mhurhangee/ep-ind-claims huggingface dataset:
A responsive force generator comprising an operable member including at least one operation unit, a support base supporting the operable member, and an acceleration generating unit configured to provide acceleration to the operable member, wherein: the responsive force generator further comprises a pair of support links with which the operable member is supported by the support base, such that the operable member is movable relative to the support base, each of the support links is rotatably supported on the support base at a respective stationary support point and is rotatably supported on the operable member at a respective movable support point, the movable support point being movable relative to the support base and stationary relative to the operable member, the stationary support points of the support links are located on an imaginary stationary support line, the movable support points of the support links are located on an imaginary movable support line, the stationary support line and the movable support line are parallel to each other, and the acceleration generating unit provides acceleration to the operable member in a direction parallel to the movable support line, so that the operable member is shifted in the direction parallel to the movable support line, and thereby the operable member tft is moved relative to the support base, characterised in that the support links are bendable in a facing direction in which the operable member faces the support base such that the operable member is movable toward the support base when the operable member is pressed toward the support base. the responsive force generator further comprises a pair of support links with which the operable member is supported by the support base, such that the operable member is movable relative to the support base, each of the support links is rotatably supported on the support base at a respective stationary support point and is rotatably supported on the operable member at a respective movable support point, the movable support point being movable relative to the support base and stationary relative to the operable member, the stationary support points of the support links are located on an imaginary stationary support line, the movable support points of the support links are located on an imaginary movable support line, the stationary support line and the movable support line are parallel to each other, and the acceleration generating unit provides acceleration to the operable member in a direction parallel to the movable support line, so that the operable member is shifted in the direction parallel to the movable support line, and thereby the operable member tft is moved relative to the support base, characterised in that the support links are bendable in a facing direction in which the operable member faces the support base such that the operable member is movable toward the support base when the operable member is pressed toward the support base.
Method for receiving a multi-carrier signal of OQAM type, implementing a step of estimating, in the temporal domain, at least one time shift, phase shift and/or frequency shift of said multi-carrier signal, said estimation step implementing at least one estimator for estimating said time shift, termed temporal estimator, and/or at least one estimator for estimating said phase shift, termed phase estimator, and/or at least one estimator for estimating said frequency shift, termed frequency estimator, characterized in that at least one of said estimators implements an estimation step using an equation having at least, as parameters, coefficients of a prototype filter used during transmission for shaping at least one preamble that is inserted into said multi-carrier signal.
A fluid infusion device, comprising: a housing defining a pump chamber and a reservoir chamber; a fluid reservoir that defines a chamber to receive a fluid, the fluid reservoir including a distal barrel end and a proximal barrel end, the fluid reservoir received within the reservoir chamber, the distal barrel end having an open perimeter and the proximal barrel end having an outlet, the fluid reservoir including a stopper disposed in the chamber that is movable from the distal barrel end to the proximal barrel end to dispense the fluid through the outlet, the stopper including one or more friction elements; a drive system including a slide translatable within the chamber to contact the stopper and move the stopper from the distal barrel end to the proximal barrel end to dispense the fluid into the outlet; a hydrophilic wicking membrane disposed entirely within the chamber and coupled to the fluid reservoir at the proximal barrel end to enable the stopper to be advanced to the proximal barrel end without contact between the one or more friction elements and the wicking membrane that covers the outlet and, the wicking membrane completely covers the outlet to substantially prevent a flow of air into the outlet; and a connector body removably coupled to the housing, the connector body accommodating a fluid flow path from the fluid reservoir to a tubing, and a pressure differential between the fluid reservoir and the tubing cooperates with the wicking membrane to dispense the fluid from the fluid reservoir. a housing defining a pump chamber and a reservoir chamber; a fluid reservoir that defines a chamber to receive a fluid, the fluid reservoir including a distal barrel end and a proximal barrel end, the fluid reservoir received within the reservoir chamber, the distal barrel end having an open perimeter and the proximal barrel end having an outlet, the fluid reservoir including a stopper disposed in the chamber that is movable from the distal barrel end to the proximal barrel end to dispense the fluid through the outlet, the stopper including one or more friction elements; a drive system including a slide translatable within the chamber to contact the stopper and move the stopper from the distal barrel end to the proximal barrel end to dispense the fluid into the outlet; a hydrophilic wicking membrane disposed entirely within the chamber and coupled to the fluid reservoir at the proximal barrel end to enable the stopper to be advanced to the proximal barrel end without contact between the one or more friction elements and the wicking membrane that covers the outlet and, the wicking membrane completely covers the outlet to substantially prevent a flow of air into the outlet; and a connector body removably coupled to the housing, the connector body accommodating a fluid flow path from the fluid reservoir to a tubing, and a pressure differential between the fluid reservoir and the tubing cooperates with the wicking membrane to dispense the fluid from the fluid reservoir.
