mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: obtaining volumetric image data that includes a coronary vessel of a subject; identifying the coronary vessel in the volumetric image data; identifying a presence of a collateral flow for the identified coronary vessel comprising assessing collateral flow magnitude and/or direction indirectly by analyzing changes in intensity of the volumetric image data along the coronary vessel as a function of a distance from an ostium of the coronary vessel, wherein collateral flow for the coronary vessel is an auto-regulation mechanism that creates new arterioles that support collateral blood flow; determining a boundary condition of the collateral flow, wherein the boundary condition of the collateral flow models a resistance of the collateral flow; constructing a boundary condition parametric model that includes a term that represents the boundary condition of the collateral flow, wherein the boundary condition parametric model further includes a term that represents a boundary condition of the coronary vessel, wherein the boundary condition of the coronary vessel models a resistance of the coronary vessel; and determining a fractional flow reserve index for the coronary vessel with the boundary condition parametric model. obtaining volumetric image data that includes a coronary vessel of a subject; identifying the coronary vessel in the volumetric image data; identifying a presence of a collateral flow for the identified coronary vessel comprising assessing collateral flow magnitude and/or direction indirectly by analyzing changes in intensity of the volumetric image data along the coronary vessel as a function of a distance from an ostium of the coronary vessel, wherein collateral flow for the coronary vessel is an auto-regulation mechanism that creates new arterioles that support collateral blood flow; determining a boundary condition of the collateral flow, wherein the boundary condition of the collateral flow models a resistance of the collateral flow; constructing a boundary condition parametric model that includes a term that represents the boundary condition of the collateral flow, wherein the boundary condition parametric model further includes a term that represents a boundary condition of the coronary vessel, wherein the boundary condition of the coronary vessel models a resistance of the coronary vessel; and determining a fractional flow reserve index for the coronary vessel with the boundary condition parametric model.
A turret tool post (10, 10a, 10b) of a machine tool, comprising: a post body; a turret that is turnably supported on the post body; a turret turning means that is configured to turn the turret; and a rotation driving means of a rotatable tool; and a tool attachment part that turnably holds the rotatable tool and that is attached to the turret; wherein the machine tool selects the tool by turning the turret and performs processing on a material by turning the tool using the tool attachment part and by rotating the tool using the rotation driving means, characterized by a tool-attachment-part turning means that comprises a drive motor and is configured to turn the tool attachment part to turn the tool by the drive force of the drive motor, wherein the tool-attachment-part turning means and the turret turning means are provided independently and arranged to oppose each other, with the tool-attachment-part turning means being provided on or inside a hollow part side of the turret so as to oppose the turret turning means provided on the post body side. a post body; a turret that is turnably supported on the post body; a turret turning means that is configured to turn the turret; and a rotation driving means of a rotatable tool; and a tool attachment part that turnably holds the rotatable tool and that is attached to the turret; wherein the machine tool selects the tool by turning the turret and performs processing on a material by turning the tool using the tool attachment part and by rotating the tool using the rotation driving means, characterized by a tool-attachment-part turning means that comprises a drive motor and is configured to turn the tool attachment part to turn the tool by the drive force of the drive motor, wherein the tool-attachment-part turning means and the turret turning means are provided independently and arranged to oppose each other, with the tool-attachment-part turning means being provided on or inside a hollow part side of the turret so as to oppose the turret turning means provided on the post body side.
An additive for polymers, including A: dialkylphosphinic salts of the formula wherein R 1, R 2 are the same or different, represents C1-C6-alkyl M is Mg, Ca, Al, Zn, Fe; m is 2-3; B: chlorine compound, where the weight content of chlorine in total additives is 50-900ppm, wherein the described chlorine compound is selected from the group consisting of one or several substances of chlorinated olefin, sodium chloride, potassium chloride, aluminum chloride, chlorine gas, hydrochloric acid, sodium hypochlorite, coupling agent containing chlorine, surfactant containing chlorine or PVC. A: dialkylphosphinic salts of the formula wherein R 1, R 2 are the same or different, represents C1-C6-alkyl M is Mg, Ca, Al, Zn, Fe; m is 2-3; R 1, R 2 are the same or different, represents C1-C6-alkyl M is Mg, Ca, Al, Zn, Fe; m is 2-3; B: chlorine compound, where the weight content of chlorine in total additives is 50-900ppm, wherein the described chlorine compound is selected from the group consisting of one or several substances of chlorinated olefin, sodium chloride, potassium chloride, aluminum chloride, chlorine gas, hydrochloric acid, sodium hypochlorite, coupling agent containing chlorine, surfactant containing chlorine or PVC.
