mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling user creation of data resources on a software platform for storing and executing data resources for multiple users, wherein the method is performed using one or more processors or special-purpose computing hardware, the method comprising: receiving from a user a user request to create a data resource on the software platform, the user request comprising, or identifying, a specification indicative of the data resource and a user identifier associated with said user; performing verification of said user using the user identifier to determine if said user is permitted to create or modify the data resource indicated in the specification in accordance with a predetermined set of permissions; responsive to verifying said user in accordance with the predetermined set of permissions, creating a version of the data resource indicated in accordance with the specification for deployment on the software platform for subsequent access or execution by said user; wherein the, or a subsequent, user request comprises an indication that the data resource is required to be accessible to one or more other users, external to the software platform, via a network link, the method further comprising: verifying that said user is permitted to allow access to the data resource by external users; and responsive to verifying that said user is so permitted, creating one or more replicas of the data resource, and subsequently routing access requests from the one or more external users to the one or more replicas. receiving from a user a user request to create a data resource on the software platform, the user request comprising, or identifying, a specification indicative of the data resource and a user identifier associated with said user; performing verification of said user using the user identifier to determine if said user is permitted to create or modify the data resource indicated in the specification in accordance with a predetermined set of permissions; responsive to verifying said user in accordance with the predetermined set of permissions, creating a version of the data resource indicated in accordance with the specification for deployment on the software platform for subsequent access or execution by said user; wherein the, or a subsequent, user request comprises an indication that the data resource is required to be accessible to one or more other users, external to the software platform, via a network link, the method further comprising: verifying that said user is permitted to allow access to the data resource by external users; and responsive to verifying that said user is so permitted, creating one or more replicas of the data resource, and subsequently routing access requests from the one or more external users to the one or more replicas. verifying that said user is permitted to allow access to the data resource by external users; and responsive to verifying that said user is so permitted, creating one or more replicas of the data resource, and subsequently routing access requests from the one or more external users to the one or more replicas.
A curable, one-part, dual-stage thiol-ene-epoxy liquid adhesive composition comprising: an epoxy resin component comprising an epoxy resin having at least two epoxide groups per molecule; a thiol component comprising a polythiol compound having at least two thiol groups; a nitrogen-containing catalyst for the epoxy resin; a barbituric acid derivative soluble in the thiol-epoxy component of the thiol-ene-epoxy adhesive composition as assessed by the method described in the present description; a non-(meth)acrylate ethylenically unsaturated compound; and a photoinitiator; wherein the nitrogen-containing catalyst is insoluble in the ethylenically unsaturated compound and the polythiol compound separately as assessed by the method described in the present description. an epoxy resin component comprising an epoxy resin having at least two epoxide groups per molecule; a thiol component comprising a polythiol compound having at least two thiol groups; a nitrogen-containing catalyst for the epoxy resin; a barbituric acid derivative soluble in the thiol-epoxy component of the thiol-ene-epoxy adhesive composition as assessed by the method described in the present description; a non-(meth)acrylate ethylenically unsaturated compound; and a photoinitiator; wherein the nitrogen-containing catalyst is insoluble in the ethylenically unsaturated compound and the polythiol compound separately as assessed by the method described in the present description.
A luminaire light source assembly for underground lighting applications comprising: a gear tray that forms: a lower bracket mounting surface; an upper bracket mounting surface, the lower and upper bracket mounting surfaces (102, 104) disposed such that in use, the lower and upper bracket mounting surfaces (102, 104) are substantially parallel to a horizontal surface to be illuminated by the luminaire light source assembly; and an inclined plane disposed between the lower and upper bracket mounting surfaces (102, 104); a first plurality and a second plurality of light emitting diodes (LEDs) coupled to the lower and upper bracket mounting surfaces (102, 104) of the gear tray respectively, wherein the first plurality and the second plurality of LEDs face the horizontal surface to be illuminated; and a plurality of LED optics, associated with each of the first and second pluralities of the LEDs and coupled to the lower and upper bracket mounting surfaces (102, 104). a gear tray that forms: a lower bracket mounting surface; an upper bracket mounting surface, the lower and upper bracket mounting surfaces (102, 104) disposed such that in use, the lower and upper bracket mounting surfaces (102, 104) are substantially parallel to a horizontal surface to be illuminated by the luminaire light source assembly; and an inclined plane disposed between the lower and upper bracket mounting surfaces (102, 104); a lower bracket mounting surface; an upper bracket mounting surface, the lower and upper bracket mounting surfaces (102, 104) disposed such that in use, the lower and upper bracket mounting surfaces (102, 104) are substantially parallel to a horizontal surface to be illuminated by the luminaire light source assembly; and an inclined plane disposed between the lower and upper bracket mounting surfaces (102, 104); a first plurality and a second plurality of light emitting diodes (LEDs) coupled to the lower and upper bracket mounting surfaces (102, 104) of the gear tray respectively, wherein the first plurality and the second plurality of LEDs face the horizontal surface to be illuminated; and a plurality of LED optics, associated with each of the first and second pluralities of the LEDs and coupled to the lower and upper bracket mounting surfaces (102, 104).
