mhurhangee/ep-ind-claims huggingface dataset:
An information sharing method, wherein the method is executed by a trusted execution environment, TEE, deployed on a device outside a blockchain system and comprises: obtaining a trigger instruction sent by an external server, wherein the trigger instruction is sent by the external server based on a timed triggering rule, wherein the timed triggering rule comprises predetermined duration or a predetermined starting moment; in response to the trigger instruction, combining first anti-money laundering, AML, risk information provided by a first institution and second AML risk information provided by a second institution to obtain third AML risk information, wherein the first AML risk information and second AML risk information correspond to a same user identifier; sending the third AML risk information to the first institution; generating a proof used to prove trustworthiness of the third AML risk information; and sending the proof to the blockchain system for storage, wherein the proof comprises a verifiable claim signed by the TEE, wherein when verifying the third AML risk information of the first institution, a regulatory organization further verifies a signature of the verifiable claim by using a public key of the TEE, wherein the user identifier is encrypted; and wherein a deployment operation for an off-chain smart contract is implemented in the TEE, and the trigger instruction is used to invoke the off-chain smart contract to perform the step of combining the first AML risk information provided by the first institution and the second AML risk information provided by the second institution. obtaining a trigger instruction sent by an external server, wherein the trigger instruction is sent by the external server based on a timed triggering rule, wherein the timed triggering rule comprises predetermined duration or a predetermined starting moment; in response to the trigger instruction, combining first anti-money laundering, AML, risk information provided by a first institution and second AML risk information provided by a second institution to obtain third AML risk information, wherein the first AML risk information and second AML risk information correspond to a same user identifier; sending the third AML risk information to the first institution; generating a proof used to prove trustworthiness of the third AML risk information; and sending the proof to the blockchain system for storage, wherein the proof comprises a verifiable claim signed by the TEE, wherein when verifying the third AML risk information of the first institution, a regulatory organization further verifies a signature of the verifiable claim by using a public key of the TEE, wherein the user identifier is encrypted; and wherein a deployment operation for an off-chain smart contract is implemented in the TEE, and the trigger instruction is used to invoke the off-chain smart contract to perform the step of combining the first AML risk information provided by the first institution and the second AML risk information provided by the second institution.
A composite wiring (100, 100A) comprising a plurality of pieces of wiring accommodated and gathered together within an elastic sheath, wherein at least one of the pieces of wiring is elastic wiring comprising an elastic tube, a conductor wire arranged within the tube, and fixing portions for fixing the conductor wire and the tube at both ends of the tube in the lengthwise direction thereof, the length of the conductor wire between the fixing portions being longer than the length of the tube between the fixing portions when the tube is in an unextended state.
A Schottky barrier diode, comprising: a first semiconductor layer comprising a Ga 2 O 3 -based single crystal; an anode electrode which forms a Schottky junction with the first semiconductor layer and whose portion to contact with the first semiconductor layer comprises Fe or Cu; and a cathode electrode, wherein a turn-on voltage of the Schottky barrier diode is not less than 0.4 V and not more than 0.5 V if the portion of the anode electrode to contact with the first semiconductor layer comprises Fe, and wherein the turn-on voltage of the Schottky barrier diode is not less than 0.6 V and not more than 0.7 V if the portion of the anode electrode to contact with the first semiconductor layer comprises Cu. a first semiconductor layer comprising a Ga 2 O 3 -based single crystal; an anode electrode which forms a Schottky junction with the first semiconductor layer and whose portion to contact with the first semiconductor layer comprises Fe or Cu; and a cathode electrode, wherein a turn-on voltage of the Schottky barrier diode is not less than 0.4 V and not more than 0.5 V if the portion of the anode electrode to contact with the first semiconductor layer comprises Fe, and wherein the turn-on voltage of the Schottky barrier diode is not less than 0.6 V and not more than 0.7 V if the portion of the anode electrode to contact with the first semiconductor layer comprises Cu.
A laundry washer and/or dryer comprising a body; a drum which is provided in the body and wherein the laundry to be washed and/or dried is placed; a front wall which is provided on the body and which has a loading opening allowing the laundry to be placed in the drum; a door which covers the loading opening; a lock latch which is provided on the door; an opening which is provided on the front wall; a locking member which is inserted into the opening and which has an extension passing through the opening and remaining in front of the front wall and a lock body remaining at the rear side of the opening; a rail which is provided on each side of the extension; and a connection member having at least two slides entering the rails when slid in a vertical engagement direction and enabling the connection member to be attached onto the locking member, - at least one connection foot which is provided on the connection member; - at least one vertical guiding opening which extends on the front wall in the vertical axis and wherein the connection foot slidably moves during the movement of the connection member in the engagement direction, characterized by - at least one horizontal guiding opening which extends on the front wall in the horizontal axis, which joins with the vertical guiding opening and wherein the connection foot slidably moves as the connection member and the locking member attached thereon are pushed in a fixing direction perpendicular to the engagement direction. - at least one connection foot which is provided on the connection member; - at least one vertical guiding opening which extends on the front wall in the vertical axis and wherein the connection foot slidably moves during the movement of the connection member in the engagement direction, characterized by - at least one horizontal guiding opening which extends on the front wall in the horizontal axis, which joins with the vertical guiding opening and wherein the connection foot slidably moves as the connection member and the locking member attached thereon are pushed in a fixing direction perpendicular to the engagement direction.
