mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method by which a client node participates in a blockchain confidential transaction, the method comprising: obtaining , by a client node of a blockchain network, a public key of a regulator node ; generating , by the client node , one or more commitment values of a confidential transaction of the client node by applying a cryptographic commitment scheme to transaction data of the confidential transaction; generating , by the client node , encrypted regulatory information of the confidential transaction by encrypting the transaction data using the public key of the regulator node; and transmitting , by the client node to a consensus node of the blockchain network, a content of the confidential transaction for execution, wherein the content of the confidential transaction comprises: the one or more commitment values; the encrypted regulatory information; and one or more zero-knowledge proofs of the transaction data, wherein the one or more zero-knowledge proofs of the transaction data comprises a zero-knowledge proof that the client node uses the public key of the regulator node in generating the encrypted regulatory information of the confidential transaction. obtaining , by a client node of a blockchain network, a public key of a regulator node ; generating , by the client node , one or more commitment values of a confidential transaction of the client node by applying a cryptographic commitment scheme to transaction data of the confidential transaction; generating , by the client node , encrypted regulatory information of the confidential transaction by encrypting the transaction data using the public key of the regulator node; and transmitting , by the client node to a consensus node of the blockchain network, a content of the confidential transaction for execution, wherein the content of the confidential transaction comprises: the one or more commitment values; the encrypted regulatory information; and one or more zero-knowledge proofs of the transaction data, wherein the one or more zero-knowledge proofs of the transaction data comprises a zero-knowledge proof that the client node uses the public key of the regulator node in generating the encrypted regulatory information of the confidential transaction. the one or more commitment values; the encrypted regulatory information; and one or more zero-knowledge proofs of the transaction data, wherein the one or more zero-knowledge proofs of the transaction data comprises a zero-knowledge proof that the client node uses the public key of the regulator node in generating the encrypted regulatory information of the confidential transaction.
A method for on-line, real time, measurement and control of foaming of process fluid in a fluid process comprising: providing a side-stream of the process fluid to a foam cell vessel while maintaining a constant level of the process fluid in the foam cell vessel using an overflow and in which foam can be synthetically generated; generating foam and accumulating foam in the foam cell vessel ; emitting a signal from a non-contact optical distance measurement sensor , wherein the emitted signal is reflected off of the surface of the accumulated foam and back to the measurement sensor ; transferring the signal to a microprocessor that calculates the height of the accumulated foam based on the constant level of the process fluid in the vessel ; and controlling the amount of a defoamer delivered to the process fluid stream, wherein the foam is generated by the side-stream of the process fluid cascading into the foam cell vessel, thereby entraining air and creating a level of foam on the surface of the process fluid. providing a side-stream of the process fluid to a foam cell vessel while maintaining a constant level of the process fluid in the foam cell vessel using an overflow and in which foam can be synthetically generated; generating foam and accumulating foam in the foam cell vessel ; emitting a signal from a non-contact optical distance measurement sensor , wherein the emitted signal is reflected off of the surface of the accumulated foam and back to the measurement sensor ; transferring the signal to a microprocessor that calculates the height of the accumulated foam based on the constant level of the process fluid in the vessel ; and controlling the amount of a defoamer delivered to the process fluid stream,
Computer-implemented method for computing a measurement on a set of geometric elements of a modeled object, the method comprising: - displaying (S100) a modeled object; - selecting (S110), upon user action, a first geometric element of the modeled object; - determining at least one type of computable measurement among a set of types of computable measurements that can be processed according to the selected first geometric element; - for each determined type of computable measurement, displaying (S120) a respective icon that represents the type of computable measurement; - selecting (S120), upon user action, a displayed icon, which is one of said respective icon; - selecting (S140), upon user action, a second geometric element, which is of the same type as the selected first geometric element, of the modeled object; - computing (S150) a measurement represented by the displayed icon selected upon user action according to the selected first and second geometric elements; - displaying a value of the computed measurement. - displaying (S100) a modeled object; - selecting (S110), upon user action, a first geometric element of the modeled object; - determining at least one type of computable measurement among a set of types of computable measurements that can be processed according to the selected first geometric element; - for each determined type of computable measurement, displaying (S120) a respective icon that represents the type of computable measurement; - selecting (S120), upon user action, a displayed icon, which is one of said respective icon; - selecting (S140), upon user action, a second geometric element, which is of the same type as the selected first geometric element, of the modeled object; - computing (S150) a measurement represented by the displayed icon selected upon user action according to the selected first and second geometric elements; - displaying a value of the computed measurement.
