mhurhangee/ep-ind-claims huggingface dataset:
Method for exchanging data between a server (101, 201) and a client (102, 202) in an industrial data network, wherein the server (101, 201) employs a first information model (620, 621, 1021, 1221, 1921) for information interchange, and wherein the client (102, 202) employs a second information model (222, 622, 1022, 1222, 1922) for information interchange, wherein - in a first step, performed by a converting unit, converting the first (620, 621, 1021, 1221, 1921) and the second information models (222, 622, 1022, 1222, 1922) in a first and a second machine-interpretable description, - in a second step, performed by a deducing unit, deducing similarities between elements of the first and the second machine-interpretable description, - in a third step, performed by a suggestion unit and based on the deduced similarities in text and in structure, proposing and implementing a mapping of at least one element of the first information model to an element of the second information model, and - in a fourth step, employing, by a gateway entity, the mapping for a data exchange between the server (101, 201) and the client (102, 202). - in a first step, performed by a converting unit, converting the first (620, 621, 1021, 1221, 1921) and the second information models (222, 622, 1022, 1222, 1922) in a first and a second machine-interpretable description, - in a second step, performed by a deducing unit, deducing similarities between elements of the first and the second machine-interpretable description, - in a third step, performed by a suggestion unit and based on the deduced similarities in text and in structure, proposing and implementing a mapping of at least one element of the first information model to an element of the second information model, and - in a fourth step, employing, by a gateway entity, the mapping for a data exchange between the server (101, 201) and the client (102, 202).
A liquid pharmaceutical formulation comprising: a. an antibody or an antigen-binding fragment thereof as an active ingredient; b. cyclodextrin at a concentration of from 7.5mM to 250mM and c. methionine at a concentration of from 30mM to 200mM. a. an antibody or an antigen-binding fragment thereof as an active ingredient; b. cyclodextrin at a concentration of from 7.5mM to 250mM and c. methionine at a concentration of from 30mM to 200mM.
A chemically energized solid-state electric generator comprising: a solid state junction comprising a first material layer (401, 402; 505, 506; 1400) and a second material layer (403; 507), wherein the first material layer comprises physically disconnected, electrically tunneling connected nanoscopic catalyst clusters (401, 402; 505, 506; 1400) with a typical dimension and a typical separation disposed on the surface of the second material layer (403; 507) to form a solid-state electric generator, wherein the typical dimension is formed to be less than the mean free path for hot carriers in each cluster (401, 402; 505, 506; 1400) to allow the carrier transit time to be shorter than the period of the highest lattice vibration of the cluster (401, 402; 505, 506; 1400), wherein the chemically energized solid state electric generator uses an interaction of chemically energized reactants to energize a charge carrier between the first and second material. a solid state junction comprising a first material layer (401, 402; 505, 506; 1400) and a second material layer (403; 507), wherein the first material layer comprises physically disconnected, electrically tunneling connected nanoscopic catalyst clusters (401, 402; 505, 506; 1400) with a typical dimension and a typical separation disposed on the surface of the second material layer (403; 507) to form a solid-state electric generator, wherein the typical dimension is formed to be less than the mean free path for hot carriers in each cluster (401, 402; 505, 506; 1400) to allow the carrier transit time to be shorter than the period of the highest lattice vibration of the cluster (401, 402; 505, 506; 1400), wherein the chemically energized solid state electric generator uses an interaction of chemically energized reactants to energize a charge carrier between the first and second material.
A transducer for a phased array acoustic system, comprising: a base; a horn having a first end coupled to the base and a second end extending from the base and having a perimeter that defines a planar face of the transducer, the horn defining a horn length (290, 268) along a horn surface between the first end and the second end of the horn; and a central element having a first end coupled to the horn and a second end extending from the base along a longitudinal axis of the horn, the central element defining a central element length along a central element surface between the first end and the second end of the central element, the central element length (292, 276) being equal to the horn length, characterized in that the horn length (290, 268) and the central element length (292, 276) are configured to provide a wavefront having an uniform phase at the planar face of the transducer, and the horn has a S-shaped or sigmoid geometry relative to the longitudinal axis. a base; a horn having a first end coupled to the base and a second end extending from the base and having a perimeter that defines a planar face of the transducer, the horn defining a horn length (290, 268) along a horn surface between the first end and the second end of the horn; and a central element having a first end coupled to the horn and a second end extending from the base along a longitudinal axis of the horn, the central element defining a central element length along a central element surface between the first end and the second end of the central element, the central element length (292, 276) being equal to the horn length, characterized in that the horn length (290, 268) and the central element length (292, 276) are configured to provide a wavefront having an uniform phase at the planar face of the transducer, and the horn has a S-shaped or sigmoid geometry relative to the longitudinal axis.
