mhurhangee/ep-ind-claims huggingface dataset:
A process for regenerating a layer transferred wafer consisting of silicon single crystal, obtained as a by-product in manufacturing a bonded SOI wafer, wherein the SOI wafer is a silicon on insulator wafer, by an ion implantation separation method so as to be reused for an SOI layer wafer to manufacture a bonded SOI wafer, comprising: rapidly heating the layer transferred wafer in an oxidizing atmosphere, then holding it for a fixed time and rapidly cooling it; and mirror-polishing a surface of the cooled layer transferred wafer, wherein through rapid heating/rapid cooling the layer transferred wafer is heated from a room temperature to a temperature in the range of 1000 to 1350°C at a temperature elevating speed of 50 to 5000°C/minute, then the wafer is held at the raised temperature for 1 to 1000 seconds, whereby oxygen precipitate nuclei or oxygen precipitates are dissolved, and subsequently the wafer is cooled from the raised temperature to a room temperature at a temperature lowering speed of 50 to 5000°C/minute, whereby a solid solution state is maintained and oxygen precipitate nuclei or oxygen precipitates are eliminated. rapidly heating the layer transferred wafer in an oxidizing atmosphere, then holding it for a fixed time and rapidly cooling it; and mirror-polishing a surface of the cooled layer transferred wafer,
A herpes simplex virus McKrae strain variant a) whose genome contains an alteration such that the variant fails to express ICP4, wherein the genome comprises a nucleic acid molecule encoding a neurotrophin 3 polypeptide; or b) whose genome contains an alteration such that the variant fails to express a functional protein characterized by SEQ ID NO: 2, wherein the genome comprises a nucleic acid molecule encoding a neurotrophin 3 polypeptide; or c) whose genome contains an alteration such that the variant fails to express a functional protein characterized by SEQ ID NO: 16, wherein the genome comprises a nucleic acid molecule encoding a neurotrophin 3 polypeptide. a) whose genome contains an alteration such that the variant fails to express ICP4, wherein the genome comprises a nucleic acid molecule encoding a neurotrophin 3 polypeptide; or b) whose genome contains an alteration such that the variant fails to express a functional protein characterized by SEQ ID NO: 2, wherein the genome comprises a nucleic acid molecule encoding a neurotrophin 3 polypeptide; or c) whose genome contains an alteration such that the variant fails to express a functional protein characterized by SEQ ID NO: 16, wherein the genome comprises a nucleic acid molecule encoding a neurotrophin 3 polypeptide.
A carcass for reinforcing a ball, comprising: a. a plurality of panels connected to each other; b. wherein each panel comprises at least one preferred strain direction (200, 300), wherein the elasticity modulus of a panel is greater in the at least one preferred strain direction (200, 300) than in other directions; c. the panels of the carcass are arranged relative to each other so as to avoid an orientation of a pair of adjacent panels where each panel of this pair has at least one preferred strain direction (200, 300) which is perpendicular to at least one connection line between the two adjacent panels, characterized in that d. adjacent pairs of panels are arranged such that an angular sum of adjacent panels comprises numerical values of about 18°, 36°, 54° or 72°, wherein the angular sum is the sum total of the angles of the two adjacent panels, wherein for each panel always the smaller angle is used, which is calculated by reference to the angle at which the preferred strain directions (200, 300) of a panel intersect a perpendicular on the connection line; and that e. the panels are arranged such that six pairs of adjacent panels have an angular sum of substantially 18°, 12 pairs of adjacent panels have an angular sum of 36°, 6 pairs of adjacent panels have an angular sum of 54°, and 6 pairs of adjacent panels have an angular sum of 72°. a. a plurality of panels connected to each other; b. wherein each panel comprises at least one preferred strain direction (200, 300), wherein the elasticity modulus of a panel is greater in the at least one preferred strain direction (200, 300) than in other directions; c. the panels of the carcass are arranged relative to each other so as to avoid an orientation of a pair of adjacent panels where each panel of this pair has at least one preferred strain direction (200, 300) which is perpendicular to at least one connection line between the two adjacent panels, d. adjacent pairs of panels are arranged such that an angular sum of adjacent panels comprises numerical values of about 18°, 36°, 54° or 72°, wherein the angular sum is the sum total of the angles of the two adjacent panels, wherein for each panel always the smaller angle is used, which is calculated by reference to the angle at which the preferred strain directions (200, 300) of a panel intersect a perpendicular on the connection line; and that e. the panels are arranged such that six pairs of adjacent panels have an angular sum of substantially 18°, 12 pairs of adjacent panels have an angular sum of 36°, 6 pairs of adjacent panels have an angular sum of 54°, and 6 pairs of adjacent panels have an angular sum of 72°.