A pressure-sensitive adhesive sheet that has a pressure-sensitive adhesive layer comprising a base polymer and a tackifier resin, wherein the base polymer is a block copolymer of a monovinyl-substituted aromatic compound and a conjugated diene compound, the tackifier resin content is 10 parts to 60 parts by weight to 100 parts by weight of the base polymer, the tackifier resin comprises a tackifier resin T H having a softening point of 100 °C or higher, the tackifier resin T H content is at least 10 parts by weight to 100 parts by weight of the base polymer, the ratio of the tackifier resin T H in the total tackifier resin content is 50 % by weight or greater, the tackifier resin T H comprises a terpene phenol resin as a tackifier resin T H1 , the terpene phenol resin has a softening point of 120 °C or higher and 200 °C or lower, the terpene phenol resin content is 10 parts to 30 parts by weight to 100 parts by weight of the base polymer, the pressure-sensitive adhesive layer has an adhesive face having properties such that ball tack test results in Ball No. 4 or higher in an environment at 0 °C, the softening point of the tackifier resin is defined as a value measured based on the softening point test method specified in JIS K5902 and JIS K2207, and the ball tack test is carried out by leaving the test apparatus set and the measurement sample standing for one hour in said environment at 0 °C, and determining in the same environment, based on JIS Z0237, rolling ball tack, where the largest Ball No. of balls held is recorded as the ball tack. the base polymer is a block copolymer of a monovinyl-substituted aromatic compound and a conjugated diene compound, the tackifier resin content is 10 parts to 60 parts by weight to 100 parts by weight of the base polymer, the tackifier resin comprises a tackifier resin T H having a softening point of 100 °C or higher, the tackifier resin T H content is at least 10 parts by weight to 100 parts by weight of the base polymer, the ratio of the tackifier resin T H in the total tackifier resin content is 50 % by weight or greater, the tackifier resin T H comprises a terpene phenol resin as a tackifier resin T H1 , the terpene phenol resin has a softening point of 120 °C or higher and 200 °C or lower, the terpene phenol resin content is 10 parts to 30 parts by weight to 100 parts by weight of the base polymer, the pressure-sensitive adhesive layer has an adhesive face having properties such that ball tack test results in Ball No. 4 or higher in an environment at 0 °C, the softening point of the tackifier resin is defined as a value measured based on the softening point test method specified in JIS K5902 and JIS K2207, and the ball tack test is carried out by leaving the test apparatus set and the measurement sample standing for one hour in said environment at 0 °C, and determining in the same environment, based on JIS Z0237, rolling ball tack, where the largest Ball No. of balls held is recorded as the ball tack.
Electrochemical cell for the treatment of a sample via electro-(end-)osmotic flow, comprising (i) a cathodic compartment (CC) and an anodic compartment (AC), (ii) a cathode (C), being arranged in said cathodic compartment (CC), (iii) an anode (A), being arranged in said anodic compartment (AC), (iv) an intermediate cathodic compartment (CI), (v) an intermediate anodic compartment (A1), (vi) a first selective membrane (M1) being arranged between said cathodic compartment (CC) and said first intermediate cathodic compartment (C1), (vii) a second selective membrane (M2) being arranged between said anodic compartment (AC) and said first intermediate anodic compartment (A1), (viii) a treatment compartment (T) for the sample being arranged between said intermediate cathodic compartment (C1) and said intermediate anodic compartment (A1), further comprising a first separator membrane (S1) between said treatment compartment (T) and said intermediate cathodic compartment (C1) and a second separator membrane (S2) arranged between said treatment compartment (T) and said intermediate anodic compartment (A1), wherein the first separator membrane (S1) and the second separator membrane (S2) are electro-(end-)osmotically active membranes, wherein the first separator membrane (S1) and the second separator membrane (S2) are a gel, preferably selected from the group consisting of agarose gel, pectin gel, swollen cellulose, wherein the first selective membrane (M1) and the second selective membrane (M2) are ion exchanger membranes. (i) a cathodic compartment (CC) and an anodic compartment (AC), (ii) a cathode (C), being arranged in said cathodic compartment (CC), (iii) an anode (A), being arranged in said anodic compartment (AC), (iv) an intermediate cathodic compartment (CI), (v) an intermediate anodic compartment (A1), (vi) a first selective membrane (M1) being arranged between said cathodic compartment (CC) and said first intermediate cathodic compartment (C1), (vii) a second selective membrane (M2) being arranged between said anodic compartment (AC) and said first intermediate anodic compartment (A1), (viii) a treatment compartment (T) for the sample being arranged between said intermediate cathodic compartment (C1) and said intermediate anodic compartment (A1), further comprising a first separator membrane (S1) between said treatment compartment (T) and said intermediate cathodic compartment (C1) and a second separator membrane (S2) arranged between said treatment compartment (T) and said intermediate anodic compartment (A1), wherein the first separator membrane (S1) and the second separator membrane (S2) are electro-(end-)osmotically active membranes,
An aerosol delivery device comprising a first casing and a second casing separably connected to said first casing , said first casing containing a reservoir for holding an aerosol precursor, said first casing also supporting a wick arranged to receive aerosol precursor from said reservoir , said second casing supporting a heater , said heater making abutting unbonded contact with an activation surface of said wick so as to interact thermally with said activation surface, and characterised in that said heater is supported by said second casing via a resilient sealing body , said resilient sealing body sealing to said second casing to be held thereby, and releasably sealing to said first casing such that the seal of said resilient sealing body is releasable when said first casing is separated from said second casing .
