mhurhangee/ep-ind-claims huggingface dataset:
A service discovery method, comprising: performing, by a service request end, service discovery separately based on different networks, for a same service; correspondingly receiving, by using each network based on which the same service can be discovered in the different networks, identifier information provided by a service providing end providing the same service, wherein the identifier information is used to identify the service providing end; when identifier information obtained by using at least two networks matches, determining, by the service request end, that services discovered after service discovery is performed based on the at least two networks are the same service provided by the same service providing end; and when accessing the same service at a time, performing service data transmission by using the at least two networks. performing, by a service request end, service discovery separately based on different networks, for a same service; correspondingly receiving, by using each network based on which the same service can be discovered in the different networks, identifier information provided by a service providing end providing the same service, wherein the identifier information is used to identify the service providing end; when identifier information obtained by using at least two networks matches, determining, by the service request end, that services discovered after service discovery is performed based on the at least two networks are the same service provided by the same service providing end; and when accessing the same service at a time, performing service data transmission by using the at least two networks.
Water distributor with a water inlet connection and at least three water outlets (A1 to A6), with a distributor body which connects one of the water outlets to the water inlet connection and passes through the positions of all of the water outlets step by step, and with an incremental advancing device (WE, KO, FS) which, when the water pressure drops from an upper pressure threshold value under a lower pressure threshold value, advances the distributor body in an incremental advancing step from a current water outlet of the water outlets, characterized in that the incremental advancing device (WE, KO, FS) is designed for advancing the distributor body by differently specifiable step sizes to another water outlet in each case.
A network monitoring entity for a communication network configured to support at least a portion of a network slice, the communication network being a single administration and comprising a plurality of sub-networks (203a-c), each sub-network (203a-c) being a technological domain in the single administration, and being configured to support at least a sub-portion (206a-c) of the portion of the network slice, the network monitoring entity comprising: a communication interface configured to communicate with a plurality of sub-network monitoring units (204a-c), wherein each sub-network monitoring unit (204a-c) comprises at least one monitoring probe (205a-c) and each monitoring probe (205a-c) is configured to monitor at least one performance measure of the sub-portion (206a-c) of the portion of the network slice supported by the sub-network (203a-c), wherein the monitoring probes (205a-c) of the plurality of sub-network monitoring units (204a-c) define a set of monitoring probes; and a processor configured to select one or more monitoring probes (205a-c) from the set of monitoring probes for monitoring the portion of the network slice of the communication network; wherein a further portion of the network slice is supported by a further communication network and wherein the communication interface of the network monitoring entity is configured to provide information about the set of monitoring probes to a communication interface of a corresponding further network monitoring entity of the further communication network. a communication interface configured to communicate with a plurality of sub-network monitoring units (204a-c), wherein each sub-network monitoring unit (204a-c) comprises at least one monitoring probe (205a-c) and each monitoring probe (205a-c) is configured to monitor at least one performance measure of the sub-portion (206a-c) of the portion of the network slice supported by the sub-network (203a-c), wherein the monitoring probes (205a-c) of the plurality of sub-network monitoring units (204a-c) define a set of monitoring probes; and a processor configured to select one or more monitoring probes (205a-c) from the set of monitoring probes for monitoring the portion of the network slice of the communication network; wherein a further portion of the network slice is supported by a further communication network and wherein the communication interface of the network monitoring entity is configured to provide information about the set of monitoring probes to a communication interface of a corresponding further network monitoring entity of the further communication network.
A process comprising: providing a polymerization system comprising a polymerization reactor upstream of a devolatilizer; forming a high impact polystyrene within the polymerization reactor; sending the high impact polystyrene to the devolatilizer; adding a polar antioxidant to the polymerization system, wherein the polar antioxidant has a hindered phenol structure and an aliphatic amine group, and wherein the polar antioxidant is added to the polymerization system at or upstream of the devolatilizer; and adding a phosphite antioxidant to the polymerization system, wherein the phosphite antioxidant is added to the polymerization system at or upstream of the devolatilizer. providing a polymerization system comprising a polymerization reactor upstream of a devolatilizer; forming a high impact polystyrene within the polymerization reactor; sending the high impact polystyrene to the devolatilizer; adding a polar antioxidant to the polymerization system, wherein the polar antioxidant has a hindered phenol structure and an aliphatic amine group, and wherein the polar antioxidant is added to the polymerization system at or upstream of the devolatilizer; and adding a phosphite antioxidant to the polymerization system, wherein the phosphite antioxidant is added to the polymerization system at or upstream of the devolatilizer.
