tuning devices installed on an outer side of the saddle of the body; a plurality of strings supported by the fixing parts and the tuning devices and installed to be spaced apart from the body by the nut and the saddle, and a single fret installed to be inwardly spaced apart from an inner side of the nut to form a fingerboard part and raising an original note of the string by a semitone by fingering the fingerboard part to be in contact with the string and shortening a length of a vibrating portion of the string when plucking the string, wherein in an ordinary state, the single fret is positioned to be spaced apart from the string, characterized in that each string is configured to produce only two notes, wherein the plurality of strings consists of seven or more strings, wherein the head portion is formed to be outwardly rounded across all of the plurality of strings, wherein the single fret is installed to be outwardly rounded across all of the plurality of strings with a fingerboard width spaced from the nut, and wherein the single fret is the only fret provided on the educational string instrument.