Use of a film prepared on a substrate by a process comprising the step of exposing the substrate, directly or through a mask, to a plasma beam of weakly accelerated particles having a predominant particle energy from 1 to 100 eV which is formed using an end-Hall source in a glow discharge from a gas or a mixture of two or more gases selected from the group consisting of reactive gases such as hydrocarbons, fluorocarbons, SiH 4, N 2. or O 2, which are optionally doped by one or more rare gases or H 2, thereby providing a deposited layer of said particles on the substrate, wherein the film is a layer of a material selected from the group consisting of a-CH, a-CHF, a-CHN, a-SiO x, a-SiN x, a-SiO x N y, a-SiO x H y C z F k, as alignment film for the uniform homeotropic, planar, tilted or splayed alignment of liquid crystals or reactive mesogens.
An electric propulsion device comprising: a duct having a cylindrical shape and that includes a stator; a rim including a rotor rotatable relative to the duct and a plurality of fins; a bracket (4, 104, 204) that supports the duct so as to allow the duct to turn about a turning axis (As) that intersects with a rotation axis (Ar) of the rim; and a turning actuator (41, 241) configured to simultaneously turn the duct and the rim, an electronic control unit (ECU 45) configured to control the turning actuator (41, 241), wherein the duct is turnable relative to the bracket (4, 104, 204), the turning actuator (41, 241) includes an electric motor and the electronic control unit (ECU 45) is provided to control the turning actuator (41, 241), characterized in that the bracket (4, 104, 204) includes an upper portion (4a, 104a, 204a), a lower portion (4b, 104b) and mounting portions (4c, 104c), the upper portion (4a, 104a, 204a) rotatably supports a turning shaft of the duct from above, the lower portion (4b, 104b) rotatably supports the turning shaft of the duct from below, the electronic control unit (ECU 45) and the electric motor are provided on the upper portion (4a, 104a, 204a) of the bracket (4, 104, 204). a duct having a cylindrical shape and that includes a stator; a rim including a rotor rotatable relative to the duct and a plurality of fins; a bracket (4, 104, 204) that supports the duct so as to allow the duct to turn about a turning axis (As) that intersects with a rotation axis (Ar) of the rim; and a turning actuator (41, 241) configured to simultaneously turn the duct and the rim, an electronic control unit (ECU 45) configured to control the turning actuator (41, 241), wherein the duct is turnable relative to the bracket (4, 104, 204), the turning actuator (41, 241) includes an electric motor and the electronic control unit (ECU 45) is provided to control the turning actuator (41, 241), characterized in that the bracket (4, 104, 204) includes an upper portion (4a, 104a, 204a), a lower portion (4b, 104b) and mounting portions (4c, 104c), the upper portion (4a, 104a, 204a) rotatably supports a turning shaft of the duct from above, the lower portion (4b, 104b) rotatably supports the turning shaft of the duct from below, the electronic control unit (ECU 45) and the electric motor are provided on the upper portion (4a, 104a, 204a) of the bracket (4, 104, 204).
