mhurhangee/patent-ind-claim-en huggingface dataset:
A blockchain-based transaction method, comprising: invoking , by a client device of a transaction party, a smart contract in a blockchain system to register a digital identity for a digital asset in the blockchain system, wherein a digital identity document of the digital asset comprises an owner identity of the digital asset; respectively invoking , by a client device of one or more transaction counterparties, the smart contract in the blockchain system to execute a transaction request; and invoking , based on said transaction request, the smart contract in the blockchain system to perform a transaction completion step, determining a new owner of the digital asset based on a result of transaction completion, and updating the owner identity of the digital asset comprised in the digital identity document. invoking , by a client device of a transaction party, a smart contract in a blockchain system to register a digital identity for a digital asset in the blockchain system, wherein a digital identity document of the digital asset comprises an owner identity of the digital asset; respectively invoking , by a client device of one or more transaction counterparties, the smart contract in the blockchain system to execute a transaction request; and invoking , based on said transaction request, the smart contract in the blockchain system to perform a transaction completion step, determining a new owner of the digital asset based on a result of transaction completion, and updating the owner identity of the digital asset comprised in the digital identity document.
A method of controlling a pressure ratio for a compressing system, comprising: introducing a quantity of liquid into an input stream to create a multiphase input stream; compressing the multiphase input stream with a centrifugal compressor to create a discharge stream; measuring a parameter of the discharge stream, wherein the discharge parameter corresponds to a pressure ratio for the centrifugal compressor; altering the pressure ratio by changing the quantity of liquid introduced into the input stream based on the parameter, characterised in that altering the pressure ratio includes increasing the pressure ratio of the centrifugal compressor by increasing the quantity of liquid introduced into the input stream when the parameter exceeds a first predetermined point such that the pressure ratio is above and/or on the left side of a surge line without causing surge or pulsating backflow through the centrifugal compressor, and when the parameter exceeds a second predetermined point, decreasing the pressure ratio by decreasing the quantity of liquid introduced. introducing a quantity of liquid into an input stream to create a multiphase input stream; compressing the multiphase input stream with a centrifugal compressor to create a discharge stream; measuring a parameter of the discharge stream, wherein the discharge parameter corresponds to a pressure ratio for the centrifugal compressor; altering the pressure ratio by changing the quantity of liquid introduced into the input stream based on the parameter, characterised in that altering the pressure ratio includes increasing the pressure ratio of the centrifugal compressor by increasing the quantity of liquid introduced into the input stream when the parameter exceeds a first predetermined point such that the pressure ratio is above and/or on the left side of a surge line without causing surge or pulsating backflow through the centrifugal compressor, and when the parameter exceeds a second predetermined point, decreasing the pressure ratio by decreasing the quantity of liquid introduced.
Laminated glazing comprising, joined to a sheet of vitreous material by means of an adhesive plastic, a transparent substrate coated with an infrared-reflecting layer, characterized in that the substrate is a soda-lime-silica or aluminosilicate or borosilicate glass the composition of which has a redox lower than 10%, characterized by an infrared reflectance RIR V between 780 and 2500 nm, defined for a glass substrate of 4 mm thickness, such that RIR V ≥ 1.087*TL V , TL V being the light transmittance of the glass between 380 and 780 nm, defined for a glass of 4 mm thickness, and in that the infrared-reflecting layer is characterized by a light transmittance TL C between 380 and 780 nm such that TL C ≥ 1.3*TIR C , TIR C being the infrared transmittance of the layer between 780 and 2500 nm.
