mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: i) providing a cross-linked genomic DNA, wherein the DNA is conserved so that the DNA is intact, wherein the DNA comprises a first and a second set of regions ii) fragmenting the cross-linked genome creating a plurality of fragments with junctions, iii) adding a labelled junction marker and ligating the fragments with junctions and marker under conditions such that the marker is ligated to the junctions; iv) purifying the fragments containing a marker ligated at the junction; v) adding labelled capture probes and selectively purify fragments that are hybridised to the marked capture probes and vi) analysing the fragments containing a marker ligated to the junction and which hybridise to the marked capture probe to determine the identity of the fragments, wherein the labelled capture probes are probes which hybridize to regulatory regions, such as promoter sequences.
Process for the oxidative refining of crude silicon melt during the production of technical-grade silicon, in which during the refining the crude silicon melt has added to it a finely divided mediator having a particle size parameter d 50 of 1 to 200 pm, this mediator containing a minimum content of metallic silicon of 8% by mass and also at least one or more of the elements H, C, O, F, Cl, Ca, Fe and Al, wherein the finely divided mediator is added to the crude silicon melt by means of pneumatic conveying with a gas.
A method for transferring micro-LEDs, comprising: forming micro-LEDs on a laser-transparent original substrate; providing an anisotropic conductive layer on a receiving substrate; bringing the micro-LEDs into contact with the anisotropic conductive layer on the receiving substrate; irradiating the original substrate with laser (206; 209; 212) from the original substrate side to lift-off the micro-LEDs from the original substrate; and processing the anisotropic conductive layer, to electrically connect the micro-LEDs with pads on the receiving substrate, wherein the step of processing the anisotropic conductive layer further comprises: applying pressure on the anisotropic conductive layer from the micro-LEDs side by using an auxiliary substrate, characterized in that the surface of the auxiliary substrate is coated with temporary bonding polymer, and the step of processing the anisotropic conductive layer comprises: bonding the auxiliary substrate with the anisotropic conductive layer via the temporary bonding polymer; and after applying pressure, de-bonding the auxiliary substrate via the temporary bonding polymer, to remove the auxiliary substrate. forming micro-LEDs on a laser-transparent original substrate; providing an anisotropic conductive layer on a receiving substrate; bringing the micro-LEDs into contact with the anisotropic conductive layer on the receiving substrate; irradiating the original substrate with laser (206; 209; 212) from the original substrate side to lift-off the micro-LEDs from the original substrate; and processing the anisotropic conductive layer, to electrically connect the micro-LEDs with pads on the receiving substrate, wherein the step of processing the anisotropic conductive layer further comprises: applying pressure on the anisotropic conductive layer from the micro-LEDs side by using an auxiliary substrate, characterized in that the surface of the auxiliary substrate is coated with temporary bonding polymer, and the step of processing the anisotropic conductive layer comprises: bonding the auxiliary substrate with the anisotropic conductive layer via the temporary bonding polymer; and after applying pressure, de-bonding the auxiliary substrate via the temporary bonding polymer, to remove the auxiliary substrate. applying pressure on the anisotropic conductive layer from the micro-LEDs side by using an auxiliary substrate, characterized in that the surface of the auxiliary substrate is coated with temporary bonding polymer, and the step of processing the anisotropic conductive layer comprises: bonding the auxiliary substrate with the anisotropic conductive layer via the temporary bonding polymer; and after applying pressure, de-bonding the auxiliary substrate via the temporary bonding polymer, to remove the auxiliary substrate. bonding the auxiliary substrate with the anisotropic conductive layer via the temporary bonding polymer; and after applying pressure, de-bonding the auxiliary substrate via the temporary bonding polymer, to remove the auxiliary substrate.
A preparation comprising a composition comprising fluoxetine and vitamin D3 or derivatives of vitamin D 3, wherein vitamin D3 or its derivatives is one or more selected from the group consisting of vitamin D3, calcipotriol, tacalcitol and calcitriol, and the preparation is a cream, an_ointment, a gel or a paste.
