mhurhangee/ep-ind-claims huggingface dataset:
An electrical cable comprising: one or more conductor sets each conductor set extending along a length of the electrical cable and comprising one or more insulated conductors each insulated conductor comprising a central conductor surrounded by a dielectric material; a dielectric unitary block disposed along an edge of the electrical cable and extending along the length of the electrical cable and having a bilobal cross-section having a thinner middle portion disposed between thicker first and second lobes (2106a, 2106b) first and second conductive shielding films disposed on opposite first and second sides of the conductor sets and the unitary block, the first and second conductive shielding films including cover portions and pinched portions arranged such that, in cross-section, the cover portions of the first and second shielding films in combination substantially surround each conductor set and the first lobe of the dielectric unitary block, and the pinched portions of the first and second shielding films in combination form pinched regions of the electrical cable on each side of the conductor set and on a side of the first lobe opposite the second lobe an edge of each of the first and second conductive shielding films being disposed in the thinner middle portion of the dielectric unitary block; and an adhesive layer bonding the first shielding film to the second shielding film in the pinched portions of the electrical cable and the first and second shielding films to the first lobe of the dielectric unitary block. one or more conductor sets each conductor set extending along a length of the electrical cable and comprising one or more insulated conductors each insulated conductor comprising a central conductor surrounded by a dielectric material; a dielectric unitary block disposed along an edge of the electrical cable and extending along the length of the electrical cable and having a bilobal cross-section having a thinner middle portion disposed between thicker first and second lobes (2106a, 2106b) first and second conductive shielding films disposed on opposite first and second sides of the conductor sets and the unitary block, the first and second conductive shielding films including cover portions and pinched portions arranged such that, in cross-section, the cover portions of the first and second shielding films in combination substantially surround each conductor set and the first lobe of the dielectric unitary block, and the pinched portions of the first and second shielding films in combination form pinched regions of the electrical cable on each side of the conductor set and on a side of the first lobe opposite the second lobe an edge of each of the first and second conductive shielding films being disposed in the thinner middle portion of the dielectric unitary block; and an adhesive layer bonding the first shielding film to the second shielding film in the pinched portions of the electrical cable and the first and second shielding films to the first lobe of the dielectric unitary block.
An apparatus for detecting the presence and/or the quantity of a target component in a sample, the apparatus comprising an integrated assay cartridge, the assay cartridge comprising a detection reagent, and a capture component at a location in the assay cartridge, the apparatus comprising: a detector for detecting the amount of light scattered, transmitted or emitted by the detection reagent to provide an indication of the presence and/or the quantity of the target component within the sample; a lens for focusing the light onto the detector; an excitation light source configured to generate a light beam; a plurality of location pins rigidly held in position relative to the lens and detector defining a location of the assay cartridge along the optical path from the location of the capture component to the detector, at which the assay cartridge is located in use; wherein the plurality of location pins, rigidly held in position, are configured such that, in use, the assay cartridge receives the light beam from the excitation light source and the assay cartridge is configured to provide an evanescent excitation field in the form of total internal reflection at the capture component location in the assay cartridge; and wherein the plurality of location pins, rigidly held in position, are further configured such that the capture component location, in use, is focused on the detector via the lens. a detector for detecting the amount of light scattered, transmitted or emitted by the detection reagent to provide an indication of the presence and/or the quantity of the target component within the sample; a lens for focusing the light onto the detector; an excitation light source configured to generate a light beam; a plurality of location pins rigidly held in position relative to the lens and detector defining a location of the assay cartridge along the optical path from the location of the capture component to the detector, at which the assay cartridge is located in use; wherein the plurality of location pins, rigidly held in position, are configured such that, in use, the assay cartridge receives the light beam from the excitation light source and the assay cartridge is configured to provide an evanescent excitation field in the form of total internal reflection at the capture component location in the assay cartridge; and wherein the plurality of location pins, rigidly held in position, are further configured such that the capture component location, in use, is focused on the detector via the lens.
