mhurhangee/ep-ind-claims huggingface dataset:
A method of generating a control schedule for a wind turbine, the control schedule indicating how the turbine maximum power level varies over time, the method comprising: determining a value indicative of the current remaining fatigue lifetime of the turbine, or one or more turbine components, based on measured wind turbine site and/or operating data; applying an optimisation function that varies an initial control schedule to determine an optimised control schedule by varying the trade off between energy capture and fatigue life consumed by the turbine or the one or more turbine components until an optimised control schedule is determined, the optimisation including: estimating future fatigue lifetime consumed by the turbine or turbine component over the duration of the varied control schedule based on the current remaining fatigue lifetime and the varied control schedule; and constraining the optimisation of the control schedule according to one or more input constraints; wherein the input constraints include a maximum number of permitted component replacements for one or more turbine components and the optimisation further includes varying an initial value for a wind turbine lifetime to determine a target wind turbine lifetime. determining a value indicative of the current remaining fatigue lifetime of the turbine, or one or more turbine components, based on measured wind turbine site and/or operating data; applying an optimisation function that varies an initial control schedule to determine an optimised control schedule by varying the trade off between energy capture and fatigue life consumed by the turbine or the one or more turbine components until an optimised control schedule is determined, the optimisation including: estimating future fatigue lifetime consumed by the turbine or turbine component over the duration of the varied control schedule based on the current remaining fatigue lifetime and the varied control schedule; and constraining the optimisation of the control schedule according to one or more input constraints; estimating future fatigue lifetime consumed by the turbine or turbine component over the duration of the varied control schedule based on the current remaining fatigue lifetime and the varied control schedule; and constraining the optimisation of the control schedule according to one or more input constraints; wherein the input constraints include a maximum number of permitted component replacements for one or more turbine components and the optimisation further includes varying an initial value for a wind turbine lifetime to determine a target wind turbine lifetime.
A composite material comprising: tin/zinc composite particles comprising tin particles and zinc particles, holding zinc particles on the surface of the tin particles, wherein a first average particle diameter, which is the average particle diameter of the zinc particles, is from 2 μm to 10 μm and a second average particle diameter, which is the average particle diameter of the tin particles, is larger than the first average particle diameter. tin/zinc composite particles comprising tin particles and zinc particles, holding zinc particles on the surface of the tin particles, wherein a first average particle diameter, which is the average particle diameter of the zinc particles, is from 2 μm to 10 μm and a second average particle diameter, which is the average particle diameter of the tin particles, is larger than the first average particle diameter.
A composition for producing an antimicrobial polyurethane foam comprising: a multi-functional isocyanate component; an aqueous polyol component reactive with the multi-functional isocyanate component; an antimicrobial metallic compound, wherein the antimicrobial metallic compound is antimicrobial silver saccharinate; and a complexing agent, wherein the complexing agent is selected from ammonium-containing compounds and ammonia. a multi-functional isocyanate component; an aqueous polyol component reactive with the multi-functional isocyanate component; an antimicrobial metallic compound, wherein the antimicrobial metallic compound is antimicrobial silver saccharinate; and a complexing agent, wherein the complexing agent is selected from ammonium-containing compounds and ammonia.
A method of allocating resources in a network for the transmission of a data flow, comprising the following steps performed by the network: receiving a query from a client specifying one or more quality-of-service, QoS, requirements for the data flow; identifying, from a set of stored QoS models, a plurality of QoS models that match the specified requirements, each QoS model defining a class of service available in the network; transmitting, in response to the query, a query response specifying the identified QoS models; receiving a reservation request from the client, the reservation request specifying at least one of the identified QoS models; and allocating one or more resources in the network for the data flow based on the at least one QoS model specified in the reservation request. receiving a query from a client specifying one or more quality-of-service, QoS, requirements for the data flow; identifying, from a set of stored QoS models, a plurality of QoS models that match the specified requirements, each QoS model defining a class of service available in the network; transmitting, in response to the query, a query response specifying the identified QoS models; receiving a reservation request from the client, the reservation request specifying at least one of the identified QoS models; and allocating one or more resources in the network for the data flow based on the at least one QoS model specified in the reservation request.