A vehicle comprising: a floor panel; an electric component including a plurality of terminal parts (13A, 13B) on a side surface thereof and installed on the floor panel; and a protective structure of the electric component, the protective structure including a cover member provided on the floor panel and configured to cover the electric component, wherein the cover member includes a side wall facing the side surface of the electric component, and the side wall includes a bulging part bulging from a wall surface of the side wall so as to be away from the side surface of the electric component, the bulging part being located above a bottom end portion of the side wall, characterized in that each terminal part (13A, 13B) is located at the same height position as the bulging part, and an air space is formed in a space portion formed by the bulging part. a floor panel; an electric component including a plurality of terminal parts (13A, 13B) on a side surface thereof and installed on the floor panel; and a protective structure of the electric component, the protective structure including a cover member provided on the floor panel and configured to cover the electric component, wherein the cover member includes a side wall facing the side surface of the electric component, and the side wall includes a bulging part bulging from a wall surface of the side wall so as to be away from the side surface of the electric component, the bulging part being located above a bottom end portion of the side wall, characterized in that each terminal part (13A, 13B) is located at the same height position as the bulging part, and an air space is formed in a space portion formed by the bulging part.
A system for determining relief usable for determining the relief of a granule filling surface in a petrochemical reactor, the filling direction in which the reactor is filled defining a vertical direction, the reactor having a central vertical axis, the system including a transmitter configured to be positioned above the filling surface in such a manner as to transmit a signal to various points of said surface, said system being characterized in that it includes shift means for shifting the transmitter as a whole relative to the central axis in an horizontal plane of the reactor through an angle (α - alpha) that is greater than 60°, the system for determining relief including fastener means for fastening it to a filler device for filling the reactor with granules, preferably releasable fastener means.
A memory device, comprising: a memory array including a plurality of bit lines; a page buffer coupled to the plurality of bit lines having a page width; an input/output, I/O, interface for I/O data units having an I/O width less than the page width; data path circuits (175, 176, 181, 182, 184, 185, 190, 191) connected between the page buffer and the I/O interface; and a controller (108, 110) configured to respond to commands received at the I/O interface, to control memory operations including a continuous page read operation to output a stream of pages at the I/O interface, the continuous read operation including responding to a series of commands, the series including a first command and one or more intra-stream commands, and wherein the first command includes an address to initiate the continuous page read operation, and at least one intra-stream command in one or more intra-stream commands includes a non-sequential address for a non-sequential page in the stream of pages to provide the non-sequential page in the stream of pages, characterized in that the controller is adapted to receive the intra-stream commands in the one or more intra-stream commands before completing output of a preceding page in the stream while the preceding page in the stream is traversing the data path circuits (175, 176, 181, 182, 184, 185, 190, 191) including buffer memory (181, 182) to the I/O interface. a memory array including a plurality of bit lines; a page buffer coupled to the plurality of bit lines having a page width; an input/output, I/O, interface for I/O data units having an I/O width less than the page width; data path circuits (175, 176, 181, 182, 184, 185, 190, 191) connected between the page buffer and the I/O interface; and a controller (108, 110) configured to respond to commands received at the I/O interface, to control memory operations including a continuous page read operation to output a stream of pages at the I/O interface, the continuous read operation including responding to a series of commands, the series including a first command and one or more intra-stream commands, and wherein the first command includes an address to initiate the continuous page read operation, and at least one intra-stream command in one or more intra-stream commands includes a non-sequential address for a non-sequential page in the stream of pages to provide the non-sequential page in the stream of pages, characterized in that the controller is adapted to receive the intra-stream commands in the one or more intra-stream commands before completing output of a preceding page in the stream while the preceding page in the stream is traversing the data path circuits (175, 176, 181, 182, 184, 185, 190, 191) including buffer memory (181, 182) to the I/O interface.
A crystalline material having, in its as-synthesized form, an X-ray diffraction pattern including the lines listed as follows: 2-Theta d, nm Relative Intensity 7.58±0.05 1.164±0.008 25-49 8.26±0.05 1.069±0.007 25-49 12.66±0.05 0.698±0.003 50-74 13.94±0.05 0.634±0.002 50-74 14.18±0.05 0.623±0.002 75-100 18.94±0.05 0.468±0.001 50-74 19.18±0.05 0.462±0.001 25-49 19.60±0.05 0.452±0.001 50-74 25.48±0.05 0.349±0.001 25-49 25.62±0.05 0.347±0.001 75-100 25.94±0.05 0.343±0.001 75-100 26.12±0.05 0.341±0.001 25-49 28.08±0.05 0.317±0.001 25-49 and represented, in its as-synthesized form and on an anhydrous basis, by the empirical formula: mR:F a:(M x Al y P z)O 2 wherein R is 4-dimethylaminopyridine; wherein m is from 0.1 to 0.5, being the number of moles of R per mole of (M x Al y P z)O 2; wherein a is the number of moles of fluoride ion per mole of (M x Al y P z)O 2 and a/y is less than 0.25; wherein x, y, and z represent the mole fraction of M, Al and P, as tetrahedral oxides, x being from 0 to 0.25, y being from 0.3 to 0.7 and z being from 0.25 to 0.7; and wherein M is a metal selected from one of Groups 1 to 14 and Lanthanoids of the Periodic Table of Elements.