A container candle having: a combustible insert; and a cylindrical outer container; wherein the insert is placed in the container on the interior surface of the bottom wall of the container with the base of the insert facing the interior surface of the bottom wall of the container; wherein the outer diameter of base is sized just smaller than the inner diameter of the container such that ready insertion of the insert is provided with minimal subsequent movement of the insert within the container thereby achieving auto-centering of an insert wick therein; further wherein fill material is disposed within the container around the insert such that the insert is covered by the fill material with the wick protruding beyond the fill material further wherein the curvature or angle and taper of the side walls of the insert is arranged so as to provide a clean pour of fill material into the container and around the insert resulting in the fill material being without air pockets so that the fill material smoothly abuts the side walls of the insert. a combustible insert; and a cylindrical outer container; wherein the insert is placed in the container on the interior surface of the bottom wall of the container with the base of the insert facing the interior surface of the bottom wall of the container; wherein the outer diameter of base is sized just smaller than the inner diameter of the container such that ready insertion of the insert is provided with minimal subsequent movement of the insert within the container thereby achieving auto-centering of an insert wick therein; further wherein fill material is disposed within the container around the insert such that the insert is covered by the fill material with the wick protruding beyond the fill material further wherein the curvature or angle and taper of the side walls of the insert is arranged so as to provide a clean pour of fill material into the container and around the insert resulting in the fill material being without air pockets so that the fill material smoothly abuts the side walls of the insert.
A surgical stapling apparatus, comprising: a handle assembly including a handle housing and a movable handle, the movable handle being movable relative to the handle housing through an actuation stroke; an actuation shaft supported at least in part within said handle housing and mounted to generate actuation motions in response to manipulation of said movable handle; a rotatable shroud movably coupled to said handle housing; an elongated body coupled to said rotatable shroud for rotational travel therewith about a longitudinal axis defined by said elongated body (L-L), a lockable rotation system for selectively locking said rotatable shroud to prevent rotation thereof about said longitudinal axis; and an articulation system operably supported by said handle housing and interfacing with said elongated body to selectively apply articulation motions thereto; characterized in that said elongated body has a distal end configured to be operably attached to a disposable loading unit and a proximal end interfacing with said actuation shaft to transfer said actuation motions from said actuation shaft to said disposable loading unit; and wherein said lockable rotation system comprises a brake system configured to prevent movement of said articulation system during rotation of said rotatable shroud. a handle assembly including a handle housing and a movable handle, the movable handle being movable relative to the handle housing through an actuation stroke; an actuation shaft supported at least in part within said handle housing and mounted to generate actuation motions in response to manipulation of said movable handle; a rotatable shroud movably coupled to said handle housing; an elongated body coupled to said rotatable shroud for rotational travel therewith about a longitudinal axis defined by said elongated body (L-L), a lockable rotation system for selectively locking said rotatable shroud to prevent rotation thereof about said longitudinal axis; and an articulation system operably supported by said handle housing and interfacing with said elongated body to selectively apply articulation motions thereto; characterized in that said elongated body has a distal end configured to be operably attached to a disposable loading unit and a proximal end interfacing with said actuation shaft to transfer said actuation motions from said actuation shaft to said disposable loading unit; and wherein said lockable rotation system comprises a brake system configured to prevent movement of said articulation system during rotation of said rotatable shroud.
An adjustment device for rotating units, in particular for spindles of machine tools, having at least one adjustable element (12, 12') and having a drive for adjusting the element (12, 12'), wherein the drive comprises an electromechanical oscillation drive (22, 22'), characterized in that the oscillation drive (22, 22') has an electrical excitation unit which comprises at least one electromagnet; in that an oscillator is provided which has a magnetic or magnetizable material for a magnetic coupling with the electromagnet and which can be excited by the excitation unit to make an oscillatory movement; and in that a conversion apparatus is provided by which the oscillatory movement of the oscillator can be converted into a directed adjustment movement of the element (12, 12').
