mhurhangee/ep-ind-claims huggingface dataset:
A method for providing a nicotine isolate, comprising: a) receiving a solution comprising nicotine derived from green tobacco biomass of a plant of the Nicotiana species which has not been cured, wherein the solution is a byproduct of a method to provide protein from tobacco; b) converting the nicotine to nicotine sulfate, giving a nicotine sulfate-containing solution; c) concentrating the nicotine sulfate-containing solution to give a nicotine sulfate concentrate; d) adjusting the pH of the nicotine sulfate concentrate to a pH of about 9.5 or greater to convert the nicotine sulfate to nicotine in free base form, providing a basic concentrate; e) extracting the basic concentrate with an organic solvent to partition the nicotine in free base form into the organic solvent, providing a nicotine-containing organic solution; and f) distilling the nicotine-containing organic solution to afford a nicotine isolate, wherein the nicotine isolate comprises about 90% or more nicotine by weight. a) receiving a solution comprising nicotine derived from green tobacco biomass of a plant of the Nicotiana species which has not been cured, wherein the solution is a byproduct of a method to provide protein from tobacco; b) converting the nicotine to nicotine sulfate, giving a nicotine sulfate-containing solution; c) concentrating the nicotine sulfate-containing solution to give a nicotine sulfate concentrate; d) adjusting the pH of the nicotine sulfate concentrate to a pH of about 9.5 or greater to convert the nicotine sulfate to nicotine in free base form, providing a basic concentrate; e) extracting the basic concentrate with an organic solvent to partition the nicotine in free base form into the organic solvent, providing a nicotine-containing organic solution; and f) distilling the nicotine-containing organic solution to afford a nicotine isolate,
A medical assembly for minimally invasively implanting an atrial sealing skirt 46 in the heart at an atrial sealing skirt 46 deployment site 5 5 comprising: an atrial sealing skirt 46 configured for receiving a valve 100 and for endovascular introduction and implantation at a deployment site 5 and configured and sized to replace a native heart valve, said atrial sealing skirt 46 having a portion being configured to substantially conform to an atrial floor adjacent the valve deployment site; an anchor assembly 101 including an anchor 75 configured and sized for endovascular introduction for implanting the anchor 75 to an intracardiac wall 7 at an implantation site and comprising a delivery cable 12; a tether 18 advanced over said delivery cable 12 and including at least one cord 21 connected to said anchor 75 and said atrial sealing skirt 46 for operatively connecting said atrial sealing skirt 46 and said anchor 75; a removable anchor delivery system 23 for introducing said anchor endovascularly; CHARACTERIZED in that the medical assembly further comprises a removable atrial sealing skirt delivery system 37 for positioning and sealing the atrial sealing skirt 46. an atrial sealing skirt 46 configured for receiving a valve 100 and for endovascular introduction and implantation at a deployment site 5 and configured and sized to replace a native heart valve, said atrial sealing skirt 46 having a portion being configured to substantially conform to an atrial floor adjacent the valve deployment site; an anchor assembly 101 including an anchor 75 configured and sized for endovascular introduction for implanting the anchor 75 to an intracardiac wall 7 at an implantation site and comprising a delivery cable 12; a tether 18 advanced over said delivery cable 12 and including at least one cord 21 connected to said anchor 75 and said atrial sealing skirt 46 for operatively connecting said atrial sealing skirt 46 and said anchor 75; a removable anchor delivery system 23 for introducing said anchor endovascularly; CHARACTERIZED in that the medical assembly further comprises a removable atrial sealing skirt delivery system 37 for positioning and sealing the atrial sealing skirt 46.
Platform for maintenance operations as a modular and temporary maintenance platform for a wind turbine, the maintenance platform being rotatably mounted on the support structure and comprising a stationary support structure, characterized in that the maintenance platform can be detachably arranged in front of a rotor hub of the wind turbine and has a base frame with a plurality of tread plates (201, 204).
