mhurhangee/ep-ind-claims huggingface dataset:
An assembly for analysing a sample on a planar substrate, the assembly comprising: a substrate support structure having a chamber formed therein, the chamber having an opening defined in a first surface of the support structure; a dispensing cavity to supply a reagent to the chamber, the dispensing cavity having an opening defined in the first surface of the support structure for receiving reagent therethrough; and a dispensing channel, extending between the dispensing cavity and the chamber to convey the reagent from the dispensing cavity to the chamber; wherein the substrate support structure is configured to support the substrate such that a surface of the substrate to which the sample is to be coupled faces the chamber when the substrate is mounted to the first surface of the substrate support structure, in order that the chamber forms a microchamber disposed between the substrate and the substrate support structure; wherein the dispensing cavity is formed in the substrate support structure adjacent to the chamber in a direction parallel to the plane of the substrate when supported by the substrate support structure; and wherein the chamber and the substrate support structure are dimensioned such that, when the reagent is supplied to the dispensing cavity, the reagent is drawn from the dispensing cavity, through the dispensing channel and into the chamber by way of capillary forces acting on the reagent. a substrate support structure having a chamber formed therein, the chamber having an opening defined in a first surface of the support structure; a dispensing cavity to supply a reagent to the chamber, the dispensing cavity having an opening defined in the first surface of the support structure for receiving reagent therethrough; and a dispensing channel, extending between the dispensing cavity and the chamber to convey the reagent from the dispensing cavity to the chamber; wherein the substrate support structure is configured to support the substrate such that a surface of the substrate to which the sample is to be coupled faces the chamber when the substrate is mounted to the first surface of the substrate support structure, in order that the chamber forms a microchamber disposed between the substrate and the substrate support structure; wherein the dispensing cavity is formed in the substrate support structure adjacent to the chamber in a direction parallel to the plane of the substrate when supported by the substrate support structure; and wherein the chamber and the substrate support structure are dimensioned such that, when the reagent is supplied to the dispensing cavity, the reagent is drawn from the dispensing cavity, through the dispensing channel and into the chamber by way of capillary forces acting on the reagent.
A diamond with eighty-one facets having a ten hearts and ten arrows inner structure comprising a crown part and a pavilion part, in which girdle facets are provided between the crown part and the pavilion part, wherein: the diamond includes ten main crown facets and ten main pavilion facets; said diamond also has one table facet; crown star facets are disposed at the junction of said main crown facets with the table facet, the number of said crown star facets is ten; crown small facets are disposed at the junction of main crown facet edges with the crown star facets, the number of said crown small facets is ten; small sectors are disposed at the junction of the main crown facets with the crown small facets, the number of said small sectors is twenty; main pavilion facet auxiliary surfaces are disposed at the junction of said main pavilion facets, the number of said main pavilion facet auxiliary surfaces is twenty, wherein the angle between said main crown facet and the girdle facets is 34-35°, the length of said small sector side is 50% of the edge, the small sectors present sector shape, and the angle between the small sectors and the girdle facets is 35.5-36.5° the roundness of said diamond is 99-100%, the diamond height (h) is 60.5% of the diamond diameter (d), the table facet diameter is 56-57% of the diamond diameter (d), the crown height is 14.5-15.5% of the diamond diameter (d), the girdle thickness is 2.5% of the diamond diameter (d), the pavilion height is 43.5-45% of the diamond diameter (d) and the main pavilion facet angle (α) is 40.5-40.8°. wherein the angle between said main crown facet and the girdle facets is 34-35°, the length of said small sector side is 50% of the edge, the small sectors present sector shape, and the angle between the small sectors and the girdle facets is 35.5-36.5° the roundness of said diamond is 99-100%, the diamond height (h) is 60.5% of the diamond diameter (d), the table facet diameter is 56-57% of the diamond diameter (d), the crown height is 14.5-15.5% of the diamond diameter (d), the girdle thickness is 2.5% of the diamond diameter (d), the pavilion height is 43.5-45% of the diamond diameter (d) and the main pavilion facet angle (α) is 40.5-40.8°.
