mhurhangee/patent-ind-claim-en huggingface dataset:
Non-therapeutic use of an extract from a Larix spp. comprising larixol, lariciresinol, larixyl acetate or lariciresinol acetate, for treating, preventing or reducing an oomycete pathogen infection.
Emergency shelter able to occupy a first folded position for storage and transport and a second deployed position able to shelter at least one person (P), the shelter comprising an inflatable tent and a device (10, 10' and 23) for retaining the inflated tent in said second position, characterised in that the retaining device comprises a preassembled column to which the uninflated tent is fixed in said first position, the column being adapted to inflate the tent and retain it deployed around it in said second position.
A method for removing a permanent eyebrow tattoo by patterned trans-epidermal pigment release, the method comprising: determining a first treatment area of skin of a patient using a primary template , the primary template comprising primary apertures that are tapered to bend a striped pattern along a curved camber line of the primary template ; securing in place the primary template on the skin of the patient; marking the first treatment area of skin of the patient along borders of the primary apertures to outline primary tegulae; disrupting the tissue in the primary tegulae to form an eschar in a first treatment session; determining a second treatment area of skin by marking secondary tegulae interposed between primary tegulae; disrupting the tissue in the secondary tegulae in a second treatment session; wherein the primary template is constructed based on the camber line comprising a first line that bisects a head of the primary template and a second line that bisects a tail of the primary template, and wherein the two bisecting lines are connected by a tangent curve with a radius chosen to appropriately fit the eyebrow shape. determining a first treatment area of skin of a patient using a primary template , the primary template comprising primary apertures that are tapered to bend a striped pattern along a curved camber line of the primary template ; securing in place the primary template on the skin of the patient; marking the first treatment area of skin of the patient along borders of the primary apertures to outline primary tegulae; disrupting the tissue in the primary tegulae to form an eschar in a first treatment session; determining a second treatment area of skin by marking secondary tegulae interposed between primary tegulae; disrupting the tissue in the secondary tegulae in a second treatment session; wherein the primary template is constructed based on the camber line comprising a first line that bisects a head of the primary template and a second line that bisects a tail of the primary template, and wherein the two bisecting lines are connected by a tangent curve with a radius chosen to appropriately fit the eyebrow shape.
A twin-tube hydraulic damper for a motor vehicle suspension, comprising: a tube filled with a working liquid; a piston assembly disposed slidably inside said tube , dividing said tube into a rebound chamber and a compression chamber and attached to a piston rod which is led outside said damper through a sealed piston rod guide ; a compensation chamber located outside of said tube; a base valve assembly located at one end of said compression chamber , wherein said base valve assembly comprises a rebound valve assembly and a compression valve assembly to control a flow of said working liquid between said compensation chamber and said compression chamber respectively during a rebound stroke and a compression stroke of said damper ; and said rebound valve assembly provided with a plurality of rebound flow channels covered by a main deflective disc , said rebound valve assembly further provided with an additional deflective disc disposed over said main deflective disc , characterized in that said additional deflective disc is separated from said main deflective disc by an annular gap having a thickness (G) that is less than or equal to a thickness of said main deflective disc , wherein said rebound valve assembly is provided with a spacer separating said main deflective disc from said additional deflective disc and defining said annular gap . a tube filled with a working liquid; a piston assembly disposed slidably inside said tube , dividing said tube into a rebound chamber and a compression chamber and attached to a piston rod which is led outside said damper through a sealed piston rod guide ; a compensation chamber located outside of said tube; a base valve assembly located at one end of said compression chamber , wherein said base valve assembly comprises a rebound valve assembly and a compression valve assembly to control a flow of said working liquid between said compensation chamber and said compression chamber respectively during a rebound stroke and a compression stroke of said damper ; and said rebound valve assembly provided with a plurality of rebound flow channels covered by a main deflective disc , said rebound valve assembly further provided with an additional deflective disc disposed over said main deflective disc , characterized in that said additional deflective disc is separated from said main deflective disc by an annular gap having a thickness (G) that is less than or equal to a thickness of said main deflective disc , wherein said rebound valve assembly is provided with a spacer separating said main deflective disc from said additional deflective disc and defining said annular gap .
