mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising: (a) at least one component having a non-neutral pH when combined with water; and (b) a pH modulated polymer system selected to reduce or prevent synerisis when combined with said non-neutral component in combination with water, wherein said pH modulated polymer system comprises a neutral polymer and propylene glycol alginate, wherein said neutral polymer is either polyethylene oxide or a combination of hydroxypropyl methylcellulose and polyethylene oxide. (a) at least one component having a non-neutral pH when combined with water; and (b) a pH modulated polymer system selected to reduce or prevent synerisis when combined with said non-neutral component in combination with water, wherein said pH modulated polymer system comprises a neutral polymer and propylene glycol alginate, wherein said neutral polymer is either polyethylene oxide or a combination of hydroxypropyl methylcellulose and polyethylene oxide.
A process for the production of furan, said process comprising the steps of: i) contacting furfural with a decarbonylation catalyst in a decarbonylation reactor to produce a gaseous decarbonylation reaction product stream comprising furan and carbon monoxide; ii) contacting said gaseous decarbonylation reaction product stream with a solvent stream comprising furfural; iii) absorbing at least a portion of the furan present in the gaseous decarbonylation reaction product stream into the solvent stream to provide a furan-containing solvent stream and a gaseous stream comprising carbon monoxide; iv) separating the furan from the furan containing solvent stream by distillation to provide a first furan stream; and v) using at least a portion of the remaining solvent stream comprising furfural as at least a portion of the furfural provided to the decarbonylation reactor. i) contacting furfural with a decarbonylation catalyst in a decarbonylation reactor to produce a gaseous decarbonylation reaction product stream comprising furan and carbon monoxide; ii) contacting said gaseous decarbonylation reaction product stream with a solvent stream comprising furfural; iii) absorbing at least a portion of the furan present in the gaseous decarbonylation reaction product stream into the solvent stream to provide a furan-containing solvent stream and a gaseous stream comprising carbon monoxide; iv) separating the furan from the furan containing solvent stream by distillation to provide a first furan stream; and v) using at least a portion of the remaining solvent stream comprising furfural as at least a portion of the furfural provided to the decarbonylation reactor.
A method of reporting traffic metrics by a User Plane Function, UPF, to a Session Management Function, SMF, in a telecommunication network, wherein said method comprises the steps of: - receiving, by said UPF, from said SMF, a session creation/modification message for creating/modifying a session between said UPF and said SMF, wherein said message comprises a Reporting Rule thereby defining which traffic metric is to be reported by said UPF to said SMF, wherein said Reporting Rule comprises: - a Node Analytics Reporting Rule, NARR, for indicating the traffic metric to be reported by said UPF on a node level, wherein said NARR comprises a metric identification for identifying said traffic metric to be reported; - measuring, by said UPF, said traffic metric based on said received Reporting Rule; - transmitting, by said UPF, to said SMF, a reporting message for reporting the metric to be reported, wherein said reporting message comprises: said measured traffic metric and any of: - a reporting rule identification for identifying whether said reporting message is associated with said NARR; - a traffic metric value for identifying a measured traffic value of said identified traffic metric, wherein said traffic metric is one of latency, jitter, or roundtrip time. - receiving, by said UPF, from said SMF, a session creation/modification message for creating/modifying a session between said UPF and said SMF, wherein said message comprises a Reporting Rule thereby defining which traffic metric is to be reported by said UPF to said SMF, wherein said Reporting Rule comprises: - a Node Analytics Reporting Rule, NARR, for indicating the traffic metric to be reported by said UPF on a node level, wherein said NARR comprises a metric identification for identifying said traffic metric to be reported; - measuring, by said UPF, said traffic metric based on said received Reporting Rule; - transmitting, by said UPF, to said SMF, a reporting message for reporting the metric to be reported, wherein said reporting message comprises: said measured traffic metric and any of: - a reporting rule identification for identifying whether said reporting message is associated with said NARR; - a traffic metric value for identifying a measured traffic value of said identified traffic metric,
Use of the bacterium of Pseudomonas sp. Proradix (DMSZ 13134) for the treatment and/or prophylaxis of storage diseases of harvested material, characterized in that the storage disease is caused by the fungus of Helminthosporium solani (silver scurf), and that the harvested material is contacted with a solution containing the bacterium of Pseudomonas sp. Proradix (DMSZ 13134), and that the harvested material are tubers of the potato plant (Solanum tuberosum).