A pre-filled cap for enclosing an administration portion of a beneficial agent delivery device configured for parenteral hypodermic drug delivery applications, the administration portion of the beneficial agent delivery device comprising a reservoir, said pre-filled cap comprising: a package comprising: at least a first compartment containing at least one constituent of a beneficial agent; and a pre-formed flexible wall (18', 18") defining at least a portion of said first compartment; and a fitment attached to the package, said fitment comprising: a first end configured to receive said administration portion; a fluid passageway for communicating said package with said administration portion of said beneficial agent delivery device; and a membrane disposed in said fluid passageway and occluding the fluid passageway until the membrane is pierced to establish fluid communication between said fluid passageway and said administration portion of said beneficial agent delivery device; wherein the fitment is configured to provide at least one of protection and aseptic closure to the administration portion of said beneficial agent delivery device. a package comprising: at least a first compartment containing at least one constituent of a beneficial agent; and a pre-formed flexible wall (18', 18") defining at least a portion of said first compartment; and at least a first compartment containing at least one constituent of a beneficial agent; and a pre-formed flexible wall (18', 18") defining at least a portion of said first compartment; and a fitment attached to the package, said fitment comprising: a first end configured to receive said administration portion; a fluid passageway for communicating said package with said administration portion of said beneficial agent delivery device; and a membrane disposed in said fluid passageway and occluding the fluid passageway until the membrane is pierced to establish fluid communication between said fluid passageway and said administration portion of said beneficial agent delivery device; a first end configured to receive said administration portion; a fluid passageway for communicating said package with said administration portion of said beneficial agent delivery device; and a membrane disposed in said fluid passageway and occluding the fluid passageway until the membrane is pierced to establish fluid communication between said fluid passageway and said administration portion of said beneficial agent delivery device; wherein the fitment is configured to provide at least one of protection and aseptic closure to the administration portion of said beneficial agent delivery device.
Method for producing zinc-coated fine or ultrafine sheet metal with high corrosion resistance for the production of packaging, with the following steps: - Providing a hot-rolled steel strip and cold-rolling the steel strip to a thickness of lower than 1 mm, - galvanic coating of the steel strip with zinc, - temper rolling of the zinc-coated surface of the steel strip, - depositing of a polymer coating or an organic enamel on one or both sides of the zinc-coated surface of the steel strip. - Providing a hot-rolled steel strip and cold-rolling the steel strip to a thickness of lower than 1 mm, - galvanic coating of the steel strip with zinc, - temper rolling of the zinc-coated surface of the steel strip, - depositing of a polymer coating or an organic enamel on one or both sides of the zinc-coated surface of the steel strip.
A mobile device comprising: a speaker module comprising: a speaker configured to output a sound signal; and a duct configured to provide a radiation path for the sound signal output from the speaker, the duct comprising one side end, at which the sound signal is emitted from the speaker module and a first opening having a tilted configuration at the one side end; a body to which the speaker module is fastened, the body comprising a duct structure comprising a second opening opposite to the first opening, the second opening being configured to couple to the first opening; and a protection member, disposed between the first opening and the second opening, for preventing a foreign substance from entering the inside of the speaker module; wherein the duct and the duct structure are configured such that the first opening is coupled to the second opening to radiate the sound signal to the outside of the mobile device via the duct structure without leakage. a speaker module comprising: a speaker configured to output a sound signal; and a duct configured to provide a radiation path for the sound signal output from the speaker, the duct comprising one side end, at which the sound signal is emitted from the speaker module and a first opening having a tilted configuration at the one side end; a speaker configured to output a sound signal; and a duct configured to provide a radiation path for the sound signal output from the speaker, the duct comprising one side end, at which the sound signal is emitted from the speaker module and a first opening having a tilted configuration at the one side end; a body to which the speaker module is fastened, the body comprising a duct structure comprising a second opening opposite to the first opening, the second opening being configured to couple to the first opening; and a protection member, disposed between the first opening and the second opening, for preventing a foreign substance from entering the inside of the speaker module; wherein the duct and the duct structure are configured such that the first opening is coupled to the second opening to radiate the sound signal to the outside of the mobile device via the duct structure without leakage.
