mhurhangee/patent-ind-claim-en huggingface dataset:
An estimation system for fluid dynamics, comprising: an input port (IN) for receiving i) at least one fluid pressure measurement collected in-situ from a vessel tree (COR), each pressure measurement being associated with a location within the vessel tree, and ii) medical image data of the vessel tree (COR); a model builder (MB) for generating a 3D geometrical model derived from the medical image data; a registration unit for spatially registering the at least one fluid pressure measurement to the generated 3D geometrical model based on its associated location, and a liquid dynamics analyzer (LDA) configured to compute, based on the 3D geometrical model of the vessel tree, at least one flow and/or resistance value with respect to said vessel tree (COR), using the spatially registered pressure measurements as boundary conditions. an input port (IN) for receiving i) at least one fluid pressure measurement collected in-situ from a vessel tree (COR), each pressure measurement being associated with a location within the vessel tree, and ii) medical image data of the vessel tree (COR); i) at least one fluid pressure measurement collected in-situ from a vessel tree (COR), each pressure measurement being associated with a location within the vessel tree, and ii) medical image data of the vessel tree (COR); a model builder (MB) for generating a 3D geometrical model derived from the medical image data; a registration unit for spatially registering the at least one fluid pressure measurement to the generated 3D geometrical model based on its associated location, and a liquid dynamics analyzer (LDA) configured to compute, based on the 3D geometrical model of the vessel tree, at least one flow and/or resistance value with respect to said vessel tree (COR), using the spatially registered pressure measurements as boundary conditions.
Method for treating a base material in form of metallic powder made of super alloys based on Ni, Co, Fe or combinations thereof, or made of TiAl alloys which treated powder is used for additive manufacturing, especially for Selective Laser Melting (SLM) of three-dimensional articles, characterized in that - in a first step the chemical composition of the base material is determined and compared to a calculated target chemical composition with detailed amount of each element of the powder, which is necessary for the following SLM manufacturing process, - the powder is stored and atomized only under dry and pure protective shielding gas atmosphere and - the powder is treated by a post gas phase treatment, thereby adding or removing specific elements into or from the powder particles and adjusting the content of the added or already existing specific elements to meet the calculated target amount of each element according to the first step, wherein the post gas phase treatment is with Fluor containing compounds, preferably PTFE, PFA or partly fluorised Silicones. - in a first step the chemical composition of the base material is determined and compared to a calculated target chemical composition with detailed amount of each element of the powder, which is necessary for the following SLM manufacturing process, - the powder is stored and atomized only under dry and pure protective shielding gas atmosphere and - the powder is treated by a post gas phase treatment, thereby adding or removing specific elements into or from the powder particles and adjusting the content of the added or already existing specific elements to meet the calculated target amount of each element according to the first step, wherein the post gas phase treatment is with Fluor containing compounds, preferably PTFE, PFA or partly fluorised Silicones.
A wear member for attachment to earth working equipment to protect the equipment from wear during use, the wear member comprising: a wear surface to contact the ground during operation of the earth working equipment, a mounting cavity for receiving a base on the earth working equipment, a hole defined by a wall extending through the wear member and opening in both the wear surface and the mounting cavity to receive a lock to hold the wear member to the earth working equipment; a collar to engage and be secured in the hole including a threaded bore ; a threaded pin received into the threaded bore that when turned moves the pin inward or outward between an extended position where the pin contacts the base to hold the wear member to the base and a retracted position where the pin releases the wear member from the base; and characterized by a latching detent to secure the pin in the extended position and the retracted position. a wear surface to contact the ground during operation of the earth working equipment, a mounting cavity for receiving a base on the earth working equipment, a hole defined by a wall extending through the wear member and opening in both the wear surface and the mounting cavity to receive a lock to hold the wear member to the earth working equipment; a collar to engage and be secured in the hole including a threaded bore ; a threaded pin received into the threaded bore that when turned moves the pin inward or outward between an extended position where the pin contacts the base to hold the wear member to the base and a retracted position where the pin releases the wear member from the base; and characterized by a latching detent to secure the pin in the extended position and the retracted position.
