mhurhangee/ep-ind-claims huggingface dataset:
A direct division modulator comprising: a symbol mapper arranged to convert input data from a binary bitstream to a desired frequency deviation; a converter arranged to generate a divide value using the desired frequency deviation information; a summer (106, 110) arranged to add an average value to the divide value; a converter arranged to quantize the divide value and to shape quantization noise associated with the quantized divide value; a frequency source arranged to provide a reference signal; a divider arranged to modulate the reference signal with the quantized divide value and to generate an output signal; and a transmit loop arranged to receive the output signal and the reference signal and to modulate the output signal with the reference signal to aid in rejecting the quantization noise. a symbol mapper arranged to convert input data from a binary bitstream to a desired frequency deviation; a converter arranged to generate a divide value using the desired frequency deviation information; a summer (106, 110) arranged to add an average value to the divide value; a converter arranged to quantize the divide value and to shape quantization noise associated with the quantized divide value; a frequency source arranged to provide a reference signal; a divider arranged to modulate the reference signal with the quantized divide value and to generate an output signal; and a transmit loop arranged to receive the output signal and the reference signal and to modulate the output signal with the reference signal to aid in rejecting the quantization noise.
Beverage comprising pulp, puree or juice of at least grape, acerola, lingonberry and apple, and comprising flavonoids, phenolic acids and water, wherein the total polyphenol content, determined according to the Folin method and expressed as catechin equivalents, is at least 2.5 g/L and the trolox equivalent antioxidative capacity (TEAC) is at least 20 mmol/L, and the beverage has a specific gravity of 8 to 20 °Brix.
A mechanical seal for mounting about a shaft, comprising a holder assembly having a main body having an inner surface and an opposed outer surface, and a first groove formed in the inner surface of the holder assembly and a second groove formed in the inner surface of the holder assembly, a rotary seal ring coupled to the holder assembly, a stationary seal ring disposed adjacent to the rotary seal ring, a first sealing element for seating within the first groove and having a shape that is substantially complementary to a shape of the first groove so as to fill substantially completely the first groove, and a second sealing element for seating within the second groove and having a shape that is substantially complementary to a shape of the second groove so as to fill substantially completely the second groove, wherein the main body of the holder assembly has one or more fastener-receiving apertures formed therein and extending between the inner surface and the outer surface and being sized and configured for seating a fastener. a holder assembly having a main body having an inner surface and an opposed outer surface, and a first groove formed in the inner surface of the holder assembly and a second groove formed in the inner surface of the holder assembly, a rotary seal ring coupled to the holder assembly, a stationary seal ring disposed adjacent to the rotary seal ring, a first sealing element for seating within the first groove and having a shape that is substantially complementary to a shape of the first groove so as to fill substantially completely the first groove, and a second sealing element for seating within the second groove and having a shape that is substantially complementary to a shape of the second groove so as to fill substantially completely the second groove, wherein the main body of the holder assembly has one or more fastener-receiving apertures formed therein and extending between the inner surface and the outer surface and being sized and configured for seating a fastener.
A yarn information acquiring device comprising a yarn information acquiring section that, when a yarn is wound to form a package in a yarn winding machine, is configured to acquire yarn information indicating a state of the yarn, characterized in that the yarn information acquiring section is configured to manage the yarn information by the package, and to acquire the yarn information for each of divided yarn lengths that are a plurality of lengths into which a fully wound yarn length in the package fully wound is divided.
A device for rapidly sterilizing liquid nitrogen using ultraviolet radiation, characterized in that it comprises: - a container (20;56) for the liquid nitrogen, the container being open on an upper part; - closing means (30,50) of the container, said closing means housing - at least one UV radiation lamp (32;52) irradiating inside the container, - a sensor (34;54) for monitoring the temperature of the lamp, - control means operatively connected to the sensor and lamp for activating the lamp so it irradiates for a set length of time based on the temperature measured by the sensor, on the minimum dose of radiation necessary to destroy micro-organisms resistant to liquid nitrogen. - a container (20;56) for the liquid nitrogen, the container being open on an upper part; - closing means (30,50) of the container, said closing means housing - at least one UV radiation lamp (32;52) irradiating inside the container, - a sensor (34;54) for monitoring the temperature of the lamp, - control means operatively connected to the sensor and lamp for activating the lamp so it irradiates for a set length of time based on the temperature measured by the sensor, on the minimum dose of radiation necessary to destroy micro-organisms resistant to liquid nitrogen. - at least one UV radiation lamp (32;52) irradiating inside the container, - a sensor (34;54) for monitoring the temperature of the lamp, - control means operatively connected to the sensor and lamp for activating the lamp so it irradiates for a set length of time based on the temperature measured by the sensor, on the minimum dose of radiation necessary to destroy micro-organisms resistant to liquid nitrogen.
