mhurhangee/ep-ind-claims huggingface dataset:
A polyolefin-based composition comprising: from 1 to 30 weight percent of a first polymer composition, relative to the total weight of the polyolefin-based composition, comprising a butene-1 polymer grafted with an unsaturated monomer;; from 30 to 80 weight percent of a second polymer composition, relative to the total weight of the polyolefin-based composition, comprising a second polyolefin polymer; and from 1 to 30 weight percent of a third polymer composition, relative to the total weight of the polyolefin-based composition, comprising an ethylene-propylene elastomer. wherein the butene-1 polymer is a plastomer wherein the second polyolefin polymer is a polypropylene random copolymer wherein the unsaturated monomer is maleic anhydride; wherein the ethylene-propylene elastomer is an ethylene-propylene rubber having a melt index from 0.2 to 20.0 grams per 10 minutes; and a total content of ethylene-derived units in an amount from 55 to 85 weight percent, based upon the total weight of the ethylene propylene rubber from 1 to 30 weight percent of a first polymer composition, relative to the total weight of the polyolefin-based composition, comprising a butene-1 polymer grafted with an unsaturated monomer;; from 30 to 80 weight percent of a second polymer composition, relative to the total weight of the polyolefin-based composition, comprising a second polyolefin polymer; and from 1 to 30 weight percent of a third polymer composition, relative to the total weight of the polyolefin-based composition, comprising an ethylene-propylene elastomer. wherein the butene-1 polymer is a plastomer wherein the second polyolefin polymer is a polypropylene random copolymer wherein the unsaturated monomer is maleic anhydride; wherein the ethylene-propylene elastomer is an ethylene-propylene rubber having a melt index from 0.2 to 20.0 grams per 10 minutes; and a total content of ethylene-derived units in an amount from 55 to 85 weight percent, based upon the total weight of the ethylene propylene rubber
A method comprising: broadcasting a management frame by a first station, STA, that manages a wireless communications network, wherein the management frame comprises a session time and a session data limit; accepting a request from a second STA to join the wireless communications network; and establishing a session with the second STA and thereby providing a connectivity service to the second STA, wherein the session expires when a service time exceeds the session time, wherein the session also expires when a data amount consumed by the second STA exceeds the session data limit, and wherein the session is terminated or extended by the first STA upon the session expiration. broadcasting a management frame by a first station, STA, that manages a wireless communications network, wherein the management frame comprises a session time and a session data limit; accepting a request from a second STA to join the wireless communications network; and establishing a session with the second STA and thereby providing a connectivity service to the second STA, wherein the session expires when a service time exceeds the session time, wherein the session also expires when a data amount consumed by the second STA exceeds the session data limit, and wherein the session is terminated or extended by the first STA upon the session expiration.
Device for the specific detection of genetic material by real-time polymerase chain reaction, which comprises a reaction chamber suitable for producing said polymerase chain reaction connected to an inlet micro-conduit and an outlet micro-conduit, respectively for the inlet and outlet of a sample to be analysed of said reaction chamber, characterized in that it comprises: a substrate wherein is formed said reaction chamber, an upper base and a lower base, so that said substrate is retained between said upper and lower bases (13,12), heating means comprising a plurality of conductive wires connected between two terminals, and wherein the heating means are integrated in the substrate and wherein the conductive wires are uniformly distributed underneath the whole reaction chamber surface to heat said reaction chamber and are configured to produce the amplification of the genetic material in said reaction chamber, a first opening in the upper base which gives visual access to an upper part of the chamber, and a second opening in the lower base which gives visual access to the lower part of the reaction chamber, a pair of magnets, said magnets being adapted in size and shape to be housed with removable character respectively in said first and second openings (18,19), wherein said first and second openings (18,19) provide visual access to the inside of said reaction chamber to allow fluorescent detection of the genetic material inside said reaction chamber, a temperature sensor arranged to measure the temperature in said reaction chamber, electric contacts situated in at least one of the upper or lower bases (13,12) electrically connected to said heating means and temperature sensor. a substrate wherein is formed said reaction chamber, an upper base and a lower base, so that said substrate is retained between said upper and lower bases (13,12), heating means comprising a plurality of conductive wires connected between two terminals, and wherein the heating means are integrated in the substrate and wherein the conductive wires are uniformly distributed underneath the whole reaction chamber surface to heat said reaction chamber and are configured to produce the amplification of the genetic material in said reaction chamber, a first opening in the upper base which gives visual access to an upper part of the chamber, and a second opening in the lower base which gives visual access to the lower part of the reaction chamber, a pair of magnets, said magnets being adapted in size and shape to be housed with removable character respectively in said first and second openings (18,19), wherein said first and second openings (18,19) provide visual access to the inside of said reaction chamber to allow fluorescent detection of the genetic material inside said reaction chamber, a temperature sensor arranged to measure the temperature in said reaction chamber, electric contacts situated in at least one of the upper or lower bases (13,12) electrically connected to said heating means and temperature sensor.