A process for manufacturing a composite structure, comprising: providing a plurality of first mandrels , each of the first mandrels comprising a base and a plurality of projections (204;204A;204B) arranged longitudinally along and projecting vertically out from the base ; providing a plurality of second mandrels ; providing a plurality of first ribbon plies (276;276A), each of the first ribbon plies (276;276A) comprising a sheet of fibrous material; arranging each of the first ribbon plies (276;276A) with a respective one of the first mandrels , the arranging of each of the first ribbon plies (276;276A) comprising substantially covering each surface (222;224;226) of each of the projections (204;204A;204B) of one of the first mandrels with a respective one of the first ribbon plies (276;276A); mating each of the second mandrels with a respective one of the first mandrels such that each of the first ribbon plies (276;276A) is sandwiched between a respective one of the first mandrels and a respective one of the second mandrels ; and curing resin disposed with the first ribbon plies (276;276A) to consolidate the first ribbon plies (276;276A) together and form a fiber-reinforced composite core structure of an acoustic panel . providing a plurality of first mandrels , each of the first mandrels comprising a base and a plurality of projections (204;204A;204B) arranged longitudinally along and projecting vertically out from the base ; providing a plurality of second mandrels ; providing a plurality of first ribbon plies (276;276A), each of the first ribbon plies (276;276A) comprising a sheet of fibrous material; arranging each of the first ribbon plies (276;276A) with a respective one of the first mandrels , the arranging of each of the first ribbon plies (276;276A) comprising substantially covering each surface (222;224;226) of each of the projections (204;204A;204B) of one of the first mandrels with a respective one of the first ribbon plies (276;276A); mating each of the second mandrels with a respective one of the first mandrels such that each of the first ribbon plies (276;276A) is sandwiched between a respective one of the first mandrels and a respective one of the second mandrels ; and curing resin disposed with the first ribbon plies (276;276A) to consolidate the first ribbon plies (276;276A) together and form a fiber-reinforced composite core structure of an acoustic panel .
A session border controller, SBC, system, comprising an SBC signaling and media processing module , and at least one SBC signaling access module , wherein the SBC signaling access module is configured to: receive signaling sent by a terminal and forward the signaling to the SBC signaling and media processing module ; and when the terminal is disconnected from a network during a call, re-register and reconnect the terminal , and after the terminal is reconnected, receive an information request from the terminal during the call and forward the information request to the SBC signaling and media processing module , wherein the signaling comprises the information request; and the SBC signaling and media processing module is configured to: process the signaling and media streams from the terminal , and when the terminal is disconnected from the network during the call, learn, based on the information request, a transmission link for communication with the terminal after the terminal is reconnected upon the disconnection from the network, such that the signaling and media streams of the terminal after the terminal is reconnected upon the disconnection from the network are transmitted through the transmission link. the SBC signaling access module is configured to: receive signaling sent by a terminal and forward the signaling to the SBC signaling and media processing module ; and when the terminal is disconnected from a network during a call, re-register and reconnect the terminal , and after the terminal is reconnected, receive an information request from the terminal during the call and forward the information request to the SBC signaling and media processing module , wherein the signaling comprises the information request; and the SBC signaling and media processing module is configured to: process the signaling and media streams from the terminal , and when the terminal is disconnected from the network during the call, learn, based on the information request, a transmission link for communication with the terminal after the terminal is reconnected upon the disconnection from the network, such that the signaling and media streams of the terminal after the terminal is reconnected upon the disconnection from the network are transmitted through the transmission link.