A cell-free in-vitro method of forming a conjugate between a follicle stimulating hormone peptide and a water-soluble polymer, wherein the water-soluble polymer is covalently attached to the FSH peptide through an intact glycosyl linking group, said intact glycosyl linking group being interposed between and covalently linked to both the peptide and the water-soluble polymer, wherein the water-soluble polymer is not a naturally occurring sugar and is selected from the group consisting of polyalkylene oxides and polypeptides, the FSH peptide comprising a glycosyl residue having the formula: wherein a, b, c, d, i, q, r, s, t, and u are members independently selected from 0 and 1; e, f, g, and h are members independently selected from the integers between 0 and 6; j, k, I, and m are members independently selected from the integers between 0 and 100; v, w, x, and y are 0; and R is a modifying group, a mannose or an oligomannose, said method comprising: (a) contacting the FSH peptide with a glycosyltransferase and a modified glycosyl donor, comprising a glycosyl moiety which is a substrate for the glycosyltransferase covalently bound to the water-soluble polymer, under conditions appropriate for the formation of the intact glycosyl linking group. a, b, c, d, i, q, r, s, t, and u are members independently selected from 0 and 1; e, f, g, and h are members independently selected from the integers between 0 and 6; j, k, I, and m are members independently selected from the integers between 0 and 100; v, w, x, and y are 0; and R is a modifying group, a mannose or an oligomannose, said method comprising: (a) contacting the FSH peptide with a glycosyltransferase and a modified glycosyl donor, comprising a glycosyl moiety which is a substrate for the glycosyltransferase covalently bound to the water-soluble polymer, under conditions appropriate for the formation of the intact glycosyl linking group. (a) contacting the FSH peptide with a glycosyltransferase and a modified glycosyl donor, comprising a glycosyl moiety which is a substrate for the glycosyltransferase covalently bound to the water-soluble polymer, under conditions appropriate for the formation of the intact glycosyl linking group.
PEF (pulsed electric field) chamber intended for treating a flow with electric field pulses, said PEF chamber comprising a PEF treatment tube and opposite electrode units (3, 4), wherein the opposite electrodes units (3, 4) are two flat parallel electrode units (3, 4) which expose two rectangular surfaces and are arranged so that a pumpable material to be treated may flow between the opposite electrodes units (3, 4), characterized in that each one of said opposite electrode units (3, 4) has one flow receiving end (5a, 5b) and one flow exit end (6a, 6b) where the flow to be treated exits between the flow exit ends (6a, 6b) of each opposite electrode units (3, 4), wherein the PEF treatment tube comprises exit flow portions (7a, 7b) arranged subsequent to the flow exit ends (6a, 6b) of the electrode units (3, 4) in the intended flow direction, wherein the exit flow portions (7a, 7b) are part of the isolating material arranged subsequent to the electrode units (3, 4), said exit flow portions (7a, 7b) not being part of the electrode units (3, 4) but functioning as an extension of the opposite electrode units (3, 4) in the intended flow direction, wherein the opposite electrode units (3, 4) are longitudinal, wherein the flow receiving ends (5a, 5b) are rounded in an intended flow direction into the PEF treatment tube, wherein the exit flow portions (7a, 7b) are rounded in an intended flow direction, wherein the electrode units (3, 4) are arranged in the PEF treatment tube to provide a first geometrical narrowing of the cross sectional area of the PEF treatment tube at the flow receiving ends (5a, 5b) of the opposite electrodes units (3, 4), and wherein the exit flow portions (7a, 7b) of the PEF treatment tube are arranged to provide a second geometrical narrowing of the cross sectional area of the PEF treatment tube subsequent to the flow exit ends (6a, 6b) of the opposite electrodes units (3, 4), both geometrical narrowings (10, 20) being arranged so that the cross sectional area of the PEF treatment tube is lowered in the geometrical narrowing when compared with a point before in the intended flow direction.
An olefin resin (β) satisfying the following requirements to: the olefin resin (β) comprises a grafted olefin polymer comprising a main chain composed of an ethylene/α-olefin copolymer and a side chain composed of a propylene polymer; when the ratio of the amount of the propylene polymer contained in the olefin resin (β) is taken as P wt%, the value P is within the range of from 5 to 60; when the ratio of the amount of a component (s) having a peak value of a differential elution curve as measured by cross-fractionation chromatography using o-dichlorobenzene as a solvent of less than 65°C, to the amount of the olefin resin (β) is taken as E wt%, the value a represented by the following equation (Eq-1) is 1.4 or more; a = 100 − E / P the melting point (Tm) and the glass transition temperature (Tg), as measured by differential scanning calorimetry, are within the range of from 120 to 165°C and within the range of from -80 to -30°C, respectively; the hot xylene-insoluble content is less than 3 wt%; and the limiting viscosity [η] as measured in decalin at 135°C is within the range of from 0.5 to 5.0 dl/g. the olefin resin (β) comprises a grafted olefin polymer comprising a main chain composed of an ethylene/α-olefin copolymer and a side chain composed of a propylene polymer; when the ratio of the amount of the propylene polymer contained in the olefin resin (β) is taken as P wt%, the value P is within the range of from 5 to 60; when the ratio of the amount of a component (s) having a peak value of a differential elution curve as measured by cross-fractionation chromatography using o-dichlorobenzene as a solvent of less than 65°C, to the amount of the olefin resin (β) is taken as E wt%, the value a represented by the following equation (Eq-1) is 1.4 or more; a = 100 − E / P the melting point (Tm) and the glass transition temperature (Tg), as measured by differential scanning calorimetry, are within the range of from 120 to 165°C and within the range of from -80 to -30°C, respectively; the hot xylene-insoluble content is less than 3 wt%; and the limiting viscosity [η] as measured in decalin at 135°C is within the range of from 0.5 to 5.0 dl/g.