A system for premixing fuel and air prior to combustion in a gas turbine engine, comprising: a mixing duct having a circular cross-section defined by a wall; a centerbody fuel injector located along a central axis of the mixing duct and extending substantially the full length of said mixing duct, an outer annular swirler located adjacent an upstream end of the mixing duct and including a plurality of circumferentially spaced vanes oriented so as to swirl air flowing therethrough in a first swirl direction; an inner annular swirler located adjacent of the mixing duct upstream end and including a plurality of circumferentially spaced vanes oriented so as to swirl air flowing therethrough in a second swirl direction opposite of the first swirl direction; a hub separating said inner and outer annular swirlers to permit independent rotation of an air stream therethrough; and a plurality of hollow paths located radially outward around the centerbody fuel injector and at a radially inward side of the inner annular swirler; wherein the plurality of hollow paths are configured to allow a flow of sweeping air over the surface of the centerbody fuel injector characterized in that the plurality of hollow paths comprise a plurality of holes disposed on an inner radial portion of the vanes of the inner annular swirler. a mixing duct having a circular cross-section defined by a wall; a centerbody fuel injector located along a central axis of the mixing duct and extending substantially the full length of said mixing duct, an outer annular swirler located adjacent an upstream end of the mixing duct and including a plurality of circumferentially spaced vanes oriented so as to swirl air flowing therethrough in a first swirl direction; an inner annular swirler located adjacent of the mixing duct upstream end and including a plurality of circumferentially spaced vanes oriented so as to swirl air flowing therethrough in a second swirl direction opposite of the first swirl direction; a hub separating said inner and outer annular swirlers to permit independent rotation of an air stream therethrough; and a plurality of hollow paths located radially outward around the centerbody fuel injector and at a radially inward side of the inner annular swirler; wherein the plurality of hollow paths are configured to allow a flow of sweeping air over the surface of the centerbody fuel injector characterized in that the plurality of hollow paths comprise a plurality of holes disposed on an inner radial portion of the vanes of the inner annular swirler.
Plug-type connection with a first plug-type connector and a second plug-type connector, wherein the first and the second plug-type connector each possess at least one electrical contact element (4, 5), which electrical contact elements can be brought into contact with one another by plugging together the first plug-type connector and the second plug-type connector, wherein the first plug-type connector possesses a first locking element with which a second locking element of the second plug-type connector can be clipped together in a manner resistant to tensile and compressive forces in a locking position of the plug-type connection, characterised in that the first and/or the second locking element (10,11) can be moved, through a shifting apparatus in the form of one or more threaded spindles, in the plugging direction relative to the contact element of the associated plug-type connector, into a contact position of the plug-type connection in order to make contact between the contact elements (4, 5) of the first and the second plug-type connector.