Apparatus for treating a respiratory disorder in a patient, the apparatus comprising: a pressure generator configured to generate a flow of air so as to provide ventilatory support to the patient; a transducer configured to generate a signal representing a property of the flow of air; and a controller configured to: analyse the signal to estimate an inspiratory volume (Vi) and an expiratory volume (Ve) of a breath of the patient; characterized in that the controller is also configured to servo-control a degree of the ventilatory support to adjust an estimated tidal volume toward a target tidal volume (VT(Target)), wherein a gain of the servo-control is dependent on a difference between the estimated inspiratory volume (Vi) and the estimated expiratory volume (Ve). a pressure generator configured to generate a flow of air so as to provide ventilatory support to the patient; a transducer configured to generate a signal representing a property of the flow of air; and a controller configured to: analyse the signal to estimate an inspiratory volume (Vi) and an expiratory volume (Ve) of a breath of the patient; characterized in that the controller is also configured to servo-control a degree of the ventilatory support to adjust an estimated tidal volume toward a target tidal volume (VT(Target)), wherein a gain of the servo-control is dependent on a difference between the estimated inspiratory volume (Vi) and the estimated expiratory volume (Ve). analyse the signal to estimate an inspiratory volume (Vi) and an expiratory volume (Ve) of a breath of the patient; characterized in that the controller is also configured to servo-control a degree of the ventilatory support to adjust an estimated tidal volume toward a target tidal volume (VT(Target)), wherein a gain of the servo-control is dependent on a difference between the estimated inspiratory volume (Vi) and the estimated expiratory volume (Ve).
A position detection apparatus for detecting a position of a surface to be detected relative to a predetermined plane, with respect to a direction intersecting the predetermined plane, on a basis of a receiving result of a light beam which is guided to the surface in a diagonal direction with respect to the surface and is reflected by the surface, the apparatus comprising a reflection surface (6b, 6c, 7b, 7c, 8b, 8c, 9b, 9c) for reflecting the light, and being characterised by a depolarizer (32, 33) arranged in an optical path of the light for depolarizing the light, the depolarizer being arranged in an optical path of the light on a surface to be detected side with respect to the reflection surface.
A method of wireless communication performed by a base station, comprising: configuring a bandwidth part, BWP, switching configuration of a user equipment, UE, in connection with a dual active protocol stack, DAPS, handover based at least in part on a BWP switching rule wherein the BWP switching rule indicates that BWP switching is not permitted on a communication link for an intra-frequency handover when the UE is associated with a single communication chain for the communication link or wherein the BWP switching rule indicates that BWP switching is permitted on a communication link for an intra-frequency handover when the UE is associated with multiple communication chains for the communication link; and performing the DAPS handover. configuring a bandwidth part, BWP, switching configuration of a user equipment, UE, in connection with a dual active protocol stack, DAPS, handover based at least in part on a BWP switching rule wherein the BWP switching rule indicates that BWP switching is not permitted on a communication link for an intra-frequency handover when the UE is associated with a single communication chain for the communication link or wherein the BWP switching rule indicates that BWP switching is permitted on a communication link for an intra-frequency handover when the UE is associated with multiple communication chains for the communication link; and performing the DAPS handover.