A method for producing a lube basestock from a feedstock of biological origin, the method comprising: providing a fatty acid originated from the feedstock of biological origin and an aromatic acid in a solvent comprising a base; electrochemically coupling the fatty acid and the aromatic acid to produce a hydrocarbon, wherein the molar concentration of the fatty acid is greater than the molar concentration of the aromatic acid; and hydroisomerizing or cracking the hydrocarbon to produce lube basestock.
A turbo compressor comprising: an impeller which rotates about a rotating shaft; and a fixed member which is provided with a facing portion which faces an outer diameter portion of a hub of the impeller in a radial direction, wherein a shunting groove forming an escape route for foreign matter which has infiltrated between the outer diameter portion and the facing portion is formed in the fixed member; characterized in that the shunting groove is a countersink for a screw member fixing the fixed member; the countersink being formed around a through-hole into which the screw member is inserted. an impeller which rotates about a rotating shaft; and a fixed member which is provided with a facing portion which faces an outer diameter portion of a hub of the impeller in a radial direction, wherein a shunting groove forming an escape route for foreign matter which has infiltrated between the outer diameter portion and the facing portion is formed in the fixed member; characterized in that the shunting groove is a countersink for a screw member fixing the fixed member; the countersink being formed around a through-hole into which the screw member is inserted.
A continuous galvanization process for a steel long product comprising one single dipping step consisting of dipping said steel long product into a molten galvanizing bath comprising (a) from 4 to 24 wt.% aluminum, (b) from 0 to 6 wt.% magnesium and (c) the rest being essentially zinc, wherein, prior to said single dipping step, said steel long product has been submitted to one or more treatment steps selected from the group consisting of alkaline cleaning, rinsing, pickling and drying and furthermore to a fluxing step consisting of dipping into a flux composition comprising: (a) more than 40 and less than 70 wt.% zinc chloride, (b) 10 to 30 wt.% ammonium chloride, (c) more than 6 and less than 30 wt.% of a set of at least two alkali metal chlorides including sodium chloride and potassium chloride, (d) from 0 to 2 wt.% lead chloride and (e) from 0 to 15 wt.% tin chloride, provided that the KCI / NaCl weight ratio of said set of at least two alkali metal chlorides ranges from 3.0 to 8.0. (a) more than 40 and less than 70 wt.% zinc chloride, (b) 10 to 30 wt.% ammonium chloride, (c) more than 6 and less than 30 wt.% of a set of at least two alkali metal chlorides including sodium chloride and potassium chloride, (d) from 0 to 2 wt.% lead chloride and (e) from 0 to 15 wt.% tin chloride,
Spectroscopic probe for a device for analyzing a sample by spectroscopy, including: - means for illuminating the sample to be analyzed with incident light; - means (24; 24') for collecting light re-emitted by the sample to be analyzed under the action of the incident light; - a contact surface oriented towards the sample to be analyzed, at the level of which, or nearby which the means for illuminating the sample and/or the means (24; 24') for collecting the re-emitted light are located; - the means (24; 24') for collecting the light re-emitted by the sample constitute at least one set (25; 25') of means (24; 24') for collecting this re-emitted light; such a set (25; 25') including a plurality of these means (24a, 24b, 24c; 24'a, 24'b, 24'c) for collecting the re-emitted light arranged each spaced apart from the other ones and at the same distance from the means for illuminating the sample or their barycenter; characterized in that each means (24; 24') for collecting the light re-emitted by the sample includes one series (241; 241') of optical fibers (240; 240') formed of a plurality of optical fibers (240; 240') which are juxtaposed and arranged according to an arc of circle the center of which coincides with the means for illuminating the sample or with their barycenter. - means for illuminating the sample to be analyzed with incident light; - means (24; 24') for collecting light re-emitted by the sample