A dewatering screen for manufacturing paper having a paper-stiffening watermark, in which - the paper-stiffening watermark is specified in the form of at least one region of increased paper thickness in whose interior a watermark fine structure that appears bright in transmitted light is present in the form of patterns, characters or a code, - the dewatering screen comprises a carrier mold having a mold surface on which paper is accumulated, as well as, arranged in a sub-region of the carrier mold, a perforated plastic watermark insert, - to produce the paper-stiffening watermark, the plastic watermark insert comprising at least one lowered region that lies below the mold surface and in whose interior are arranged motif elements in the form of patterns, characters or a code that protrude from the lowered region and that serve to produce the watermark fine structure, the lowered regions of the plastic watermark insert being formed to be elongated having a length-to-width ratio of 5 or more, and comprising a width of 2.5 mm or less. - the paper-stiffening watermark is specified in the form of at least one region of increased paper thickness in whose interior a watermark fine structure that appears bright in transmitted light is present in the form of patterns, characters or a code, - the dewatering screen comprises a carrier mold having a mold surface on which paper is accumulated, as well as, arranged in a sub-region of the carrier mold, a perforated plastic watermark insert, - to produce the paper-stiffening watermark, the plastic watermark insert comprising at least one lowered region that lies below the mold surface and in whose interior are arranged motif elements in the form of patterns, characters or a code that protrude from the lowered region and that serve to produce the watermark fine structure, the lowered regions of the plastic watermark insert being formed to be elongated having a length-to-width ratio of 5 or more, and comprising a width of 2.5 mm or less.
A method of determining the respiratory status of an individual, comprising securing a PPG sensor to a central source site of the individual and a nasal air flow sensor at or to the nose of the individual, wherein the PPG sensor and the nasal air flow sensor are in communication with a signal processor; monitoring changes in an amplitude of a PPG waveform from the PPG sensor via the signal processor over time, wherein the signal processor is configured to determine that a breath occurred based on PPG when the amplitude of the PPG waveform crosses a predetermined band of amplitudes centered around a zero crossing point of the PPG waveform; monitoring changes in an amplitude of a waveform indicative of nasal air flow of the individual via the signal processor, wherein the signal processor is configured to determine that a breath occurred based on nasal air flow when the amplitude of the nasal air flow waveform crosses a predetermined band of amplitudes centered around a zero crossing point of the nasal air flow waveform ; and if both the PPG waveform and the nasal air flow waveform indicate that a breath occurred, the signal processor is configured to use the determined breath in calculating a respiratory rate of the individual.
A method for securely comparing a first and a second polynomial, comprising: selecting a first subset of k coefficients of the first polynomial and a second subset of k corresponding coefficients of the second polynomial, wherein the coefficients of the first polynomial are split into n shares and the first and second polynomials have m coefficients; subtracting the second subset of coefficients from one of the shares of the first subset of coefficients; reducing the number of elements in the first subset of coefficients to I elements by combining groups of k / l elements together; generating a random number for each of the elements of the reduced subset of coefficients; summing the product of each of the elements of the reduced subset of coefficients with their respective random numbers; summing the n shares of the sum of the products; and generating an output indicating that the first polynomial does not equal the second polynomial when the sum does not equal zero. selecting a first subset of k coefficients of the first polynomial and a second subset of k corresponding coefficients of the second polynomial, wherein the coefficients of the first polynomial are split into n shares and the first and second polynomials have m coefficients; subtracting the second subset of coefficients from one of the shares of the first subset of coefficients; reducing the number of elements in the first subset of coefficients to I elements by combining groups of k / l elements together; generating a random number for each of the elements of the reduced subset of coefficients; summing the product of each of the elements of the reduced subset of coefficients with their respective random numbers; summing the n shares of the sum of the products; and generating an output indicating that the first polynomial does not equal the second polynomial when the sum does not equal zero.
