mhurhangee/ep-ind-claims huggingface dataset:
Strip guide segment for a continuous casting plant, with an upper frame, a lower frame and position-regulated hydraulic cylinder units (1, 1A) for setting a spacing between the upper frame and the lower frame and thereby a strip thickness of a strip to be guided by the strip guide segment, wherein a first end of each hydraulic cylinder unit (1, 1A) is mounted on the upper frame, characterised in that each hydraulic cylinder unit (1, 1A) at its second end remote from the upper frame is detachably connected by means of a respective flange device with a respective connecting rod which is mounted on the lower frame at its end remote from the flange device.
Manufacturing method for a light emitting diode module, the method comprising the steps of: mounting at least one LED onto a surface of a substrate; depositing a base layer to completely cover said substrate surface and the LED, wherein the base layer is transparent for visible light and wherein the thickness of the base layer is in a range from 100 μm to 500 μm; a first heat treatment to modify the surface properties of the base layer; dispensing a matrix material, so that it forms an essentially half-spherical cover layer covering the LED and nearby portions of the base layer; wherein an interface angle between the base layer and the essentially half-spherical cover layer is in the range of 80° to 90°; and a second heat treatment to harden the half-spherical cover layer. mounting at least one LED onto a surface of a substrate; depositing a base layer to completely cover said substrate surface and the LED, wherein the base layer is transparent for visible light and wherein the thickness of the base layer is in a range from 100 μm to 500 μm; a first heat treatment to modify the surface properties of the base layer; dispensing a matrix material, so that it forms an essentially half-spherical cover layer covering the LED and nearby portions of the base layer; wherein an interface angle between the base layer and the essentially half-spherical cover layer is in the range of 80° to 90°; and a second heat treatment to harden the half-spherical cover layer.
A solids discharge centrifugal separator comprising a dual piston separator bowl assembly, the assembly comprising: a separator bowl comprising an upper portion, a cylindrical middle portion, and a conical lower portion, wherein the upper portion comprises a spindle shaft capable of engaging a drive motor, the spindle shaft terminating at an upper end in an outlet port, wherein the lower portion comprises a cylindrical extension terminating at a lower end in an inlet/solids discharge port; a hollow central core disposed about a central axis of the bowl and extending from a lower end of said spindle shaft to an upper end of said cylindrical extension; a first piston movably disposed within the bowl, conforming to an inner surface of the bowl, and surrounding the central core; and a second piston movably disposed within the central core, conforming to an inner surface of the central core, and capable of extension through said cylindrical extension to discharge solids from the bowl.
Process of recycling a polypropylene composition, wherein the recycled polypropylene composition comprises: a) at least 50 weight% of recycled polypropylene, having at least 50 weight% of propylene monomer, and b) 0.5 to 15 weight% of an ethylene copolymer comprising hydrolysable silicon-containing groups, compounding said recycled polypropylene composition, wherein the recycled polypropylene composition treated by 0.5 to 15 weight% of an ethylene copolymer comprising hydrolysable silicon-containing groups has at least 15% lower MFR 2 compared to the recycled polypropylene, as determined according to the ISO 1133 standard. a) at least 50 weight% of recycled polypropylene, having at least 50 weight% of propylene monomer, and b) 0.5 to 15 weight% of an ethylene copolymer comprising hydrolysable silicon-containing groups, compounding said recycled polypropylene composition, wherein the recycled polypropylene composition treated by 0.5 to 15 weight% of an ethylene copolymer comprising hydrolysable silicon-containing groups has at least 15% lower MFR 2 compared to the recycled polypropylene, as determined according to the ISO 1133 standard.
A tungsten carbide powder comprising tungsten carbide as a main component and chromium, wherein, when mass concentrations of tungsten and chromium are measured at 100 or more analysis points randomly selected from a field of view of SEM observation of the tungsten carbide powder, a standard deviation σ of distribution of the ratio by percentage of the concentration of chromium to the total concentration of tungsten and chromium is 0.5 or less.
A method for applying at least one non-adhesive enclosing element (14a, 34) to a laminar product assortment (11a, b) comprising a plurality of products, particularly printed products or advertising media, in which method an enclosing element (14a, 34) of a predefined length is provided and subsequently applied perpendicularly to a selected edge of the product assortment (11a, b) around the edge so as to rest against the product assortment (11a, b), wherein the product assortment (11a, b) is advanced with the selected edge along a conveyance path, with the surface being particularly displaced substantially parallel to the conveyance path, wherein the enclosing element (14a, 34) is a single element made of paper that is held ready such that it crosses the conveyance path at a predefined point of the conveyance path and is supported on both sides of the conveyance path on mutually spaced-apart abutment means (15, 17a) at the predefined point of the conveyance path in the direction of conveyance, and wherein the product assortment (11a, b) is advanced with the selected edge past the predefined point between the abutment means and, in doing so, carries along with the selected edge the readied single element made of paper.
