mhurhangee/patent-ind-claim-en huggingface dataset:
A method for providing a proof-of-work, comprising the steps of a) Computing, by a verification computing device, 'VCD', a first linear feedback shift register sequence, 'LFSR-S', using a first polynomial having a first degree and computing, by said VCD, a second LFSR-S based on a second polynomial, wherein said polynomials are computed such that the first polynomial divides the second polynomial, b) Transmitting elements generated by a function on input of a number of initial state parameters and corresponding coefficients of said second LFSR-S to a proving computing device, 'PCD', c) Transmitting a challenge, generated by said VCD indicating elements to be computed using coefficients of said second LFSR-S, to said PCD, d) Recursively computing, by said PCD, a function of each element of said challenge by using said transmitted elements and coefficients of said second LFSR-S, e) Computing a solution for said received challenge based on said computed elements of said first LFSR-S and transmitting said solution to said VCD, f) Providing a proof-of-work by verifying, by said VCD, said transmitted solution by - recomputing a solution to said challenge using initial state parameters and coefficients of said first LFSR-S - comparing the computed solution of said PCD with said recomputed solution of said VCD. a) Computing, by a verification computing device, 'VCD', a first linear feedback shift register sequence, 'LFSR-S', using a first polynomial having a first degree and computing, by said VCD, a second LFSR-S based on a second polynomial, wherein said polynomials are computed such that the first polynomial divides the second polynomial, b) Transmitting elements generated by a function on input of a number of initial state parameters and corresponding coefficients of said second LFSR-S to a proving computing device, 'PCD', c) Transmitting a challenge, generated by said VCD indicating elements to be computed using coefficients of said second LFSR-S, to said PCD, d) Recursively computing, by said PCD, a function of each element of said challenge by using said transmitted elements and coefficients of said second LFSR-S, e) Computing a solution for said received challenge based on said computed elements of said first LFSR-S and transmitting said solution to said VCD, f) Providing a proof-of-work by verifying, by said VCD, said transmitted solution by - recomputing a solution to said challenge using initial state parameters and coefficients of said first LFSR-S - comparing the computed solution of said PCD with said recomputed solution of said VCD. - recomputing a solution to said challenge using initial state parameters and coefficients of said first LFSR-S - comparing the computed solution of said PCD with said recomputed solution of said VCD.
An abrasive suspension eroding system with an eroding unit which can be let down into an existing borehole , for producing a high-pressure erosion jet for the abrasive suspension eroding of material in an existing borehole , characterised in that the eroding unit is connectable to a drilling fluid conduit and is designed to produce a high-pressure erosion jet from a drilling fluid - abrasive agent suspension, wherein the eroding unit comprises a distal nozzle head section and a proximal anchoring section , wherein the nozzle head section is distally movable relative to the anchoring section , wherein the nozzle head section comprises a distal nozzle head and a proximal nozzle head base , wherein the nozzle head is rotatable relative to the nozzle head base about a rotation axis (R), wherein the eroding unit comprises at least one first nozzle and at least one second nozzle , wherein the at least one first nozzle is aligned for producing an obliquely radially outwardly directed erosion jet and the at least one second nozzle for producing an obliquely radially inwardly directed erosion jet, wherein the at least one second nozzle has a distance to the rotation axis of the nozzle head .
A laundry detergent composition comprising a cationic polymer, a silicone, and a surfactant system, wherein said cationic polymer comprises: (i) from 5 mol% to 45 mol% of a first structural unit derived from (meth)acrylamide; (ii) from 55 mol% to 95 mol% of a second structural unit derived from a diallyl dimethyl ammonium salt (DADMAS); and wherein said cationic polymer is characterized by a molecular weight of from 5 kDaltons to 200 kDaltons; and wherein said surfactant system comprises anionic surfactant and nonionic surfactant in a weight ratio of from 1.1:1 to 4:1. (i) from 5 mol% to 45 mol% of a first structural unit derived from (meth)acrylamide; (ii) from 55 mol% to 95 mol% of a second structural unit derived from a diallyl dimethyl ammonium salt (DADMAS); and
A martensitic stainless steel strip for cutlery, which has a composition consisting of, in mass%, 0.45 to 0.55% of C, 0.2 to 1.0% of Si, 0.2 to 1.0% of Mn, and 12 to 14% of Cr, and 2.1 to 2.8% of Mo, with the balance made up of Fe and unavoidable impurities, wherein the unavoidable impurities comprise the following elements within the following ranges: P ≤ 0.03%, S ≤ 0.005%, Ni ≤ 0.15%, V ≤ 0.2%, Cu ≤ 0.1%, Al ≤ 0.01%, Ti ≤ 0.01%, N ≤ 0.05%, or O ≤ 0.05%; wherein M 3 C carbides having a size of at least 0.1 μm are substantially not observed in a state after quenching and tempering, and wherein the steel strip has a hardness of 630 HV or more in a state after quenching and tempering. wherein M 3 C carbides having a size of at least 0.1 μm are substantially not observed in a state after quenching and tempering, and wherein the steel strip has a hardness of 630 HV or more in a state after quenching and tempering.