An ink-jet head for discharging a water-based ink for ink-jet recording, the ink-jet head having portions which are to be brought in contact with the water-based ink and which are formed by two or more types of metal members (31, 32, 33,34,35,36,37),: wherein at least two of the two or more types of the metal members (31, 32, 33, 34, 35, 36, 37) are electrically connected; and characterized in that the material for forming each of the two or more types of the electronically connected metal members (31, 32, 33, 34, 35, 36, 37) is selected from a group consisting ofNi, Ti, 42 Alloy and SUS material; and the two or more types of the electrically connected metal members (31, 32, 33, 34, 35, 36, 37) have spontaneous potentials each of which is measured with a reference electrode Ag/AgCl in the water-based ink and which provide an absolute value of a maximum difference therebetween, the absolute value being not more than 60 mV. wherein at least two of the two or more types of the metal members (31, 32, 33, 34, 35, 36, 37) are electrically connected; and characterized in that the material for forming each of the two or more types of the electronically connected metal members (31, 32, 33, 34, 35, 36, 37) is selected from a group consisting ofNi, Ti, 42 Alloy and SUS material; and the two or more types of the electrically connected metal members (31, 32, 33, 34, 35, 36, 37) have spontaneous potentials each of which is measured with a reference electrode Ag/AgCl in the water-based ink and which provide an absolute value of a maximum difference therebetween, the absolute value being not more than 60 mV.
A webbing adjuster (100, 500) selectively positionable and securable on a bight of webbing, the webbing having a width and a thickness, said adjuster comprising: a strap securing component (104, 504) comprising opposed sidewalls (112, 116; 512, 516) with a securing beam (120, 520) extending lengthwise between the sidewalls, the securing beam (120, 520) having a height in a direction perpendicular to the lengthwise direction; and a strap guiding component (108, 508) movably received between said sidewalls (112, 116; 512, 516) adjacent the securing beam (120, 520), the strap guiding component defining at least a first opening (132, 528); characterised in that the at least first opening has a width sufficient to receive a width of webbing and a height sufficient to receive at least two thicknesses of webbing; wherein said securing beam height is greater than said first opening height and said strap securing (104, 504) and guiding (108, 508) components are configured and dimensioned to slidably receive the bight of webbing around the securing beam (120, 520) and through said at least one opening, and to trap the bight of webbing between the securing beam (120, 520) and strap guiding component (108, 508) in response to a force applied to the strap guiding component when tensioned in a direction opposite the bight of webbing. a strap securing component (104, 504) comprising opposed sidewalls (112, 116; 512, 516) with a securing beam (120, 520) extending lengthwise between the sidewalls, the securing beam (120, 520) having a height in a direction perpendicular to the lengthwise direction; and a strap guiding component (108, 508) movably received between said sidewalls (112, 116; 512, 516) adjacent the securing beam (120, 520), the strap guiding component defining at least a first opening (132, 528); characterised in that the at least first opening has a width sufficient to receive a width of webbing and a height sufficient to receive at least two thicknesses of webbing; wherein said securing beam height is greater than said first opening height and said strap securing (104, 504) and guiding (108, 508) components are configured and dimensioned to slidably receive the bight of webbing around the securing beam (120, 520) and through said at least one opening, and to trap the bight of webbing between the securing beam (120, 520) and strap guiding component (108, 508) in response to a force applied to the strap guiding component when tensioned in a direction opposite the bight of webbing.
Device for measuring at least one surface section of an object, comprising a reference body and comprising a distance measuring apparatus and comprising a holder, on which the reference body and the distance measuring apparatus are arranged, wherein the distance measuring apparatus is mounted on the holder so as to be pivotable with respect to a first axis, and wherein the distance measuring apparatus is designed to determine a first distance to a first point located on the surface section of the object and a second distance to a second point located on the reference body, wherein the reference body has a reference surface matched to the pivotable mobility of the distance measuring apparatus on the holder, characterized in that the distance measuring apparatus is mounted on the holder so as to be pivotable with respect to the first and with respect to a second axis, and in that the reference surface is formed as a spherical hollow mirror with a substantially spherical segment-like geometry, of which the centre substantially coincides with the first and/or with the second axis (50, 52).