to be analyzed under the action of the incident light; - a contact surface oriented towards the sample to be analyzed, at the level of which, or nearby which the means for illuminating the sample and/or the means (24; 24') for collecting the re-emitted light are located; - the means (24; 24') for collecting the light re-emitted by the sample constitute at least one set (25; 25') of means (24; 24') for collecting this re-emitted light; such a set (25; 25') including a plurality of these means (24a, 24b, 24c; 24'a, 24'b, 24'c) for collecting the re-emitted light arranged each spaced apart from the other ones and at the same distance from the means for illuminating the sample or their barycenter;
A method, comprising: size reducing a starting lignocellulosic biomass to form a lignocellulosic biomass having a particle size less than 500 μm; forming a mixture comprising: water; and said lignocellulosic biomass having a particle size less than 500 μm; and contacting water at a temperature of at least 374 °C and a pressure of at least 221 bar with said mixture for a duration sufficient to produce at least one C 5 or C 6 saccharide; wherein said mixture contains less than 1% by weight of exogenous acid. size reducing a starting lignocellulosic biomass to form a lignocellulosic biomass having a particle size less than 500 μm; forming a mixture comprising: water; and said lignocellulosic biomass having a particle size less than 500 μm; and water; and said lignocellulosic biomass having a particle size less than 500 μm; and contacting water at a temperature of at least 374 °C and a pressure of at least 221 bar with said mixture for a duration sufficient to produce at least one C 5 or C 6 saccharide; wherein said mixture contains less than 1% by weight of exogenous acid.
A method of obtaining a SUS-rich oil-and-fat by multistage fractionation, comprising concentrating SUS into a crystal fraction by dry fractionation with a stirring crystallization and a press-filtration using an oil-and-fat containing SUS as a raw material, and concentrating SUS remaining in a filtrate fraction into a crystal fraction by dry fractionation at a next stage with a stirring crystallization and a press-filtration, wherein a SUS content of the oil-and-fat containing SUS is 30% by weight or more, and an SUS content of the SUS-rich oil-and-fat is 60% by weight or more, wherein SUS: 2-unsaturated, 1,3-disaturated triglycerides, S: saturated fatty acid having 16 to 22 carbon atoms, U: unsaturated fatty acid having 18 carbon atoms.
A method comprising: establishing a selected system, and, providing a plurality of modules in the system each of which communicates with a least a monitoring system control panel; providing a control panel identifier that is made available to at least some of the members (14a, 14b... 14n) of the plurality of modules; storing the control panel identifier in non-volatile storage at respective members (14a, 14b...14n) of the plurality of modules; requesting, by at least one of the plurality of modules, that the monitoring system control panel communicate the control panel identifier to the at least one of the plurality of modules; receiving, by the at least one of the plurality of modules, the control panel identifier and comparing the received control panel identifier with a pre-stored identifier; and initiating communications with the monitoring system control panel only if the control panel identifier matches the stored identifier. establishing a selected system, and, providing a plurality of modules in the system each of which communicates with a least a monitoring system control panel; providing a control panel identifier that is made available to at least some of the members (14a, 14b... 14n) of the plurality of modules; storing the control panel identifier in non-volatile storage at respective members (14a, 14b...14n) of the plurality of modules; requesting, by at least one of the plurality of modules, that the monitoring system control panel communicate the control panel identifier to the at least one of the plurality of modules; receiving, by the at least one of the plurality of modules, the control panel identifier and comparing the received control panel identifier with a pre-stored identifier; and initiating communications with the monitoring system control panel only if the control panel identifier matches the stored identifier.