A tissue-removing catheter comprising: a drive shaft having opposite proximal and distal ends and configured for rotation about a longitudinal axis; a tissue-removing head at the distal end of the drive shaft, wherein the tissue-removing head is configured to rotate about the longitudinal axis, and wherein the tissue-removing head is selectively adjustable from an initial cross-sectional dimension to an expanded cross-sectional dimension larger than the initial cross-sectional dimension; characterised by an elastically deformable member disposed inside the tissue-removing head, wherein the elastically deformable member is selectively elastically compressible to increase a cross-sectional dimension of the elastically deformable member from an initial cross-sectional dimension to an expanded cross-sectional dimension larger than the initial cross-sectional dimension to selectively adjust the tissue-removing head from the initial cross-sectional dimension to the expanded cross-sectional dimension. a drive shaft having opposite proximal and distal ends and configured for rotation about a longitudinal axis; a tissue-removing head at the distal end of the drive shaft, wherein the tissue-removing head is configured to rotate about the longitudinal axis, and wherein the tissue-removing head is selectively adjustable from an initial cross-sectional dimension to an expanded cross-sectional dimension larger than the initial cross-sectional dimension; characterised by an elastically deformable member disposed inside the tissue-removing head, wherein the elastically deformable member is selectively elastically compressible to increase a cross-sectional dimension of the elastically deformable member from an initial cross-sectional dimension to an expanded cross-sectional dimension larger than the initial cross-sectional dimension to selectively adjust the tissue-removing head from the initial cross-sectional dimension to the expanded cross-sectional dimension.
A mat (100, 200, 300, 400, 500) intended for imprinting a texture on a coating, notably a coating applied to a wall, a floor or a ceiling or to a prefabricated element used in the construction of a wall, a floor or a ceiling, said mat having a surface provided with a random texture to be imprinted,, and characterized in that said random texture to be imprinted is formed by a set of interpenetrating unitary elements, each unitary element being truncated by the intersection of its volume with the volume of at least one other adjacent unitary element.
An ergonomic leakproof travel container comprising: a body member having a front side, a back side, and a continuous sidewall, wherein the continuous sidewall has an outer surface and inner surface forming a hollow interior; a first lid member hingedly attached to the body member via a first hinge member; a second lid member independent from the first lid member, wherein the second lid member is hingedly attached to the body member via the first hinge member; a chambered storage insert sized and shaped to fit in the hollow interior; a latch member attached to a second hinge member on the front side, wherein the latch member is configured to secure the first lid and second lid in a closed position; a first gasket positioned between the body member and the second lid creating a first leakproof seal; and a second gasket positioned between the chambered storage insert and the second lid creating a second leakproof seal. a body member having a front side, a back side, and a continuous sidewall, wherein the continuous sidewall has an outer surface and inner surface forming a hollow interior; a first lid member hingedly attached to the body member via a first hinge member; a second lid member independent from the first lid member, wherein the second lid member is hingedly attached to the body member via the first hinge member; a chambered storage insert sized and shaped to fit in the hollow interior; a latch member attached to a second hinge member on the front side, wherein the latch member is configured to secure the first lid and second lid in a closed position; a first gasket positioned between the body member and the second lid creating a first leakproof seal; and a second gasket positioned between the chambered storage insert and the second lid creating a second leakproof seal.
A method of compensating an overload trip curve for error produced by a current transformer (214a, b, c), comprising: compensating, using a controller, for the error at an ultimate trip current by adjusting the overload trip curve about a current axis corresponding to the ultimate trip current, the ultimate trip current defining a trip threshold that if exceeded causes an overload relay to trip responsive to an overload condition; compensating, using the controller, for the error in a trip time at a locked rotor current of a motor connected to the overload relay by adjusting the overload trip curve along a time axis at the locked rotor current, the locked rotor current corresponding to a current for overcoming a locked rotor condition of the motor to cause the motor to begin to rotate; and storing in a memory a representation of at least a portion of the compensated overload trip curve at the ultimate trip current and the trip time at the locked rotor current. compensating, using a controller, for the error at an ultimate trip current by adjusting the overload trip curve about a current axis corresponding to the ultimate trip current, the ultimate trip current defining a trip threshold that if exceeded causes an overload relay to trip responsive to an overload condition; compensating, using the controller, for the error in a trip time at a locked rotor current of a motor connected to the overload relay by adjusting the overload trip curve along a time axis at the locked rotor current, the locked rotor current corresponding to a current for overcoming a locked rotor condition of the motor to cause the motor to begin to rotate; and storing in a memory a representation of at least a portion of the compensated overload trip curve at the ultimate trip current and the trip time at the locked rotor current.