A blade outer air seal for a gas turbine engine, comprising: a seal body having a radially inner face and a radially outer face that axially extend between a leading edge portion and a trailing edge portion; a retention flange that extends from said leading edge portion; and a leaf seal that contacts said retention flange; wherein said leaf seal comprises a base portion, a radially outer sealing end, and a flexible arcuate portion coupling the base portion to the radially outer sealing end; the base portion is disposed axially downstream of the retention flange relative to a direction of airflow along a core flow path of the gas turbine engine and is brazed to said retention flange and to said radially outer face of said seal body; and wherein said radially outer sealing end includes a first sealing surface engaging a radially outer portion of the retention flange, the leaf seal extending in an axially upstream direction from the flexible arcuate portion to the engagement of the first sealing surface with the radially outer portion of the retention flange. a seal body having a radially inner face and a radially outer face that axially extend between a leading edge portion and a trailing edge portion; a retention flange that extends from said leading edge portion; and a leaf seal that contacts said retention flange; wherein said leaf seal comprises a base portion, a radially outer sealing end, and a flexible arcuate portion coupling the base portion to the radially outer sealing end; the base portion is disposed axially downstream of the retention flange relative to a direction of airflow along a core flow path of the gas turbine engine and is brazed to said retention flange and to said radially outer face of said seal body; and wherein said radially outer sealing end includes a first sealing surface engaging a radially outer portion of the retention flange, the leaf seal extending in an axially upstream direction from the flexible arcuate portion to the engagement of the first sealing surface with the radially outer portion of the retention flange.
Current-carrying profile (1, 1a, 1b) which extends in a longitudinal direction and has a plurality of grooves for receiving electrical conductors, which grooves extend in the longitudinal direction and run parallel to one another, the grooves being bounded by a groove base and groove side walls and being open on a contact-making upper side of the current-carrying profile (1, 1a, 1b), so that the electrical conductors are brought into electrically conductive contact with contacts of the tapping connector projecting into the grooves by plugging a tapping connector onto the contacting upper side, the current-carrying profile (1, 1a, 1b) has an elastic length compensating region extending in the longitudinal direction, characterized in that the length compensating region can be changed in length with a plurality of contour changes following one after the other in the longitudinal direction by a sequence of incremental length changes.
Heat exchanger comprising at least a heat exchanger space, a burner space and a water conducting channel, wherein the heat exchanger comprises a body having at least one slot and at least one cassette insertable into said at least one slot, said cassette comprising at least part of a water conducting channel extending between an inlet side and an outlet side of the cassette characterized in that the at least one cassette comprises a first wall and a labyrinth forming wall complex (69, 67) extending from said first wall forming a labyrinth shaped water channel part, open at a side opposite the first wall, wherein the labyrinth forming wall complex (69, 67) comprises two side walls extending along opposite longitudinal sides of the first side wall and cross walls connected to the first wall and alternatingly extending from one of the side walls towards the opposite side wall but stopping short from it to leave a relatively small gap.
A polyolefin composition which comprises - a polymer component (i) which is a LDPE copolymer which contains polar comonomer units in molar amount of more than 4.5 mol%, based on the total moles of polymerisable monomers of said base LDPE copolymer, said LDPE copolymer bearing silane-moieties, - a polyolefin component (ii) which is a polymer of olefin having at least 3 carbon atoms, and - a filler (iii), wherein said filler (iii) is a carbon black which has a surface area of up to 80 m 2 /g, when measured according to ASTM D 4820-99 (BET, N 2 adsorption). - a polymer component (i) which is a LDPE copolymer which contains polar comonomer units in molar amount of more than 4.5 mol%, based on the total moles of polymerisable monomers of said base LDPE copolymer, said LDPE copolymer bearing silane-moieties, - a polyolefin component (ii) which is a polymer of olefin having at least 3 carbon atoms, and - a filler (iii),
High-pressure pump, in particular radial or in-line piston pump for fuel injection systems of air-compressing, auto-ignition internal combustion engines, having at least one pump assembly and having a drive shaft which has at least one cam assigned to the pump assembly, wherein the pump assembly has a pump piston which is guided in a bore, a roller which runs on a cam surface of the cam, and a roller tappet which receives the roller, wherein the pump piston is connected to the roller tappet by way of a spring plate on which a tappet spring is supported, and wherein, in this way, tilting of the roller tappet relative to a main axis of the pump assembly along which the pump piston can be actuated is limited, characterized in that the roller tappet is, in a bore formed in at least one housing part, supported radially with respect to the main axis of the pump assembly, and said roller tappet is of bulged form in at least one support region in which the roller tappet is supported radially in the bore of the housing part, and in that the bulge of the roller tappet in the support region is designed such that a lever arm between the axis of rotation of the roller and a support point between the bulge of the roller tappet and the bore of the housing part amounts to at most approximately 5 mm.