A method implemented by a network management device for monitoring one or more wireless access points, where the one or more wireless access points operate in a wireless band that is shared with a base station of a cellular network operated by a network operator, the method comprising: instantiating one or more probes in a network operated by the network operator; obtaining data collected by the one or more probes, wherein the one or more probes include a customer premises equipment, CPE, probe that collects data associated with a CPE operated by the network operator; determining proximity information for the one or more wireless access points relative to the base station based on network planning data or the data collected by the one or more probes; filtering the data associated with the CPE collected by the CPE probe to distinguish between data pertaining to network traffic from a wireless access point behind the CPE and data pertaining to network traffic from wired devices behind the CPE; and determining activity information for the one or more wireless access points based on the data collected by the one or more probes including the data pertaining to network traffic from the wireless access point behind the CPE. instantiating one or more probes in a network operated by the network operator; obtaining data collected by the one or more probes, wherein the one or more probes include a customer premises equipment, CPE, probe that collects data associated with a CPE operated by the network operator; determining proximity information for the one or more wireless access points relative to the base station based on network planning data or the data collected by the one or more probes; filtering the data associated with the CPE collected by the CPE probe to distinguish between data pertaining to network traffic from a wireless access point behind the CPE and data pertaining to network traffic from wired devices behind the CPE; and determining activity information for the one or more wireless access points based on the data collected by the one or more probes including the data pertaining to network traffic from the wireless access point behind the CPE.
Transmission, in particular an integral transmission for a transmission turbomachine, having a large wheel and at least two gearwheels (3, 5, 6, 8), which are in mesh at least indirectly with the large wheel and which are each connected to or formed integrally with a shaft that can be connected to an input and/or output unit; having a housing, in which the gearwheels or the shafts (13, 15, 16, 18) connected thereto are supported; the housing here has at least two partial housing units (10.1, 10.2): a first partial housing unit (10.1), which is at the bottom in the installation position, and a second, upper partial housing unit (10.2), which is arranged offset vertically with respect to the first in the installation position, which partial housing units can be connected by means of a main joint that extends through the support region (L3, L5, L6, L8) of at least one gearwheel (3, 5, 6, 8) in mesh at least indirectly with the large wheel or of the shaft connected to said gearwheel; characterized in that the second partial housing unit (10.1, 10.2) is formed from at least three housing parts: a central housing part (10.21), which accommodates at least part of the large wheel, and two side housing parts (10.22, 10.23), which are connected to the central housing part (10.21), wherein the central housing part is in each case connected to an individual side housing part (10.23) by means of a joint (T1, T2) aligned at an angle to the main joint.
A bead for use on a sawing cord, said bead having a tubular metallic sleeve surrounded by an abrasive layer comprising abrasive particles embedded in a metal matrix material characterized in that said metal matrix material has a dendritic microstructure in a metallographic cross section.
Laser-writable film, configured and adapted for writability by means of a laser, comprising - a contrast layer based on a polymethacrylate compound, preferably extruded, - an engraving layer, preferably extruded, disposed on the contrast layer and based on a preferably extruded polymethacrylate compound, wherein the polymethacrylate compounds are based on a composition comprising ∘ 60% to 98% by weight of at least one polymethacrylate ∘ and 2% to 40% by weight of a colouring pigment and wherein contrast layer and engraving layer have different colouring pigments from each other, characterized in that the at least one polymethacrylate of at least one of the two layers is free of impact modifiers and the other of the two layers contains an impact-modified polymethacrylate. - a contrast layer based on a polymethacrylate compound, preferably extruded, - an engraving layer, preferably extruded, disposed on the contrast layer and based on a preferably extruded polymethacrylate compound, wherein the polymethacrylate compounds are based on a composition comprising ∘ 60% to 98% by weight of at least one polymethacrylate ∘ and 2% to 40% by weight of a colouring pigment ∘ 60% to 98% by weight of at least one polymethacrylate ∘ and 2% to 40% by weight of a colouring pigment and wherein contrast layer and engraving layer have different colouring pigments from each other, characterized in that the at least one polymethacrylate of at least one of the two layers is free of impact modifiers and the other of the two layers contains an impact-modified polymethacrylate.
A process for startup and/or shutdown of a plant for preparation of nitric acid from ammonia and oxygenous gas by the single pressure or dual pressure process, in which the ammonia used is oxidized by means of compressed process air over a catalyst, said process air having been compressed in at least one compressor, the nitrous gas formed by the combustion is cooled in one or more process gas coolers equipped with pipe coils for a cooling medium and in one or more feed water preheaters equipped with pipe coils for a cooling medium, and the cooled nitrous gas is subsequently absorbed at least partly by water, forming nitric acid, and the unabsorbed residual gas is expanded in at least one residual gas turbine for the purpose of recovering compressor work, wherein a process gas flowing through the process gas cooler and the feed water preheater during the startup and/or shutdown of the nitric acid plant is heated in the process gas cooler and/or in the feed water preheater by charging at least one of the pipe coils in the process gas cooler and/or in the feed water preheater with a heating medium, and the heated process gas is guided through at least one heat exchanger (5, 4) connected downstream of the process gas cooler and/or the feed water preheater, in order to transfer thermal energy from the heated process gas to the residual gas which is supplied to the at least one residual gas turbine.