Sealing arrangement for dynamic sealing around a drill stem in water-carrying, drilling fluid-carrying or hydrocarbon-carrying wells, comprising at least one dynamic seal which is arranged to envelop the drill stem, and a receiver unit arranged to receive the at least one seal, with the dynamic seal being arranged to be driven into the receiver unit with the help of the drill stem, and to be securely locked in the receiver unit, and also that internal pressure support is provided in the sealing arrangement, at least corresponding to the surrounding pressure, the receiver unit is arranged in an area in or near to the drill deck of a drill rig or vessel, and in a riser, landing string or in another connection between drill deck and a well, wherein the receiver unit in connection with a floating rig or drilling vessel is arranged below the compensating unit of the riser, or that the receiver unit in connection with a fixed installation is arranged as a part of the riser connection, characterised i n that the receiver unit is arranged to close the return side of the drilling fluid between the drill stem and the upper part of the riser, in that the receiver unit is arranged to receive a number of successive sets of seals (35a, 35b, 35c), where each seal is arranged to be securely locked by respective locking devices (34a, 34b, 34c, 34d) arranged mutually spaced apart longitudinally in the receiver unit.
An implantable device (10, 100) configured to provide substantially one-way flow of gas through an anatomical lumen by occluding the lumen, the implantable device (10, 100) being deployable into the lumen with a catheter, said device (10, 100) comprising: a one-way valve (14, 102) being collapsible for containment within a catheter and expandable in situ when deployed, said valve (14, 102) defining a longitudinal axis and comprising: a plurality of metal struts (30, 110), a resilient membrane (32, 136) that wraps around at least a part of the metal struts (30, 110) and is supported by them, and a central post (34, 138) with a first part that extends from a junction of said plurality of metal struts (30, 110), the post (34, 138) having a flange at an end distal from the strut junction; and an anchor (12, 104); characterized in that said implantable device (10, 100) further comprises a mechanism (16, 106) connecting the one-way valve (14, 102) to the anchor (12, 104), the mechanism (16, 106) being configured to permit said valve (14, 102) to be oriented at an angle to said anchor (12, 104) when deployed, thereby allowing said anchor (12, 104) to be positioned in a section of the lumen that is at an angle to a section of said lumen in which said one-way valve (14, 102) is positioned. a one-way valve (14, 102) being collapsible for containment within a catheter and expandable in situ when deployed, said valve (14, 102) defining a longitudinal axis and comprising: a plurality of metal struts (30, 110), a resilient membrane (32, 136) that wraps around at least a part of the metal struts (30, 110) and is supported by them, and a central post (34, 138) with a first part that extends from a junction of said plurality of metal struts (30, 110), the post (34, 138) having a flange at an end distal from the strut junction; and a plurality of metal struts (30, 110), a resilient membrane (32, 136) that wraps around at least a part of the metal struts (30, 110) and is supported by them, and a central post (34, 138) with a first part that extends from a junction of said plurality of metal struts (30, 110), the post (34, 138) having a flange at an end distal from the strut junction; and an anchor (12, 104);
A method comprising: initiating play of a media file on a device configured to execute a web browser; reading a first key associated with the device, the first key corresponds to an authorization of the device to access the media file and is associated with a quality of service; reading a second key associated with an application configured to execute on the device, the second key corresponds to a quality of service associated with the application; determining, based on the first key and the second key, whether a characteristic associated with playing the media file is higher for the playing of the media file by the web browser as compared to playing of the media file by the application; in response to determining the characteristic associated with playing the media file is higher for the playing of the media file by the web browser, initiating execution of the web browser on the device, and playing the media file with the web browser; and in response to determining the characteristic associated with playing the media file is higher for the playing of the media file by the application, initiating execution of the application on the device, and playing the media file with the application. initiating play of a media file on a device configured to execute a web browser; reading a first key associated with the device, the first key corresponds to an authorization of the device to access the media file and is associated with a quality of service; reading a second key associated with an application configured to execute on the device, the second key corresponds to a quality of service associated with the application; determining, based on the first key and the second key, whether a characteristic associated with playing the media file is higher for the playing of the media file by the web browser as compared to playing of the media file by the application; in response to determining the characteristic associated with playing the media file is higher for the playing of the media file by the web browser, initiating execution of the web browser on the device, and playing the media file with the web browser; and initiating execution of the web browser on the device, and playing the media file with the web browser; and in response to determining the characteristic associated with playing the media file is higher for the playing of the media file by the application, initiating execution of the application on the device, and playing the media file with the application. initiating execution of the application on the device, and playing the media file with the application.