A sole structure for an article of footwear, the sole structure comprising: a midsole formed with a first compressible material having a first hardness, the midsole having a ground-facing lower midsole surface opposite an upper midsole surface, multiple first protrusions projecting from the upper midsole surface, and multiple first pockets recessed into the upper midsole surface and interleaved with the first protrusions; and an insole movably mounted on the midsole and formed with a second compressible material having a second hardness less than the first hardness, the insole having an upper insole surface opposite a lower insole surface, multiple second protrusions projecting from the lower insole surface and interleaved with the first protrusions, and multiple second pockets recessed into the lower insole surface and interleaved with the second protrusions, wherein each of the first protrusions nests within a respective one of the second pockets, and each of the second protrusions nests within a respective one of the first pockets, and characterised in that a subset of the first protrusions each includes a respective nub projecting from a distal tip thereof, and a subset of the second pockets each includes a respective hole receiving therein a respective one of the nubs. a midsole formed with a first compressible material having a first hardness, the midsole having a ground-facing lower midsole surface opposite an upper midsole surface, multiple first protrusions projecting from the upper midsole surface, and multiple first pockets recessed into the upper midsole surface and interleaved with the first protrusions; and an insole movably mounted on the midsole and formed with a second compressible material having a second hardness less than the first hardness, the insole having an upper insole surface opposite a lower insole surface, multiple second protrusions projecting from the lower insole surface and interleaved with the first protrusions, and multiple second pockets recessed into the lower insole surface and interleaved with the second protrusions, wherein each of the first protrusions nests within a respective one of the second pockets, and each of the second protrusions nests within a respective one of the first pockets, and characterised in that a subset of the first protrusions each includes a respective nub projecting from a distal tip thereof, and a subset of the second pockets each includes a respective hole receiving therein a respective one of the nubs.
Stop device for limiting a vertical deflection of a leaf spring of a motor vehicle which is fastened to an axle body, having a stop which limits the vertical movement of the leaf spring, a supporting structure for supporting and fastening the stop to a vehicle carrier, and a guide device for receiving and guiding at least a cable, a line and/or a holder, wherein the guide device is fastened to the supporting structure, and characterised in that the supporting structure has a supporting plate on which the stop is arranged, a first carrier, a second carrier, which support the supporting plate, and a transverse carrier connecting the two carriers (24, 26) to one another.
A gel reduction device, comprising: a gel reduction mechanism provided in a polymer flow duct in which a polymer kneaded compound flows and adapted to reduce gel present in the polymer kneaded compound, the gel reduction mechanism includes at least one or more squeezing flow paths having a flow path cross-sectional area smaller than the polymer flow duct, characterized in that a squeeze ratio S1/S2 of the squeezing flow path is set to satisfy the following relationship to generate an extensional flow in the kneaded compound flowing in the squeezing flow path: squeeze ratio S 1 / S 2 of the squeezing flow path 10 = 25 to 180 where S1: flow path cross-sectional area of the polymer flow duct and S2: sum total of flow path cross-sectional area of the squeezing flow path. a gel reduction mechanism provided in a polymer flow duct in which a polymer kneaded compound flows and adapted to reduce gel present in the polymer kneaded compound, the gel reduction mechanism includes at least one or more squeezing flow paths having a flow path cross-sectional area smaller than the polymer flow duct, characterized in that a squeeze ratio S1/S2 of the squeezing flow path is set to satisfy the following relationship to generate an extensional flow in the kneaded compound flowing in the squeezing flow path: squeeze ratio S 1 / S 2 of the squeezing flow path 10 = 25 to 180 where S1: flow path cross-sectional area of the polymer flow duct and S2: sum total of flow path cross-sectional area of the squeezing flow path.
A mobile terminal for wireless network connection using a near field communication network, wherein a wireless network and the near field communication network are different from each other, the mobile terminal comprising: a transmission unit for transmitting a message to and receiving a message from at least one electronic apparatus connected to the near field communication network; and a control unit for connecting the mobile terminal to the at least one electronic apparatus via the near field communication network, exchanging information for a wireless communication network connection through the connected near field communication network, and establishing the wireless communication network connection with the at least one electronic apparatus based on the exchanged information, wherein, when network mode information, which indicates a type of wireless network to be established, has been received from the at least one electronic apparatus, the control unit establishes the wireless communication network connection with the at least one electronic apparatus by using wireless communication network information used in the wireless communication network connection based on the received network mode information, characterized by, wherein the network mode information comprises information on at least one of an ad hoc-based network mode in which an access point does not exist, an infrastructure-based network mode including an access point, and a network non-connection mode in which a network connection is not established. a transmission unit for transmitting a message to and receiving a message from at least one electronic apparatus connected to the near field communication network; and a control unit for connecting the mobile terminal to the at least one electronic apparatus via the near field communication network, exchanging information for a wireless communication network connection through the connected near field communication network, and establishing the wireless communication network connection with the at least one electronic apparatus based on the exchanged information, wherein, when network mode information, which indicates a type of wireless network to be established, has been received from the at least one electronic apparatus, the control unit establishes the wireless communication network connection with the at least one electronic apparatus by using wireless communication network information used in the wireless communication network connection based on the received network mode information, characterized by, wherein the network mode information comprises information on at least one of an ad hoc-based network mode in which an access point does not exist, an infrastructure-based network mode including an access point, and a network non-connection mode in which a network connection is not established.