A data processing method, wherein the method is applied to a data processing system, wherein the data processing system comprises a terminal, a first communications node and a second communications node, the first communications node corresponds to a first blockchain node, the second communications node corresponds to a second blockchain node, the first blockchain node and the second blockchain node maintain a same blockchain, and the method comprises: obtaining, by the first communications node, to-be-verified data when a terminal camps on a target cell after being handed over to the target cell or after a location of the terminal is updated to the target cell, wherein the to-be-verified data is obtained based on camping information of the terminal, and the target cell is a cell within signal coverage of the first communications node; wherein the camping information of the terminal comprises a permission level of the terminal, the to-be-verified data is generated by the first communication node based on the permission level of the terminal, and the permission level of the terminal is used for the second communications node verifying, based on the second blockchain node, access permission of the terminal to access the first communications node; sending, by the first communications node, the to-be-verified data to the second communications node, for the second communications node verifying the to-be-verified data based on the second blockchain node; and obtaining, by the first communications node, a target block if a verification result is that the verification succeeds. obtaining, by the first communications node, to-be-verified data when a terminal camps on a target cell after being handed over to the target cell or after a location of the terminal is updated to the target cell, wherein the to-be-verified data is obtained based on camping information of the terminal, and the target cell is a cell within signal coverage of the first communications node; wherein the camping information of the terminal comprises a permission level of the terminal, the to-be-verified data is generated by the first communication node based on the permission level of the terminal, and the permission level of the terminal is used for the second communications node verifying, based on the second blockchain node, access permission of the terminal to access the first communications node; sending, by the first communications node, the to-be-verified data to the second communications node, for the second communications node verifying the to-be-verified data based on the second blockchain node; and obtaining, by the first communications node, a target block if a verification result is that the verification succeeds.
A fire suppression composition comprising CF 3 l and CO 2 , wherein said CF 3 l is present in an amount of from 53 mol.% to 59 mol.%, based on the total moles of CF 3 l and CO 2 present in the fire suppression composition; and wherein the total amount of additional components, if any, in said fire suppression composition is up to 18 weight%, based on the total weight of the fire suppression composition. wherein said CF 3 l is present in an amount of from 53 mol.% to 59 mol.%, based on the total moles of CF 3 l and CO 2 present in the fire suppression composition; and wherein the total amount of additional components, if any, in said fire suppression composition is up to 18 weight%, based on the total weight of the fire suppression composition.
A method for obtaining a polyunsaturated fatty acid-containing lipid, comprising the steps: a. providing a biomass which comprises microorganisms of the genus Schizochytrium, said biomass containing a polyunsaturated-containing fatty acid; b. contacting said biomass with an enzyme; and c. recovering said lipid, wherein said step of contacting said biomass with an enzyme comprises treating said biomass with a protease. a. providing a biomass which comprises microorganisms of the genus Schizochytrium, said biomass containing a polyunsaturated-containing fatty acid; b. contacting said biomass with an enzyme; and c. recovering said lipid,
A multifunctional nozzle for a vacuum cleaner comprising a tube connector and at least two arms which are pivotably connected to the tube connector whereas the arms creates a crevice nozzle in a folded first position and an upholstery nozzle in an unfolded second position, wherein at least one pivotable arm is secured by a slider in the crevice nozzle position, characterized in that the slider is guided by a slider guide , wherein the slider guide consists of at least two parts, wherein one part of the slider guide is placed on the tube connector and one another part of the slider guide is placed on one of the at least two arms .
Method of controlling a plant for dehumidifying and/or drying plastic material in granular and/or micro-granular and/or powder and/or flake or similar form, said plant comprising a process fluid generator and at least one dehumidifying/drying hopper intended for feeding a respective user machine associated with said plant , in particular a machine for treating and transforming a plastic material, such a user machine comprising a melting device for melting said plastic material and a moulding device for moulding, in particular by injection moulding and/or blow moulding and/or compression moulding said plastic material; the method of controlling is characterised in that it comprises the steps of: - detecting in said user machine a pressure (P pwp ) of said plastic material in melted state; and - adjusting at least one process parameter (D p ) of said plant on the basis of the detected value of said pressure (P pwp ). - detecting in said user machine a pressure (P pwp ) of said plastic material in melted state; and - adjusting at least one process parameter (D p ) of said plant on the basis of the detected value of said pressure (P pwp ).