A detection device (30X, 30Y, 30Z) comprising: a detection circuit (60X, 60Y, 60Z) that is configured to perform a detection process based on a signal from a physical quantity transducer and to output detected data; an interface unit in communication with a master host device; characterized in that the detection device further comprises a memory (70, 70X, 70Y, 70Z) configured to store a data transmission order (k) of the detection device, wherein, in a case where the host device designates a common address (B1, 00) and issues a read command, the interface unit is configured to transmit the detected data to the host device according to the data transmission order (k), wherein the detection device (30X, 30Y, 30Z) is one of a plurality of detection devices (30X, 30Y, 30Z) connected to the host device, and wherein the memory (70X, 70Y, 70Z) is configured to store a total number (n) of the detection devices which are connected to the host device, and wherein, in a case where the total number of detection devices is n, and the data transmission order is set to k (where 1≤k≤n), the interface unit is configured to transmit the detected data to the host device in a k-th order, and is configured to then transmit the detected data to the host device in a (n+k)-th order. a detection circuit (60X, 60Y, 60Z) that is configured to perform a detection process based on a signal from a physical quantity transducer and to output detected data; an interface unit in communication with a master host device; characterized in that the detection device further comprises a memory (70, 70X, 70Y, 70Z) configured to store a data transmission order (k) of the detection device, wherein, in a case where the host device designates a common address (B1, 00) and issues a read command, the interface unit is configured to transmit the detected data to the host device according to the data transmission order (k), wherein the detection device (30X, 30Y, 30Z) is one of a plurality of detection devices (30X, 30Y, 30Z) connected to the host device, and wherein the memory (70X, 70Y, 70Z) is configured to store a total number (n) of the detection devices which are connected to the host device, and wherein, in a case where the total number of detection devices is n, and the data transmission order is set to k (where 1≤k≤n), the interface unit is configured to transmit the detected data to the host device in a k-th order, and is configured to then transmit the detected data to the host device in a (n+k)-th order.
An apparatus for handling coal, comprising - a cooling structure arranged to receive hot coal from a process chamber and to cool the coal in an atmosphere impeding ignition; - a pneumatic conveyor system arranged to move coal by air pressure; wherein the cooling structure is configured to cool the coal to a surface temperature allowing the pneumatic conveyor system to convey the coal across a predetermined distance without the coal igniting; and - a gas lock arranged to allow coal to pass from the cooling structure into the pneumatic conveyor system and to impede communicating fluid exchange between the cooling structure and the pneumatic conveyor system. - a cooling structure arranged to receive hot coal from a process chamber and to cool the coal in an atmosphere impeding ignition; - a pneumatic conveyor system arranged to move coal by air pressure; wherein the cooling structure is configured to cool the coal to a surface temperature allowing the pneumatic conveyor system to convey the coal across a predetermined distance without the coal igniting; and - a gas lock arranged to allow coal to pass from the cooling structure into the pneumatic conveyor system and to impede communicating fluid exchange between the cooling structure and the pneumatic conveyor system.
Method of manufacturing exposed printing plates for a printing operation on offset printing presses by means of a computer of a workflow system, wherein the computer collects print job data at the pre-press stage, generates sets of digital color separation data for creating the printing plates, and sends the data to at least one platesetter, where the related exposed printing plates are created and from where the printing plates are transported to their offset printing presses as printing plate stacks on a plate cart, wherein the offset printing presses then carry out the printing operation using the generated exposed printing plates, wherein to create the exposed printing plates, the computer sorts the sets of digital color separation data in an order dependent on the planned order of required process steps at the offset printing presses, causing the printing plate stacks of the exposed printing plates created therefrom to be transported to the offset printing presses in the respective required order on the plate cart.
A powder whitener composition for beverages comprising a fat blend having the following composition per 100 g of fat: - from 12 g to 17 g of lauric acid, - from 28 g to 37 g of palmitic acid, - from 23 g to 31 g of cis mono-unsaturated fatty acids, - from 5 g to 8 g of cis poly-unsaturated fatty acids, wherein saturated fatty acids represent from 57 g to 65 g per 100 g of the fat content. - from 12 g to 17 g of lauric acid, - from 28 g to 37 g of palmitic acid, - from 23 g to 31 g of cis mono-unsaturated fatty acids, - from 5 g to 8 g of cis poly-unsaturated fatty acids,