A shelf-stable cooking aid for coating and frying a food product, the cooking aid comprising: i) oil in an amount of 2-28% (by weight of the total composition); ii) water in an amount of 20-60% (by weight of the total composition); iii) modified starch in an amount of 2.3-5.5% (by weight of the total composition); iv) salt in an amount of 3-15% (by weight of the total composition); v) sugar in an amount of 0.5-30% (by weight of the total composition); vi) flavourings in an amount of 0.5-30% (by weight of the total composition; and wherein the cooking aid has a viscosity in the range of 8 to 60 Pa.s at a shear rate of 1s -1 at 25°C, and the oil and water are in form of an emulsion. i) oil in an amount of 2-28% (by weight of the total composition); ii) water in an amount of 20-60% (by weight of the total composition); iii) modified starch in an amount of 2.3-5.5% (by weight of the total composition); iv) salt in an amount of 3-15% (by weight of the total composition); v) sugar in an amount of 0.5-30% (by weight of the total composition); vi) flavourings in an amount of 0.5-30% (by weight of the total composition;
A compound having the structure or a salt, zwitterion, or ester thereof for use in treating myelodysplastic syndrome in a human subject afflicted therewith, said use comprising administering to the subject an amount from 0.1 mg/m 2 to 5 mg/m 2 of said compound, wherein (i) the human subject is afflicted with myelodysplastic syndrome with isolated chromosome 5q deletion or without isolated chromosome 5q deletion and has previously undergone failed prior treatment with at least 2 cycles of lenalidomide, or (ii) the human subject has further previously undergone failed prior treatment with at least 2 cycles of azacitidine and/or decitabine. (i) the human subject is afflicted with myelodysplastic syndrome with isolated chromosome 5q deletion or without isolated chromosome 5q deletion and has previously undergone failed prior treatment with at least 2 cycles of lenalidomide, or (ii) the human subject has further previously undergone failed prior treatment with at least 2 cycles of azacitidine and/or decitabine.
A hyperosmolar ophthalmic composition comprising: (i) at least one osmolarity agent, (ii) heparin or a salt thereof in an amount of from 1000 to 1600 I.U. / mL of the ophthalmic composition, and (iii) at least one viscosity regulating agent, wherein the total osmolarity of the ophthalmic composition is at least 1500 mOsm/L, preferably at least 1800 mOsm/L; or the ophthalmic composition contains, as osmolarity agent (i), at least 4.4 % by weight sodium chloride. (i) at least one osmolarity agent, (ii) heparin or a salt thereof in an amount of from 1000 to 1600 I.U. / mL of the ophthalmic composition, and (iii) at least one viscosity regulating agent, wherein the total osmolarity of the ophthalmic composition is at least 1500 mOsm/L, preferably at least 1800 mOsm/L; or the ophthalmic composition contains, as osmolarity agent (i), at least 4.4 % by weight sodium chloride. the total osmolarity of the ophthalmic composition is at least 1500 mOsm/L, preferably at least 1800 mOsm/L; or the ophthalmic composition contains, as osmolarity agent (i), at least 4.4 % by weight sodium chloride.