A storage device comprising: a nonvolatile memory device comprising a turbo write buffer divided into a pinned area (TWB-p) and a non-pinned area (TWB-np), and user storage and a controller configured to: receive a write command and first data from a host device, write the first data in the turbo write buffer rather than the user storage when the first data is associated with a turbo write, write the first data in the turbo write buffer or the user storage when the first data is associated with a normal write, select a priority based on a policy provided from the host device, and move second data from the turbo write buffer to the user storage based on the selected priority, and characterized in that the priority is further selected based on a stream identifier which varies depending on an application, a process, a device of the host generating data or a target device associated with data. receive a write command and first data from a host device, write the first data in the turbo write buffer rather than the user storage when the first data is associated with a turbo write, write the first data in the turbo write buffer or the user storage when the first data is associated with a normal write, select a priority based on a policy provided from the host device, and move second data from the turbo write buffer to the user storage based on the selected priority, and characterized in that the priority is further selected based on a stream identifier which varies depending on an application, a process, a device of the host generating data or a target device associated with data.
Method for the production of a component made of a titanium-aluminum base alloy, in which, in a first step, a primary material which has been produced by melting or powder metallurgy and has a chemical composition in At.-% of: Aluminum (Al) 41 to 48 optionally Niobium (Nb) 4 to 9 Molybdenum (Mo) 0.1 to 3.0 Manganese (Mn) to 2.4 Boron to 1.0 Silicon (Si) to 1.0 Carbon to 1.0 Oxygen to 0.5 Nitrogen to 0.5 Titanium and impurities as the remainder, wherein this primary material is isostatically pressed into a blank under a pressure increase to at least 150 MPa at a temperature of at least 1000 °C after heating for a period of at least 60 min, whereupon, in a second step, the HIP blank is subjected to a thermoforming process by means of rapid-forming though a rapid mass forming at a rate greater than 0.4 mm/sec and a forming by compression measured as a local strain φ of greater than 0.3, where φ is defined as follows: Φ = ln h f / h o h f = height of the workpiece after compression h o = height of the workpiece before compression or another forming method with an equally high minimum forming, in particular by forging at a temperature in the range from 1000 to 1350 °C, to form a component with a subsequent cooling thereof, wherein the time until a temperature of 700 °C. is reached is at most 10 min, wherein a structure which may only be dynamically recovered or recrystallized in small subregions, but substantially has a forming structure with high recrystallization energy potential, wherein the component is subjected to heat treatment in a third step for the adjustment of desired material properties, which in the region of the eutectoid temperature (T eu) of the alloy, in particular from 1010 to 1180 °C, over a period of 30 to 1000 min from the forming structure, due to the stored forming energy and the driving force to the structural change, which consists of the chemical phase equilibrium after the forming and cooling, after cooling in air, a homogeneous fine-globular microstructure, formed from the phases having an ordered atomic structure at room temperature: GAMMA, BETA 0, ALPHA 2 (γ, β 0, α 2) having a formation: ALPHA 2: globular with a grain size of 1 to 50 μm with a volume fraction of 1 to 50%, which may contain isolated, coarser γ-lamellae with a thickness > 100 nm BETA 0: globular surrounding the α 2 phase with a grain size of 1 to 25 μm with a volume fraction of 1 to 50% GAMMA: Globular surrounding the α 2 phase with a grain size of 1 to 25 μm with a volume fraction of 1 to 50% wherein, in a subsequent step, at least one further heat treatment, in particular subsequent annealing and/or stabilizing annealing of the component, takes place. h f = height of the workpiece after compression h o = height of the workpiece before compression ALPHA 2: globular with a grain size of 1 to 50 μm with a volume fraction of 1 to 50%, which may contain isolated, coarser γ-lamellae with a thickness > 100 nm BETA 0: globular surrounding the α 2 phase with a grain size of 1 to 25 μm with a volume fraction of 1 to 50% GAMMA: Globular surrounding the α 2 phase with a grain size of 1 to 25 μm with a volume fraction of 1 to 50%
A work machine having a fuel cell drive comprising a fuel cell and determination means for determining the load demand of the fuel cell, wherein the work machine has a plurality of electrical consumers that are directly or indirectly connected to the fuel cell for the purpose of obtaining electrical energy, wherein the determination means are configured such that the power requirements of at least two of the electrical consumers enter into the determination of the load demand of the fuel cell, characterized in that that filter means are present that are configured to filter the power requirements of the at least two electrical consumers over time; and in that in that second detection means are provided that are configured to detect historical data of the work machine with the determination means being configured to allow the historical data to enter into the load demand of the fuel cell, and with historical data comprising the past power requirement of the work machine or the past power requirement of one or more consumers of the work machine.