A gas turbine engine comprising in downstream serial flow relationship a fan section, a worm gas generator with a combustor, and a low pressure turbine operably connected to the fan section; characterised in that the fan section is counter-rotatable and wherein the engine further comprises an inlet transition duct between the counter-rotatable fan section and the worm gas generator, radially spaced apart outer and inner inlet bends (182, 184) in the inlet transition duct, and radially spaced apart annular outer and inner inlet turning vanes (186, 188) disposed within the outer and inner inlet bends (182, 184) respectively.
A type variable helmet comprising: a half face unit formed to cover an upper region of a head of a user; and an under face unit detachably attached to a lower part of the half face unit and formed to cover a lower region of the head of the user, wherein the under face unit includes a first coupling module formed at a position corresponding to a temporal region of the head of the user, and a second coupling module formed at a position corresponding to an occipital region of the head of the user, and wherein the half face unit includes a third coupling module formed to be coupled to and detached from the first coupling module, and a fourth coupling module formed to be coupled to and detached from the second coupling module, characterized in that: the second coupling module includes a shaft rotation member including: a locking part formed in the form of a hook that protrudes toward an upper part of the under face unit; a manipulation part that protrudes toward a lower part of the under face unit; and a hinge part that is disposed between the locking part and the manipulation part and forms a rotating shaft, wherein the fourth coupling module is formed in the form of a groove to which the locking part is locked. a half face unit formed to cover an upper region of a head of a user; and an under face unit detachably attached to a lower part of the half face unit and formed to cover a lower region of the head of the user, wherein the under face unit includes a first coupling module formed at a position corresponding to a temporal region of the head of the user, and a second coupling module formed at a position corresponding to an occipital region of the head of the user, and wherein the half face unit includes a third coupling module formed to be coupled to and detached from the first coupling module, and a fourth coupling module formed to be coupled to and detached from the second coupling module, characterized in that: the second coupling module includes a shaft rotation member including: a locking part formed in the form of a hook that protrudes toward an upper part of the under face unit; a manipulation part that protrudes toward a lower part of the under face unit; and a hinge part that is disposed between the locking part and the manipulation part and forms a rotating shaft, wherein the fourth coupling module is formed in the form of a groove to which the locking part is locked. a locking part formed in the form of a hook that protrudes toward an upper part of the under face unit; a manipulation part that protrudes toward a lower part of the under face unit; and a hinge part that is disposed between the locking part and the manipulation part and forms a rotating shaft, wherein the fourth coupling module is formed in the form of a groove to which the locking part is locked.
An orthopedic device with at least one joint and a hydraulic system with at least one valve, the hydraulic system being filled with a hydraulic fluid, which contains a silicone oil, characterized in that the hydraulic fluid additionally comprises an additive oil, which contains at least one ester group.
A system for the metabolization of organic substances, comprising at least one housing with an elongated space, wherein the housing has at least one inlet opening at the top end portion for the introduction of liquids with organic substances therein and at least one outlet opening for liquids at the bottom end portion, wherein the inlet opening and the outlet opening are in communication with the elongated space, and wherein the elongated space extends from the top end portion to the bottom end portion of the housing, with at least one planting opening provided on the housing between the inlet opening and the outlet opening, the planting opening being in communication with the elongated space, and with a liquid basin, the at least one inlet opening being in communication with the liquid basin, and the liquid with organic substances therein being adapted to be arranged in the liquid basin, characterized in that a support element for plants is accommodated in the at least one planting opening, the support element preferably being made from rock wool, glass wool or a fiber material on polymer basis, a porous filler material is provided in the elongated space, the porous filler material being mineral and having a porosity between 35% and 70%, and the housing is arranged with the bottom end portion in the liquid basin, the outlet opening opening into the liquid basin. wherein the housing has at least one inlet opening at the top end portion for the introduction of liquids with organic substances therein and at least one outlet opening for liquids at the bottom end portion, wherein the inlet opening and the outlet opening are in communication with the elongated space, and wherein the elongated space extends from the top end portion to the bottom end portion of the housing, with at least one planting opening provided on the housing between the inlet opening and the outlet opening, the planting opening being in communication with the elongated space, and with a liquid basin, the at least one inlet opening being in communication with the liquid basin, and the liquid with organic substances therein being adapted to be arranged in the liquid basin, characterized in that a support element for plants is accommodated in the at least one planting opening, the support element preferably being made from rock wool, glass wool or a fiber material on polymer basis, a porous filler material is provided in the elongated space, the porous filler material being mineral and having a porosity between 35% and 70%, and the housing is arranged with the bottom end portion in the liquid basin, the outlet opening opening into the liquid basin.