A hydraulic circuit for a heavy equipment comprising: a hydraulic pump; an actuator connected with the hydraulic pump; a control valve provided in a port between the hydraulic pump and the actuator, switched when an external pilot signal pressure (Pi) is applied thereto, to control operation, stop, and direction of the actuator; a regeneration switching valve including a first piston provided between a return port of the actuator and a tank port to control hydraulic oil moving from the return port to the tank port and moved by the hydraulic oil discharged from the hydraulic pump, a switching spool switched by motion of the first piston to variably control an orifice rate of the return port and the tank port, a first elastic member elastically biasing the state of the tank port closed by pressurizing the switching spool against the first piston to its initial state, a second damping orifice discharging the hydraulic oil leaked from the hydraulic pump to a piston chamber through the first piston and the switching spool; and a second piston characterized by the second piston being elastically supported on a side facing the switching spool by a second elastic member; and a first damping orifice provided in a port that connects the hydraulic pump with the first piston. a hydraulic pump; an actuator connected with the hydraulic pump; a control valve provided in a port between the hydraulic pump and the actuator, switched when an external pilot signal pressure (Pi) is applied thereto, to control operation, stop, and direction of the actuator; a regeneration switching valve including a first piston provided between a return port of the actuator and a tank port to control hydraulic oil moving from the return port to the tank port and moved by the hydraulic oil discharged from the hydraulic pump, a switching spool switched by motion of the first piston to variably control an orifice rate of the return port and the tank port, a first elastic member elastically biasing the state of the tank port closed by pressurizing the switching spool against the first piston to its initial state, a second damping orifice discharging the hydraulic oil leaked from the hydraulic pump to a piston chamber through the first piston and the switching spool; and a second piston characterized by the second piston being elastically supported on a side facing the switching spool by a second elastic member; and a first damping orifice provided in a port that connects the hydraulic pump with the first piston.
A seatbelt winding apparatus comprising: a motor; and a control device configured to generate a flow of motor current in a winding-current direction that drives the motor to generate force to wind up a seatbelt, and configured to lower a current value of the motor current flowing in the winding-current direction from a first current value to a second current value, the first current value being required to wind up the seatbelt and the second current value being required to sustain tension of the seatbelt, wherein the control device measures a current-conducting duration (Tc) during which the motor current flows in the winding-current direction, and, upon the current-conducting duration (Tc) having attained a set time, the control device further lowers the current value of the motor current flowing in the winding-current direction from the second current value to a third current value (i3, i31, i32) that is required to sustain tension of the seatbelt. a motor; and a control device configured to generate a flow of motor current in a winding-current direction that drives the motor to generate force to wind up a seatbelt, and configured to lower a current value of the motor current flowing in the winding-current direction from a first current value to a second current value, the first current value being required to wind up the seatbelt and the second current value being required to sustain tension of the seatbelt, wherein the control device measures a current-conducting duration (Tc) during which the motor current flows in the winding-current direction, and, upon the current-conducting duration (Tc) having attained a set time, the control device further lowers the current value of the motor current flowing in the winding-current direction from the second current value to a third current value (i3, i31, i32) that is required to sustain tension of the seatbelt.
A high-expression promoter consisting of any one of the following polynucleotides: (a) the polynucleotide represented by SEQ ID NO: 1; or (b) a polynucleotide having an identity of 80% or more to the polynucleotide (a) and having a promoter activity in kluyveromyces marxianus and at least one or more yeasts other than kluyveromyces marxianus; wherein a ratio of the relative expression level (RLU/OD μl) of secretory luciferase CLuc in the culture solution, when a transformant obtained by introducing a recombinant polynucleotide, in which a secretory luciferase CLuc gene is operably linked downstream of the high-expression promoter, into kluyveromyces marxianus, is cultured with shaking in an YPGal liquid medium (1 mass% yeast extract, 2 mass% polypeptone, 2 mass% galactose) at 28°C for 48 hours, relative to the relative expression level (RLU/OD·μl) of the secretory luciferase CLuc in the culture solution, when a transformant obtained by introducing a recombinant polynucleotide, in which a secretory luciferase CLuc gene is operably linked downstream of the GAL10 promoter of Saccharomyces cerevisiae, into Saccharomyces cerevisiae, is cultured with shaking in an YPGal liquid medium (1 mass% yeast extract, 2 mass% polypeptone, 2 mass% galactose) at 28°C for 48 hours, being 50 times or more. (a) the polynucleotide represented by SEQ ID NO: 1; or (b) a polynucleotide having an identity of 80% or more to the polynucleotide (a) and having a promoter activity in kluyveromyces marxianus and at least one or more yeasts other than kluyveromyces marxianus;
