mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting an immune cellular response in a biological sample of animal origin, which may contain at least one cell which secretes at least one immune effector molecule, comprising the steps consisting in: (a) suctioning a defined amount of the biological sample as previously taken by means of an automated suction/discharge device, (b) discharging this defined amount, using said automated suction/discharge device, into a container R, said container R containing, beforehand, at least one stimulant for secretion of said molecule by said at least one cell, or else said container R not containing such an at least one stimulant, (c) when the container does not contain, beforehand, at least one secretion stimulant, introducing into said container R said at least one secretion stimulant contained in a container E, using said automated suction/discharge device, and (d) allowing the defined amount of sample and said at least one stimulant to incubate, forming a mixture, for the secretion of said molecule by said at least one cell (i) in said container R or (ii) in another container S after suctioning and discharge of said mixture using said automated suction/discharge device, and (e) detecting the immune cellular response, wherein the detection of the immune cellular response indicates the presence of an immune cellular response specific for said at least one secretion stimulant, characterized in that said biological sample is a total blood sample previously taken from an animal organism. (a) suctioning a defined amount of the biological sample as previously taken by means of an automated suction/discharge device, (b) discharging this defined amount, using said automated suction/discharge device, into a container R, said container R containing, beforehand, at least one stimulant for secretion of said molecule by said at least one cell, or else said container R not containing such an at least one stimulant, (c) when the container does not contain, beforehand, at least one secretion stimulant, introducing into said container R said at least one secretion stimulant contained in a container E, using said automated suction/discharge device, and (d) allowing the defined amount of sample and said at least one stimulant to incubate, forming a mixture, for the secretion of said molecule by said at least one cell (i) in said container R or (ii) in another container S after suctioning and discharge of said mixture using said automated suction/discharge device, and (e) detecting the immune cellular response, wherein the detection of the immune cellular response indicates the presence of an immune cellular response specific for said at least one secretion stimulant,
An axial flow turbine for generation of electrical power, the turbine comprising: multiple stages each defined by a stator and a rotor , wherein the turbine is configured for operation at low absolute pressure such that the turbine exhaust pressure is substantially lower than atmospheric pressure, with the motive fluid being steam; characterized in that the turbine includes: a partial admission inlet defined in a first stator of a first stage of the multiple stages, wherein the partial admission inlet admits a first amount of steam, each subsequent stage increasing the amount of steam admission in the corresponding stator until complete admission is achieved towards the final stages of the stator; and the rotor in each stage having blisks made as single piece and having a periphery shaped to define steam passages through the turbine; and the stator and rotor of each stage is fabricated from aluminium or plastic. multiple stages each defined by a stator and a rotor , wherein the turbine is configured for operation at low absolute pressure such that the turbine exhaust pressure is substantially lower than atmospheric pressure, with the motive fluid being steam; characterized in that the turbine includes: a partial admission inlet defined in a first stator of a first stage of the multiple stages, wherein the partial admission inlet admits a first amount of steam, each subsequent stage increasing the amount of steam admission in the corresponding stator until complete admission is achieved towards the final stages of the stator; and the rotor in each stage having blisks made as single piece and having a periphery shaped to define steam passages through the turbine; and a partial admission inlet defined in a first stator of a first stage of the multiple stages, wherein the partial admission inlet admits a first amount of steam, each subsequent stage increasing the amount of steam admission in the corresponding stator until complete admission is achieved towards the final stages of the stator; and the rotor in each stage having blisks made as single piece and having a periphery shaped to define steam passages through the turbine; and
A cyclic metals deactivation system unit for the production of equilibrium catalyst materials comprising a cracker vessel configured for cracking a feed stock and stripping a catalyst material; a regenerator vessel in fluid communication with the cracker vessel, the regenerator vessel configured for regeneration and steam deactivation of the catalyst material; and an age distribution vessel in fluid communication with the regenerator vessel, the age distribution vessel configured for distributing the catalyst material based on an age of the catalyst material, wherein the cracker vessel and the regenerator vessel are in fluid communication with one another via a pneumatic valve system including a first dip tube in the cracker vessel and a second dip tube in the regenerator vessel, wherein the cracker vessel comprises a first porous plate disposed within a lower region of the cracker vessel, wherein the regenerator vessel comprises a second porous plate disposed within a lower region of the regenerator vessel. wherein the cracker vessel and the regenerator vessel are in fluid communication with one another via a pneumatic valve system including a first dip tube in the cracker vessel and a second dip tube in the regenerator vessel, wherein the cracker vessel comprises a first porous plate disposed within a lower region of the cracker vessel, wherein the regenerator vessel comprises a second porous plate disposed within a lower region of the regenerator vessel.