A locking device of plug on a container with flange, said locking device comprising a cap provided with at least one internal groove being shaped to overlie said plug and surrounding said flange so as to make said plug inaccessible, a collar adapted to be housed in said cap and provided with lower internal notches for abut beneath said flange for securing said collar to said container and external notches adapted to cooperate with said groove for securing said collar to said cap, characterized in that said cap comprises at least one frangible zone which can be broken to allow the opening of said cap and its removal relative to said flange, in that said collar is formed by a ring extended by tenons intended to surround said plug and provided with at least one bridge which is deformable and breakable provided opposite said tenons and able on the one hand to allow said collar to elastically deform radially to allow the forced insertion of said flange in said collar and on the other hand to be broken to allow the removal of said collar relative to said flange and then the withdrawal of said plug from said container.
Apparatus for dispensing absorbent sheet material from a roll, the apparatus comprising a roll holder for rotatably supporting said roll, and a roll fill level indicator arrangement, said roll fill level indicator arrangement comprising a pivoting arm, and a moveable first indicator device, said pivoting arm comprises roll engagement means for engagement with an outer peripheral surface of said roll, and a position of said first indicator device being continuously responsive to an angular position of said pivoting arm, such that said roll fill level indicator arrangement is able to provide a gradual roll fill level indication, characterised in that said first indicator device is a separate part that is movably connected to said pivoting arm.
A central vacuum cleaner comprising: a housing having a vacuum fan and a fan motor mounted therein; a dirt container removably mounted to a lower end of the housing to be generally positioned vertically below the housing, the dirt container comprising: a receptacle having a closed bottom wall, a sidewall extending upward from the bottom wall, and an open top, characterized in a ring mount extending from the receptacle sidewall proximal to the open top of the receptacle and extending substantially around an entire perimeter of the sidewall, a bottom side of the ring mount comprising a surface shaped to be held by an operator to support the dirt container, the surface extending substantially around an entire perimeter of the sidewall, a release ring movably mounted above the ring mount and extending substantially around the entire perimeter of the sidewall, and one or more locks mounted between the ring mount and the release ring, the one or more locks being movable by the release ring from an engaged position in which the one or more locks extend towards and engage the lower end of the housing to hold the dirt container to the housing to a disengaged position in which the one or more locks retract from the lower end of the housing to permit removal of the dirt container from the housing.
A method of data communication in a cellular communications network based on an unlicensed wideband carrier, the method performed by a base station of the cellular communications network, the base station being in communication with one or more mobile devices, the method comprising the steps of: determining a set of sub-bands to be used of the plurality of sub-bands available for data transmission; generating used sub-band control information pertaining to a plurality of sub-bands in the carrier based on the set of sub-bands to be used; and providing the used sub-band control information to the one or more mobile devices, wherein providing the used sub-band control information to the one or more mobile devices includes: generating downlink control information, DCI, including the used sub-band control information; and transmitting the DCI in a group-common manner, characterised in that the DCI is configured to include the information of the used sub-bands in a bitmap-based signaling where each bit of the bitmap provides a usage status of a sub-band in a channel occupancy time, COT, included with a COT identification and/or a COT duration. determining a set of sub-bands to be used of the plurality of sub-bands available for data transmission; generating used sub-band control information pertaining to a plurality of sub-bands in the carrier based on the set of sub-bands to be used; and providing the used sub-band control information to the one or more mobile devices, wherein providing the used sub-band control information to the one or more mobile devices includes: generating downlink control information, DCI, including the used sub-band control information; and transmitting the DCI in a group-common manner, characterised in that the DCI is configured to include the information of the used sub-bands in a bitmap-based signaling where each bit of the bitmap provides a usage status of a sub-band in a channel occupancy time, COT, included with a COT identification and/or a COT duration. generating downlink control information, DCI, including the used sub-band control information; and transmitting the DCI in a group-common manner, characterised in that the DCI is configured to include the information of the used sub-bands in a bitmap-based signaling where each bit of the bitmap provides a usage status of a sub-band in a channel occupancy time, COT, included with a COT identification and/or a COT duration.