Migalastat or a salt thereof for use in a method for treatment of Fabry disease in a human patient in need thereof, the method comprising administering to the patient a therapeutically effective dose of migalastat or a salt thereof, wherein the patient has an α-galactosidase A mutation selected from the group consisting of: A29D, R38S, N53Y, Y88C, V124G, I133F, A143V, Y152N, F159C, A160D, D165N, F169I, L180V, D182G, R196T, W209R, A257T, P259S, G271A, S276T, M290V, A291S, I303T, 1303V, L310V, G360A, G360R, G375A, L394P, G411S, and N419D.
A terminal device , wherein the terminal device comprises: a touch display screen , a pressure sensor , and a processor , wherein the touch display screen is configured to: when the terminal device receives an incoming call, display an incoming call interface, wherein the incoming call interface comprises an incoming call number and a rejection icon; the pressure sensor is configured to: when the terminal device detects a first touch operation on the rejection icon, determine a value of first pressure generated by the first touch operation; and the processor is configured to: when the value of the first pressure that is determined by the pressure sensor exceeds a first threshold, reject the incoming call and initiate a first additional operation, wherein the first additional operation comprises: set a reminder event or blacklist the incoming call number. the touch display screen is configured to: when the terminal device receives an incoming call, display an incoming call interface, wherein the incoming call interface comprises an incoming call number and a rejection icon; the pressure sensor is configured to: when the terminal device detects a first touch operation on the rejection icon, determine a value of first pressure generated by the first touch operation; and the processor is configured to: when the value of the first pressure that is determined by the pressure sensor exceeds a first threshold, reject the incoming call and initiate a first additional operation, wherein the first additional operation comprises: set a reminder event or blacklist the incoming call number.
A control terminal that is capable of having a wireless communication connection with an apparatus having unique identification information and is provided with a plurality of applications for controlling the apparatus , the control terminal comprising: a storage unit in which app use permission/prohibition information, which represents permission or prohibition of use of each of the plurality of applications in the apparatus , is stored in association with the identification information of the apparatus ; and an app use control unit configured to receive the identification information of the apparatus from the apparatus each time a wireless communication connection with the apparatus is started, and to control use of the plurality of applications, based on the app use permission/prohibition information stored in the storage unit in association with the received identification information. a storage unit in which app use permission/prohibition information, which represents permission or prohibition of use of each of the plurality of applications in the apparatus , is stored in association with the identification information of the apparatus ; and an app use control unit configured to receive the identification information of the apparatus from the apparatus each time a wireless communication connection with the apparatus is started, and to control use of the plurality of applications, based on the app use permission/prohibition information stored in the storage unit in association with the received identification information.
A method performed by a network node (102-1, 800) for retrieving User Equipment, UE, context, the method comprising: receiving a RRC resume request message from a UE ; transmitting a request to an old network node (102-2) for UE context retrieval; and receiving a response from the old network node (102-2) wherein the request comprises either or both of (a) an indication that the UE context retrieval is related to a Small Data Transmission, SDT, performed by the UE and (b) UE assistance information that informs the old network node (102-2) that the UE has started a SDT procedure, and wherein said method is characterized in that the response from the old network node (102-2) indicates the UE context retrieval is partially rejected. receiving a RRC resume request message from a UE ; transmitting a request to an old network node (102-2) for UE context retrieval; and receiving a response from the old network node (102-2) wherein the request comprises either or both of (a) an indication that the UE context retrieval is related to a Small Data Transmission, SDT, performed by the UE and (b) UE assistance information that informs the old network node (102-2) that the UE has started a SDT procedure, and wherein said method is characterized in that the response from the old network node (102-2) indicates the UE context retrieval is partially rejected.