A dispenser for loading and dispensing a selected volume of granulated product comprising: a main body having a discharge opening , an open interior configured to receive a supply of the granulated product, a cylindrical internal cavity and a discharge spout for dispensing the supply of granulated product therefrom; a loading and dispensing member constructed with a plurality of spaced apart receiving cavities formed therein, and movably mounted within the internal cavity of the body between the discharge opening and the discharge spout, the loading and dispensing member being provided on an outer periphery of end structure thereof with a circular ring formed with a series of interconnected ramp surfaces , each ramp surface terminating in a tooth ; a portion control container received and retained in each of the receiving cavities and configured to receive the granulated product ; and a handle frictionally connected with the opposite end structure of the loading and dispensing member, the handle being movable from a first position to a second position in one direction to sequentially move the portion control containers in the loading and dispensing member to loading and dispensing positions upon engagement of the handle with one tooth on the loading and dispensing member, and the handle being movable in an opposite direction from the second position to the first position relative to the loading and dispensing member upon engagement of the handle with one of the ramp surfaces and another tooth on an adjacently connected other of the ramp surfaces. a main body having a discharge opening , an open interior configured to receive a supply of the granulated product, a cylindrical internal cavity and a discharge spout for dispensing the supply of granulated product therefrom; a loading and dispensing member constructed with a plurality of spaced apart receiving cavities formed therein, and movably mounted within the internal cavity of the body between the discharge opening and the discharge spout, the loading and dispensing member being provided on an outer periphery of end structure thereof with a circular ring formed with a series of interconnected ramp surfaces , each ramp surface terminating in a tooth ; a portion control container received and retained in each of the receiving cavities and configured to receive the granulated product ; and a handle frictionally connected with the opposite end structure of the loading and dispensing member, the handle being movable from a first position to a second position in one direction to sequentially move the portion control containers in the loading and dispensing member to loading and dispensing positions upon engagement of the handle with one tooth on the loading and dispensing member, and the handle being movable in an opposite direction from the second position to the first position relative to the loading and dispensing member upon engagement of the handle with one of the ramp surfaces and another tooth on an adjacently connected other of the ramp surfaces.
A computer-implemented method comprising: receiving , by one or more computer systems, a heteroscedastic signal comprising a plurality of measures sampled over a span of time from a software execution environment in which one or more processes are being executed wherein the heteroscedastic signal corresponds to a usage of a heap, over the span of time, of the software execution environment; extracting a seasonal effector and a de-seasonalized component from the heteroscedastic signal; applying a smooth spline filter to the seasonal effector to generate a smoothed seasonal effector; applying a robust linear regression technique to the de-seasonalized component to generate a linear regression, wherein the robust linear regression technique is applied to the de-seasonalized component to account for the heteroscedasticity of the signal; generating a forecast of the heteroscedastic signal by reconstituting the linear regression line and the smoothed seasonal effector in a seasonal and linear trend model; and initiating , based at least in part on the forecast, one or more actions associated with the software execution environment wherein the one or more actions comprises providing additional memory resources to the software execution environment. receiving , by one or more computer systems, a heteroscedastic signal comprising a plurality of measures sampled over a span of time from a software execution environment in which one or more processes are being executed wherein the heteroscedastic signal corresponds to a usage of a heap, over the span of time, of the software execution environment; extracting a seasonal effector and a de-seasonalized component from the heteroscedastic signal; applying a smooth spline filter to the seasonal effector to generate a smoothed seasonal effector; applying a robust linear regression technique to the de-seasonalized component to generate a linear regression, wherein the robust linear regression technique is applied to the de-seasonalized component to account for the heteroscedasticity of the signal; generating a forecast of the heteroscedastic signal by reconstituting the linear regression line and the smoothed seasonal effector in a seasonal and linear trend model; and initiating , based at least in part on the forecast, one or more actions associated with the software execution environment wherein the one or more actions comprises providing additional memory resources to the software execution environment.