An energy chain for guiding cables and hoses including a lower still portion and an upper portion to be dragged in use by a served device slidably on said lower still portion, comprising: - chain links rotatably connected to one another and to - supporting chain links each provided with a wheel and a shaft, said wheel being able to protrude from an external surface of the supporting chain link, - crossing members each having opposite ends, each end being connected with one of said chain links or said supporting chain links, - an opening for insertion of said cable and hoses and defined by said crossing members and said chain links or supporting chain links connected at opposite ends thereof, characterized in that the shaft of the supporting wheel is slideable in at least one slot of said supporting chain link from a first position to a second position, the shaft being further connected with one end of an elongated member having the other end thereof protruding from a surface of the supporting chain link opposite to said external surface, wherein in the lower still portion the supporting wheel always protrudes from said surface, the shaft being in said first position, whereas in the upper dragged portion, the shaft being in the second position, the supporting wheel is retracted behind said surface when the wheel contacts a wheel protruding from the lower still portion during the chain translatory motion avoiding jumping of the link over the wheel protruding from the lower still portion. - chain links rotatably connected to one another and to - supporting chain links each provided with a wheel and a shaft, said wheel being able to protrude from an external surface of the supporting chain link, - crossing members each having opposite ends, each end being connected with one of said chain links or said supporting chain links, - an opening for insertion of said cable and hoses and defined by said crossing members and said chain links or supporting chain links connected at opposite ends thereof, - supporting chain links each provided with a wheel and a shaft, said wheel being able to protrude from an external surface of the supporting chain link, - crossing members each having opposite ends, each end being connected with one of said chain links or said supporting chain links, - an opening for insertion of said cable and hoses and defined by said crossing members and said chain links or supporting chain links connected at opposite ends thereof,
A method for cross-blockchain interaction performed by a blockchain node in a first blockchain, by a subscription client corresponding to the blockchain node, and by a cross-chain interaction end between the first blockchain and a second blockchain, the method comprising: initiating, by the blockchain node, a subscription request to the cross-chain interaction end; maintaining, by the subscription client, a queue status of a message queue; obtaining, by the blockchain node, a message from the second blockchain based on the subscription request, wherein obtaining, by the blockchain node, the message comprises sending by the subscription client the queue status to the cross-chain interaction end, so that the cross-chain interaction end obtains a message that is published in the second blockchain and satisfies subscription conditions of the blockchain node when the cross-chain interaction end determines, based on the queue status, that the message queue does not comprise a message satisfying the subscription conditions, wherein the subscription request is used to indicate the subscription conditions to the cross-chain interaction end; and executing an operation related to the message. initiating, by the blockchain node, a subscription request to the cross-chain interaction end; maintaining, by the subscription client, a queue status of a message queue; obtaining, by the blockchain node, a message from the second blockchain based on the subscription request, wherein obtaining, by the blockchain node, the message comprises sending by the subscription client the queue status to the cross-chain interaction end, so that the cross-chain interaction end obtains a message that is published in the second blockchain and satisfies subscription conditions of the blockchain node when the cross-chain interaction end determines, based on the queue status, that the message queue does not comprise a message satisfying the subscription conditions, wherein the subscription request is used to indicate the subscription conditions to the cross-chain interaction end; and executing an operation related to the message.
A process for producing resin particles, the process comprising: a step in which a polymerizable mixture comprising a polymerizable monomer comprising at least one of a monofunctional styrene-based monomer and a monofunctional (meth)acrylate ester, and a polymerization initiator is absorbed into seed particles in an aqueous medium, without using a dispersant, in the presence of an anionic surfactant not having a polyoxyethylene chain but having an alkyl group; and a step in which the polymerizable monomer is polymerized in an aqueous medium, without using a dispersant, in the presence of an anionic surfactant having a polyoxyethylene chain to thereby obtain resin particles, wherein the polymerizable monomer further comprises at least one of a multifunctional styrene-based monomer and a multifunctional (meth)acrylic-based monomer. a step in which a polymerizable mixture comprising a polymerizable monomer comprising at least one of a monofunctional styrene-based monomer and a monofunctional (meth)acrylate ester, and a polymerization initiator is absorbed into seed particles in an aqueous medium, without using a dispersant, in the presence of an anionic surfactant not having a polyoxyethylene chain but having an alkyl group; and a step in which the polymerizable monomer is polymerized in an aqueous medium, without using a dispersant, in the presence of an anionic surfactant having a polyoxyethylene chain to thereby obtain resin particles, wherein the polymerizable monomer further comprises at least one of a multifunctional styrene-based monomer and a multifunctional (meth)acrylic-based monomer.
A body fluid sample analyzer that is configured to analyze a body fluid sample based on a light transmission characteristic of a reaction liquid produced by reaction of the body fluid sample and a reagent, comprising: a reaction cell that stands vertically and that has an insertion bore for the body fluid sample and the reagent on its upper surface, a discharge/suction apparatus that is connected to a bottom part of the reaction cell through a tube and that is configured to reciprocate and to agitate the body fluid sample and the reagent between the reaction cell and the tube by repeating a discharging and sucking movement, an optical measurement device that is configured to measure a light transmission characteristic of the reaction liquid produced by agitating the body fluid sample and the reagent, wherein the optical measurement device is arranged on the reaction cell, and a temperature adjusting block that is configured to adjust a temperature and houses the reaction cell in its inside, wherein a portion of the tube the body fluid sample and the reagent enter due to the reciprocating movement in the tube extending from the reaction cell is wound around an outer surface of the temperature adjusting block. a reaction cell that stands vertically and that has an insertion bore for the body fluid sample and the reagent on its upper surface, a discharge/suction apparatus that is connected to a bottom part of the reaction cell through a tube and that is configured to reciprocate and to agitate the body fluid sample and the reagent between the reaction cell and the tube by repeating a discharging and sucking movement, an optical measurement device that is configured to measure a light transmission characteristic of the reaction liquid produced by agitating the body fluid sample and the reagent, wherein the optical measurement device is arranged on the reaction cell, and a temperature adjusting block that is configured to adjust a temperature and houses the reaction cell in its inside, wherein a portion of the tube the body fluid sample and the reagent enter due to the reciprocating movement in the tube extending from the reaction cell is wound around an outer surface of the temperature adjusting block.