A centrifugal separator comprising a rotor arrangement and a drive arrangement, wherein the rotor arrangement comprises a spindle, a separator bowl, and a user of electric energy, wherein the drive arrangement is connected to, or forms part of, the spindle and is configured to rotate the rotor arrangement about a rotational axis, and wherein the centrifugal separator comprises a generator for generating an electric current, wherein the generator is configured for continuously generating a current during a full revolution of the rotor arrangement, wherein the current is utilised for supplying electric current to the user of electric energy arranged in the rotor arrangement, in that the generator comprises a coil arranged to rotate with the rotor arrangement, wherein the coil has a coil axis extending substantially perpendicularly to the rotational axis, in that the generator comprises a magnet element arranged stationary in the centrifugal separator, wherein the magnet element is arranged to provide a magnetic field extending across the rotational axis, and in that the drive arrangement comprises an electric motor comprising a rotor and a stator, wherein the rotor forms part of the spindle such that the spindle forms part of the drive arrangement, and wherein the coil of the generator is arranged in a portion of the rotor of the electric motor, and wherein the magnet element of the generator is formed by at least one magnet member of the stator of the electric motor. the rotor arrangement comprises a spindle, a separator bowl, and a user of electric energy, wherein the drive arrangement is connected to, or forms part of, the spindle and is configured to rotate the rotor arrangement about a rotational axis, and wherein the centrifugal separator comprises a generator for generating an electric current, wherein the generator is configured for continuously generating a current during a full revolution of the rotor arrangement, wherein the current is utilised for supplying electric current to the user of electric energy arranged in the rotor arrangement, in that the generator comprises a coil arranged to rotate with the rotor arrangement, wherein the coil has a coil axis extending substantially perpendicularly to the rotational axis, in that the generator comprises a magnet element arranged stationary in the centrifugal separator, wherein the magnet element is arranged to provide a magnetic field extending across the rotational axis, and in that the drive arrangement comprises an electric motor comprising a rotor and a stator, wherein the rotor forms part of the spindle such that the spindle forms part of the drive arrangement, and wherein the coil of the generator is arranged in a portion of the rotor of the electric motor, and wherein the magnet element of the generator is formed by at least one magnet member of the stator of the electric motor.
A wind turbine tower assembly, comprising: a tubular section having a first longitudinal axis (Li); and a base section assembly comprising a plurality of legs, said base section assembly configured to be assembled into a base section having said legs coupled together at an interface wherein the base section has a second longitudinal axis (L B), and wherein said legs are obliquely oriented relative to the second longitudinal axis (L B) at the interface, wherein the base section is configured to support said tubular section on said legs and in substantially coaxial alignment with the base section; characterized in that: each of said legs comprises an upper flange, a lower flange, and an arcuately shaped body extending between said upper flange and said lower flange. a tubular section having a first longitudinal axis (Li); and a base section assembly comprising a plurality of legs, said base section assembly configured to be assembled into a base section having said legs coupled together at an interface wherein the base section has a second longitudinal axis (L B), and wherein said legs are obliquely oriented relative to the second longitudinal axis (L B) at the interface, wherein the base section is configured to support said tubular section on said legs and in substantially coaxial alignment with the base section; characterized in that: each of said legs comprises an upper flange, a lower flange, and an arcuately shaped body extending between said upper flange and said lower flange.
A vacuum pump, in particular a rotary vane pump, comprising a pump system which is driven by an electric motor, wherein the electric motor has an output shaft for driving the pump system, said output shaft being drive-effectively connected to a drive shaft of the pump system by means of a coupling arrangement, wherein the coupling arrangement comprises: - a first coupling hub which is rotationally rigidly connected to the output shaft of the electric motor; - a second coupling hub which is rotationally rigidly connected to the drive shaft of the pump system; and - a coupling disk in the force flow path between the output shaft and the drive shaft, wherein the coupling disk is rotationally rigidly connected to the first coupling hub by means of a first linear guide and is rotationally rigidly connected to the second coupling hub by means of a second linear guide, with the second linear guide being oriented perpendicular to the first linear guide, characterized in that the first coupling hub is produced from or coated with 16MnCr5 case-hardened steel, the second coupling hub is produced from or coated with gray cast iron and the coupling disk is produced from or coated with 42CrMo4+QT case-hardened steel. - a first coupling hub which is rotationally rigidly connected to the output shaft of the electric motor; - a second coupling hub which is rotationally rigidly connected to the drive shaft of the pump system; and - a coupling disk in the force flow path between the output shaft and the drive shaft,
Fuel tank arrangement for a motor vehicle, comprising a fuel tank, having a filling pipe connected to the fuel tank and a fuel tank venting unit which comprises a tank venting pipe connected to the fuel tank and having a fuel tank venting valve, characterised in that the fuel tank venting unit is provided both for the independent and for the simultaneous venting of the fuel tank and the filling pipe.
