mhurhangee/patent-ind-claim-en huggingface dataset:
A device for use in evaluation, transportation or storage of a donor heart , wherein the device comprises: a first flexible membrane and at least one further flexible membrane such that the first membrane is encapsulated by the at least one further membrane forming a sterile field around the heart ; wherein the first membrane forms an inner first bag and each of the at least one further membrane forms a respective at least one further bag , the inner first bag being adapted to seal around the heart and the at least one further bag being adapted to be mounted in an overlapping formation; and a plurality of connectors ; characterised in that the plurality of connectors is lockably connected to one another to form a stack; wherein a first connector of the stack is adapted to secure and engage an aorta of the heart ; and a second connector and a third connector of the stack are engaged with the first flexible membrane and the at least one further flexible membrane respectively; and the first connector is configured to partially suspend the heart and is adapted to allow for delivery of perfusion fluid to the heart . a first flexible membrane and at least one further flexible membrane such that the first membrane is encapsulated by the at least one further membrane forming a sterile field around the heart ; wherein the first membrane forms an inner first bag and each of the at least one further membrane forms a respective at least one further bag , the inner first bag being adapted to seal around the heart and the at least one further bag being adapted to be mounted in an overlapping formation; and a plurality of connectors ; characterised in that the plurality of connectors is lockably connected to one another to form a stack; wherein a first connector of the stack is adapted to secure and engage an aorta of the heart ; and a second connector and a third connector of the stack are engaged with the first flexible membrane and the at least one further flexible membrane respectively; and the first connector is configured to partially suspend the heart and is adapted to allow for delivery of perfusion fluid to the heart .
A verification service provider device located within one locality and adapted to verify registry operations to be performed by registry devices, said locality being associated with a set of requirements established to perform one or more registry operations, said verification service provider device comprising: a memory configured to store a set of instructions; and a processor configured to execute the stored set of instructions to perform operations comprising: receiving a verification request from a registrar device located within the locality, the verification request relating to a domain name operation to be performed by a registry device; performing a verification process for the locality in response to receiving the verification request using the set of requirements associated with the locality and with the domain name operation of the verification request; determining whether the verification request is approved based on the verification process; if the verification request is approved, generating a verification code, the verification code including identifying information of the verification service provider device and information identifying that the verification request has been approved; and transmitting in response to the verification request the verification code to the registrar device. a memory configured to store a set of instructions; and a processor configured to execute the stored set of instructions to perform operations comprising: receiving a verification request from a registrar device located within the locality, the verification request relating to a domain name operation to be performed by a registry device; performing a verification process for the locality in response to receiving the verification request using the set of requirements associated with the locality and with the domain name operation of the verification request; determining whether the verification request is approved based on the verification process; if the verification request is approved, generating a verification code, the verification code including identifying information of the verification service provider device and information identifying that the verification request has been approved; and transmitting in response to the verification request the verification code to the registrar device. receiving a verification request from a registrar device located within the locality, the verification request relating to a domain name operation to be performed by a registry device; performing a verification process for the locality in response to receiving the verification request using the set of requirements associated with the locality and with the domain name operation of the verification request; determining whether the verification request is approved based on the verification process; if the verification request is approved, generating a verification code, the verification code including identifying information of the verification service provider device and information identifying that the verification request has been approved; and transmitting in response to the verification request the verification code to the registrar device.
Use, for improving detergency properties of a liquid fuel composition selected from gasolines comprising one or more detergency additives, of an additive consisting of one or more non-nitrogen compound(s) having an alkyl phenol type structure selected from methyl-t-butyl phenols, dimethyl-t-butyl phenols, ethyl-t-butyl phenols, t-butyl phenols, di-t-butyl phenols, tri-t-butyl phenols, di-t-butyl-di-methyl phenols, 2,6-di-t-butyl-4-methyl phenol, 4,6-di-tert-butyl-2-methylphenol, t-butyl hydroquinone, 2,3,6-trimethyl phenol, 2,4,6-trimethyl phenol, 4,4'-methylene bis (2,6-di-t-butyl phenol), and mixtures thereof.