A method for speckle mitigation in an interferometric distance meter comprising the steps • transmitting optical radiation with at least one wavelength λ to a target to be surveyed, • receiving a portion of the optical radiation scattered back by the target in an optical axis, wherein the optical radiation forms a speckle field, • converting the received optical radiation into at least one received signal, • determining a true distance (R 0) to the target from the received signal by absolute or incremental interferometric distance measurements with compensation of phase decorrelation errors, characterized by determining a pointing direction (p) of the interferometric measurement to at least one point (ξ) of the speckle field, which point is associated with the interferometric measurement, relative to the optical axis, wherein the speckle field is at least partially resolved, in particular using a plurality of K detectors (23,45) or by moving at least one detector relative to the speckle field, and using a correction based on the determined pointing direction (p) for determining the true distance (R 0). • transmitting optical radiation with at least one wavelength λ to a target to be surveyed, • receiving a portion of the optical radiation scattered back by the target in an optical axis, wherein the optical radiation forms a speckle field, • converting the received optical radiation into at least one received signal, • determining a true distance (R 0) to the target from the received signal by absolute or incremental interferometric distance measurements with compensation of phase decorrelation errors,
A light source comprising: a light engine for generating light, the light engine including: a platform, and at least one LED disposed on the platform; an enclosure surrounding a light generating area of the light engine; a base disposed outside of the enclosure and including an active cooling unit for dissipating thermal energy away from the at least one LED; and a conversion circuit for supplying electric power to the light engine. a light engine for generating light, the light engine including: a platform, and at least one LED disposed on the platform; a platform, and at least one LED disposed on the platform; an enclosure surrounding a light generating area of the light engine; a base disposed outside of the enclosure and including an active cooling unit for dissipating thermal energy away from the at least one LED; and a conversion circuit for supplying electric power to the light engine.
A method of detecting circumstances for a user of a mobile device, the method comprising: executing by one or more processors of the mobile device, an application program to be used by a user of the mobile device, the application program comprising executable code for performing a function, task or activity for the user, the application program further comprising a software development kit comprising an observation engine, receiving by the mobile device one or more directives indicating that a specified function is to be invoked upon detection of specific circumstances relating to actions of a user, the observation engine processing at least one of: sensor output from one or more sensors or at least one operating system property of an operating system of the mobile device; determining one or more observations from the at least one of the sensor output or the at least one operating system property; determining whether one or more specified circumstances are detected within the one or more observations; storing, in a memory, a log of a detection of the one or more specified circumstances; and indicating to the application program that the application program is to invoke, based on the one or more directives relating to the specified circumstances, the specified function of the mobile device, at least partially in response to detection of the one or more specified circumstances. executing by one or more processors of the mobile device, an application program to be used by a user of the mobile device, the application program comprising executable code for performing a function, task or activity for the user, the application program further comprising a software development kit comprising an observation engine, receiving by the mobile device one or more directives indicating that a specified function is to be invoked upon detection of specific circumstances relating to actions of a user, the observation engine processing at least one of: sensor output from one or more sensors or at least one operating system property of an operating system of the mobile device; determining one or more observations from the at least one of the sensor output or the at least one operating system property; determining whether one or more specified circumstances are detected within the one or more observations; storing, in a memory, a log of a detection of the one or more specified circumstances; and indicating to the application program that the application program is to invoke, based on the one or more directives relating to the specified circumstances, the specified function of the mobile device, at least partially in response to detection of the one or more specified circumstances.
A laying device for the automated laying down of fibre tapes on a surface, having - a laying head mounting arranged on a positioning device adapted for accommodating a laying head, - at least one creel and - at least one creel mounting adapted for accommodating the at least one creel, characterised in that the at least one creel mounting is arranged on another individually controllable and traversable positioning device, by means of which the movements of the laying head mounting can be tracked. - a laying head mounting arranged on a positioning device adapted for accommodating a laying head, - at least one creel and - at least one creel mounting adapted for accommodating the at least one creel,
A polymer electrolyte for a secondary battery, the polymer electrolyte comprising: a lithium salt; and unit A derived from polymer (a) represented by Formula 1: wherein, in Formula 1, R 1, R 2, and R 3 are each independently hydrogen or -CH 2 -CH=CH 2, at least one of R 1, R 2, and R 3 is -CH 2 -CH=CH 2, each of a, b, and c is the number of repeating units, and a, b, and c are each independently an integer of any one of 1 to 10,000; and wherein a weight ratio of the lithium salt to the unit A derived from the polymer (a) represented by Formula 1 is in a range of 1:1 to 1:9. a lithium salt; and unit A derived from polymer (a) represented by Formula 1: wherein, in Formula 1, R 1, R 2, and R 3 are each independently hydrogen or -CH 2 -CH=CH 2, at least one of R 1, R 2, and R 3 is -CH 2 -CH=CH 2, each of a, b, and c is the number of repeating units, and a, b, and c are each independently an integer of any one of 1 to 10,000; and wherein a weight ratio of the lithium salt to the unit A derived from the polymer (a) represented by Formula 1 is in a range of 1:1 to 1:9.