Profile rail system for covering at least one fitting edge , wherein the profile rail system has at least one base profile rail and at least one top profile rail , which can be connected to at least one holding profile rail , wherein the at least one top profile rail has at least one covering leg , which covers the at least one fitting edge , and the at least one top profile rail can be fixed on the at least one holding profile rail by means of at least one holding means , wherein the at least one holding means is a screw, which engages in at least one driving channel of the at least one holding profile rail , wherein the at least one base profile rail has holding means for engaging the at least one holding profile rail , characterized in that provided between the at least one base profile rail and the at least one holding profile rail is at least one elastic body , which in an unloaded position keeps the at least one holding profile rail in a defined position and allows the at least one holding profile rail with the at least one driving channel to undergo a restricted pivoting in relation to the at least one base profile rail by elastic deformation.
Use of Osteomodulin (OMD) protein or fragment of osteomodulin (OMD) protein in in-vitro prognosis and/or diagnosis of osteoarthritis and/or subchondral bone sclerosis of mammals, preferably human individuals wherein full-length osteomodulin protein is having the amino acid sequence shown in SEQ ID NO: 1, wherein osteomodulin (OMD) protein is a protein represented by the amino acid positions 1-421 or by the amino acid positions 21-421 of SEQ ID NO: 1; and wherein said fragment is selected from the group consisting of a) and b) a) OMD-(131-223), b) OMD-(236-296). a) OMD-(131-223), b) OMD-(236-296).
A welding machine comprising: - a resting plane (P) configured to support respectively a tail portion and a head portion of two metal sheets to be joined, said metal sheets being slidable along an advancement direction (A); - sheet-metal pressing means configured to lock in a set position said head and tail portions on said resting plane (P); - a plurality of welding torches configured to join respective edges of said head and tail portions and slidably movable along a transverse direction (B) to said advancement direction (A); characterized in that it further comprises: - a plurality of grounding contacts that is each electrically associated with a respective welding torch and movable solidly constrained to the respective welding torch along said transverse direction (B). - a resting plane (P) configured to support respectively a tail portion and a head portion of two metal sheets to be joined, said metal sheets being slidable along an advancement direction (A); - sheet-metal pressing means configured to lock in a set position said head and tail portions on said resting plane (P); - a plurality of welding torches configured to join respective edges of said head and tail portions and slidably movable along a transverse direction (B) to said advancement direction (A); - a plurality of grounding contacts that is each electrically associated with a respective welding torch and movable solidly constrained to the respective welding torch along said transverse direction (B).
Vaccine composition for use in the prophylactic treatment of a bacterial urinary tract infection by intramuscular injection, whereby the vaccine composition is a suspension for injection containing dextran as sole vaccine and an aluminum compound as adjuvant, whereby the aluminum compound is aluminum phosphate.
A method for manufacturing an electrode material containing one to six parts by weight of a heat-resistant element that is Mo, and one part by weight of Cr, a remainder of the electrode material being Cu and an unavoidable impurity, the method comprising the steps of: (a) mixing a Cr powder with a solid solution powder of Mo and Cr, the solid solution powder containing Mo and Cr in a weight ratio of 7:1 to 9:1, the solid solution powder being free from a peak corresponding to Cr element in an X-ray diffraction measurement, thereby obtaining a mixed powder; (b) shaping the mixed powder into a shaped mixed powder; (c) sintering the shaped mixed powder, thereby obtaining a sintered body; and (d) infiltrating the sintered body with Cu. (a) mixing a Cr powder with a solid solution powder of Mo and Cr, the solid solution powder containing Mo and Cr in a weight ratio of 7:1 to 9:1, the solid solution powder being free from a peak corresponding to Cr element in an X-ray diffraction measurement, thereby obtaining a mixed powder; (b) shaping the mixed powder into a shaped mixed powder; (c) sintering the shaped mixed powder, thereby obtaining a sintered body; and (d) infiltrating the sintered body with Cu.