A woven panel for forming a garment comprising: a first surface and a second surface opposite the first surface ; a first area formed from a first plurality of weft yarns interlaced with a first plurality of warp yarns to form a repeating pattern of first floats on the first surface , the first plurality of weft yarns each having a tex per filament less than or equal to about 0.0011 (denier per filament less than or equal to about 0.01); and a second area formed from a second plurality of weft yarns interlaced with the first plurality of warp yarns , the second plurality of weft yarns each having a tex per filament greater than about 0.0011 (denier per filament greater than about 0.01); and a third area formed from a third plurality of weft yarns interlaced with the first plurality of warp yarns , the third plurality of weft yarns each having a tex per filament greater than about 0.0011 (denier per filament greater than about 0.01); wherein the first area further comprises a fourth plurality of weft yarns interlaced with the first plurality of warp yarns , the fourth plurality of weft yarns each having a tex per filament greater than about 0.0011 (denier per filament greater than about 0.01) the woven panel being characterized in that the first area comprises a greater percentage of the first plurality of weft yarns compared to the fourth plurality of weft yarns . a first surface and a second surface opposite the first surface ; a first area formed from a first plurality of weft yarns interlaced with a first plurality of warp yarns to form a repeating pattern of first floats on the first surface , the first plurality of weft yarns each having a tex per filament less than or equal to about 0.0011 (denier per filament less than or equal to about 0.01); and a second area formed from a second plurality of weft yarns interlaced with the first plurality of warp yarns , the second plurality of weft yarns each having a tex per filament greater than about 0.0011 (denier per filament greater than about 0.01); and a third area formed from a third plurality of weft yarns interlaced with the first plurality of warp yarns , the third plurality of weft yarns each having a tex per filament greater than about 0.0011 (denier per filament greater than about 0.01); wherein the first area further comprises a fourth plurality of weft yarns interlaced with the first plurality of warp yarns , the fourth plurality of weft yarns each having a tex per filament greater than about 0.0011 (denier per filament greater than about 0.01) the woven panel being characterized in that the first area comprises a greater percentage of the first plurality of weft yarns compared to the fourth plurality of weft yarns .
Reversible attachment system for attaching a foot ascender for ascending a rope, to a device wearable and/or constrainable to a user, comprising a first element and a second element separated one from another and reversibly constrainable in at least one operative position of mutual attachment, said first element being configured to be at least partially inserted in at least one seat of said second element , and wherein said first element and said second element are relatively movable to reach said at least one operative position of mutual attachment, and wherein said first element is constrainable to said foot ascender and said second element is constrainable to said device wearable and/or constrainable to a user, or vice versa, wherein the configuration of said first element substantially corresponds to the configuration of said second element such that said first element and said second element slide substantially along a direction (D) and/or rotate relatively, to reach said at least one operative position of mutual attachment, wherein said first element and said second element relatively move by sliding and/or rotating substantially within a plane.
A respiration implant system for a patient with impaired breathing, the system comprising: laryngeal stimulating electrodes configured to interface with left and right posterior cricoarytenoid muscles (PCAM) of a patient larynx to deliver respiration pacing signals to the PCAM to promote patient breathing; and a pacing processor configured to generate the respiration pacing signals characterised in that said pacing processor is further configured to alternatingly stimulate the left and right PCAM one at a time so as to always have one of the left and right PCAM in an unstimulated resting state. laryngeal stimulating electrodes configured to interface with left and right posterior cricoarytenoid muscles (PCAM) of a patient larynx to deliver respiration pacing signals to the PCAM to promote patient breathing; and a pacing processor configured to generate the respiration pacing signals characterised in that said pacing processor is further configured to alternatingly stimulate the left and right PCAM one at a time so as to always have one of the left and right PCAM in an unstimulated resting state.
A micro puree machine, comprising: a blade assembly having a central support hub , a blade, and an undercut extending at least partially around a circumference of the central support hub ; and a lid assembly configured to cooperate with a bowl assembly , the lid assembly including a lid and a clip mechanism, the lid having an aperture that defines an axis; wherein the clip mechanism is movable between a first position and a second position, at least a portion of the clip mechanism cooperating with the undercut at times the clip mechanism is the in the first position and at least a portion of the central support hub is positioned in the aperture ; wherein the blade assembly is retained in the lid assembly at times the clip mechanism is in or near the first position, and the blade assembly is disengaged from the undercut and removable from the lid assembly at times the clip mechanism is in or near the second position; characterised in that the clip mechanism is spring biased toward the axis. a blade assembly having a central support hub , a blade, and an undercut extending at least partially around a circumference of the central support hub ; and a lid assembly configured to cooperate with a bowl assembly , the lid assembly including a lid and a clip mechanism, the lid having an aperture that defines an axis; wherein the clip mechanism is movable between a first position and a second position, at least a portion of the clip mechanism cooperating with the undercut at times the clip mechanism is the in the first position and at least a portion of the central support hub is positioned in the aperture ; wherein the blade assembly is retained in the lid assembly at times the clip mechanism is in or near the first position, and the blade assembly is disengaged from the undercut and removable from the lid assembly at times the clip mechanism is in or near the second position; characterised in that the clip mechanism is spring biased toward the axis.