An image processing apparatus comprising: an acquisition unit that is adapted to acquire a radiographic image of a breast and information indicating a thickness of the breast in capture of the radiographic image; and a derivation unit that is adapted to derive a percentage of mammary glands of a breast image in the radiographic image acquired by the acquisition unit characterized in that the derivation unit is adapted to use different methods in a case in which the thickness of the breast is equal to or greater than a predetermined thickness and a case in which the thickness of the breast is less than the predetermined thickness. an acquisition unit that is adapted to acquire a radiographic image of a breast and information indicating a thickness of the breast in capture of the radiographic image; and a derivation unit that is adapted to derive a percentage of mammary glands of a breast image in the radiographic image acquired by the acquisition unit characterized in that the derivation unit is adapted to use different methods in a case in which the thickness of the breast is equal to or greater than a predetermined thickness and a case in which the thickness of the breast is less than the predetermined thickness.
A method comprising 3D printing a 3D item, the method comprising depositing during a printing stage 3D printable material and an optical fiber, to provide the 3D item with the optical fiber at least partly embedded in 3D printed material, wherein the 3D printable material during at least part of the printing stage comprises a light transmissive material, the method further comprising providing during the printing stage a light escape part comprising 3D printed material comprising the light transmissive material, where visible light propagating through the optical fiber can escape from the optical fiber via the 3D printed material comprised by the light escape part to external of the 3D item.
A method for measuring a dimension of a plant with an image of the plant captured with an imager, the method comprising: placing, behind the plant, a background plate including a dimensional reference in capturing the image of the plant with the imager; capturing an image of a dimensional measurement point of the plant a plurality of times with a distance between the dimensional measurement point and the background plate being unchanged and with an imaging distance being changed by moving the imager; and measuring the dimension of the plant based on a value of a dimension at the dimensional measurement point in a plurality of images resulting from capturing the image the plurality of times using the dimensional reference included in the background plate and on a range of imaging with the imager in each of the plurality of images. placing, behind the plant, a background plate including a dimensional reference in capturing the image of the plant with the imager; capturing an image of a dimensional measurement point of the plant a plurality of times with a distance between the dimensional measurement point and the background plate being unchanged and with an imaging distance being changed by moving the imager; and measuring the dimension of the plant based on a value of a dimension at the dimensional measurement point in a plurality of images resulting from capturing the image the plurality of times using the dimensional reference included in the background plate and on a range of imaging with the imager in each of the plurality of images.
A wind turbine blade comprising a shell having a section with an aerodynamic profile with a trailing part comprising a trailing edge formed by a first shell part and a second shell part both extending from the trailing edge in mutual divergent directions, and where at least one elongated reinforcing member is connected inside the shell for increasing the strength of the blade, each of the at least one elongated reinforcing member having a first end and a second end and extending in a longitudinal direction between the first end being connected to the first part of the shell, and the second end being connected to the second part of the shell and thereby preventing deformation of the trailing part of the shell, and wherein the elongated reinforcing member comprises an elongated element extending in its longitudinal direction between the first and the second end of the elongated reinforcing member, and where at least one end of the elongated element is connected to an overload protection device, and wherein each of the elongated reinforcing member comprises a flexible, string, strand, wire or the like prohibiting only that the distance between the first shell part and the second shell part increases.
A computer-implemented method to determine a water equivalent diameter of an exposed subject, the method comprising: receiving image data comprising one or more scout images of the exposed subject from an image acquisition device; identifying, using a processor, objects in the one or more scout images; segmenting, using a processor, the exposed subject in the one or more scout images; determining pixels corresponding to air by comparing each pixel to the air threshold value in the one or more scout images; determining pixels corresponding to each object identified in the one or more scout images and finding a contour of the subject; removing attenuation due to air inside the subject contour in the one or more scout images; isolating subject attenuation parameters in the one or more scout images; computing, using the processor, the water equivalent diameter of the exposed subject in the one or more scout images. receiving image data comprising one or more scout images of the exposed subject from an image acquisition device; identifying, using a processor, objects in the one or more scout images; segmenting, using a processor, the exposed subject in the one or more scout images; determining pixels corresponding to air by comparing each pixel to the air threshold value in the one or more scout images; determining pixels corresponding to each object identified in the one or more scout images and finding a contour of the subject; removing attenuation due to air inside the subject contour in the one or more scout images; isolating subject attenuation parameters in the one or more scout images; computing, using the processor, the water equivalent diameter of the exposed subject in the one or more scout images.