Agricultural working machine with a drive unit for driving the agricultural working machine, and an operating element arranged deflectably in a gear-changing gate for actuating the drive unit and for setting a speed of the agricultural working machine, characterized in that the speed of the agricultural working machine can be set, selectively switchable by means of the operating element, into a first acceleration proportional mode or into a second displacement proportional mode, wherein, in the first acceleration proportional mode the magnitude of the acceleration of the agricultural working machine is a function of the deflection of the operating element and in the second displacement proportional mode the magnitude of the speed of the agricultural working machine is a function of the deflection of the operating element.
A method for framing data, comprising: encapsulating a data stream into at least one first frame; encapsulating the at least one first frame into a second frame (200, 300); and transmitting the second frame (200, 300); wherein the at least one first frame is an extended Gigabit Passive Optical Network, GPON, Encapsulation Method frame, the second frame (200, 300) is defined by an extended GPON Transmission Convergence layer; wherein the at least one first frame comprises a header aligned with a word boundary of an integer multiple of four bytes. encapsulating a data stream into at least one first frame; encapsulating the at least one first frame into a second frame (200, 300); and transmitting the second frame (200, 300); wherein the at least one first frame is an extended Gigabit Passive Optical Network, GPON, Encapsulation Method frame, the second frame (200, 300) is defined by an extended GPON Transmission Convergence layer; wherein the at least one first frame comprises a header aligned with a word boundary of an integer multiple of four bytes.
Pneumatic vehicle tyre with a tread comprising circumferential grooves and at least one profile rib, which runs around in a circumferential direction and formed in which there are grooves which run at an angle (α) of 45° ± 20° with respect to the axial direction, open into a circumferential groove at a groove flank of said circumferential groove that delimits the profile rib and end within the profile rib, wherein the groove flanks of the circumferential groove run at an angle (β) of 12° to 17° with respect to the radial direction, thereby widening the circumferential groove in the direction of the periphery of the tread, characterized in that the grooves have a maximum depth (t 2) of 3.5 mm and open in each case into a local indentation, which is formed at the groove flank, reaches up to the periphery of the tread, is concavely rounded along the groove flank and has a bottom that runs in particular parallel to the periphery of the tread and that is at a distance (c), determined in the radial direction, of 0.5 mm to 2.0 mm from the deepest point of the groove base of the circumferential groove.
A monitoring device arrangement comprising a mounting rail (9; 409), and at least two fixed monitoring devices (2; 402), said fixed monitoring devices (2; 402) each being mounted on a respective holder (8; 208; 308; 408), said holders being arranged on said mounting rail, wherein each said holder (8, 208; 308; 408) comprises a lock device (15; 215; 315; 415) locking said holder (8, 208; 308; 408) in a determined position on said mounting rail, and wherein said lock device (15; 215; 315; 415) is releasable to allow sliding repositioning of said holder (8, 208; 308; 408) on said mounting rail (9; 409), characterised in that one of said lock device of said holder (8, 208; 308; 408) and said mounting rail (9; 409) comprises a magnet, and another of said lock device of said holder (8; 208; 308; 408) and said mounting rail (9; 409) comprises ferromagnetic material.
Complex comprising at least one lanthanide (Ln) and at least one compound having the following formula: in which: - i is 0; - j is an integer between 1 and 3; - X is chosen from the functions -NH-NH-CO-, thioester, ester and amide, - A 1 and A 2 are chosen, independently of one another, from linear or branched (cyclo)alkylene radicals comprising from 1 to 12 carbon atoms; - Z is -C(=O)-NH- or -NH-C(=O)-; and - Y is selected from -O-, -NH-, -S-, alkylene, amide, ester, triazole, amine, urea, thiourea, imine, oxyme, hydrazone, sulfonamide, carbamate, amidine, phosphoramidate, disulfide and sulfonyl groups; said unit of formula being connected covalently to at least one antenna which absorbs at a wavelength ranging from 500 nm to 900 nm, said antenna being chosen from the group consisting of: anthraquinones, cyanines, in particular cyanines 5 and cyanines 7, aza-BODIPY, perylenediimides, and phenothiazine salts. - i is 0; - j is an integer between 1 and 3; - X is chosen from the functions -NH-NH-CO-, thioester, ester and amide, - A 1 and A 2 are chosen, independently of one another, from linear or branched (cyclo)alkylene radicals comprising from 1 to 12 carbon atoms; - Z is -C(=O)-NH- or -NH-C(=O)-; and - Y is selected from -O-, -NH-, -S-, alkylene, amide, ester, triazole, amine, urea, thiourea, imine, oxyme, hydrazone, sulfonamide, carbamate, amidine, phosphoramidate, disulfide and sulfonyl groups;
A machine comprising a treatment tool that is configured to, in a single operation, grind a surface to a desired profile, impart a desired roughness to the surface, and remove contamination from the surface, said machine comprising means for translating said treatment tool in three dimensions along orthogonal axes, characterized in that said treatment tool comprising a contacting surface having a toroidal shape such that, when the treatment tool is brought into contact with a flat surface, the contact region between the contacting surface of the treatment tool and the flat surface is a circle.