A method of preparing an aromatic vinyl compound-vinyl cyanide compound polymer, comprising: polymerizing a reaction mixture containing an aromatic vinyl compound, a vinyl cyanide compound, and an organic solvent in a reactor; and transferring the vaporized reaction mixture present in an upper space of the reactor to a heat exchanger via a pipe and condensing the vaporized reaction mixture, wherein the condensed reaction mixture is transferred to one side of the pipe and sprayed into the pipe. polymerizing a reaction mixture containing an aromatic vinyl compound, a vinyl cyanide compound, and an organic solvent in a reactor; and transferring the vaporized reaction mixture present in an upper space of the reactor to a heat exchanger via a pipe and condensing the vaporized reaction mixture, wherein the condensed reaction mixture is transferred to one side of the pipe and sprayed into the pipe.
A composition for use in refinery processes for the production of fuels, comprising lignin and a solvent; wherein the lignin further comprises more than one C7 or longer alkyl containing group connected to the lignin via a linker group, wherein some of the linking groups are ethers and some are esters; and wherein the solvent comprises a carrier liquid selected from a hydrocarbon oil, crude oil, bunker oil, mineral oil, fatty acid or esterified fatty acid.
A heating apparatus for heating liquid, comprising a sealed frame , a heating body , a water outlet , and a water inlet , wherein the sealed frame and the heating body are connected with each other sealedly and enclosing a room sealedly to form a cavity; wherein a sealed body is disposed inside the cavity, and that the sealed body and the heating body enclose a room to form a sealed water passage having a given capacity, and that the sealed water passage interconnects with exterior through the water inlet and the water outlet , and that liquid from the water inlet is constrained by the sealed water passage , flows along the sealed water passage , and then runs out of the water outlet , wherein the sealed body has a sealing rib along the path interconnecting the water inlet and the water outlet , and that the sealing rib contacts the heating body in a sealed state, wherein each of the sealed frame and the heating body is in form of a hollow pipe structure, and that the sealed body tightly sleeves an outer surface of the sealed frame , and that the sealing rib rises upward spirally along an outer surface of the sealed body , and that a pitch of the sealing ribs forms a spiral water trench , and that the heating body sleeves the sealed frame and the sealed body , and that two ends of the heating body are respectively fit to two ends of the sealed frame in a sealed state, and that the spiral water trench and the heating body jointly enclose a room to form the sealed water passage in a spiral form, and that the water inlet and the water outlet are respectively at two ends of the sealed water passage , wherein the sealed frame has a hollow chamber in a center thereof, and that the water inlet and the water outlet are disposed on a wall of the hollow chamber .
A process for producing enzalutamide of formula I characterized in that the intermediate of formula XI is reacted with the intermediate of formula VIII in a suitable solvent, in the presence of a base and an aromatic alcohol of formula R-OH, wherein R is an optionally substituted aryl having from 6 to 16 carbon atoms.
A method for characterizing a sample, the method comprising: directing a beam of electro-magnetic radiation to a sample using an optical source ; detecting a Second Harmonic Generation (SHG) signal using an optical detector , wherein the detected SHG signal includes a portion attributed to one or more material properties of the sample ; measuring the one or more material properties of the sample using a secondary analysis device; and under control of an electronic processing circuit: correlating the detected SHG signal with the measured one or more material properties of the sample ; removing the portion attributed to one or more material properties of the sample to obtain a parsed SHG signal data; and estimating a characteristic of the sample from the parsed SHG signal data. directing a beam of electro-magnetic radiation to a sample using an optical source ; detecting a Second Harmonic Generation (SHG) signal using an optical detector , wherein the detected SHG signal includes a portion attributed to one or more material properties of the sample ; measuring the one or more material properties of the sample using a secondary analysis device; and under control of an electronic processing circuit: correlating the detected SHG signal with the measured one or more material properties of the sample ; removing the portion attributed to one or more material properties of the sample to obtain a parsed SHG signal data; and estimating a characteristic of the sample from the parsed SHG signal data. correlating the detected SHG signal with the measured one or more material properties of the sample ; removing the portion attributed to one or more material properties of the sample to obtain a parsed SHG signal data; and estimating a characteristic of the sample from the parsed SHG signal data.