Method for identifying the existence of a failure of a relay device in an electrical power supply system of an apparatus to be supplied with power, said power supply system including at least one power generator capable of generating a power signal and a load connected to an output of the power generator , said load including at least one relay device ; said power generator including a variable frequency drive ; said relay device comprising at least one passive quadripole and at least one antenna connected to said at least one passive quadripole ; characterised in that said identification method comprises the steps of: a) selecting a characteristic frequency (fi, f1), b) determining the impedance (Z i ) of the load at the output of the power generator when the power signal has the selected characteristic frequency (fi, f1), c) repeating steps a) and b) for a plurality of characteristic frequencies (fi, f1) that are distinct from one another, d) identifying the existence of a failure from a plurality of impedances (Z i ) determined for different characteristic frequencies (fi, f1), the identification step comprising a step of comparing the impedance (Z i ) determined at a given characteristic frequency (fi, f1) with at least one threshold (S 1 H , S i H ; S 1 B , S i B ), said at least one threshold (S 1 H , S i H ; S 1 B , S i B ) being specific to said given characteristic frequency (fi, f1). a) selecting a characteristic frequency (fi, f1), b) determining the impedance (Z i ) of the load at the output of the power generator when the power signal has the selected characteristic frequency (fi, f1), c) repeating steps a) and b) for a plurality of characteristic frequencies (fi, f1) that are distinct from one another, d) identifying the existence of a failure from a plurality of impedances (Z i ) determined for different characteristic frequencies (fi, f1),
A system for determining the location and orientation of an implanted device , the system comprising: a memory device that stores a set of instructions; and at least one processor that executes the instructions to: cause an ex-vivo antenna array to transmit near-field signals to the implanted device; determine power levels of near-field signals backscattered from the implanted device, the near-field signals backscattered from the implanted device being detected by the ex-vivo antenna array; identify candidate location and orientation combinations corresponding to the determined power levels based on a data set, wherein the data set includes a corresponding location and orientation for each of a plurality of power levels; and select a candidate location and orientation combination among the identified candidate combinations as the location and orientation of the implanted device. a memory device that stores a set of instructions; and at least one processor that executes the instructions to: cause an ex-vivo antenna array to transmit near-field signals to the implanted device; determine power levels of near-field signals backscattered from the implanted device, the near-field signals backscattered from the implanted device being detected by the ex-vivo antenna array; identify candidate location and orientation combinations corresponding to the determined power levels based on a data set, wherein the data set includes a corresponding location and orientation for each of a plurality of power levels; and select a candidate location and orientation combination among the identified candidate combinations as the location and orientation of the implanted device. cause an ex-vivo antenna array to transmit near-field signals to the implanted device; determine power levels of near-field signals backscattered from the implanted device, the near-field signals backscattered from the implanted device being detected by the ex-vivo antenna array; identify candidate location and orientation combinations corresponding to the determined power levels based on a data set, wherein the data set includes a corresponding location and orientation for each of a plurality of power levels; and select a candidate location and orientation combination among the identified candidate combinations as the location and orientation of the implanted device.
Method for providing subscription profiles to a subscriber identity module by means of a subscription server , wherein the subscription server has knowledge about a first subscription profile installed in the subscriber identity module and having a first profile file structure and first profile data stored in the first profile file structure , wherein the following method steps proceed in the subscription server : - marking at least one part of a second profile file structure of a second subscription profile ; and - transmitting the second subscription profile to the subscriber identity module , wherein the marked part of the second subscription profile is transmitted without second profile data, wherein in the transmitting step those first profile data of the first subscription profile which are to be copied are specified in order to be stored as second profile data in the marked part of the second profile file structure of the second subscription profile . - marking at least one part of a second profile file structure of a second subscription profile ; and - transmitting the second subscription profile to the subscriber identity module , wherein the marked part of the second subscription profile is transmitted without second profile data, wherein in the transmitting step those first profile data of the first subscription profile which are to be copied are specified in order to be stored as second profile data in the marked part of the second profile file structure of the second subscription profile .
A device for handling a hose , which device allows the hose to be pulled out from a front opening of a hose storage space and which device is adapted to return the hose to the hose storage space , the device comprising: a first hose guiding means arranged in an upper section of the hose storage space , and a second hose guiding means arranged in a lower section of the hose storage space , wherein at least a part of the second hose guiding means is movably attached to a column forming a rear section of the hose storage space and adapted to move along the column in a vertical direction (V) between an idle position in the lower section of the hose storage space and a working position in the upper section of the hose storage space to control the hose characterized in that the column is adapted to be clicked into place at a top part of the hose storage space by means of a locking mechanism . a first hose guiding means arranged in an upper section of the hose storage space , and a second hose guiding means arranged in a lower section of the hose storage space , wherein at least a part of the second hose guiding means is movably attached to a column forming a rear section of the hose storage space and adapted to move along the column in a vertical direction (V) between an idle position in the lower section of the hose storage space and a working position in the upper section of the hose storage space to control the hose characterized in that the column is adapted to be clicked into place at a top part of the hose storage space by means of a locking mechanism .