A composition for oral administration of at least one drug, said composition comprising: a) a dispersible concentrate, characterized by being capable of forming, upon contact with an aqueous solution, particles of a mean diameter of less than 500 nm, as measured by VLA particle size analyzer, said dispersible concentrate comprising: (i) at least one surfactant; (ii) at least one solid component at 25°C, selected from fatty acids, fatty acid esters, fatty amines, fatty amides, fatty alcohols and fatty alcohol esters; and (iii) an amphiphilic solvent; b) an amount of at least one piperine, or isomer thereof, sufficient to increase the bioavailability of said composition, wherein the composition contains a cannabinoid as a drug. a) a dispersible concentrate, characterized by being capable of forming, upon contact with an aqueous solution, particles of a mean diameter of less than 500 nm, as measured by VLA particle size analyzer, said dispersible concentrate comprising: (i) at least one surfactant; (ii) at least one solid component at 25°C, selected from fatty acids, fatty acid esters, fatty amines, fatty amides, fatty alcohols and fatty alcohol esters; and (iii) an amphiphilic solvent; (i) at least one surfactant; (ii) at least one solid component at 25°C, selected from fatty acids, fatty acid esters, fatty amines, fatty amides, fatty alcohols and fatty alcohol esters; and (iii) an amphiphilic solvent; b) an amount of at least one piperine, or isomer thereof, sufficient to increase the bioavailability of said composition,
An automation control and monitoring system, comprising: a server; a graphical user interface of the automation control and monitoring system; a view model configured to request and receive data relevant to the graphical user interface from the server; and a data model comprising a model of objects that the server accesses, wherein the server is configured to access the requested data from the data model and provide the requested data to the view model via asynchronous notifications to the view model, wherein the view model is configured to subscribe to a query by sending an asynchronous subscription request to the server, the subscription request comprising one or more criteria that identifies the query, and wherein the server is configured to detect an identification of data relating to the one or more criteria, a deletion of data relating to the one or more criteria, or a modification of data relating to the one or more criteria and provide an asynchronous modification notification of the identification, deletion, or modification to the view model. a server; a graphical user interface of the automation control and monitoring system; a view model configured to request and receive data relevant to the graphical user interface from the server; and a data model comprising a model of objects that the server accesses, wherein the server is configured to access the requested data from the data model and provide the requested data to the view model via asynchronous notifications to the view model, wherein the view model is configured to subscribe to a query by sending an asynchronous subscription request to the server, the subscription request comprising one or more criteria that identifies the query, and wherein the server is configured to detect an identification of data relating to the one or more criteria, a deletion of data relating to the one or more criteria, or a modification of data relating to the one or more criteria and provide an asynchronous modification notification of the identification, deletion, or modification to the view model.
Method for the production of a floor panel (1; 1 a; 1 b) using an elastic plastic material, whereby a recycled plastic is used as the plastic material and the floor panel (1; 1 a; 1 b) is primary moulded and a tongue and groove system is machined, characterised in that recycled plastic is exclusively used so that the floor panel (1; 1 a; 1 b) consists of the plastic material, the floor panel (1; 1 a; 1 b) is primary formed with an excess to the required dimensions of the floor panel (1; 1 a; 1 b), and the primary formed, cooled floor panel (1; 1 a; 1 b) is machined, which comprises the face milling of the surface area of the floor panel (1; 1 a; 1 b) to the required thickness followed by the finishing of the edges to the required dimensions and then followed by the cutting of the tongue and groove system.
A valve comprising: a first chamber and a second chamber, wherein a movable member is arranged to selectably bring the first and second chambers into and out of fluid communication with one another; the movable member arranged such that when in an open position wherein the first and second chambers are in fluid communication, gas at a first pressure in the first chamber provides a closing force to a first surface area of the movable member to overcome an opening force provided by gas at a second pressure in the second chamber on a second surface area of the movable member whereby the movable member moves to a closed position to isolate the first and second chambers; and further arranged such that: as the movable member moves to the closed position, the second surface area of the movable member exposed within the second chamber is reduced to an exposed annular surface of the second surface area thus reducing the opening force provided by the gas at the second pressure and providing a bias towards the closed position. a first chamber and a second chamber, wherein a movable member is arranged to selectably bring the first and second chambers into and out of fluid communication with one another; the movable member arranged such that when in an open position wherein the first and second chambers are in fluid communication, gas at a first pressure in the first chamber provides a closing force to a first surface area of the movable member to overcome an opening force provided by gas at a second pressure in the second chamber on a second surface area of the movable member whereby the movable member moves to a closed position to isolate the first and second chambers; and further arranged such that: as the movable member moves to the closed position, the second surface area of the movable member exposed within the second chamber is reduced to an exposed annular surface of the second surface area thus reducing the opening force provided by the gas at the second pressure and providing a bias towards the closed position.
