mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling supply of cylinder oil containing a base to a cylinder of a running large two-stroke crosshead engine, the large two-stroke crosshead engine having cylinders comprising a cylinder liner with a reciprocating piston therein, the method comprising: feeding the cylinder oil to the cylinder at a variable and controllable cylinder oil feed rate and with a variable and controllable basicity, adjusting the variable cylinder oil feed rate to an actual lubrication need of an inner surface of the cylinder liner, adjusting a total amount of detergent in the cylinder oil to an actual need for a presence of detergent in the cylinder liner, and adjusting a capacity to neutralize acidic combustion products in the cylinder resulting from an actual cylinder oil feed rate and basicity by adjusting the basicity of the cylinder oil to an actual need of the inner surface of the cylinder liner for protection against acidic combustion products in the cylinder liner. feeding the cylinder oil to the cylinder at a variable and controllable cylinder oil feed rate and with a variable and controllable basicity, adjusting the variable cylinder oil feed rate to an actual lubrication need of an inner surface of the cylinder liner, adjusting a total amount of detergent in the cylinder oil to an actual need for a presence of detergent in the cylinder liner, and adjusting a capacity to neutralize acidic combustion products in the cylinder resulting from an actual cylinder oil feed rate and basicity by adjusting the basicity of the cylinder oil to an actual need of the inner surface of the cylinder liner for protection against acidic combustion products in the cylinder liner.
Holder for fuel injection systems for holding a fuel injection valve on a connector point of a fuel-conducting component having a holding body and a clamping element, the holding body having at least one supporting face, on which the fuel injection valve can be supported, and it being possible for the holding body to be adjusted along an adjusting axis with respect to the component via the clamping element, the holding body having at least one guide part which, in the mounted state, makes guidance of the holding body on the component along the adjusting axis possible, a further guide part also being provided, characterized in that, in addition to the further guide part, the holding body also has a clamping part which interacts with the clamping element, and a supporting part, on which the supporting face is configured, the further guide part making guidance of the holding body on the component along the adjusting axis possible in the mounted state, and in that the clamping part is connected to the supporting part firstly via the guide part and secondly via the further guide part, and in that the guide part, the clamping part, the further guide part and the supporting part of the holding body are arranged in a closed, O-shaped arrangement (7, 8, 9, 10) with respect to one another, and in that the clamping part has a continuous threaded bore, in which the clamping element can be adjusted, and a screwing axis of the threaded bore is parallel to the adjusting axis.
A scraper, comprising: a scraper body, having a bottom surface and a top surface opposite to the bottom surface; and a rolling body, arranged on the bottom surface of the scraper body, the rolling body being able to support the scraper body when the scraper is in a mounted position; and a supporting body, formed on the bottom surface of the scraper body, wherein the supporting body is provided with a mounting surface and the mounting surface forms a part of the bottom surface; the mounting surface is provided with the rolling body, characterized in that the supporting body is a nonmetallic elastomer. a scraper body, having a bottom surface and a top surface opposite to the bottom surface; and a rolling body, arranged on the bottom surface of the scraper body, the rolling body being able to support the scraper body when the scraper is in a mounted position; and a supporting body, formed on the bottom surface of the scraper body, wherein the supporting body is provided with a mounting surface and the mounting surface forms a part of the bottom surface; the mounting surface is provided with the rolling body, characterized in that the supporting body is a nonmetallic elastomer.
A method for culturing mammalian stem or progenitor cells, which comprises: adding to the cell culture a sustained release composition, wherein the sustained release composition is a poly(DL-lactide-co-glycolide) (PLGA) microsphere comprising releasable fibroblast growth factor that maintains the cells in an undifferentiated state, wherein the sustained release composition releases FGF2 such that a stable concentration range of between 80% and 100% of the starting concentration of FGF2 is maintained over a period of at least three days without further addition of the sustained release composition.
A method for graphically and textually displaying weather data on an onboard aircraft display, the method comprising: receiving, by a PIREP, pilot report, data collector coupled to an onboard weather radar, weather data from the onboard weather radar; automatically generating a preliminary form of PIREP formatted weather data, by converting, by a PIREP formatter coupled to the PIREP data collector, the weather data in the PIREP data collector to PIREP formatted weather data; displaying, on the onboard aircraft display, the automatically generated preliminary form of PIREP formatted weather data in a data box (222, 302), for concurrence by a pilot; and rendering, on the onboard aircraft display, the PIREP formatted weather data in a final PIREP form in a data box, after pilot concurrence. receiving, by a PIREP, pilot report, data collector coupled to an onboard weather radar, weather data from the onboard weather radar; automatically generating a preliminary form of PIREP formatted weather data, by converting, by a PIREP formatter coupled to the PIREP data collector, the weather data in the PIREP data collector to PIREP formatted weather data; displaying, on the onboard aircraft display, the automatically generated preliminary form of PIREP formatted weather data in a data box (222, 302), for concurrence by a pilot; and rendering, on the onboard aircraft display, the PIREP formatted weather data in a final PIREP form in a data box, after pilot concurrence.