A method comprising: adding at least one trap area between abutting objects (A, B) on an image to be printed by a printing engine, wherein said trap area includes a central region between two outer regions; establishing a target toner concentration for pixels within said trap area based on toner concentrations of said abutting objects (A, B); correcting said target toner concentration to account for nonlinearities of said outer regions of said trap area to produce a corrected toner concentration for pixels in said trap area in a process comprising: testing said printing engine using target patches to establish a lookup table of correction values for toner concentration of said outer regions prior to a printing operation; determining, during said printing operation, a size relationship between said central region and said outer regions; and calculating, during said printing operation, said corrected toner concentration based on said lookup table of correction values and said size relationship between said central region and said outer regions; and performing said printing operation using said corrected toner concentration for said pixels in said trap area. adding at least one trap area between abutting objects (A, B) on an image to be printed by a printing engine, wherein said trap area includes a central region between two outer regions; establishing a target toner concentration for pixels within said trap area based on toner concentrations of said abutting objects (A, B); correcting said target toner concentration to account for nonlinearities of said outer regions of said trap area to produce a corrected toner concentration for pixels in said trap area in a process comprising: testing said printing engine using target patches to establish a lookup table of correction values for toner concentration of said outer regions prior to a printing operation; determining, during said printing operation, a size relationship between said central region and said outer regions; and calculating, during said printing operation, said corrected toner concentration based on said lookup table of correction values and said size relationship between said central region and said outer regions; and testing said printing engine using target patches to establish a lookup table of correction values for toner concentration of said outer regions prior to a printing operation; determining, during said printing operation, a size relationship between said central region and said outer regions; and calculating, during said printing operation, said corrected toner concentration based on said lookup table of correction values and said size relationship between said central region and said outer regions; and performing said printing operation using said corrected toner concentration for said pixels in said trap area.
A method for forming a transistor comprising the step of forming an interface of the transistor between a semiconductive layer and a gate insulator layer by solution deposition from a solvent of a second polymer layer on top of a solution-processed polymer layer, characterised in that said solution-processed polymer layer has not been converted into an insoluble form prior to the deposition of the second polymer layer, and said solution-processed polymer layer is not soluble in said solvent.
A method for manufacturing a multiple-layer type cold head, comprising: forming a first regenerator material-filled layer in a regenerator container by filling a first regenerator material particle group in the regenerator container, and forming a second regenerator material-filled layer on the first regenerator material-filled layer via a metal mesh material in the regenerator container by filling a second regenerator material particle group which is different from the first regenerator material particle in the regenerator container, wherein a generator material particle constituting at least one of the first and second regenerator material particle groups is a rare earth generator material particle comprising a rare earth element as a constituent component, and an intermetallic compound represented by a composition formula of RMa, wherein R is at least one element selected from the group consisting of rare earth elements, M is at least one element selected from the group consisting of Cu, Ni, and Co, and a is a number (atomic ratio) satisfying 0.1 ≤ a ≤ 4.0, wherein a peak indicating a carbon component, a peak indicating a compound containing the rare earth element and oxygen, and a peak indicating a compound of the M element and oxygen are detected in a surface region of the particle by an X-ray photoelectron spectroscopy analysis, and wherein an entire content of carbon in the particle including the carbon component is 5 mass ppm or more and 50 mass ppm or less. forming a first regenerator material-filled layer in a regenerator container by filling a first regenerator material particle group in the regenerator container, and forming a second regenerator material-filled layer on the first regenerator material-filled layer via a metal mesh material in the regenerator container by filling a second regenerator material particle group which is different from the first regenerator material particle in the regenerator container, wherein a generator material particle constituting at least one of the first and second regenerator material particle groups is a rare earth generator material particle comprising a rare earth element as a constituent component, and an intermetallic compound represented by a composition formula of RMa, wherein R is at least one element selected from the group consisting of rare earth elements, M is at least one element selected from the group consisting of Cu, Ni, and Co, and a is a number (atomic ratio) satisfying 0.1 ≤ a ≤ 4.0, wherein a peak indicating a carbon component, a peak indicating a compound containing the rare earth element and oxygen, and a peak indicating a compound of the M element and oxygen are detected in a surface region of the particle by an X-ray photoelectron spectroscopy analysis, and wherein an entire content of carbon in the particle including the carbon component is 5 mass ppm or more and 50 mass ppm or less.