A method of determination of a pollution protection factor of a cosmetic composition, comprising: (a) a step of testing, by any known test method, the ability (α) of the cosmetic composition to render ineffective at least one type of pollutant present on the skin and expressing it on a scale of 0 to 1, where (1 - α) indicates corresponding potential residual damage to the skin, wherein said composition comprises at least one ingredient known to render ineffective said at least one type of pollutant and said at least one ingredient is an anti-inflammatory or antioxidant; (b) a step of testing, by any known test method, the ability (β) of the cosmetic composition to inhibit the contact of at least one type of pollutant with skin and expressing it also on a scale of 0 to 1, where (1 - β) indicates corresponding potential residual damage to the skin wherein said composition comprises at least one ingredient known to inhibit the contact of at least one type of pollutant with skin and wherein said ingredient is a sunscreen, a barrier enhancer or a polymer, further followed by; (c) a step of testing, by any known test method, the ability (γ) of the cosmetic composition to remove at least one type of pollutant present on the skin, expressing it also on a scale of 0 to 1, where (1 - γ) indicates corresponding potential residual damage to the skin, and calculating the pollution protection factor by the equation F. F PPF = − log 1 − α × 1 − β × 1 − γ 0.047 (a) a step of testing, by any known test method, the ability (α) of the cosmetic composition to render ineffective at least one type of pollutant present on the skin and expressing it on a scale of 0 to 1, where (1 - α) indicates corresponding potential residual damage to the skin, wherein said composition comprises at least one ingredient known to render ineffective said at least one type of pollutant and said at least one ingredient is an anti-inflammatory or antioxidant; (b) a step of testing, by any known test method, the ability (β) of the cosmetic composition to inhibit the contact of at least one type of pollutant with skin and expressing it also on a scale of 0 to 1, where (1 - β) indicates corresponding potential residual damage to the skin wherein said composition comprises at least one ingredient known to inhibit the contact of at least one type of pollutant with skin and wherein said ingredient is a sunscreen, a barrier enhancer or a polymer, further followed by; (c) a step of testing, by any known test method, the ability (γ) of the cosmetic composition to remove at least one type of pollutant present on the skin, expressing it also on a scale of 0 to 1, where (1 - γ) indicates corresponding potential residual damage to the skin, and calculating the pollution protection factor by the equation F. F PPF = − log 1 − α × 1 − β × 1 − γ 0.047
A system for estimating a spacing profile for a road agent, the system comprising: a first module that includes instructions that cause one or more processors to: receive data related to characteristics of the road agent and road agent behavior detected in an environment of an autonomous vehicle; initiate an analysis of the road agent behavior; and estimate the spacing profile of the road agent as part of the analysis, the spacing profile including a lateral gap preference, one or more predicted behaviors of the road agent related to changes in lateral gap and a predictability score for the road agent, which is based on how much behavior to-date has matched previously predicted behavior; and a second module that includes instructions that cause the one or more processors to: determine one or more components of an autonomous vehicle maneuver based on the estimated spacing profile; and send control instructions for performing the autonomous vehicle maneuver. a first module that includes instructions that cause one or more processors to: receive data related to characteristics of the road agent and road agent behavior detected in an environment of an autonomous vehicle; initiate an analysis of the road agent behavior; and estimate the spacing profile of the road agent as part of the analysis, the spacing profile including a lateral gap preference, one or more predicted behaviors of the road agent related to changes in lateral gap and a predictability score for the road agent, which is based on how much behavior to-date has matched previously predicted behavior; and receive data related to characteristics of the road agent and road agent behavior detected in an environment of an autonomous vehicle; initiate an analysis of the road agent behavior; and estimate the spacing profile of the road agent as part of the analysis, the spacing profile including a lateral gap preference, one or more predicted behaviors of the road agent related to changes in lateral gap and a predictability score for the road agent, which is based on how much behavior to-date has matched previously predicted behavior; and a second module that includes instructions that cause the one or more processors to: determine one or more components of an autonomous vehicle maneuver based on the estimated spacing profile; and send control instructions for performing the autonomous vehicle maneuver. determine one or more components of an autonomous vehicle maneuver based on the estimated spacing profile; and send control instructions for performing the autonomous vehicle maneuver.