A method of wireless communication performed by a user equipment, UE, comprising: transmitting sounding reference signals, SRSs, on a plurality of beams to a base station using a set of SRS resources indicated by the base station; receiving, from the base station, an SRS resource indicator indicating one or more SRS resources of the set of SRS resources; receiving, from the base station, a plurality of combining coefficients across the one or more SRS resources; and determining a combined transmit beam from the plurality of beams based at least in part on the SRS resource indicator and at least in part on the plurality of combining coefficients; wherein determining the combined transmit beam incudes determining beam weights for respective beams of the plurality of beams and generating the combined transmit beam as a linear combination of the beam weights, and wherein generating the combined transmit beam as a linear combination of beam weights includes generating the linear combination of beam weights using the plurality of combining coefficients; and wherein one or more combining coefficients of a plurality of combining coefficients of the combined transmit beam are weighted towards a strongest beam of the plurality of beams and a second strongest beam of the plurality of beams, and one or more combining coefficients of the plurality of combining coefficients of the combined transmit beam are weighted towards a highest quality beam of the plurality of beams and a second highest quality beam of the plurality of beams. transmitting sounding reference signals, SRSs, on a plurality of beams to a base station using a set of SRS resources indicated by the base station; receiving, from the base station, an SRS resource indicator indicating one or more SRS resources of the set of SRS resources; receiving, from the base station, a plurality of combining coefficients across the one or more SRS resources; and determining a combined transmit beam from the plurality of beams based at least in part on the SRS resource indicator and at least in part on the plurality of combining coefficients; wherein determining the combined transmit beam incudes determining beam weights for respective beams of the plurality of beams and generating the combined transmit beam as a linear combination of the beam weights, and wherein generating the combined transmit beam as a linear combination of beam weights includes generating the linear combination of beam weights using the plurality of combining coefficients; and wherein one or more combining coefficients of a plurality of combining coefficients of the combined transmit beam are weighted towards a strongest beam of the plurality of beams and a second strongest beam of the plurality of beams, and one or more combining coefficients of the plurality of combining coefficients of the combined transmit beam are weighted towards a highest quality beam of the plurality of beams and a second highest quality beam of the plurality of beams.
Device for adjusting printing heads of a printing bar, characterized in that motors are disposed in a row and supported for joint movement, in that every motor carries a gear and in that every gear is successively engageable with at least two respective gears.
A cooling system for an electric drive vehicle, the cooling system comprising: an electric motor that is configured to be disposed in a motor chamber and configured to drive the vehicle; electrical equipment (24 to 26) that is connected to an electric circuit including the electric motor; a coolant circuit that is connected to the electric motor and the electrical equipment (24 to 26) and through which a coolant for cooling the electric motor and the electrical equipment (24 to 26) circulates; a pump that is connected to the coolant circuit and configured to feed the coolant; and a degas tank that is connected to the coolant circuit and configured to separate bubbles from the coolant, wherein the coolant circuit connects the electric motor, the electrical equipment (24 to 26), the pump, and the degas tank in series, characterised in that the pump and the electric motor are connected in a manner to be sequentially aligned in the coolant circuit, and the coolant circuit is configured to flow the coolant from the pump to the electric motor. an electric motor that is configured to be disposed in a motor chamber and configured to drive the vehicle; electrical equipment (24 to 26) that is connected to an electric circuit including the electric motor; a coolant circuit that is connected to the electric motor and the electrical equipment (24 to 26) and through which a coolant for cooling the electric motor and the electrical equipment (24 to 26) circulates; a pump that is connected to the coolant circuit and configured to feed the coolant; and a degas tank that is connected to the coolant circuit and configured to separate bubbles from the coolant, wherein the coolant circuit connects the electric motor, the electrical equipment (24 to 26), the pump, and the degas tank in series, characterised in that the pump and the electric motor are connected in a manner to be sequentially aligned in the coolant circuit, and the coolant circuit is configured to flow the coolant from the pump to the electric motor.
A method for forming a core of a heat exchanger, comprising the following steps in any order: providing a roll of a hydrophobic material having first and second sides, providing a flock material on at least a partial surface area of at least one side of the hydrophobic material to render the flocked surface area wetable, embossing the hydrophobic material to form air flow guiding structures therein, defining fold lines in said hydrophobic material, forming slits along the fold lines, accordion pleating the hydrophobic material to form alternating wet and dry passages, the wet passages formed between opposinig wetable surfaces, the dry passages formed between non-flocked surfaces, whereby folding causes the slits in the folds to open and form air inlets and outlets in communication with the air flow passages, and sealing the edges formed by said first and second sides of said hydrophobic material. providing a roll of a hydrophobic material having first and second sides, providing a flock material on at least a partial surface area of at least one side of the hydrophobic material to render the flocked surface area wetable, embossing the hydrophobic material to form air flow guiding structures therein, defining fold lines in said hydrophobic material, forming slits along the fold lines, accordion pleating the hydrophobic material to form alternating wet and dry passages, the wet passages formed between opposinig wetable surfaces, the dry passages formed between non-flocked surfaces, whereby folding causes the slits in the folds to open and form air inlets and outlets in communication with the air flow passages, and sealing the edges formed by said first and second sides of said hydrophobic material.