An electric vehicle comprising: a motor , a battery and an inverter , the battery being connected to the motor through the inverter , the motor configured to be driven by electric power supplied from the battery ; a battery voltage detection unit configured to detect the voltage of the battery ; a motor rotation number detection unit configured to detect a rotation number of the motor ; a drive torque calculation unit configured to calculate a drive torque for traveling the electric vehicle based on a requested torque and a limit rate; characterized by a motor rotation number control unit configured to calculate a largest rotation number at which the induced voltage developed by the motor is equal to or lower than the voltage of the battery ; and a limit control unit configured to calculate the limit rate for limiting the requested torque requested for the electric vehicle so that the rotation number of the motor is equal to or lower than the largest rotation number. a motor , a battery and an inverter , the battery being connected to the motor through the inverter , the motor configured to be driven by electric power supplied from the battery ; a battery voltage detection unit configured to detect the voltage of the battery ; a motor rotation number detection unit configured to detect a rotation number of the motor ; a drive torque calculation unit configured to calculate a drive torque for traveling the electric vehicle based on a requested torque and a limit rate; a motor rotation number control unit configured to calculate a largest rotation number at which the induced voltage developed by the motor is equal to or lower than the voltage of the battery ; and a limit control unit configured to calculate the limit rate for limiting the requested torque requested for the electric vehicle so that the rotation number of the motor is equal to or lower than the largest rotation number.
An apparatus for reducing flue gas acid gas emissions with zero liquid discharge of waste water, comprising: a wet flue gas desulfurization system with reagent slurry contact of flue gas for reaction between the reagent slurry and acid gas in the flue gas to remove acid gas from the flue gas to reduce flue gas acid gas emissions; a brine concentrator supplied with waste water generated in the wet flue gas desulfurization system and operative to produce a concentrated brine from the waste water; a mixer for mixing the concentrated brine with a dust to distribute the concentrated brine over a surface area of the dust to produce a mixed dust; and a dryer fluidly connected to a main duct of the cool flue gas via a controlled duct , for drying the mixed dust to obtain a dried dust using a portion of cool flue gas flowing from an air preheater via the main duct to a fluidly connected particle collection system and after to the wet flue gas desulfurization system 26, characterized in that the brine concentrator comprises a semipermeable membrane for membrane separation that allows for the flow of water W through the membrane 33 but blocks the flow of salts and other impurities and a duct connecting the brine concentrator with the wet flue gas desulfurization system for recovery of clean water or that the brine concentrator comprises a membrane and is connected to a pressure supply via a duct to reverse an osmotic process to force clean water W from a waste water side of membrane to clean water side and further comprises a duct connecting the clean water side with the wet flue gas desulfurization system for water recovery. a wet flue gas desulfurization system with reagent slurry contact of flue gas for reaction between the reagent slurry and acid gas in the flue gas to remove acid gas from the flue gas to reduce flue gas acid gas emissions; a brine concentrator supplied with waste water generated in the wet flue gas desulfurization system and operative to produce a concentrated brine from the waste water; a mixer for mixing the concentrated brine with a dust to distribute the concentrated brine over a surface area of the dust to produce a mixed dust; and a dryer fluidly connected to a main duct of the cool flue gas via a controlled duct , for drying the mixed dust to obtain a dried dust using a portion of cool flue gas flowing from an air preheater via the main duct to a fluidly connected particle collection system and after to the wet flue gas desulfurization system 26, characterized in that the brine concentrator comprises a semipermeable membrane for membrane separation that allows for the flow of water W through the membrane 33 but blocks the flow of salts and other impurities and a duct connecting the brine concentrator with the wet flue gas desulfurization system for recovery of clean water or that the brine concentrator comprises a membrane and is connected to a pressure supply via a duct to reverse an osmotic process to force clean water W from a waste water side of membrane to clean water side and further comprises a duct connecting the clean water side with the wet flue gas desulfurization system for water recovery.
A method of configuring a contactless communication circuit hosting at least two applications compatible with different communication protocols, wherein: as a response to a first anticollision process initiated by a proximity coupling device, the circuit transmits two identifiers (SAK) of the communication protocols to cause a collision on the side of the proximity coupling device, the configuring method being characterized in that : the detection of the collision by the coupling device causes a return in the interrogating mode of the device and an interruption of the field on the circuit side, followed by a second anticollision process initiated by the device; and as a response to the second anticollision process following the first one, the circuit transmits a single communication protocol identifier (SAK), selected according to the protocol used by the first process. the detection of the collision by the coupling device causes a return in the interrogating mode of the device and an interruption of the field on the circuit side, followed by a second anticollision process initiated by the device; and as a response to the second anticollision process following the first one, the circuit transmits a single communication protocol identifier (SAK), selected according to the protocol used by the first process.