A method for estimating the wear of a rotating machine including at least one bearing, characterized in that this method includes steps consisting of: • a) measuring the vibrations of the rotating machine during its operation, using a vibration sensor; • b) from the signal measured by said sensor, extracting (106, 108) automatically, using an electronic detection device, a first signal representative of components of a first frequency range of the measured vibration signal and a second signal representative of a second frequency range of the measured vibration signal; • c) from the first signal, calculating a first data set belonging to a time domain of the first signal and extracting first calculation elements therefrom; • d) from the second signal, calculating a second data set belonging to a frequency domain of the second signal and extracting second calculation elements therefrom; and • e) determining a health index of the bearing from each of the extracted calculation elements, in that the measured signal is an acceleration signal representative of the measured vibrations, in that the first data set comprises a velocity of the measured vibrations, in that the second data set comprises the envelope of a spectrum of the acceleration of the measured signal, and in that, during step e), a statistical distance relative to a reference data set is calculated for each of the extracted calculation elements. • a) measuring the vibrations of the rotating machine during its operation, using a vibration sensor; • b) from the signal measured by said sensor, extracting (106, 108) automatically, using an electronic detection device, a first signal representative of components of a first frequency range of the measured vibration signal and a second signal representative of a second frequency range of the measured vibration signal; • c) from the first signal, calculating a first data set belonging to a time domain of the first signal and extracting first calculation elements therefrom; • d) from the second signal, calculating a second data set belonging to a frequency domain of the second signal and extracting second calculation elements therefrom; and • e) determining a health index of the bearing from each of the extracted calculation elements,
A process for preparing a chiral compound comprising an R-form or S-form of a glycosphingolipid of formula, wherein R 1 is -OH, X is an alkyl group, R 3 is -OH or H, R 4 is -OH or H, and R 5 is aryl, substituted aryl, heteroaryl, or substituted heteroaryl, or a pharmaceutically acceptable salt thereof, wherein the compound of formula 1 is prepared by: (a) contacting a compound of formula: wherein PG is a hydroxyl protecting group and LG is a leaving group of formula: with a compound of formula: and effecting alpha-glycosylation in the presence of a Lewis acid to generate a compound of formula: (b) reducing the compound of formula to provide a compound of formula: (c) coupling the compound of formula with a compound of formula: where X is alkyl or alkenyl, R 3 is H or -OH, R 4 is H or OH, R 5 is aryl, substituted aryl, heteroaryl, or substituted heteroaryl, or a pharmaceutically acceptable salt thereof, to provide a compound of formula: and (d) contacting the compound of formula, wherein PG is a hydroxyl protecting group, with hydrogen under hydrogenation catalysis to provide the compound of formula, or a pharmaceutically acceptable salt thereof (a) contacting a compound of formula: wherein PG is a hydroxyl protecting group and LG is a leaving group of formula: with a compound of formula: and effecting alpha-glycosylation in the presence of a Lewis acid to generate a compound of formula: (b) reducing the compound of formula to provide a compound of formula: (c) coupling the compound of formula with a compound of formula: where X is alkyl or alkenyl, R 3 is H or -OH, R 4 is H or OH, R 5 is aryl, substituted aryl, heteroaryl, or substituted heteroaryl, or a pharmaceutically acceptable salt thereof, to provide a compound of formula: and (d) contacting the compound of formula, wherein PG is a hydroxyl protecting group, with hydrogen under hydrogenation catalysis to provide the compound of formula, or a pharmaceutically acceptable salt thereof
A method for communicating data, the method comprising: maintaining at least two pseudowires (181, 182, 183) through a network to deliver data, each pseudowire being between an originating multi-service access node and a receiving multi-service access node; receiving feedback data concerning operation of each pseudowire from the receiving multi-service access node(s), characterized in that the feedback data indicating current load conditions associated with each psuedowire; and utilizing the feedback data to distribute communications on each of the pseudowires. maintaining at least two pseudowires (181, 182, 183) through a network to deliver data, each pseudowire being between an originating multi-service access node and a receiving multi-service access node; receiving feedback data concerning operation of each pseudowire from the receiving multi-service access node(s), characterized in that the feedback data indicating current load conditions associated with each psuedowire; and utilizing the feedback data to distribute communications on each of the pseudowires.