A method for load balancing comprising: receiving an Internet Protocol Security, IPsec, packet at a load balancer from an IPsec initiator, the received packet comprising an IP address of the IPsec initiator and a security parameter identifier, SPI; forwarding the received packet to each of a plurality of IPsec endpoints when the IP address of the IPsec initiator and the SPI of the received packet is unrecognized by the load balancer; receiving a response message from one of the plurality of IPsec endpoints in response to the forwarded packet; and determining an IPsec endpoint associated with the IP address and the SPI of the received packet based on the received response message. receiving an Internet Protocol Security, IPsec, packet at a load balancer from an IPsec initiator, the received packet comprising an IP address of the IPsec initiator and a security parameter identifier, SPI; forwarding the received packet to each of a plurality of IPsec endpoints when the IP address of the IPsec initiator and the SPI of the received packet is unrecognized by the load balancer; receiving a response message from one of the plurality of IPsec endpoints in response to the forwarded packet; and determining an IPsec endpoint associated with the IP address and the SPI of the received packet based on the received response message.
A process of sustainable virgin-olive-oil production using whole olive fruit constituents and eliminating waste water, pomace and alpeorujo as associated waste byproducts, wherein the sustainable process is a sequential industrial process that produces final products, which comprise "pure distilled water" , dehydrated-solid and virgin olive-oil or purified virgin olive-oil and mucilage , the sustainable process comprises the following steps: • washing of whole olive fruit by the produced "pure distilled water" ; • dehydrating the washed olive fruit by evaporating vegetation water; • condensing vegetation water vapor to produce "pure distilled water" ; • simultaneous grinding and malaxation ; kneading and mixing of dehydrated olive fruit to produce a dehydrated olive paste ; • press-filtering the dehydrated olive paste to produce a dehydrated solid , and virgin olive oil ; and • Centrifuging the virgin olive oil to produce purified virgin olive oil and mucilage . • washing of whole olive fruit by the produced "pure distilled water" ; • dehydrating the washed olive fruit by evaporating vegetation water; • condensing vegetation water vapor to produce "pure distilled water" ; • simultaneous grinding and malaxation ; kneading and mixing of dehydrated olive fruit to produce a dehydrated olive paste ; • press-filtering the dehydrated olive paste to produce a dehydrated solid , and virgin olive oil ; and • Centrifuging the virgin olive oil to produce purified virgin olive oil and mucilage .
A method of preparing buprenorphine, or a salt thereof, from Compound HO-I-H, or a salt thereof: comprising: (i)(F) in a first solvent system S1 comprising a polar protic solvent, reacting Compound HO-I-H with benzyl halide, benzyl sulfonate, or activated benzyl alcohol to provide Compound BnO-I-Bn: (ii)(B) in a second solvent system S2 comprising a polar protic solvent, reacting Compound BnO-I-Bn with methyl vinyl ketone to provide Compound BnO-II-Bn: (iii)(D) in a third solvent system S3 comprising a nonpolar solvent, reacting Compound BnO-II-Bn with a tert-butylmagnesium compound to provide Compound BnO-IIIA-Bn: (iv)(C) reacting Compound BnO-IIIA-Bn with H 2 in the presence of a hydrogenation catalyst to provide a compound of Compound HO-IV-H: (v)(A1) reacting Compound HO-IV-H with cyclopropane carboxaldehyde followed by a hydride source; or (v)(A2) reacting Compound HO-IV-H with cyclopropanecarboxylic acid halide followed by a reducing agent; or (v)(A3) reacting Compound HO-IV-H with cyclopropylmethyl halide or activated cyclopropane methanol; to provide buprenorphine. (i)(F) in a first solvent system S1 comprising a polar protic solvent, reacting Compound HO-I-H with benzyl halide, benzyl sulfonate, or activated benzyl alcohol to provide Compound BnO-I-Bn: (ii)(B) in a second solvent system S2 comprising a polar protic solvent, reacting Compound BnO-I-Bn with methyl vinyl ketone to provide Compound BnO-II-Bn: (iii)(D) in a third solvent system S3 comprising a nonpolar solvent, reacting Compound BnO-II-Bn with a tert-butylmagnesium compound to provide Compound BnO-IIIA-Bn: (iv)(C) reacting Compound BnO-IIIA-Bn with H 2 in the presence of a hydrogenation catalyst to provide a compound of Compound HO-IV-H: (v)(A1) reacting Compound HO-IV-H with cyclopropane carboxaldehyde followed by a hydride source; or (v)(A2) reacting Compound HO-IV-H with cyclopropanecarboxylic acid halide followed by a reducing agent; or (v)(A3) reacting Compound HO-IV-H with cyclopropylmethyl halide or activated cyclopropane methanol;