Process for the preparation of a catalyst including at least one support, optionally at least one metal from group VIII on the Periodic Table of the Elements, and at least tungsten, characterized in that it comprises the following stages: a) impregnation by bringing a solution S comprising an organic solvent A and at least one mononuclear tungsten-based precursor chosen from W(OEt) 5, W(OEt) 6, W(=O)(OEt) 4, W(=S)(OEt) 4, W(=S)(SEt) 4, W(=O) 2 (OEt) 2, W(OC 6 H 5) 6, W(SEt) 5, W(SEt) 6, W(OEt) 3 (SEt) 2, W(OEt) 4 (SEt), with Et = CH 2 CH 3 (ethyl group), in its monomeric or dimeric form, into contact with a porous inorganic support, calcined beforehand under low vacuum or under high vacuum or under a stream of inert gas; b) maturing under an anhydrous atmosphere; c) drying the impregnated support under an anhydrous atmosphere or under low vacuum or under high vacuum or under a stream of inert gas at a temperature not exceeding 200°C in order to keep intact said precursors grafted to or deposited at the surface of the support; d) ex situ sulfidation under an H 2 S/H 2 or H 2 S/N 2 mixture containing at least 5% by volume of H 2 S in the mixture at a temperature equal to or greater than ambient temperature. a) impregnation by bringing a solution S comprising an organic solvent A and at least one mononuclear tungsten-based precursor chosen from W(OEt) 5, W(OEt) 6, W(=O)(OEt) 4, W(=S)(OEt) 4, W(=S)(SEt) 4, W(=O) 2 (OEt) 2, W(OC 6 H 5) 6, W(SEt) 5, W(SEt) 6, W(OEt) 3 (SEt) 2, W(OEt) 4 (SEt), with Et = CH 2 CH 3 (ethyl group), in its monomeric or dimeric form, into contact with a porous inorganic support, calcined beforehand under low vacuum or under high vacuum or under a stream of inert gas; b) maturing under an anhydrous atmosphere; c) drying the impregnated support under an anhydrous atmosphere or under low vacuum or under high vacuum or under a stream of inert gas at a temperature not exceeding 200°C in order to keep intact said precursors grafted to or deposited at the surface of the support; d) ex situ sulfidation under an H 2 S/H 2 or H 2 S/N 2 mixture containing at least 5% by volume of H 2 S in the mixture at a temperature equal to or greater than ambient temperature.
A method of transforming a pulp to a pre-dispersed pulp fibrous material comprising: providing the pulp at a high consistency of 20 to 97 wt% solids content; providing a treatment chemical; and dispersing the pulp and the treatment chemical in a multi-stage refiner system comprising at least one disc refiner, at a specific energy of 50 to 400 kWh/t per pass, wherein the at least one disc refiner has a disc refiner plate clearance defining a gap of 0.5 to 3.5 mm, wherein the pre-dispersed pulp fibrous material have a product consistency of 30 to 99 wt% solids content. providing the pulp at a high consistency of 20 to 97 wt% solids content; providing a treatment chemical; and dispersing the pulp and the treatment chemical in a multi-stage refiner system comprising at least one disc refiner, at a specific energy of 50 to 400 kWh/t per pass, wherein the at least one disc refiner has a disc refiner plate clearance defining a gap of 0.5 to 3.5 mm, wherein the pre-dispersed pulp fibrous material have a product consistency of 30 to 99 wt% solids content.
A sliding step arrangement for a rail vehicle - with a first housing that can be secured to a coach body of the rail vehicle and has a first housing opening (3.1), - with a step that is movably supported in the first housing in an initial position and can be displaced through the first housing opening (3.1) between the initial position and a final position, in which the step protrudes from the first housing at least in one or more portions, and - with a drive arrangement for the step having a motor (5.1) and at least one movable connecting means (5.2) that transmits a motion generated by the motor (5.1) to the step, characterised in that the drive arrangement comprises at least the motor (5.1) with transmission components, and in that a separate second housing is provided, in which the drive arrangement is arranged, the interior of the first housing being spatially separated from the interior of the second housing. - with a first housing that can be secured to a coach body of the rail vehicle and has a first housing opening (3.1), - with a step that is movably supported in the first housing in an initial position and can be displaced through the first housing opening (3.1) between the initial position and a final position, in which the step protrudes from the first housing at least in one or more portions, and - with a drive arrangement for the step having a motor (5.1) and at least one movable connecting means (5.2) that transmits a motion generated by the motor (5.1) to the step,
An oral care composition comprising: an orally acceptable vehicle; a source of metal oxide particles, wherein said metal oxide particles have a median particle size of from 1 to 7 microns; and one or more amino acids capable of chelating said metal oxide particles, wherein the metal oxide comprises at least one metal oxide selected from zinc oxide, stannous oxide, and copper oxide or a mixture thereof, and wherein at least one of said one or more amino acids is selected from L-arginine, cysteine, isoleucine, L-lysine, glutamic acid, serine, and a combination of two or more thereof. an orally acceptable vehicle; a source of metal oxide particles, wherein said metal oxide particles have a median particle size of from 1 to 7 microns; and one or more amino acids capable of chelating said metal oxide particles, wherein the metal oxide comprises at least one metal oxide selected from zinc oxide, stannous oxide, and copper oxide or a mixture thereof, and wherein at least one of said one or more amino acids is selected from L-arginine, cysteine, isoleucine, L-lysine, glutamic acid, serine, and a combination of two or more thereof.