A composite probe comprising a donor moiety linked to an acceptor moiety with a linker, wherein the donor moiety produces a donor moiety emission when excited to a donor excited electronic state by a first wavelength of incident radiation, and the acceptor moiety is effective to couple the donor and acceptor electromagnetically and quench at least a portion of the donor moiety emission when the acceptor moiety is separately excited to an acceptor excited electronic state by a second wavelength of incident radiation, wherein the acceptor moiety absorbs the donor moiety emission when the acceptor moiety is in the acceptor excited electronic state, and the acceptor moiety does not absorb the donor moiety emission when the acceptor moiety is in an acceptor non-excited electronic ground state. a donor moiety linked to an acceptor moiety with a linker, wherein the donor moiety produces a donor moiety emission when excited to a donor excited electronic state by a first wavelength of incident radiation, and the acceptor moiety is effective to couple the donor and acceptor electromagnetically and quench at least a portion of the donor moiety emission when the acceptor moiety is separately excited to an acceptor excited electronic state by a second wavelength of incident radiation, wherein the acceptor moiety absorbs the donor moiety emission when the acceptor moiety is in the acceptor excited electronic state, and the acceptor moiety does not absorb the donor moiety emission when the acceptor moiety is in an acceptor non-excited electronic ground state.
Power-actuated stud driver, with a combustion chamber , in which an electrically driven device for creating turbulence or for purging the combustion chamber is arranged, and with an electrical energy storage device , characterized in that the electrical energy storage device is designed for operation with non-rechargeable primary cells and/or with rechargeable secondary cells and in that the power-actuated stud driver comprises an identification device for identifying primary cells or secondary cells.
An apparatus for improving a perception of a sound signal (S), the apparatus comprising: a separation unit configured to separate the sound signal (S) into at least one speech component (SC) and at least one noise component (NC); and a spatial rendering unit configured to generate an auditory impression of the at least one speech component (SC) at a virtual position (VP1) with respect to a user, when output via a transducer unit , and of the at least one noise component (NC), when output via the transducer unit , wherein the virtual position (VP1) is defined by a first azimuthal angle range (α1) with respect to a reference direction (RD) and the at least one noise component (NC) is defined by a second azimuthal angle range (α2) with respect to the reference direction (RD), wherein the second azimuthal angle range (α2) is defined by one full circle; wherein the spatial rendering unit is further configured to obtain the second azimuthal angle range (α2) by reproducing the at least one noise component (NC) with a diffuse characteristic using decorrelation. a separation unit configured to separate the sound signal (S) into at least one speech component (SC) and at least one noise component (NC); and a spatial rendering unit configured to generate an auditory impression of the at least one speech component (SC) at a virtual position (VP1) with respect to a user, when output via a transducer unit , and of the at least one noise component (NC), when output via the transducer unit , wherein the virtual position (VP1) is defined by a first azimuthal angle range (α1) with respect to a reference direction (RD) and the at least one noise component (NC) is defined by a second azimuthal angle range (α2) with respect to the reference direction (RD), wherein the second azimuthal angle range (α2) is defined by one full circle; wherein the spatial rendering unit is further configured to obtain the second azimuthal angle range (α2) by reproducing the at least one noise component (NC) with a diffuse characteristic using decorrelation.