Device for holding the overhead wires, comprising a catenary wire and contact wire, of electric railway vehicles, with an overhead wire mast (1, 2) which comprises guides (6, 21) for a support extending the mast upwards, wherein the support is displaceable in the guides (6, 21) and bears an arm holding the overhead wires, characterised in that the arm comprises a rod shaped to form an open loop, the ends of which are borne on the support
A heater comprising: a ceramic substrate; and a heating layer, wherein the heating layer is bonded to the ceramic substrate via a transient liquid phase bond, characterised by the heater further comprising a routing layer, and a plurality of first conductive vias connecting the heating layer to the routing layer, wherein the ceramic substrate is an AIN substrate, the routing layer and the plurality of first conductive vias are made from a molybdenum material, and the routing layer and the plurality of first conductive vias are bonded to the AIN substrate via the transient liquid phase bond. a ceramic substrate; and a heating layer, wherein the heating layer is bonded to the ceramic substrate via a transient liquid phase bond, characterised by the heater further comprising a routing layer, and a plurality of first conductive vias connecting the heating layer to the routing layer, wherein the ceramic substrate is an AIN substrate, the routing layer and the plurality of first conductive vias are made from a molybdenum material, and the routing layer and the plurality of first conductive vias are bonded to the AIN substrate via the transient liquid phase bond.
A method for individualized treatment of hair, characterized by the steps of: a) detecting a content of hair constituents of a plurality of samples of hair having a different hair condition by means of a chromatographic or colorimetric method; b) recording near-infrared and/or infrared and/or VIS and/or Raman spectra of the samples of hair having a different hair condition; c) creating a calibration model which establishes a correlation between near-infrared and/or infrared and/or VIS and/or Raman spectra and the content of hair constituents; d) recording a near-infrared and/or infrared and/or VIS and/or Raman spectrum of the hair of an individual; e) determining a hair condition of the hair of said individual on the basis of the calibration model; and f) outputting individual treatment instructions for the hair of the individual depending on the detected hair condition, the hair constituents being selected from the group consisting of amino acids, lipids, melanin, water and mixtures thereof. a) detecting a content of hair constituents of a plurality of samples of hair having a different hair condition by means of a chromatographic or colorimetric method; b) recording near-infrared and/or infrared and/or VIS and/or Raman spectra of the samples of hair having a different hair condition; c) creating a calibration model which establishes a correlation between near-infrared and/or infrared and/or VIS and/or Raman spectra and the content of hair constituents; d) recording a near-infrared and/or infrared and/or VIS and/or Raman spectrum of the hair of an individual; e) determining a hair condition of the hair of said individual on the basis of the calibration model; and f) outputting individual treatment instructions for the hair of the individual depending on the detected hair condition,
A fabric softening composition, comprising a) a fabric softener, optionally a cationic fabric softener; and b) a poly(vinyl alcohol) and poly(ethylene glycol) graft copolymer; wherein the poly(vinyl alcohol) and poly(ethylene glycol) graft copolymer of claim 1 has the formula: wherein, x and y are each independently a positive integer and the ratio of x to y is from 1 to 2, from 1 to 3, or from 1 to 4, and wherein the composition further comprises silicon dioxide. a) a fabric softener, optionally a cationic fabric softener; and b) a poly(vinyl alcohol) and poly(ethylene glycol) graft copolymer; wherein, x and y are each independently a positive integer and the ratio of x to y is from 1 to 2, from 1 to 3, or from 1 to 4, and wherein the composition further comprises silicon dioxide.
A pulse amplifier comprising: an amplification medium and a normal dispersion medium that are multistage-connected alternately, for changing an input pulse to a light pulse having a linear chirp in a bandwidth range of wider than that for the input pulse and outputting the light pulse, wherein the normal dispersion medium is a dispersion compensating medium and an absolute value of an dispersion of the normal dispersion medium is larger than an absolute value of a dispersion of the amplification medium. an amplification medium and a normal dispersion medium that are multistage-connected alternately, for changing an input pulse to a light pulse having a linear chirp in a bandwidth range of wider than that for the input pulse and outputting the light pulse, wherein the normal dispersion medium is a dispersion compensating medium and an absolute value of an dispersion of the normal dispersion medium is larger than an absolute value of a dispersion of the amplification medium.