Method for producing coil springs made of wire, wherein wire is conveyed from a wire reserve to a numerically controlled spring coiling machine, portions of the wire in the spring coiling machine are successively formed into coil springs in a forming operation, each coil spring is severed from the supplied wire after the forming operation, and severed coil springs are then successively transported through a pipe of a pneumatic conveyor system into a spring receptacle of a downstream machine, characterized by: a collision-proof spring transfer, which comprises continuous transfer of coil springs from the pipe through an exit opening of the pipe into assigned spring receptacles and automatic prevention of any re-entry of coil springs that have passed through the exit opening in the direction of the spring receptacle and rebound from the region of the spring receptacle back into the pipe, wherein the coil springs are not stopped at any point on the way through the pipe to the exit opening and then to the spring receptacle during the continuous transfer until they come to a standstill, and the collision-proof spring transfer comprises automatic blocking of the pipe against re-entry of a coil spring rebounding from the region of the spring receptacle after it has passed through the exit opening. a collision-proof spring transfer, which comprises continuous transfer of coil springs from the pipe through an exit opening of the pipe into assigned spring receptacles and automatic prevention of any re-entry of coil springs that have passed through the exit opening in the direction of the spring receptacle and rebound from the region of the spring receptacle back into the pipe, wherein the coil springs are not stopped at any point on the way through the pipe to the exit opening and then to the spring receptacle during the continuous transfer until they come to a standstill, and the collision-proof spring transfer comprises automatic blocking of the pipe against re-entry of a coil spring rebounding from the region of the spring receptacle after it has passed through the exit opening.
A power transmission system comprising: an electric motor for operating as a drive source; a drive wheel; a transmission shaft transmitting a torque between the electric motor and the drive wheel; and an attenuation mechanism disposed between the electric motor and the drive wheel, the attenuation mechanism being attached to the transmission shaft, wherein the attenuation mechanism includes a support member fixed to the transmission shaft, and characterized in that an inertia member is disposed to be rotatable relatively to the transmission shaft, the inertia member being engaged by friction with the support member, wherein the support member and the inertia member are arranged on the transmission shaft at a circumference thereof, wherein the attenuation mechanism is configured such that when fluctuations in torque inputted to the attenuation mechanism from the drive wheel do not have a predetermined value or greater, the inertia member is unitarily rotated with the support member while being engaged by friction therewith; and when fluctuations in torque inputted to the attenuation mechanism from the drive wheel has the predetermined value or greater, the inertia member is rotated relatively to the support member while making contact by friction therewith. an electric motor for operating as a drive source; a drive wheel; a transmission shaft transmitting a torque between the electric motor and the drive wheel; and an attenuation mechanism disposed between the electric motor and the drive wheel, the attenuation mechanism being attached to the transmission shaft, wherein the attenuation mechanism includes a support member fixed to the transmission shaft, and characterized in that an inertia member is disposed to be rotatable relatively to the transmission shaft, the inertia member being engaged by friction with the support member, wherein the support member and the inertia member are arranged on the transmission shaft at a circumference thereof, wherein the attenuation mechanism is configured such that when fluctuations in torque inputted to the attenuation mechanism from the drive wheel do not have a predetermined value or greater, the inertia member is unitarily rotated with the support member while being engaged by friction therewith; and when fluctuations in torque inputted to the attenuation mechanism from the drive wheel has the predetermined value or greater, the inertia member is rotated relatively to the support member while making contact by friction therewith.
A method for preparing an antibody pair, comprising: using an antigen-binding fragment of an existing antibody as a capture antibody and using an anti-crystallizable fragment antibody as a labelled antibody to directly screen a target antibody which can be paired with said existing antibody from cell culture supernatant; the antigen-binding fragment of said existing antibody is Fab' or F(ab) 2, and said labelled antibody is an anti-Fc antibody.
A cement composition for use in a concrete composition, the cement composition comprising: cement; at least one cement alternative; wherein the or each cement alternative is a powder, wherein the cement and the cement alternative are present relative to each other in an amount of between 48:52 (in % by weight) and 50:50 (in % by weight); and wherein the cement alternative comprises limestone powder. cement; at least one cement alternative;