A position detector for a pin , the pin being carried by an edge (5; 6) belonging to a pivoting sash or to a frame of a building opening framework such as a door, window or shutter, the detector comprising: - a housing , which is configured to be attached to the edge (5; 6); - a rod , which comprises a sensing end , extending outside the housing , and an inner end , extending inside the housing , the sensing end and the inner end , each centred on a longitudinal axis (X20) of the housing , the rod being designed to be moved in translation with respect to the housing along the longitudinal axis (X20), by the action of the pin on the sensing end ; and - electronic means , which comprise: o a sensor , generating position information as a function of the translational position of the rod relative to the housing , and o a transmitter of the position information, characterised in that : - the electronic means are arranged within the housing ; and - the detector further comprises at least one battery powering the electronic means and being arranged inside the housing along the rod . - a housing , which is configured to be attached to the edge (5; 6); - a rod , which comprises a sensing end , extending outside the housing , and an inner end , extending inside the housing , the sensing end and the inner end , each centred on a longitudinal axis (X20) of the housing , the rod being designed to be moved in translation with respect to the housing along the longitudinal axis (X20), by the action of the pin on the sensing end ; and - electronic means , which comprise: o a sensor , generating position information as a function of the translational position of the rod relative to the housing , and o a transmitter of the position information, o a sensor , generating position information as a function of the translational position of the rod relative to the housing , and o a transmitter of the position information, - the electronic means are arranged within the housing ; and - the detector further comprises at least one battery powering the electronic means and being arranged inside the housing along the rod .
An injector comprising: a container including a wall with an interior surface defining a bore , at least one stopper having an interior surface and being received within and moveable along the bore, and a seal assembly with an interior surface, the interior surfaces of the wall, the at least one stopper, and the seal assembly defining a closed sterile reservoir filled with a drug product ; a fluid delivery system comprising a sterile container needle having a point disposed only partially through the seal assembly in a storage state such that the sterile container needle is not in fluid communication with the reservoir, and disposed through the interior surface of the seal assembly into the sterile reservoir in a delivery state such that the sterile container needle is in fluid communication with the reservoir; and an actuator that is adapted to move the container needle from the storage state to the delivery state. a container including a wall with an interior surface defining a bore , at least one stopper having an interior surface and being received within and moveable along the bore, and a seal assembly with an interior surface, the interior surfaces of the wall, the at least one stopper, and the seal assembly defining a closed sterile reservoir filled with a drug product ; a fluid delivery system comprising a sterile container needle having a point disposed only partially through the seal assembly in a storage state such that the sterile container needle is not in fluid communication with the reservoir, and disposed through the interior surface of the seal assembly into the sterile reservoir in a delivery state such that the sterile container needle is in fluid communication with the reservoir; and an actuator that is adapted to move the container needle from the storage state to the delivery state.