A linear actuator intended to maneuver a screen closing off an opening made in a building or an enclosure, the linear actuator being intended to be coupled on the one hand to the screen and on the other hand to the building or to the enclosure, the linear actuator comprising at least: - an electric motor, - a reduction gear, - a movement transmission system, the movement transmission system comprising a threaded rod and a nut, the threaded rod being rotated by the electric motor and the reduction gear, and the nut being translated on the threaded rod, and - a casing comprising a first part inside which the electric motor is positioned, and a second part inside which the movement transmission system is positioned, the first and second parts (21, 22) of the casing being assembled to one another so as to form a connection, the casing having an exposed side corresponding to an outer side of the linear actuator, the outer side of the casing being the upper side of the casing in the assembled position of the linear actuator relative to the concealing device, characterized in that the linear actuator further comprises: - an element common to the first part of the casing and the second part of the casing, the common elements being a covering element covering the upper side of the second part of the casing and at least part of the upper side of the first part of the casing, so as to hide the connection between the first and second parts (21, 22) of the casing, on the upper side of the casing. - an electric motor, - a reduction gear, - a movement transmission system, the movement transmission system comprising a threaded rod and a nut, the threaded rod being rotated by the electric motor and the reduction gear, and the nut being translated on the threaded rod, and - a casing comprising a first part inside which the electric motor is positioned, and a second part inside which the movement transmission system is positioned, the first and second parts (21, 22) of the casing being assembled to one another so as to form a connection, the casing having an exposed side corresponding to an outer side of the linear actuator, the outer side of the casing being the upper side of the casing in the assembled position of the linear actuator relative to the concealing device, - an element common to the first part of the casing and the second part of the casing, the common elements being a covering element covering the upper side of the second part of the casing and at least part of the upper side of the first part of the casing, so as to hide the connection between the first and second parts (21, 22) of the casing, on the upper side of the casing.
Method for enhancing flat textile materials by finishing with liquid substances or substance mixtures, wherein the substances or substance mixtures contain particles of the same or different sizes, by means of controlled, targeted application of a liquor using printing technologies in the form of one or more print bars arranged at a distance and having a plurality of print heads, wherein either a recipe-based mixture of a compound is created, followed by the application, or individual substances are wet-applied with a plurality of print heads to form a mixed finishing layer, and furthermore the flat textile materials, which are present in the form of a fabric web, are freely guided over rollers or a perforated plate or perforated sheet table with a plurality of apertures and a cleaning trough for rinsing the print head is provided in the free space between the rollers or the perforated plate or perforated sheet table above the fabric web to be finished and said cleaning trough is formed adjacent to the pressure bar having the plurality of print heads, wherein a movability is provided between the print heads and the cleaning trough in order to carry out print head cleaning or print head rinsing without removing the fabric web, so that different finishes can be applied without disturbing the production process by unclamping or clamping the fabric web.
Process for the extraction of silica from lignocellulosic plant matter, comprising the steps of: a) fractionating the lignocellulosic plant matter in the presence of an acid solution, so as to obtain a solid fraction comprising cellulose, b) extracting the silica from the solid fraction obtained in step a) with a basic solution, at a pH between 10 and 13 and at a temperature between 70°C and 90°C, so as to obtain a liquid phase comprising silica and a solid phase, c) separating the liquid phase and the solid phase which are obtained in step b), d) precipitating the silica which is comprised in the liquid phase, at a pH between 5 and 6. a) fractionating the lignocellulosic plant matter in the presence of an acid solution, so as to obtain a solid fraction comprising cellulose, b) extracting the silica from the solid fraction obtained in step a) with a basic solution, at a pH between 10 and 13 and at a temperature between 70°C and 90°C, so as to obtain a liquid phase comprising silica and a solid phase, c) separating the liquid phase and the solid phase which are obtained in step b), d) precipitating the silica which is comprised in the liquid phase, at a pH between 5 and 6.
A machine for adjustments of turbine compressor variable geometry components, comprising an assembly system made of air hoses for connection with the turbine compressor mounted on said machine intended for testing and adjusting turbine compressor performance, and offering the capacity of free setting of mounted turbine compressors, characterised in that the machine comprises a horizontal beam that is adjustable in its rotation axis, wherein the bottom part of the beam features a blinding plate and the top part of the beam has a sealing plate from which a fixed port extends; wherein on the fixed port is a clamping nut with a universal port and a turbine compressor interface adapter, wherein the horizontal beam rests on supports and, the front end of the beam at the support being attached to the supply pipeline and the other end of the beam at the other support featuring a contact clamp for constraining the movement of the horizontal axis and a hand wheel. an assembly system made of air hoses for connection with the turbine compressor mounted on said machine intended for testing and adjusting turbine compressor performance, and offering the capacity of free setting of mounted turbine compressors, characterised in that the machine comprises a horizontal beam that is adjustable in its rotation axis, wherein the bottom part of the beam features a blinding plate and the top part of the beam has a sealing plate from which a fixed port extends; wherein on the fixed port is a clamping nut with a universal port and a turbine compressor interface adapter, wherein the horizontal beam rests on supports and, the front end of the beam at the support being attached to the supply pipeline and the other end of the beam at the other support featuring a contact clamp for constraining the movement of the horizontal axis and a hand wheel.