Method for producing a powder consisting of or comprising a plurality of capsules, which are enclosed in crystals and contain one or more ingredient(s), consisting of or comprising the following steps: (i) providing one or more solvent(s), providing one or more crystallisable material(s) and providing one or more capsule(s) containing one or more ingredient(s), (ii) optionally: increasing the temperature of the solvent(s), (iii) adding (iii.1) the provided crystallisable material(s) and (iii.2) optionally: the provided capsules before, after or simultaneously with the crystallisable material(s) to the solvent(s) and dissolving the provided crystallisable material(s) in the solvent(s) to obtain a mixture, (iv) reducing the temperature of mixture to a temperature below or until the crystallization of the provided crystallisable material(s), (v) adding the provided capsules or, respectively, further capsules, wherein step (v) is optional in case step (iii.2) is performed, (vi) further reducing the temperature of mixture to obtain a mixture comprising a plurality of capsules, which are enclosed in crystals and contain one or more ingredient(s), (vii) collecting crystals comprising capsules, which contain one or more ingredient(s). (i) providing one or more solvent(s), providing one or more crystallisable material(s) and providing one or more capsule(s) containing one or more ingredient(s), (ii) optionally: increasing the temperature of the solvent(s), (iii) adding (iii.1) the provided crystallisable material(s) and (iii.2) optionally: the provided capsules before, after or simultaneously with the crystallisable material(s) to the solvent(s) and dissolving the provided crystallisable material(s) in the solvent(s) to obtain a mixture, (iii.1) the provided crystallisable material(s) and (iii.2) optionally: the provided capsules before, after or simultaneously with the crystallisable material(s) (iv) reducing the temperature of mixture to a temperature below or until the crystallization of the provided crystallisable material(s), (v) adding the provided capsules or, respectively, further capsules, wherein step (v) is optional in case step (iii.2) is performed, (vi) further reducing the temperature of mixture to obtain a mixture comprising a plurality of capsules, which are enclosed in crystals and contain one or more ingredient(s), (vii) collecting crystals comprising capsules, which contain one or more ingredient(s).
The use of alkyl and/or alkenyl oligoglycoside carboxylates, sulfates, phosphates and/or isethionates which are derived from alkyl and/or alkenyl oligoglycosides of general formula, R-O- p where R is C 6-22 alkyl or C 6-22 alkenyl, G is a glycoside unit derived from a sugar having 5 or 6 carbon atoms, p is a number from 1 to 10, in textile treatment agents, in particular detergents or softeners, to improve the color stability of dyed textiles treated therewith, in particular to reduce or avoid the decolorization and discoloration of dyed textiles treated therewith. R is C 6-22 alkyl or C 6-22 alkenyl, G is a glycoside unit derived from a sugar having 5 or 6 carbon atoms, p is a number from 1 to 10,
A method for producing a fermented dairy product, preferably cheese, said method comprising directly inoculating milk with a. one or more strains of lactic acid bacteria that produce a Class IIa type bacteriocin, wherein at least one is a strain of Lb. plantarum and wherein all of the strains are provided in frozen or freeze-dried form; and b. one or more strains of lactic acid bacteria that produce a Class I type bacteriocin, wherein at least one is selected from the group consisting of Lactococcus spp. and wherein all of the strains are provided in frozen or freeze-dried form; and c. optionally, one or more further lactic acid bacterial strains; wherein the viable lactic acid bacteria that produce a Class IIa type bacteriocin are present in an amount of at least 1.10 7 cfu per g of fermented dairy product. a. one or more strains of lactic acid bacteria that produce a Class IIa type bacteriocin, wherein at least one is a strain of Lb. plantarum and wherein all of the strains are provided in frozen or freeze-dried form; and b. one or more strains of lactic acid bacteria that produce a Class I type bacteriocin, wherein at least one is selected from the group consisting of Lactococcus spp. and wherein all of the strains are provided in frozen or freeze-dried form; and c. optionally, one or more further lactic acid bacterial strains; wherein the viable lactic acid bacteria that produce a Class IIa type bacteriocin are present in an amount of at least 1.10 7 cfu per g of fermented dairy product.
A method for the surface oxidation of carbon black, the method comprising continuously mixing: a solution or slurry of the carbon black in an organic or other solvent with a liquid carrier containing a reagent for surface oxidation of the carbon black in a counter current mixing reactor whereby to obtain reaction of the carbon black with the reagent and the formation of a surface oxidised carbon black as a dispersion of nanoparticles in the liquid carrier and solvent mixture.