A computer implemented method of determining one base curve value or two base curve values representing a base curve for a front surface of a spectacle lens, the method comprising the steps of: receiving frame data; and, determining said one base curve value or said two base curve values for the front surface of the spectacle lens from the received frame data; characterized in that said determining of said one base curve value or said two base curve values is done by calculating it or them, respectively, from the received frame data by the fit of a freeform surface to a curve, or to points of a curve that represents the frame rim data. receiving frame data; and, determining said one base curve value or said two base curve values for the front surface of the spectacle lens from the received frame data;
A compound selected from: (2S,4R)-1-(2-aminoacetyl)-4-benzoylamino-pyrrolidine-2-carboxylic acid; and Ac-DTyr-DPro-DHyp-Gly-DAla-Gly-NH 2; or a pharmaceutically acceptable salt or hydrate thereof, for use in a method for treating or preventing early stage diabetic retinopathy or diabetic macular edema in a human subject, the method comprising administering to the subject a therapeutically effective amount of the compound, or a pharmaceutically acceptable salt or hydrate thereof. (2S,4R)-1-(2-aminoacetyl)-4-benzoylamino-pyrrolidine-2-carboxylic acid; and Ac-DTyr-DPro-DHyp-Gly-DAla-Gly-NH 2; or a pharmaceutically acceptable salt or hydrate thereof, for use in a method for treating or preventing early stage diabetic retinopathy or diabetic macular edema in a human subject, the method comprising administering to the subject a therapeutically effective amount of the compound, or a pharmaceutically acceptable salt or hydrate thereof.
A machine-implemented method for replicating an animation effect from one object to another, the machine-implemented method further comprising: receiving a selection, from a user, of a source object included in a presentation slide, the source object having at least one associated animation effect (302, 402); receiving an indication of a desired operation for copying of the at least one associated animation effect from the source object to at least one target object included in a presentation slide (306, 406); receiving a selection of the at least one target object (308, 408) included in a presentation slide or presentation template; after selection of the at least one target object, deleting all animation effects of the at least one target object; and copying the at least one animation effect from the source object to the at least one target object in response to the receiving of the selection of the source object, the receiving of the indication of the desired operation, and the receiving of the selection of the at least one target object (316, 416). receiving a selection, from a user, of a source object included in a presentation slide, the source object having at least one associated animation effect (302, 402); receiving an indication of a desired operation for copying of the at least one associated animation effect from the source object to at least one target object included in a presentation slide (306, 406); receiving a selection of the at least one target object (308, 408) included in a presentation slide or presentation template; after selection of the at least one target object, deleting all animation effects of the at least one target object; and copying the at least one animation effect from the source object to the at least one target object in response to the receiving of the selection of the source object, the receiving of the indication of the desired operation, and the receiving of the selection of the at least one target object (316, 416).
Method of controlling a DHW cylinder, having an electric heating unit, a sensor for determining the charge level of the DHW cylinder and a control unit for controlling the charge level of the DHW cylinder, comprising the method steps of: - capturing a draw-off behaviour of a user, - determining a draw-off system with respect to the draw-off behaviour, the draw-off system having at least one draw-off peak at which a draw-off value exceeds a predefined threshold, - controlling the DHW cylinder in a first operating mode, having at least a first charge level and in a second operating mode, having at least a second charge level, wherein the second charge level is lower than the first charge level, - activating the first operating mode prior to a draw-off peak, - activating the second operating mode subsequent to a draw-off peak. - capturing a draw-off behaviour of a user, - determining a draw-off system with respect to the draw-off behaviour, the draw-off system having at least one draw-off peak at which a draw-off value exceeds a predefined threshold, - controlling the DHW cylinder in a first operating mode, having at least a first charge level and in a second operating mode, having at least a second charge level, wherein the second charge level is lower than the first charge level, - activating the first operating mode prior to a draw-off peak, - activating the second operating mode subsequent to a draw-off peak.