A compound of formula (B) wherein ring A as is a di-substituted pyrazole, substituted on a ring nitrogen by R B2 and substituted on a ring carbon by R B3 , wherein R B2 is C 1 -C 3 alkyl or C 1 -C 3 fluoroalkyl and R B3 is halogen, C 1 -C 3 fluoroalkyl, C 1 -C 3 haloalkoxy, C 1 -C 3 alkoxy, C 1 -C 3 haloalkyl, C 1 -C 3 fluoroalkyl, C 1 -C 3 haloalkoxy, C 1 -C 3 alkoxy, or C 1 -C 3 alkyl, with the proviso that said compound is not (E)-1,3-dimethyl-4-(2-nitrovinyl)-1 H -pyrazole or (E)-1,5-dimethyl-4-(2-nitrovinyl)-1 H -pyrazole.
A method for generating a script for a mini-game configured to be implemented on an emulator operating on a network, comprising: a) choosing, based on a user selection, a location within a legacy game execution state, the location representing a starting location for the mini-game within the legacy game execution state; b) generating a snapshot for the location with the legacy game execution state, the snapshot including data representing the starting location for the mini-game; c) choosing, based on a user selection, one or more events within the legacy game execution state; and d) identifying one or more triggers that correspond to the one or more events, wherein one of the events corresponds to a mini-game-ending trigger; and e) generating the script for the mini-game from the snapshot and the one or more triggers. a) choosing, based on a user selection, a location within a legacy game execution state, the location representing a starting location for the mini-game within the legacy game execution state; b) generating a snapshot for the location with the legacy game execution state, the snapshot including data representing the starting location for the mini-game; c) choosing, based on a user selection, one or more events within the legacy game execution state; and d) identifying one or more triggers that correspond to the one or more events, wherein one of the events corresponds to a mini-game-ending trigger; and e) generating the script for the mini-game from the snapshot and the one or more triggers.
A chair for attaching to a pushchair frame, the chair comprising: a seating portion comprising: a frame ; a seat base that is supported by the frame; and a backrest extending at an angle from the seat base ; and a tilt adjustment system comprising a pair of side supports that project below the frame and on which a seating portion is mounted, wherein each side support comprises at least one curved guide slot ; and at least one substantially straight, diagonal guide slot that is located in front of the curved guide slot and proximate a front end of the respective side support and that is inclined toward a front end of the respective side support ; wherein each side support is attached to a respective side of the frame by guide bearings that extend from the frame and through the guide slots , and wherein the guide bearings are configured to move along the guide slots to tilt the seating portion at a desired angle of tilt without varying the angle between the seat base and the backrest . a seating portion comprising: a frame ; a seat base that is supported by the frame; and a backrest extending at an angle from the seat base ; and a frame ; a seat base that is supported by the frame; and a backrest extending at an angle from the seat base ; and a tilt adjustment system comprising a pair of side supports that project below the frame and on which a seating portion is mounted, wherein each side support comprises at least one curved guide slot ; and at least one substantially straight, diagonal guide slot that is located in front of the curved guide slot and proximate a front end of the respective side support and that is inclined toward a front end of the respective side support ; wherein each side support is attached to a respective side of the frame by guide bearings that extend from the frame and through the guide slots , and wherein the guide bearings are configured to move along the guide slots to tilt the seating portion at a desired angle of tilt without varying the angle between the seat base and the backrest .
A adjustment device adapted to adjust a flow rate of a fluid flowing in a duct, said adjustment device comprising a body and an adjustment flap which is mounted in the body and which is movable in rotation around an adjustment axis, said body comprising an upstream area (A) of the adjustment axis and a downstream area (B) opposite to the upstream area (A) with respect to the adjustment axis, the adjustment axis being equipped with connecting means which cooperate with at least a first control member positioned in the downstream area (B) and a second control member positioned in the upstream area (A), characterized in that said adjustment device is intended to be positioned in said duct according to the flow direction of the fluid, and in that the first control member and the second control member are configured such that an action on any of said first and second control members interacts with the connecting means in order to modify a position of the adjustment flap . said adjustment device is intended to be positioned in said duct according to the flow direction of the fluid, and in that the first control member and the second control member are configured such that an action on any of said first and second control members interacts with the connecting means in order to modify a position of the adjustment flap .