A filter cartridge for surgical gas delivery systems comprising: a filter housing configured to be seated in a filter cartridge interface of a surgical gas delivery system; a first filter element seated in a first end portion of the filter housing; a second filter element seated in a second end portion of the filter housing opposite the first end portion; and a third filter element seated in the filter housing between the first and second filter elements, and the first filter element is in the second flow path separate from the second and third filter elements (38b, 44), and characterized in that: a first flow path brings smoke evacuation gas from a peritoneal cavity to the surgical gas delivery system and a second flow path brings gas from the surgical gas delivery system to the peritoneal cavity, wherein the second filter element is in the first flow path downstream of the third filter element, the third filter element includes an unpleated activated carbon disc. a filter housing configured to be seated in a filter cartridge interface of a surgical gas delivery system; a first filter element seated in a first end portion of the filter housing; a second filter element seated in a second end portion of the filter housing opposite the first end portion; and a third filter element seated in the filter housing between the first and second filter elements, and the first filter element is in the second flow path separate from the second and third filter elements (38b, 44), and characterized in that: a first flow path brings smoke evacuation gas from a peritoneal cavity to the surgical gas delivery system and a second flow path brings gas from the surgical gas delivery system to the peritoneal cavity, wherein the second filter element is in the first flow path downstream of the third filter element, the third filter element includes an unpleated activated carbon disc. a first flow path brings smoke evacuation gas from a peritoneal cavity to the surgical gas delivery system and a second flow path brings gas from the surgical gas delivery system to the peritoneal cavity, wherein the second filter element is in the first flow path downstream of the third filter element, the third filter element includes an unpleated activated carbon disc.
A chewing gum piece or a pressed mint confectionery piece, the chewing gum piece comprising a gum base, a flavor, a sweetener and plant material; the pressed mint confectionery piece comprising a compressible powder, a flavor, and plant material; wherein at least 20% of at least one side of the chewing gum piece or pressed mint confection is covered by at least one piece of plant material, and wherein the plant material is a leaf or a piece of fruit. the chewing gum piece comprising a gum base, a flavor, a sweetener and plant material; the pressed mint confectionery piece comprising a compressible powder, a flavor, and plant material; wherein at least 20% of at least one side of the chewing gum piece or pressed mint confection is covered by at least one piece of plant material, and wherein the plant material is a leaf or a piece of fruit.
A compressor, comprising: an impeller including a hub and a plurality of blades disposed on an outer surface of the hub; and a housing which houses the impeller, wherein the housing comprises: a shroud section facing the outer surface of the hub to form a fluid flow path between the shroud section and the outer surface, and surrounding the impeller; and a casing section formed integrally with the shroud section and supporting the shroud section, wherein the shroud section includes a first resin-based material having a static tensile strength of at least 65MPa and no more than 200MPa and a breaking strain of no more than 0.3mm/mm at a temperature of 100°C, and wherein the casing section includes a second resin-based material having a static tensile strength of at least 40MPa and a breaking strain of at least 0.1 mm/mm at a temperature of 100°C, wherein the first resin-based material and the second resin-based material include polyamide resin, and wherein the first resin-based material and the second resin-based material are different from each other. an impeller including a hub and a plurality of blades disposed on an outer surface of the hub; and a housing which houses the impeller, wherein the housing comprises: a shroud section facing the outer surface of the hub to form a fluid flow path between the shroud section and the outer surface, and surrounding the impeller; and a casing section formed integrally with the shroud section and supporting the shroud section, wherein the shroud section includes a first resin-based material having a static tensile strength of at least 65MPa and no more than 200MPa and a breaking strain of no more than 0.3mm/mm at a temperature of 100°C, and wherein the casing section includes a second resin-based material having a static tensile strength of at least 40MPa and a breaking strain of at least 0.1 mm/mm at a temperature of 100°C, wherein the first resin-based material and the second resin-based material include polyamide resin, and wherein the first resin-based material and the second resin-based material are different from each other. a shroud section facing the outer surface of the hub to form a fluid flow path between the shroud section and the outer surface, and surrounding the impeller; and a casing section formed integrally with the shroud section and supporting the shroud section, wherein the shroud section includes a first resin-based material having a static tensile strength of at least 65MPa and no more than 200MPa and a breaking strain of no more than 0.3mm/mm at a temperature of 100°C, and wherein the casing section includes a second resin-based material having a static tensile strength of at least 40MPa and a breaking strain of at least 0.1 mm/mm at a temperature of 100°C, wherein the first resin-based material and the second resin-based material include polyamide resin, and wherein the first resin-based material and the second resin-based material are different from each other.