A joint system for building elements consisting of bearing, hermetic and flexible framework constructions intended for structures in cubic format or enclosing volume format, wherein the joint system comprises at least two such building elements, wherein the sealing surface of the joint system comprises a plurality of steps, and a building element of the joint system comprises a plurality of first parallel plates, the building element having hermetic displaced air cells between the first plates, characterised in that said building element further comprises second plates arranged perpendicular to the first parallel plates at the end thereof, one step having four first plates, three displaced air cells and one second plate with a swivel and outward facing seals, and wherein further the sealing surfaces of the building element are provided with sealing strips, wherein one of the second plates comprises two outward facing seals and a top plate of the four first plates of the step comprises two further seals.
A device for treating plant health product effluents without discharge into the environment, said device comprising at least one tank obtained in a watertight material containing a biological bed consisting of an earth substrate comprising microorganisms, and into which the effluents are introduced, characterized in that it comprises at least one storage tank (3, 22) for the effluents and means for controlled introduction of the effluents of said storage tank (3, 22) into the tank for the biological bed, the device comprising sensors for measuring the moisture content of the biological bed in such a way that the moisture in the biological bed is generally between 60% and 120% of the retention capacity of the biological bed and comprising draining means (13, 14) for the biological bed connected to the storage tank for the effluents in order to evacuate said effluents saturated in the biological bed and means for evacuating an overflow of effluents consisting of an overflow downcomer conduit having ends opening above the storage tank for the effluents and respectively into the tank for the biological bed at the level of the upper surface of the latter.
A method, implemented by a computer, for processing images acquired by scanning transmission electron microscopy (STEM) coupled to an energy-dispersive analysis of X-ray photoelectrons, comprising the following steps: - Providing a series of STEM images each comprising a set of pixels (10a, 10b), each pixel of each set of pixels comprising data in the form of at least one EDX unit spectrum (20a, 20b), - Performing a main component analysis on all data of the unit spectra in order to separate significant data from non-significant data, and to reconstitute the unit spectra exclusively from significant data, - Forming a summed spectrum (40, 41) by summing unit spectra so as to determine emission peaks contained in the unit spectra, - Modelling the summed spectrum by fitting the emission peaks of the summed spectrum from Gaussian functions, so as to determine at least the positions of the emission peaks, - Modelling each unit spectrum from the summed spectrum model, by keeping at least the previously determined positions and by fitting at least the amplitude of the Gaussian functions to the emission peaks of the unit spectra. - Providing a series of STEM images each comprising a set of pixels (10a, 10b), each pixel of each set of pixels comprising data in the form of at least one EDX unit spectrum (20a, 20b), - Performing a main component analysis on all data of the unit spectra in order to separate significant data from non-significant data, and to reconstitute the unit spectra exclusively from significant data, - Forming a summed spectrum (40, 41) by summing unit spectra so as to determine emission peaks contained in the unit spectra, - Modelling the summed spectrum by fitting the emission peaks of the summed spectrum from Gaussian functions, so as to determine at least the positions of the emission peaks, - Modelling each unit spectrum from the summed spectrum model, by keeping at least the previously determined positions and by fitting at least the amplitude of the Gaussian functions to the emission peaks of the unit spectra.
A method of managing drilling pressures during drilling of a subsea wellbore, characterized by: measuring a flow rate of a drilling fluid injected into a tubular string extending into the subsea wellbore in a formation (104u,b); measuring a flow rate of returns from a drill bit disposed on a bottom of the tubular string; comparing the returns flow rate to the drilling fluid flow rate to detect a kick; exerting backpressure on the returns using a first variable choke valve; and in response to detecting the kick: closing a blowout preventer (42a,u,b) of a subsea pressure control assembly, PCA, against the tubular string; and diverting the flow of returns from the PCA, through a choke line having a second variable choke valve, and through the first variable choke valve. measuring a flow rate of a drilling fluid injected into a tubular string extending into the subsea wellbore in a formation (104u,b); measuring a flow rate of returns from a drill bit disposed on a bottom of the tubular string; comparing the returns flow rate to the drilling fluid flow rate to detect a kick; exerting backpressure on the returns using a first variable choke valve; and in response to detecting the kick: closing a blowout preventer (42a,u,b) of a subsea pressure control assembly, PCA, against the tubular string; and diverting the flow of returns from the PCA, through a choke line having a second variable choke valve, and through the first variable choke valve. closing a blowout preventer (42a,u,b) of a subsea pressure control assembly, PCA, against the tubular string; and diverting the flow of returns from the PCA, through a choke line having a second variable choke valve, and through the first variable choke valve.