A reactive polyolefin composition comprising (A) a polyolefin resin; (B) a rheology modifier, which is free of a peroxide initiator, wherein the polyolefin resin (A) and the rheology modifier (B) are reactive to form a thermoplastic polyolefin composition at a temperature in the range of from 180°C to 300°C and a specific energy equal to or greater than 0.15 kWh/kg, wherein the rheology modifier (B) is present in the reactive polyolefin composition in an amount in the range of > 150 to 750 ppm, based on the total amount of the reactive polyolefin composition. (A) a polyolefin resin; (B) a rheology modifier, which is free of a peroxide initiator, wherein the polyolefin resin (A) and the rheology modifier (B) are reactive to form a thermoplastic polyolefin composition at a temperature in the range of from 180°C to 300°C and a specific energy equal to or greater than 0.15 kWh/kg, wherein the rheology modifier (B) is present in the reactive polyolefin composition in an amount in the range of > 150 to 750 ppm, based on the total amount of the reactive polyolefin composition. wherein the polyolefin resin (A) and the rheology modifier (B) are reactive to form a thermoplastic polyolefin composition at a temperature in the range of from 180°C to 300°C and a specific energy equal to or greater than 0.15 kWh/kg, wherein the rheology modifier (B) is present in the reactive polyolefin composition in an amount in the range of > 150 to 750 ppm, based on the total amount of the reactive polyolefin composition.
A grill attachment for receiving grillables arranged on a skewer , said grill attachment being designed for being attached to a grating of a grill , wherein the grill attachment comprises a grill attachment body with a recess for holding the skewer , wherein the grill attachment body is formed as a one-piece sheet metal bending part with a first sheet metal leg and a second sheet metal leg , wherein the two sheet metal legs are designed as supporting elements for attaching the grill attachment body to the grating , characterized in that the first sheet metal leg has a fastening recess for engaging behind the grating in a positively locked manner and that the second sheet metal leg has a supporting region for supporting the grill attachment body on the grating , wherein the fastening recess of the first sheet metal leg is formed by two recesses arranged in the sheet metal leg , wherein a T-shaped head is formed by the recesses .
A method for manufacturing pillow packages the method comprising: a first process for wrapping a thin paper bundle of a plurality of sheets of thin paper with a resin sheet and sealing a predetermined portion of the resin sheet to form a sealed portion ; a second process for placing the pillow packages having the sealed portion on a conveying means ; a third process for changing orientation of the plurality of the pillow packages conveyed by the conveying means to predetermined placement orientation; a fourth process for bonding a string of double-sided tape to predetermined surfaces of the plurality of pillow packages disposed upside at the predetermined placement orientation; a fifth process for cutting the string of double-sided tape bonded to the plurality of pillow packages between the plurality of pillow packages; wherein the fifth process places one pillow package of the plurality of pillow packages conveyed by the conveying means on an inclined placement section provided at the conveying means to incline the pillow package in a predetermined direction, a sixth process for expanding a space between another pillow package next to the one pillow package and the one pillow package; and a seventh process for bringing a cutting blade into contact with the string of double-sided tape bonded between the one pillow package and the other pillow package to cut the double-sided tape. a first process for wrapping a thin paper bundle of a plurality of sheets of thin paper with a resin sheet and sealing a predetermined portion of the resin sheet to form a sealed portion ; a second process for placing the pillow packages having the sealed portion on a conveying means ; a third process for changing orientation of the plurality of the pillow packages conveyed by the conveying means to predetermined placement orientation; a fourth process for bonding a string of double-sided tape to predetermined surfaces of the plurality of pillow packages disposed upside at the predetermined placement orientation; a fifth process for cutting the string of double-sided tape bonded to the plurality of pillow packages between the plurality of pillow packages; wherein the fifth process places one pillow package of the plurality of pillow packages conveyed by the conveying means on an inclined placement section provided at the conveying means to incline the pillow package in a predetermined direction, a sixth process for expanding a space between another pillow package next to the one pillow package and the one pillow package; and a seventh process for bringing a cutting blade into contact with the string of double-sided tape bonded between the one pillow package and the other pillow package to cut the double-sided tape.