A disc spring comprising a main body in a disc shape having a hole, wherein a chamfered portion is formed at an inside diameter portion side edge of a tensile surface in the main body, residual stress generated by shot peening is applied to the tensile surface and the chamfered portion, characterised in that an inside diameter portion is a machined surface, remaining at least an outside diameter portion side of the chamfered portion, machined after the shot peening, and is a bending surface in which a cross section in an axial direction has an arc shape.
An anode for electrolysis, comprising: a substrate comprising titanium or titanium alloy, and a plurality of coating layers provided on the surface of the substrate by the thermal decomposition baking method, wherein the plurality of coating layers comprises: (i) a first coating layer comprising a mixture of iridium oxide, ruthenium oxide and titanium oxide, provided on the surface of the substrate, (ii) a second coating layer comprising a mixture of platinum and iridium oxide, provided on the first coating layer, (iii) a single or a plurality of unit layer(s) comprising a first coating layer and a second coating layer, said unit layer(s) provided on the surface of the second coating layer of item (ii), wherein a second coating layer is provided as the outermost layer of the coating layers, characterized in that a plurality of coating layers is provided on the surface of the substrate by means of the thermal decomposition baking method, followed by post-baking at a baking temperature higher than that by the thermal decomposition baking method. a substrate comprising titanium or titanium alloy, and a plurality of coating layers provided on the surface of the substrate by the thermal decomposition baking method, wherein the plurality of coating layers comprises: (i) a first coating layer comprising a mixture of iridium oxide, ruthenium oxide and titanium oxide, provided on the surface of the substrate, (ii) a second coating layer comprising a mixture of platinum and iridium oxide, provided on the first coating layer, (iii) a single or a plurality of unit layer(s) comprising a first coating layer and a second coating layer, said unit layer(s) provided on the surface of the second coating layer of item (ii), (i) a first coating layer comprising a mixture of iridium oxide, ruthenium oxide and titanium oxide, provided on the surface of the substrate, (ii) a second coating layer comprising a mixture of platinum and iridium oxide, provided on the first coating layer, (iii) a single or a plurality of unit layer(s) comprising a first coating layer and a second coating layer, said unit layer(s) provided on the surface of the second coating layer of item (ii), wherein a second coating layer is provided as the outermost layer of the coating layers, characterized in that a plurality of coating layers is provided on the surface of the substrate by means of the thermal decomposition baking method, followed by post-baking at a baking temperature higher than that by the thermal decomposition baking method.
A method for detecting a defective node that is connected to a bus of a bus system, wherein a master node is connected to the bus, wherein in a normal operating state the node increments an internal fault counter in the event of a fault being detected, wherein the node switches into an insulated operating state in which the node does not exchange any messages by way of the bus of the bus system if the internal fault counter of the node exceeds a predetermined fault threshold value, wherein in the case of a condition being fulfilled the node switches from the insulated operating state into the normal operating state and this state of change is recorded, wherein a state of change counter that is associated with the node and is provided in the master node is incremented if a state of change of the node from the insulated operating state into the normal operating state is detected, and wherein the node is recognized as being defective if a rate of the detected state of change exceeds an adjustable rate of change or a number of the detected rates of change exceeds an adjustable state of change threshold value.