A computer system comprising an information processing device (100, 700, 1300X), the information processing device mounting a virtual computer by a host operating system and virtualization software, the virtual computer mounting a guest operating system in which an application program as a device controller module for controlling an external device is installed, wherein: the virtual computer comprises an event acquisition controller that performs control for acquiring, at the time of occurrence of a failure in the information processing device or in the external device provided outside the virtual computer (100, 700, 1300X), log information of an external device; the computer system comprises an event storing unit that stores the log information acquired by the event acquisition controller; and the information processing device comprises a snap shot creating unit that creates a snap shot of the guest operating system including the application program, the snap shot including the log information of the external device, after the log information is stored in the event storing unit, together with log information of the application program and the guest operating system. the virtual computer comprises an event acquisition controller that performs control for acquiring, at the time of occurrence of a failure in the information processing device or in the external device provided outside the virtual computer (100, 700, 1300X), log information of an external device; the computer system comprises an event storing unit that stores the log information acquired by the event acquisition controller; and the information processing device comprises a snap shot creating unit that creates a snap shot of the guest operating system including the application program, the snap shot including the log information of the external device, after the log information is stored in the event storing unit, together with log information of the application program and the guest operating system.
A method of manufacturing a collimator on a three-dimensional printer, the method comprising: obtaining design specifications for the collimator, the design specifications including a channel perimeter pattern and an overall collimator thickness; determining a first quantity of deposit layer permutation types based on the channel perimeter pattern; determining a respective second quantity of permutation layer elements (310, 320, 330) for each respective one of the deposit layer permutations; generating respective sets of sequences for each respective one of the deposit layer permutations, the number of sets equal to the respective second quantity for the corresponding deposit layer permutations; assembling the respective sets of sequences into a three-dimensional print file, providing the three-dimensional file to the three-dimensional printer; and manufacturing the collimator by depositing additive layers of material based on contents of the three-dimensional file. obtaining design specifications for the collimator, the design specifications including a channel perimeter pattern and an overall collimator thickness; determining a first quantity of deposit layer permutation types based on the channel perimeter pattern; determining a respective second quantity of permutation layer elements (310, 320, 330) for each respective one of the deposit layer permutations; generating respective sets of sequences for each respective one of the deposit layer permutations, the number of sets equal to the respective second quantity for the corresponding deposit layer permutations; assembling the respective sets of sequences into a three-dimensional print file, providing the three-dimensional file to the three-dimensional printer; and manufacturing the collimator by depositing additive layers of material based on contents of the three-dimensional file.
A stator assembly (55; 58; 60; 155; 160; 260) of a gas turbine engine comprising: a first shroud (62; 162) extending about an axis to bound a flow path, the first shroud defining a first shroud opening (68; 168; 268); an airfoil (55A; 58A; 66; 166; 266) including an airfoil body (66A; 166A) extending from a first end portion (66B; 166B; 266B), the first end portion (66B; 166B; 266B) received in the first shroud opening (68; 168; 268) and defining at least one airfoil opening (66D; 166D; 266D); and at least one retention clip (72; 72'; 272) including an arcuate portion (72F; 72F'; 272F) extending from a first elongated leg portion (72B; 72B'; 272B), the first elongated leg portion (72B; 72B'; 272B) and the arcuate portion (72F; 72F'; 272F) received through the at least one airfoil opening (66D; 166D; 266D) such that the at least one retention clip (72; 72'; 272) limits movement of the airfoil (55A...266) relative to the first shroud (62; 162), wherein the at least one retention clip (72; 72') includes an intermediate portion (72A; 72A') connecting the first elongated leg portion (72B; 72B') and a second elongated leg portion (72C; 72C'); characterised in that the at least one airfoil opening (66D; 166D) includes a pair of airfoil openings (66D; 166D), and the intermediate portion (72A; 72A') spans between the pair of airfoil openings (66D; 166D) when the at least one retention clip (72; 72') is located in an installed position, wherein the arcuate portion (72F; 72F'; 272F) is a hook having a terminal end (T2; T2'). a first shroud (62; 162) extending about an axis to bound a flow path, the first shroud defining a first shroud opening (68; 168; 268); an airfoil (55A; 58A; 66; 166; 266) including an airfoil body (66A; 166A) extending from a first end portion (66B; 166B; 266B), the first end portion (66B; 166B; 266B) received in the first shroud opening (68; 168; 268) and defining at least one airfoil opening (66D; 166D; 266D); and at least one retention clip (72; 72'; 272) including an arcuate portion (72F; 72F'; 272F) extending from a first elongated leg portion (72B; 72B'; 272B), the first elongated leg portion (72B; 72B'; 272B) and the arcuate portion (72F; 72F'; 272F) received through the at least one airfoil opening (66D; 166D; 266D) such that the at least one retention clip (72; 72'; 272) limits movement of the airfoil (55A...266) relative to the first shroud (62; 162), wherein the at least one retention clip (72; 72') includes an intermediate portion (72A; 72A') connecting the first elongated leg portion (72B; 72B') and a second elongated leg portion (72C; 72C'); characterised in that the at least one airfoil opening (66D; 166D) includes a pair of airfoil openings (66D; 166D), and the intermediate portion (72A; 72A') spans between the pair of airfoil openings (66D; 166D) when the at least one retention clip (72; 72') is located in an installed position, wherein the arcuate portion (72F; 72F'; 272F) is a hook having a terminal end (T2; T2').