A turbomachine turbine comprising a casing, an annular nozzle defining an axial direction (D A ) and a radial direction (D R ), an outer support shroud of metal integral with the casing and an inner support shroud of metal, the nozzle comprising a plurality of nozzle sectors of ceramic matrix composite material forming a ring extending between the outer support shroud and the inner support shroud , each sector including a mast , an inner platform , an outer platform and at least one airfoil extending radially between the inner and outer platforms and having a hollow profile defining an inner recess extending radially, the inner and outer platforms each having an opening communicating with said inner recess of the airfoil , and the mast passing through said openings of the inner and outer platforms , said inner recess , characterized in that the metal outer shroud comprises an opening for each mast , and for each sector the mast passes through one of the openings of the metal outer shroud , and comprises at least one projection for fastening to the outer support shroud having at least one portion extending from a radially outer end of the mast in a direction opposite to the center of the mast and in a plane orthogonal to the radial direction (D R ), said at least one fastening projection cooperating with a radially outer face of the outer support shroud . each sector including a mast , an inner platform , an outer platform and at least one airfoil extending radially between the inner and outer platforms and having a hollow profile defining an inner recess extending radially, the inner and outer platforms each having an opening communicating with said inner recess of the airfoil , and the mast passing through said openings of the inner and outer platforms , said inner recess , characterized in that the metal outer shroud comprises an opening for each mast , and for each sector the mast passes through one of the openings of the metal outer shroud , and comprises at least one projection for fastening to the outer support shroud having at least one portion extending from a radially outer end of the mast in a direction opposite to the center of the mast and in a plane orthogonal to the radial direction (D R ), said at least one fastening projection cooperating with a radially outer face of the outer support shroud .
Method for controlling a light emission of at least one headlight of a vehicle , wherein the method comprises the following steps: reading in a side crash warning signal, wherein the side crash warning signal represents a risk of a side crash for the vehicle as a result of a third-party vehicle ; generating an actuation signal using the side crash warning signal and position information, wherein the position information represents a position of the third-party vehicle relative to the vehicle ; actuating the light emission of the at least one headlight on the basis of the actuation signal in order to illuminate the third-party vehicle by means of the at least one headlight ; characterized by the following step: verifying whether the third-party vehicle is illuminated by means of the at least one headlight , using an optical detection device . reading in a side crash warning signal, wherein the side crash warning signal represents a risk of a side crash for the vehicle as a result of a third-party vehicle ; generating an actuation signal using the side crash warning signal and position information, wherein the position information represents a position of the third-party vehicle relative to the vehicle ; actuating the light emission of the at least one headlight on the basis of the actuation signal in order to illuminate the third-party vehicle by means of the at least one headlight ; characterized by the following step: verifying whether the third-party vehicle is illuminated by means of the at least one headlight , using an optical detection device .