A composition for use in treating a cellular membrane injury comprising administering to a patient in need thereof a therapeutically effective amount of the composition, the composition comprising: a protein having at least 90% sequence identity to annexin A6 as depicted in SEQ ID NO: 7, a protein having at least 90% sequence identity to annexin A6 as depicted in SEQ ID NO: 8 or a combination thereof, or a post-translationally modified form thereof, wherein the post-translationally modified form is biotinylated, glycosylated, PEGylated, and/or polysialylated, or a polynucleotide capable of expressing an extracellular protein having at least 90% sequence identity to annexin A6 as depicted in SEQ ID NO: 7, a protein having at least 90% sequence identity to annexin A6 as depicted in SEQ ID NO: 8, or a combination thereof, or a modified form thereof. a protein having at least 90% sequence identity to annexin A6 as depicted in SEQ ID NO: 7, a protein having at least 90% sequence identity to annexin A6 as depicted in SEQ ID NO: 8 or a combination thereof, or a post-translationally modified form thereof, wherein the post-translationally modified form is biotinylated, glycosylated, PEGylated, and/or polysialylated, or a polynucleotide capable of expressing an extracellular protein having at least 90% sequence identity to annexin A6 as depicted in SEQ ID NO: 7, a protein having at least 90% sequence identity to annexin A6 as depicted in SEQ ID NO: 8, or a combination thereof, or a modified form thereof.
An oral dosage form for use in treating osteoporosis, the oral dosage form comprising a safe and effective amount of a pharmaceutical composition comprising: (a) a bisphosphonate which is selected from the group consisting of risedronate, and salts, esters, hydrates, polymorphs, hemihydrates and solvates thereof; (b) from 25 mg to 500 mg of disodium EDTA; and (c) an enteric coating which provides for release of the bisphosphonate and the EDTA in the lower gastrointestinal tract of a mammal; wherein the molar ratio of the disodium EDTA to the bisphosphonate is at least 2:1; and wherein the oral dosage form is administered weekly and contains from 10 to 50 mg risedronate on a risedronate anhydrous monosodium salt basis. (a) a bisphosphonate which is selected from the group consisting of risedronate, and salts, esters, hydrates, polymorphs, hemihydrates and solvates thereof; (b) from 25 mg to 500 mg of disodium EDTA; and (c) an enteric coating which provides for release of the bisphosphonate and the EDTA in the lower gastrointestinal tract of a mammal; wherein the molar ratio of the disodium EDTA to the bisphosphonate is at least 2:1; and wherein the oral dosage form is administered weekly and contains from 10 to 50 mg risedronate on a risedronate anhydrous monosodium salt basis. wherein the molar ratio of the disodium EDTA to the bisphosphonate is at least 2:1; and wherein the oral dosage form is administered weekly and contains from 10 to 50 mg risedronate on a risedronate anhydrous monosodium salt basis.
A method of sterilizing a bottle , comprising the steps of: sterilizing bacteria adhering to a preform made of resin by gasifying a sterilizer, discharging a sterilized gas (G) toward a preform , now traveling, so as to adhere to the preform by discharging the sterilizer from a nozzle ; activating the sterilizer adhering to the preform by blasting hot air to the preform ; sterilizing the bacteria adhering to the preform and removing the sterilizer adhering to the preform ; heating the preform to a temperature suitable for blow-molding treatment in a heating furnace ; blow-molding the preform within a mold to mold the preform into a bottle by a blow molding machine ; filling the bottle with a drink (a) by a filling machine ; and sealing the bottle with a cap , wherein the above-mentioned steps are performed subsequently in order and at several portions on a way between the blow-molding machine and the filling machine , an aseptic filling system for performing the sterilizing treatment to the preform is surrounded by chambers ; characterized by sterilizing an interior of a chamber by a hydrogen peroxide gas of less than 10mg/L before a manufacture of a package, the chamber surrounding the heating furnace and the blow-molding machine ; and supplying positive pressure passing through an HEPA filter into the chamber . sterilizing bacteria adhering to a preform made of resin by gasifying a sterilizer, discharging a sterilized gas (G) toward a preform , now traveling, so as to adhere to the preform by discharging the sterilizer from a nozzle ; activating the sterilizer adhering to the preform by blasting hot air to the preform ; sterilizing the bacteria adhering to the preform and removing the sterilizer adhering to the preform ; heating the preform to a temperature suitable for blow-molding treatment in a heating furnace ; blow-molding the preform within a mold to mold the preform into a bottle by a blow molding machine ; filling the bottle with a drink (a) by a filling machine ; and sealing the bottle with a cap , wherein the above-mentioned steps are performed subsequently in order and at several portions on a way between the blow-molding machine and the filling machine , an aseptic filling system for performing the sterilizing treatment to the preform is surrounded by chambers ; characterized by sterilizing an interior of a chamber by a hydrogen peroxide gas of less than 10mg/L before a manufacture of a package, the chamber surrounding the heating furnace and the blow-molding machine ; and supplying positive pressure passing through an HEPA filter into the chamber .