A hinge, preferably intended to be used in vehicles such as goods vehicles, buses etc., for hanging a pivotable component on a vehicle body, the hinge comprising at least a first part for fixed mounting in the vehicle and a second part for mounting in the pivotable component, wherein the second part is axially displaceable relative to the first part, wherein the first part of the hinge is equipped with a holder part arranged so as to enable removable suspension of the second pivotable part of the hinge,, the second part of the hinge is equipped with a transverse element that fits into the holder part of the first part, wherein the transverse element is designed as a rotatable shaft, and wherein the holder part is arranged with a recess in the form of a groove that is essentially U-shaped in cross-section, characterized in that the transverse element in the second part of the hinge is equipped with fastening holes for fixed mounting to the first part of the hinge, and that the fastening holes of the transverse element are shaped oblong in order to enable lateral displacement of the second part of the hinge, with bolted joints inserted such that adjustment of the pivotable component in the axial direction of the hinge is enabled when the pivotable component is in its closed function position.
A print controller for processing a print job in parallel, comprising: multiple parallel Raster Image Processors (RIPs); and a control system operable to receive print data and a job ticket, wherein the print data comprises a plurality of logical pages, to identify a graphic that is associated with one of the logical pages and defined in the job ticket, and to transmit the logical page to one of the parallel RIPs for processing; wherein the one of the parallel RIPs is operable to receive the logical page, to determine page dimensions from the logical page, to transmit the page dimensions, and to rasterize the logical page, and wherein the control system is further operable to determine a location for the graphic based upon the transmitted page dimensions, and to direct another RIP to rasterize the graphic in order to generate a sheet image in parallel with the RIP that is rasterizing the logical page. multiple parallel Raster Image Processors (RIPs); and a control system operable to receive print data and a job ticket, wherein the print data comprises a plurality of logical pages, to identify a graphic that is associated with one of the logical pages and defined in the job ticket, and to transmit the logical page to one of the parallel RIPs for processing; wherein the one of the parallel RIPs is operable to receive the logical page, to determine page dimensions from the logical page, to transmit the page dimensions, and to rasterize the logical page, and wherein the control system is further operable to determine a location for the graphic based upon the transmitted page dimensions, and to direct another RIP to rasterize the graphic in order to generate a sheet image in parallel with the RIP that is rasterizing the logical page.
A plant protection device comprising a tubular sheath formed by a wall of decomposable material and extending longitudinally from an open insert end to an open top end, the sheath wall defining an inner tubular section the size of which allows the sheath to be applied over a seedling while enclosing the seedling from its root end to below its top end, wherein the tubular sheath is formed from a double-folded sheet of material, the meeting longitudinal edges of which are joined in a seam, and in result of an inherent bias of the double-folded sheet of material that tends to bring the tubular sheath into a collapsed condition, the sheath is frictionally arrested about the seedling while engaging under a gripping force the green part of the seedling comprising stem, branches and needles, characterized that the gripping force is provided from a restriction of said tubular section of the sheath and the restriction is formed at the top end of the sheath by folding in of one or both top end corners (9, 10) of the double-folded sheet of material, and attaching the folded-in corners to the exterior of the sheath, whereby the sheath is provided a first radius at the top end and at the insert end a second radius wider than said first radius, wherein below a region at the top end the sheath is treated to provide a slower rate of decomposition than a rate of decomposition in said top end region.
Window pane, with an electrically conductive coating heatable by an electrical current flow applied by means of at least two electrodes, and at least one communication window made in the form of an interruption of said coating, with the window capable of allowing passage of communication radiation used as a carrier signal for data to be transmitted and whose wavelength is within a range of wavelengths that can be reflected or absorbed by the coating characterized in that the communication window is provided with an electrically conductive covering deposited on the coating such that it covers, on all sides, the edges of the communication window without coating, the covering is electrically connected to said coating directly or through the intermediary of another electrically conductive element in contact with at least one part of the edges of the window and in contact with the coating, the covering is situated within the current flow between the electrodes and can also be heated in the form of resistance heating, and interruptions are made in the covering, which increase its permeability to said communication radiation through the communication window and thus allows passage of the communication radiation to be transmitted through the communication window, but, nevertheless, do not prevent current flow through the covering.