A rear arm for a straddled vehicle, the rear arm comprising a front portion having a pivot shaft hole into which a pivot shaft is insertable, a hollow portion located rearward of the pivot shaft hole, and a rear portion extending rearward from the hollow portion and having an axle hole into which an axle of a rear wheel is insertable, the rear arm further comprising: a right arm; and a left arm joined to the right arm, wherein the right arm is a one piece die cast body comprising a front right portion and a rear right portion, the front right portion having a right pivot shaft hole forming a right portion of the pivot shaft hole and having a front right wall defining a first space having a left side opened and forming a right portion of the hollow portion, the rear right portion extending rearward from the front right portion and having a right axle hole forming a right portion of the axle hole, the left arm is a one piece die cast body comprising a front left portion and a rear left portion, the front left portion having a left pivot shaft hole forming a left portion of the pivot shaft hole and having a front left wall defining a second space having a right side opened and forming a left portion of the hollow portion, the rear left portion extending rearward from the front left portion and having a left axle hole forming a left portion of the axle hole, and a support boss for supporting one end of a rear suspension is integrally formed on only one of the right arm and the left arm, characterised in that the front right portion of the right arm and the front left portion of the left arm are joined to each other by a plurality of fastening members (5a to 5j). a right arm; and a left arm joined to the right arm, wherein the right arm is a one piece die cast body comprising a front right portion and a rear right portion, the front right portion having a right pivot shaft hole forming a right portion of the pivot shaft hole and having a front right wall defining a first space having a left side opened and forming a right portion of the hollow portion, the rear right portion extending rearward from the front right portion and having a right axle hole forming a right portion of the axle hole, the left arm is a one piece die cast body comprising a front left portion and a rear left portion, the front left portion having a left pivot shaft hole forming a left portion of the pivot shaft hole and having a front left wall defining a second space having a right side opened and forming a left portion of the hollow portion, the rear left portion extending rearward from the front left portion and having a left axle hole forming a left portion of the axle hole, and a support boss for supporting one end of a rear suspension is integrally formed on only one of the right arm and the left arm, characterised in that the front right portion of the right arm and the front left portion of the left arm are joined to each other by a plurality of fastening members (5a to 5j).
A side arm stent graft comprising a main tube of a biocompatible graft material and a side arm tube of a biocompatible graft material extending from the main tube at an acute angle thereto and in fluid communication therewith, wherein the stent graft further comprises an elongate aperture in the main tube, the elongate aperture having a periphery therearound, the elongate aperture having a peripheral length and an end of the side arm tube including a bevelled end portion having a peripheral length equal to the peripheral length of the elongate aperture, and the bevelled end portion of the side arm tube being stitched to the main tube around the periphery of the elongate aperture characterised in that the stent graft further comprises a plurality of self expanding stents (21, 23, 24, 25) along the main tube, one of the self expanding stents extending around both the main tube and the side arm tube, wherein the self expanding stent extending around both the main tube and the side arm tube comprises a bend adjacent to a proximal end of the stitching and struts extending down either side of the side arm tube.
A heat exchanger which can be installed on a module with attachment elements determining the position, having the following features: a plurality of cooling lines arranged next to one another between a first separation wall and a second separation wall, wherein end regions of the cooling lines are respectively connected to the separation walls; a first collecting means for guiding a fluid and a second collecting means for guiding a fluid, wherein the first collecting means is arranged parallel to the first separation wall and the second collecting means is arranged parallel to the second separation wall and wherein the collecting means respectively have an elongate recess; a first holding element with a first attachment region which abuts a first end region of the first separation wall, a second attachment region which engages the elongate recess of the first collecting means and a third attachment region which has a recess for receiving a first attachment element of the module; and a second holding element with a first attachment region which abuts a first end region of the second separation wall, a second attachment region which engages the elongate recess of the second collecting means and a third attachment region which has a recess for receiving a second attachment element of the module. a plurality of cooling lines arranged next to one another between a first separation wall and a second separation wall, wherein end regions of the cooling lines are respectively connected to the separation walls; a first collecting means for guiding a fluid and a second collecting means for guiding a fluid, wherein the first collecting means is arranged parallel to the first separation wall and the second collecting means is arranged parallel to the second separation wall and wherein the collecting means respectively have an elongate recess; a first holding element with a first attachment region which abuts a first end region of the first separation wall, a second attachment region which engages the elongate recess of the first collecting means and a third attachment region which has a recess for receiving a first attachment element of the module; and a second holding element with a first attachment region which abuts a first end region of the second separation wall, a second attachment region which engages the elongate recess of the second collecting means and a third attachment region which has a recess for receiving a second attachment element of the module.