A method of preparing a woven fabric material for use in a ceramic matrix composite, the method comprising: securing a woven fabric tape in tension across a roller , the roller having an outer surface with a plurality of spiked protrusions extending radially therefrom, each of the plurality of spiked protrusions having a diameter (d) between 10 microns and 500 microns; passing the woven fabric tape along the roller , such that the roller rotates with the passing of the woven fabric tape , thereby impinging the spiked protrusions into the woven fabric tape ; and separating filaments within tows of the woven fabric tape by penetration of at least one of the spiked protrusions into the woven fabric tape , such that filaments within various tows of the woven fabric tape are pushed apart to form a separated woven fabric tape with a greater number of tows per unit area than the woven fabric tape . securing a woven fabric tape in tension across a roller , the roller having an outer surface with a plurality of spiked protrusions extending radially therefrom, each of the plurality of spiked protrusions having a diameter (d) between 10 microns and 500 microns; passing the woven fabric tape along the roller , such that the roller rotates with the passing of the woven fabric tape , thereby impinging the spiked protrusions into the woven fabric tape ; and separating filaments within tows of the woven fabric tape by penetration of at least one of the spiked protrusions into the woven fabric tape , such that filaments within various tows of the woven fabric tape are pushed apart to form a separated woven fabric tape with a greater number of tows per unit area than the woven fabric tape .
Method of removing a liner of a tubing, the liner comprising a liner material, the method comprising: - Providing an oxidiser holding module in the tubing for defining a first boundary of a removal space , the space being delimited by at least the oxidiser holding module and the liner; Characterised in that the method further comprises: - Providing oxygen or an oxygen releasing compound in the space; - Providing an ignition module for igniting the liner material inside the space; and - Activating the ignition module for igniting the liner material for burning, incinerating or oxidising the liner material. - Providing an oxidiser holding module in the tubing for defining a first boundary of a removal space , the space being delimited by at least the oxidiser holding module and the liner; - Providing oxygen or an oxygen releasing compound in the space; - Providing an ignition module for igniting the liner material inside the space; and - Activating the ignition module for igniting the liner material for burning, incinerating or oxidising the liner material.
A solvent-free polymer electrolyte for use in a rechargeable lithium-ion secondary battery, comprising a polymer matrix which is conductive for lithium ions, and a lithium salt, wherein the polymer matrix has at least one pseudo-polyrotaxane which comprises at least one linear polymer and at least one ring-shaped molecule, and wherein the lithium salt is arranged in the polymer matrix and is at least partly chemically bonded to the polymer matrix, characterized in that the polymer matrix has at least one pseudo-polyrotaxane with - at least one fully or partially chemically modified cyclodextrin, in which the existing hydroxyl groups of the cyclodextrin are partially or completely modified by functional groups, and - wherein the functionals groups comprise alkyl, aryl, alkenyl, alkynyl groups C n with n ≤ 5 or else short-chain polymer groups with up to 20 repeats. comprising a polymer matrix which is conductive for lithium ions, and a lithium salt, wherein the polymer matrix has at least one pseudo-polyrotaxane which comprises at least one linear polymer and at least one ring-shaped molecule, and wherein the lithium salt is arranged in the polymer matrix and is at least partly chemically bonded to the polymer matrix, characterized in that the polymer matrix has at least one pseudo-polyrotaxane with - at least one fully or partially chemically modified cyclodextrin, in which the existing hydroxyl groups of the cyclodextrin are partially or completely modified by functional groups, and - wherein the functionals groups comprise alkyl, aryl, alkenyl, alkynyl groups C n with n ≤ 5 or else short-chain polymer groups with up to 20 repeats. - at least one fully or partially chemically modified cyclodextrin, in which the existing hydroxyl groups of the cyclodextrin are partially or completely modified by functional groups, and - wherein the functionals groups comprise alkyl, aryl, alkenyl, alkynyl groups C n with n ≤ 5 or else short-chain polymer groups with up to 20 repeats.