A package comprising: an outer film layer comprising an outer die cut, wherein the outer die cut defines a peripheral edge of a peelable flap portion of the package; and an inner film layer laminated to the outer film layer and comprising an inner die cut, wherein the inner die cut defines a location of an opening of the package, is formed inwardly of the outer die cut, and is formed on the peelable flap portion, wherein the inner die cut comprises: a first cross-directional cut line; first and second longitudinal cut lines (145, 150) extending continuously lengthwise from opposite ends of the first cross-directional cut line, respectively; and a second cross-directional cut line extending continuously between the first and second longitudinal cut lines (145, 150) opposite the first cross-directional cut line, wherein the second cross-directional cut line has a non-zero first radius of curvature; characterized in that: a juncture of each of the first and second longitudinal cut lines (145, 150) with the second cross-directional cut line has a second radius of curvature that is different from the first radius of curvature. a first cross-directional cut line; first and second longitudinal cut lines (145, 150) extending continuously lengthwise from opposite ends of the first cross-directional cut line, respectively; and a second cross-directional cut line extending continuously between the first and second longitudinal cut lines (145, 150) opposite the first cross-directional cut line,
Motor vehicle rear module intended to be affixed to a structure of a rear hatch, this module comprising: - a light unit, - an external bodywork skin, this skin being at least partly adjacent to the light unit, - a shaping element (20a, 20b), designed in such a way as to shape the skin around the light unit, characterised in that the shaping element comprises two parts (20a, 20b) each attached to a portion (30a, 30b) of the skin, these two parts being in addition attached to each other so as to clamp the two portions of the skin around the light unit. - a light unit, - an external bodywork skin, this skin being at least partly adjacent to the light unit, - a shaping element (20a, 20b), designed in such a way as to shape the skin around the light unit, characterised in that the shaping element comprises two parts (20a, 20b) each attached to a portion (30a, 30b) of the skin, these two parts being in addition attached to each other so as to clamp the two portions of the skin around the light unit.
An ultrasound resonant dipole for medical applications comprising: - a tang (30, 31, 32) designed to be connected to a handset comprising an ultrasonic transducer that vibrates at ultrasound frequency with a longitudinal axis of vibration (X-X) coaxial with the axis of the tang, - an annular element connected to said tang, and - a tool disposed on said annular element with an axis of vibration (Y-Y) inclined with respect to the axis of vibration (X-X) of the transducer, characterised in that - said annular element is open or discontinuous and has an aperture disposed along the continuation of the axis (X-X) of the transducer, in a position diametrically opposite the attachment of the tang to the annular element of the sonotrode. - a tang (30, 31, 32) designed to be connected to a handset comprising an ultrasonic transducer that vibrates at ultrasound frequency with a longitudinal axis of vibration (X-X) coaxial with the axis of the tang, - an annular element connected to said tang, and - a tool disposed on said annular element with an axis of vibration (Y-Y) inclined with respect to the axis of vibration (X-X) of the transducer, characterised in that - said annular element is open or discontinuous and has an aperture disposed along the continuation of the axis (X-X) of the transducer, in a position diametrically opposite the attachment of the tang to the annular element of the sonotrode.