A modularized inverter unit for integration in an integrated-inverter electric compressor, wherein the inverter unit includes an inverter module in which a power-system metallic board having mounted thereon semiconductor switching elements is integrated with a plastic case having a plurality of terminals integrally formed therewith by insert molding, and a CPU board having mounted thereon a control and communication circuit that is configured to operate at a low voltage is provided on a top face of the inverter module, and wherein, inside the plastic case, a thermosetting resin layer for insulation and anti-humidity purposes is provided so as to cover a top face of the power-system metallic board and so as to encapsulate components mounted on the power-system metallic board, and a vibration-absorbing elastomeric adhesive layer (35;35A) that maintains a rubber state in an operating temperature range of the electric compressor is provided between a bottom face of the CPU board and a top face of the thermosetting resin layer, and the CPU board is bonded with and elastically supported by the elastomeric adhesive layer (35;35A).
An electric dust collection device comprising: a charging part; and a dust collecting part provided downstream of the charging part, wherein the dust collecting part comprises a plurality of bent portions formed by continuously bending an insulating sheet, wherein each of the plurality of bent portions comprises: two planes (31, 32) bent to face each other at a predetermined gap; and a connecting wall connecting respective one ends of the two planes in a vertical direction and provided with an opening; characterized in that a positive electrode is formed in one of the two planes and a negative electrode is formed in another plane. a charging part; and a dust collecting part provided downstream of the charging part, wherein the dust collecting part comprises a plurality of bent portions formed by continuously bending an insulating sheet, wherein each of the plurality of bent portions comprises: two planes (31, 32) bent to face each other at a predetermined gap; and a connecting wall connecting respective one ends of the two planes in a vertical direction and provided with an opening; characterized in that a positive electrode is formed in one of the two planes and a negative electrode is formed in another plane. two planes (31, 32) bent to face each other at a predetermined gap; and a connecting wall connecting respective one ends of the two planes in a vertical direction and provided with an opening; characterized in that a positive electrode is formed in one of the two planes and a negative electrode is formed in another plane.
A formulation for parenteral administration comprising: (a) insulin that comprises a pH memory between 1 to 4 or between 6 to 8 and has been previously dried from a non-volatile buffer; and (b) an aprotic polar solvent, wherein the insulin is solubilized in the aprotic polar solvent, wherein the majority of the solubilized insulin comprises stable monomeric or dimeric forms of insulin or mixtures thereof, and wherein the water content of the formulation is equal to or less than 15% w/v. (a) insulin that comprises a pH memory between 1 to 4 or between 6 to 8 and has been previously dried from a non-volatile buffer; and (b) an aprotic polar solvent,
Device for metering products which are fed in a predefined quantity to a package, wherein the device has at least one valve which controls or regulates a product flow by opening and closing a delivery path and which has a valve housing in which two blocking elements (4, 5) are arranged so as to be positionable in the delivery path, and wherein at least one closed position of the blocking elements (4, 5) is defined by at least one stop, characterized in that the blocking elements (4, 5) extend in a shell-like manner, substantially as wall segments of a sleeve, about a transverse axis within the valve housing and are guided by the valve housing, wherein the blocking elements (4, 5) are rotatable about the transverse axis, and wherein the blocking elements (4, 5) each have lateral surfaces (7, 8) which are contoured in a manner corresponding to segments of a wall of the sleeve, and in that the at least one stop is configured as a stop element (12, 13).
A spring transfer apparatus, comprising a spring coiling machine, a pocketing station in which the springs may be inserted into discrete pockets formed between layers of material and a movable conveying substrate having a plurality of magnets positioned thereon., at least one of the magnets being arranged to attract a spring from the coiling machine and to retain the spring on the substrate, and the substrate being arranged to convey the spring from the coiling machine to the pocketing station, characterised in that the moveable conveying substrate is arranged such that a magnetic field of at least one of the magnets attracts the formed spring prior to being cut from a length of spring material.