A prosthetic knee implant, comprising: a tibial component having a tibial-contacting surface , an articulation surface opposing the tibial-contacting surface, a proximal portion , and a distal portion , the tibial component including: a medial dished surface portion and a lateral dished surface portion , each of the dished surface portions defining respective distal-most points and widths , as measured from a surface portion medial side to a surface portion lateral side , wherein the width of each of the dished surface portions define respective dished surface portion midpoints halfway between the surface portion medial sides and the surface portion lateral sides , characterised in that the midpoint is located medially from the distal-most point in each of the medial dished surface portion and lateral dished surface portion . a tibial component having a tibial-contacting surface , an articulation surface opposing the tibial-contacting surface, a proximal portion , and a distal portion , the tibial component including: a medial dished surface portion and a lateral dished surface portion , each of the dished surface portions defining respective distal-most points and widths , as measured from a surface portion medial side to a surface portion lateral side , wherein the width of each of the dished surface portions define respective dished surface portion midpoints halfway between the a medial dished surface portion and a lateral dished surface portion , each of the dished surface portions defining respective distal-most points and widths , as measured from a surface portion medial side to a surface portion lateral side , wherein the width of each of the dished surface portions define respective dished surface portion midpoints halfway between the surface portion medial sides and the surface portion lateral sides , characterised in that the midpoint is located medially from the distal-most point in each of the medial dished surface portion and lateral dished surface portion .
Solid fuel boiler burner, comprising a combustion chamber having aeration openings , driven by an electric motor through a transmission gear , a fuel feeder with an electric motor driving a feeder worm , fuel chute elements with an outlet in an initial zone of the rotary feeder worm which supplies the fuel to the combustion chamber , and blower elements arranged to supply air to a zone below and to a zone above a layer of burning fuel, wherein the rotary combustion chamber is mounted in a casing and is equipped with aeration ducts and this unit of combustion chamber and casing is connected by hook catches with a gearwheel which is mounted rotationally between two cage bearings , the gearwheel and a compensating and pressure plate having openings , the burner further comprising a blower chamber and an adjustable screen , wherein said openings are configured for an inflow of air from the blower chamber through the adjustable screen which controls a ratio of primary to secondary air injected into said aeration ducts , moreover the feeder worm has a further, axially placed aeration duct , with outlet openings in the combustion chamber
A hip implant system , comprising - an artificial acetabular cup and - an artificial acetabular liner comprising or consisting of a metal or an alloy, wherein the artificial acetabular liner is coated at least in sections with a ceramic coating , characterized in that the ceramic coating comprises chromium nitride, chromium carbonitride and zirconium nitride. - an artificial acetabular cup and - an artificial acetabular liner comprising or consisting of a metal or an alloy,
A computer-implemented method for determining a cardiovascular performance reserve for an individual, comprising the steps of: a. Receiving from at least one data source physiological data relative to said individual for obtaining a parameter Z which is or approximates the product of the Stroke Volume (SV) by the Systemic Vascular Resistance (SVR); b. Providing a value representing the Respiratory Rate (RR) of said individual; c. Providing anthropometric data related tosaid individual for calculating the Body Surface Area (BSA) of said individual; d. Calculating a normalized Cardiovascular Reserve Index (CVRI) by using said Z parameter, said RR and said BSA, according to the following formula: CVRI = Z / RR / BSA * 4 ; and e. Outputting said CVRI. a. Receiving from at least one data source physiological data relative to said individual for obtaining a parameter Z which is or approximates the product of the Stroke Volume (SV) by the Systemic Vascular Resistance (SVR); b. Providing a value representing the Respiratory Rate (RR) of said individual; c. Providing anthropometric data related tosaid individual for calculating the Body Surface Area (BSA) of said individual; d. Calculating a normalized Cardiovascular Reserve Index (CVRI) by using said Z parameter, said RR and said BSA, according to the following formula: CVRI = Z / RR / BSA * 4 ; and e. Outputting said CVRI.
Welding device , in particular welding gun, for welding a welding stud along a welding axis in a welding direction to a substrate , comprising an inert gas cover having an inert gas inlet which is disposed in an annular manner about the welding axis, having an inert gas outlet , and having an aperture which points in the welding direction; wherein the aperture, transversely to the welding direction, has an aperture diameter (dM); wherein the inert gas inlet, counter to the welding direction, has an inlet spacing (aE) from the aperture; wherein the inert gas outlet, counter to the welding direction, has an outlet spacing (aA) from the aperture; furthermore comprising a holding device for holding the welding stud within the inert gas cover during a welding procedure, wherein the holding device has an external diameter (dA) and a stud fitting having an internal diameter (dl), characterized in that the outlet spacing is at least half a difference calculated from the aperture diameter (dM) and the external diameter (dA), or is at least the size of the inlet spacing (aE).