Die-cutting device for die cutting at least one tubular film, or a strip of heat-sealed and pre-cut bags with lateral gussets , for producing handles of a shopper bag or T-shirt bag, said device consisting of a fixed lower portion and an upper movable portion or vice versa, and comprising: a cutting blade apt to make an opening on said tubular film or on said strip of bags, blocking means, located on said lower portion and/or on said upper portion of said die-cutting device , for blocking said tubular film or said strip of bags, an opening in said lower or upper portion for the ejection of the die-cutting scrap following cutting, wherein said blocking means are comprised of a movable outer plate and a movable inner plate , coaxial one to the other and which enclose said cutting blade , said coaxial plates being situated on a same horizontal plane when in position of machine open with film free, said two coaxial plates being apt to block said film or said strip of bags against a counter plate integral with said fixed portion and opposed to said two coaxial plates , wherein said opening is formed, an elastic compensating element being placed between said coaxial plates and said counter plate for making a safe blocking on the different thicknesses of said tubular film or of said strip of bags , said elastic element being a rubber profile placed above said counter plate , and wherein said outer blocking plate and said inner blocking plate are subjected to respective independent elastic means . a cutting blade apt to make an opening on said tubular film or on said strip of bags, blocking means, located on said lower portion and/or on said upper portion of said die-cutting device , for blocking said tubular film or said strip of bags, an opening in said lower or upper portion for the ejection of the die-cutting scrap following cutting, wherein said blocking means are comprised of a movable outer plate and a movable inner plate , coaxial one to the other and which enclose said cutting blade , said coaxial plates being situated on a same horizontal plane when in position of machine open with film free, said two coaxial plates being apt to block said film or said strip of bags against a counter plate integral with said fixed portion and opposed to said two coaxial plates , wherein said opening is formed, an elastic compensating element being placed between said coaxial plates and said counter plate for making a safe blocking on the different thicknesses of said tubular film or of said strip of bags , said elastic element being a rubber profile placed above said counter plate , and wherein said outer blocking plate and said inner blocking plate are subjected to respective independent elastic means .
A method for thermo-optical measurements in a first volume of aqueous solution comprising particles of interest, the method comprising the steps: - providing the first volume of aqueous solution with a volume of less than 200nl, wherein the aqueous solution is a first liquid and at least a part of the particles of interest are fluorescent particles; - embedding the first volume of aqueous solution at least partly in a second liquid , wherein said second liquid comprises fluorocarbon or is formed from fluorocarbon; - irradiating a laser light beam into the first volume to obtain a spatial temperature distribution in the first volume around the irradiated laser light beam; - exciting fluorescently said fluorescent particles and detecting the fluorescence at least at one position or at around one position in the first volume or detecting the fluorescence distribution of said fluorescently excited particles, wherein said detection of fluorescence is performed at least once at a predetermined time after the start of the laser irradiation; and - determining a characteristic of the particles of interest from the detected fluorescence intensity or fluorescence intensity distribution. - providing the first volume of aqueous solution with a volume of less than 200nl, wherein the aqueous solution is a first liquid and at least a part of the particles of interest are fluorescent particles; - embedding the first volume of aqueous solution at least partly in a second liquid , wherein said second liquid comprises fluorocarbon or is formed from fluorocarbon; - irradiating a laser light beam into the first volume to obtain a spatial temperature distribution in the first volume around the irradiated laser light beam; - exciting fluorescently said fluorescent particles and detecting the fluorescence at least at one position or at around one position in the first volume or detecting the fluorescence distribution of said fluorescently excited particles, wherein said detection of fluorescence is performed at least once at a predetermined time after the start of the laser irradiation; and - determining a characteristic of the particles of interest from the detected fluorescence intensity or fluorescence intensity distribution.
A pharmaceutical combined formulation for use in the prevention or treatment of chronic hepatitis B comprising an antiviral agent for hepatitis B; and a vaccine composition including an antigen, a lipopeptide and a poly(I:C) adjuvant, wherein the antiviral agent for hepatitis B is an oral antiviral agent, wherein the oral antiviral agent is at least one selected from the group consisting of Entecavir, Tenofovirdisoproxil fumarate (TDF), Tenofoviralafenamide fumarate (TAF), Besifovirdipivoxil maleate, Lamivudine, Telbivudine, Clevudine and Adefovirdipivoxil, wherein the antigen is an entire surface antigen (L-HBsAg) of HBV (Hepatitis B Virus), and wherein the lipopeptide is at least one selected from the group consisting of Pam3Cys-SKKKK, PHC-SKKKK, Ole2PamCys-SKKKK, Pam2Cys-SKKKK, PamCys(Pam)-SKKKK, Ole2Cys-SKKKK, Myr2Cys-SKKKK, PamDhc-SKKKK, PamCSKKKK and Dhc-SKKKK.