Coupling plug, in particular for a planar lambda probe, comprising a housing, specifically a main body and a cover element, and - electrical components (7, 8) which are inserted into the housing and fixed, and - wherein a secondary locking element is provided as a fixing element for fixing at least one flat electrical plug which is inserted into the housing, - wherein, in addition to the flat plugs, flat contacts are provided in the plug housing, which flat contacts can be simultaneously fixed by the secondary locking element, wherein the secondary locking element has, in a first plane A, a receiving device for the flat plug in the form of a locking plate for locking the flat plug, characterized in that the secondary locking element has, in a further plane B, a fixing device in the form of a snap-action hook for fixing the flat contacts, and in that the coupling plug further comprises a compensation element for a probe, in particular a planar broadband lambda probe which is fitted in the coupling plug or outside the coupling plug by means of a further contact element. - electrical components (7, 8) which are inserted into the housing and fixed, and - wherein a secondary locking element is provided as a fixing element for fixing at least one flat electrical plug which is inserted into the housing, - wherein, in addition to the flat plugs, flat contacts are provided in the plug housing, which flat contacts can be simultaneously fixed by the secondary locking element, wherein the secondary locking element has, in a first plane A, a receiving device for the flat plug in the form of a locking plate for locking the flat plug, characterized in that
Secured vestibule allowing communication between several aircraft compartments, the secured vestibule being capable of being installed in an area of the aircraft situated between a first compartment and at least a second compartment, characterised in that it comprises two mobile partitions (30, 31) in the form of concentric portions of cylinders, each of the partitions being capable of independent movement about a common axis, so as to form between them a single opening (24, 36) which, depending on the relative position of the partitions, gives access to one or other of the compartments, the two partitions being capable of moving on two concentric cylinders having different diameters.
A container for a three-dimensional printing system, comprising: a chamber for storing a build material; and a base mounted within an open end of the chamber, the base, having a channel structure and comprising at least one material-conveying structure, wherein the chamber comprises an inner surface having helical raised portions to convey build material between the chamber and the at least one material-conveying structure during rotation, and wherein the at least one material-conveying structure comprises a spiral scoop having an opening to receive build material conveyed by the helical raised portions, the opening is aligned in a radial direction perpendicular to an axis of rotation of the container, and the at least one material-conveying structure is configured to transport the build material towards an opening of the channel structure. a chamber for storing a build material; and a base mounted within an open end of the chamber, the base, having a channel structure and comprising at least one material-conveying structure, wherein the chamber comprises an inner surface having helical raised portions to convey build material between the chamber and the at least one material-conveying structure during rotation, and wherein the at least one material-conveying structure comprises a spiral scoop having an opening to receive build material conveyed by the helical raised portions, the opening is aligned in a radial direction perpendicular to an axis of rotation of the container, and the at least one material-conveying structure is configured to transport the build material towards an opening of the channel structure.
A nail for a horse shoe, comprising: - a shaft having a pointed end; - a head at an end of the shaft opposite the pointed end, wherein the head is arranged via a neck on the shaft and comprises a convex element, and wherein the neck comprises a pitch, which defines an angle between a longitudinal axis through the head and a longitudinal axis through the shaft, CHARACTERISED IN THAT the convex element, viewed in every radial direction relative to any of the longitudinal directions of the head and of the shaft, has an arcuate form. - a shaft having a pointed end; - a head at an end of the shaft opposite the pointed end,
A method for manufacturing a decoration on the surface of an untreated or at most colored composite wood board, in which the color and profile of the surface are synchronous and more deeply deformed regions of a surface of the composite wood board are stained darker than the less deeply deformed regions of the upper side of the composite wood board, in which said composite wood board is guided through between a profiled decorative roller and a counterpressure roller, wherein the decorative roller is heated up to a temperature of more than 200°C, and wherein a pressure of at least 10 bar up to a maximum of 300 bar is applied to the decorative roller or wherein a gap is adjusted between the decorative roller and the counterpressure roller, which gap is up to 2 mm narrower than the thickness of the composite wood board to be embossed.