Wind turbine blade adjustment system for a wind turbine, having: a plurality of electric motors respectively associated with a rotor section , wherein each electric motor is designed to adjust a rotor blade of the corresponding rotor section; a plurality of inverters respectively associated with an electric motor, wherein each inverter is designed to drive the corresponding electric motor, a rectifier , which is arranged spatially separated from the inverters and designed to supply direct current to the inverters by means of a distributor device , and a plurality of energy storage systems associated with a respective inverter, wherein each energy storage system is designed to supply electrical energy to the corresponding inverter in the event of a power failure, characterized in that the distributor device is connected to each energy storage system , wherein the distributor device is designed to supply electrical energy from the connected energy storage system to the inverters in the event of the power failure. a plurality of electric motors respectively associated with a rotor section , wherein each electric motor is designed to adjust a rotor blade of the corresponding rotor section; a plurality of inverters respectively associated with an electric motor, wherein each inverter is designed to drive the corresponding electric motor, a rectifier , which is arranged spatially separated from the inverters and designed to supply direct current to the inverters by means of a distributor device , and a plurality of energy storage systems associated with a respective inverter, wherein each energy storage system is designed to supply electrical energy to the corresponding inverter in the event of a power failure, characterized in that the distributor device is connected to each energy storage system , wherein the distributor device is designed to supply electrical energy from the connected energy storage system to the inverters in the event of the power failure.
A method for the manufacture of individually fitted tooth positioners, comprising the following steps: a) scanning a first physical mold in the actual position of the rows of teeth and creating a virtual positive mold in the actual position, b) deforming the virtual positive mold in the actual position, such that the teeth of the virtual positive mold are brought into a target position, b2') digital modeling of a virtual negative mold of the target position on the basis of the virtual positive mold of the target position, wherein step b2') being comprised between step b) and c), c) printing a second physical mold in the target position by means of 3D printing, wherein the second physical mold of the target position is a negative mold, which is printed on the basis of the data set of the virtual negative mold of the target position, c2) preparing a casting mold on the basis of the second physical mold, wherein step c2) being comprised between step c) and d), and d) creating a third physical mold in the target position as a negative mold by indirectly, in particular non-destructively, using the second physical mold, wherein the third physical mold is manufactured by directly using the casting mold according to step c2). a) scanning a first physical mold in the actual position of the rows of teeth and creating a virtual positive mold in the actual position, b) deforming the virtual positive mold in the actual position, such that the teeth of the virtual positive mold are brought into a target position, b2') digital modeling of a virtual negative mold of the target position on the basis of the virtual positive mold of the target position, wherein step b2') being comprised between step b) and c), c) printing a second physical mold in the target position by means of 3D printing, wherein the second physical mold of the target position is a negative mold, which is printed on the basis of the data set of the virtual negative mold of the target position, c2) preparing a casting mold on the basis of the second physical mold, wherein step c2) being comprised between step c) and d), and d) creating a third physical mold in the target position as a negative mold by indirectly, in particular non-destructively, using the second physical mold, wherein the third physical mold is manufactured by directly using the casting mold according to step c2).
A clip system configured to secure an insulation blanket to a frame, the clip system comprising: a first clamp member including an adjustment arm and a first engagement arm ; a second clamp member including a sleeve and a second engagement arm , wherein the sleeve is configured to adjustably retain the adjustment arm to allow the first clamp member and the second clamp member to be moveably adjusted, and wherein the first engagement arm and the second engagement arm are configured to securely clamp portions of the insulation blanket and the frame therebetween; and a lock moveably secured in relation to a recess of the sleeve over a portion of the adjustment arm such that the lock is configured to be moved into the recess , wherein the lock comprises a strap extending over the recess of the sleeve , and a tab extending from the strap toward a base of the sleeve . a first clamp member including an adjustment arm and a first engagement arm ; a second clamp member including a sleeve and a second engagement arm , wherein the sleeve is configured to adjustably retain the adjustment arm to allow the first clamp member and the second clamp member to be moveably adjusted, and wherein the first engagement arm and the second engagement arm are configured to securely clamp portions of the insulation blanket and the frame therebetween; and a lock moveably secured in relation to a recess of the sleeve over a portion of the adjustment arm such that the lock is configured to be moved into the recess , wherein the lock comprises a strap extending over the recess of the sleeve , and a tab extending from the strap toward a base of the sleeve .