A process of preparation of a composition comprising sodium chloride and sodium chloride resistant microalgae biomass, said process comprising: a) providing: i) a carrier comprising sodium chloride; ii) a living sodium chloride resistant microalgae biomass selected from the group consisting of: Arthrospira (Spirulina) maxima designated strain Absheron Accession No. BEA D03 12, Chlorella vulgaris designated strain Novruz 2012 Accession No. BEA D02_12, and mixtures thereof, preferably said living sodium chloride resistant microalgae biomass is freshly grown, further preferably said living sodium chloride resistant microalgae biomass is freshly grown on a growing medium comprising said carrier as a source of sodium chloride, and b) mixing said living sodium chloride resistant microalgae biomass with said carrier, said mixing comprises at least three-stages, wherein each following stage has a greater sodium chloride concentration than a previous stage; c) drying said mixture, preferably said drying is carried out under light protection conditions, further preferably said light protection conditions have illuminance of less than 1000 lux, and wherein at least 75% of cells of said sodium chloride resistant microalgae biomass remain whole after drying. a) providing: i) a carrier comprising sodium chloride; ii) a living sodium chloride resistant microalgae biomass selected from the group consisting of: Arthrospira (Spirulina) maxima designated strain Absheron Accession No. BEA D03 12, Chlorella vulgaris designated strain Novruz 2012 Accession No. BEA D02_12, and mixtures thereof, preferably said living sodium chloride resistant microalgae biomass is freshly grown, further preferably said living sodium chloride resistant microalgae biomass is freshly grown on a growing medium comprising said carrier as a source of sodium chloride, and i) a carrier comprising sodium chloride; ii) a living sodium chloride resistant microalgae biomass selected from the group consisting of: Arthrospira (Spirulina) maxima designated strain Absheron Accession No. BEA D03 12, Chlorella vulgaris designated strain Novruz 2012 Accession No. BEA D02_12, and mixtures thereof, preferably said living sodium chloride resistant microalgae biomass is freshly grown, further preferably said living sodium chloride resistant microalgae biomass is freshly grown on a growing medium comprising said carrier as a source of sodium chloride, and b) mixing said living sodium chloride resistant microalgae biomass with said carrier, said mixing comprises at least three-stages, wherein each following stage has a greater sodium chloride concentration than a previous stage; c) drying said mixture, preferably said drying is carried out under light protection conditions, further preferably said light protection conditions have illuminance of less than 1000 lux, and wherein at least 75% of cells of said sodium chloride resistant microalgae biomass remain whole after drying.
Emulsion-based cosmetic preparation in the form of a gel that comprises: a) a lipid phase comprising at least one poly(acrylate-co-siloxane)-based film former in an amount of 3% to 30% by mass, and at least one solvent b) an aqueous phase comprising at least one water-soluble or water-dispersible film former based on acrylate or polyurethane in an amount of at least 8% by mass, and an aqueous medium c) at least one emulsifier based on polyglyceryl fatty acid ester d) at least one pigment wherein the dynamic viscosity of the preparation, measured without shear entry using a rheometer according to DIN 54453, is between 100 and 900 Pa·s. a) a lipid phase comprising at least one poly(acrylate-co-siloxane)-based film former in an amount of 3% to 30% by mass, and at least one solvent b) an aqueous phase comprising at least one water-soluble or water-dispersible film former based on acrylate or polyurethane in an amount of at least 8% by mass, and an aqueous medium c) at least one emulsifier based on polyglyceryl fatty acid ester d) at least one pigment
Method of producing a device for assisting in the placement of a trapeziometacarpal prosthesis comprising a cup intended to be fixed in the trapezium of a patient and a stem intended to be fixed in the patient's first metacarpal, wherein said device is produced such that it comprises a first guide able to be interposed between the trapezium and the first metacarpal of the patient, said first guide comprising a first body having a first surface intended to be positioned on the articular surface of the trapezium, said first surface being congruent with said articular surface of the trapezium, and a second surface intended to face the articular surface of the first metacarpal before resection, and locating members carried by said first body and arranged to define resection lines for the first metacarpal, and wherein the first guide is produced at least partially on an individualised basis with the aid of medical three-dimensional imaging at least of the trapezium and of the first metacarpal of the patient, pre-operatively.
A process for the recovery of a first glycol from a stream comprising two or more glycols, said process comprising the steps of providing a stream comprising two or more glycols, providing a solvent stream, combining said stream comprising two or more glycols with said solvent stream in the presence of water and recovering at least a portion of the first glycol by liquid-liquid extraction, wherein the first glycol is recovered from the solvent of the solvent stream and the solvent comprises an alkylamine.
Method for the testing of a transmission, in particular a dual-clutch transmission, wherein a torque is introduced into the transmission by means of a drive unit which is external with respect to the transmission, characterized in that the transmission is placed into an operating state in which an internal component of the transmission functions as a brake for simulation of an output unit.