A method of decarbonating a hydrocarbon gas, a natural gas for example, by washing with a solvent, wherein the following stages are carried out: a) contacting said gas with an absorbent solution so as to obtain a CO 2 -depleted gas and a CO 2 -laden absorbent solution, b) heating and expanding the CO 2 -laden absorbent solution, at a temperature ranging between 50°C and 140°C, and at a pressure ranging between 1.5 and 6 bar so as to release a hydrocarbon-containing gaseous fraction and to obtain a hydrocarbon-depleted absorbent solution, said temperature and said pressure being so selected that said gaseous fraction comprises at least 50 % of the hydrocarbons contained in said CO 2 -laden absorbent solution and at most 35 % of the CO 2 contained in said CO 2 -laden absorbent solution, c) thermally regenerating by stripping or distillation the hydrocarbon-depleted absorbent solution so as to release a CO 2 -rich gaseous effluent and to obtain a regenerated absorbent solution, and wherein prior to stage b), the CO 2 -laden absorbent solution is expanded at a pressure P2 ranging between said pressure used in stage b) and a pressure used in stage a), and at a temperature substantially identical to that of said CO 2 -laden absorbent solution obtained after stage a). a) contacting said gas with an absorbent solution so as to obtain a CO 2 -depleted gas and a CO 2 -laden absorbent solution, b) heating and expanding the CO 2 -laden absorbent solution, at a temperature ranging between 50°C and 140°C, and at a pressure ranging between 1.5 and 6 bar so as to release a hydrocarbon-containing gaseous fraction and to obtain a hydrocarbon-depleted absorbent solution, said temperature and said pressure being so selected that said gaseous fraction comprises at least 50 % of the hydrocarbons contained in said CO 2 -laden absorbent solution and at most 35 % of the CO 2 contained in said CO 2 -laden absorbent solution, c) thermally regenerating by stripping or distillation the hydrocarbon-depleted absorbent solution so as to release a CO 2 -rich gaseous effluent and to obtain a regenerated absorbent solution,
An RJ45-compatible communication connector comprising: a housing with an aperture for receiving a plug; and a plurality of plug interface contacts (PICs) at least partially received in said aperture, the plug interface contacts comprising: proximal ends proximal said aperture; distal ends distal said aperture, the distal ends each having a compliant pin adjacent thereto, the compliant pins being fixed within a printed circuit board; wherein said proximal ends are rotated relative to said distal ends such that the proximal ends are arranged to flex about the compliant pins, at least some of said plurality of plug interface contacts have a wider distal end than said proximal end; said plurality of plug interface contacts comprising first plug interface contacts and second plug interface contacts; the connector being characterized in that the first plug interface contacts each have a first bend profile in the respective wider distal end and the second plug interface contacts each have a second, different bend profile in the respective wider distal end. a housing with an aperture for receiving a plug; and a plurality of plug interface contacts (PICs) at least partially received in said aperture, the plug interface contacts comprising: proximal ends proximal said aperture; distal ends distal said aperture, the distal ends each having a compliant pin adjacent thereto, the compliant pins being fixed within a printed circuit board; wherein said proximal ends are rotated relative to said distal ends such that the proximal ends are arranged to flex about the compliant pins, at least some of said plurality of plug interface contacts have a wider distal end than said proximal end; said plurality of plug interface contacts comprising first plug interface contacts and second plug interface contacts; the connector being characterized in that the first plug interface contacts each have a first bend profile in the respective wider distal end and the second plug interface contacts each have a second, different bend profile in the respective wider distal end. proximal ends proximal said aperture; distal ends distal said aperture, the distal ends each having a compliant pin adjacent thereto, the compliant pins being fixed within a printed circuit board; wherein said proximal ends are rotated relative to said distal ends such that the proximal ends are arranged to flex about the compliant pins, at least some of said plurality of plug interface contacts have a wider distal end than said proximal end; said plurality of plug interface contacts comprising first plug interface contacts and second plug interface contacts; the connector being characterized in that the first plug interface contacts each have a first bend profile in the respective wider distal end and the second plug interface contacts each have a second, different bend profile in the respective wider distal end.
A composition comprising a CD19xCD3 bispecific antibody for use in a method for the treatment of tumorous mass of lymph node tissue and/or extranodal lymphoma caused by diffuse large B cell lymphoma (DLBCL) in a patient who is refractory to chemotherapy treatment and/or in relapse after treatment with chemotherapy.