A method of quantifying allelic-specific expression of RNA in a human individual that is a heterozygote for a single nucleotide polymorphism in the Insulin Growth Factor-2 gene, the method comprising: quantifying in a sample from the individual the amount of RNA comprising each polymorphic option of the SNP, wherein the SNP is SEQ ID NO: 16; and correlating the relative amount of RNA comprising each polymorphic option of the SNP to loss of imprinting of the IGF2 gene. quantifying in a sample from the individual the amount of RNA comprising each polymorphic option of the SNP, wherein the SNP is SEQ ID NO: 16; and correlating the relative amount of RNA comprising each polymorphic option of the SNP to loss of imprinting of the IGF2 gene.
A manufacturing method of a light guide plate for a double-side display device, comprising steps of: forming a plurality of alternating first and second grooves (101,102) on a surface of a transparent substrate; forming a first reflective layer on a surface of the first groove, and forming a second reflective layer only on a side surface of the second groove at the same time during the step of forming the first reflective layer on the surface of the first groove; forming a transparent protective layer on an entire surface of the transparent substrate; characterized in that the method further comprises a step of forming a first antireflection layer on the surface of the protective layer at a region corresponding to the first groove and forming a second antireflection layer on the surface of the protective layer only at a region corresponding to the side surface of the second groove, or before the step of forming the transparent protective layer on the entire surface of the transparent substrate, the method further comprises a step of forming a first antireflection layer on the first groove and forming a second antireflection layer only on the side surface of the second groove in a single mask process during the step of forming the first reflective layer on the surface of the first groove and forming the second reflective layer only on the side surface of the second groove, wherein the first antireflection layer is formed on the surface of the first reflective layer and the second antireflection layer is formed on the surface of the second reflective layer. forming a plurality of alternating first and second grooves (101,102) on a surface of a transparent substrate; forming a first reflective layer on a surface of the first groove, and forming a second reflective layer only on a side surface of the second groove at the same time during the step of forming the first reflective layer on the surface of the first groove; forming a transparent protective layer on an entire surface of the transparent substrate; characterized in that the method further comprises a step of forming a first antireflection layer on the surface of the protective layer at a region corresponding to the first groove and forming a second antireflection layer on the surface of the protective layer only at a region corresponding to the side surface of the second groove, or before the step of forming the transparent protective layer on the entire surface of the transparent substrate, the method further comprises a step of forming a first antireflection layer on the first groove and forming a second antireflection layer only on the side surface of the second groove in a single mask process during the step of forming the first reflective layer on the surface of the first groove and forming the second reflective layer only on the side surface of the second groove, wherein the first antireflection layer is formed on the surface of the first reflective layer and the second antireflection layer is formed on the surface of the second reflective layer.
A method for forming a bond in a component of an absorbent article, the method comprising: rotating a bonding roll about an axis of rotation, the bonding roll comprising a first pressure applying member extending radially outward from the bonding roll, wherein the first pressure applying member comprises a first spring element; rotating an anvil roll adjacent the bonding roll such that a nip is formed between the bonding roll and the anvil roll; advancing a first substrate in a machine direction through the nip; rotating the bonding roll and the anvil roll wherein the first pressure applying member compresses at least a portion of the first substrate forming a bond; compressing the first pressure applying member by a first compression distance; wherein the bonding roll comprises a second pressure applying member having a second spring element; and wherein the first spring element of the first pressure applying member has a first spring constant and the second spring element of the second pressure applying member has a second spring constant, wherein the first spring constant and the second spring constant are different. rotating a bonding roll about an axis of rotation, the bonding roll comprising a first pressure applying member extending radially outward from the bonding roll, wherein the first pressure applying member comprises a first spring element; rotating an anvil roll adjacent the bonding roll such that a nip is formed between the bonding roll and the anvil roll; advancing a first substrate in a machine direction through the nip; rotating the bonding roll and the anvil roll wherein the first pressure applying member compresses at least a portion of the first substrate forming a bond; compressing the first pressure applying member by a first compression distance; wherein the bonding roll comprises a second pressure applying member having a second spring element; and wherein the first spring element of the first pressure applying member has a first spring constant and the second spring element of the second pressure applying member has a second spring constant, wherein the first spring constant and the second spring constant are different.