Method for detecting and/or measuring physical quantities associated with a live electrical conductor at least partially embedded or inserted in a device body made of insulating material, comprising the steps of: - providing a multilayer element; - giving the multilayer element a cylindrical or frustoconical shape; wherein the multilayer element comprises at least one insulating substrate made from a mineral fiber mesh, for example glass fiber, embedded in a matrix of insulating material, preferably epoxy-based, and a plurality of conductive layers (14, 16) coupled to said at least one insulating substrate and comprising sensors and/or transducers and/or circuit networks to perform one or more functions including detection, measurement, protection, commutation, modulation, management and/or communication of acquired signals, said conductive layers being coupled on one or both sides of the insulating substrate, the conductive layers coupled on the same side of the insulating substrate being electrically separated from each other, wherein at least one conductive layer has a function of shielding and/or deflecting the field lines of the electric field generated by the live conductor, and wherein the insulating substrate also has a function of mechanical support for the multilayer element, characterized in: positioning the electrical conductor and the multilayer element in a cavity of a mold for the construction of the device body, the multilayer element being placed coaxially to the electrical conductor; - co-molding the electrical conductor and the multilayer element with the insulating material. - providing a multilayer element; - giving the multilayer element a cylindrical or frustoconical shape; wherein the multilayer element comprises at least one insulating substrate made from a mineral fiber mesh, for example glass fiber, embedded in a matrix of insulating material, preferably epoxy-based, and a plurality of conductive layers (14, 16) coupled to said at least one insulating substrate and comprising sensors and/or transducers and/or circuit networks to perform one or more functions including detection, measurement, protection, commutation, modulation, management and/or communication of acquired signals, said conductive layers being coupled on one or both sides of the insulating substrate, the conductive layers coupled on the same side of the insulating substrate being electrically separated from each other, wherein at least one conductive layer has a function of shielding and/or deflecting the field lines of the electric field generated by the live conductor, and wherein the insulating substrate also has a function of mechanical support for the multilayer element, characterized in: positioning the electrical conductor and the multilayer element in a cavity of a mold for the construction of the device body, the multilayer element being placed coaxially to the electrical conductor; - co-molding the electrical conductor and the multilayer element with the insulating material.
Method for providing a neutron radiation shield comprising: (a) providing a wall having an opening; (b) at least partially filling a space in the opening with a neutron moderator; characterized in that step (b) comprises: blast-injecting plastic granules into the opening with a blower device to form the neutron moderator. (a) providing a wall having an opening; (b) at least partially filling a space in the opening with a neutron moderator;
Cosmetic or dermatological composition comprising at least one organic UV screening agent and/or one inorganic screening agent, characterized in that the said composition comprises in a physiologically acceptable medium at least the following combination and: A) a semi-crystalline polymer which is solid at ambient temperature and has a melting point of greater than or equal to 30°C, containing a) a polymeric backbone and b) at least one crystallizable organic side chain and/or one crystallizable organic block forming part of the backbone of the said polymer, the said polymer having a number-average molecular mass Mn of greater than or equal to 1000; the said polymer being selected from polymers obtained from a monomer having a crystallizable chain and selected from saturated C 14 to C 22 alkyl (meth)acrylates, and B) hollow latex particles constituted of a copolymer of styrene and (meth)acrylic acid or one of its C 1 -C 20 alkyl esters and having a particle size ranging from 150 to 380 nm. A) a semi-crystalline polymer which is solid at ambient temperature and has a melting point of greater than or equal to 30°C, containing a) a polymeric backbone and b) at least one crystallizable organic side chain and/or one crystallizable organic block forming part of the backbone of the said polymer, the said polymer having a number-average molecular mass Mn of greater than or equal to 1000; the said polymer being selected from polymers obtained from a monomer having a crystallizable chain and selected from saturated C 14 to C 22 alkyl (meth)acrylates, and B) hollow latex particles constituted of a copolymer of styrene and (meth)acrylic acid or one of its C 1 -C 20 alkyl esters and having a particle size ranging from 150 to 380 nm.
Device for handling drill string components for a drill rig, said device including a slide which is arranged displaceable on a longitudinal guide, a grip unit being supported by the slide and being swingable with the aid of a swing unit between a first position for receiving and delivering of drill string components beside the drill rig and a second position for assembling and disassembling of drill string components in the drill rig, wherein said grip unit includes rotator means (26,27,29,30) for rotation of a gripped drill string component, - wherein a rotational actuator being supported by the slide has an axis of rotation extending along a rotational axis and forming an angle to a longitudinal axis of the longitudinal guide, and - wherein the swing unit includes a first link portion which is connected to an outgoing shaft defining said rotational axis, a second link portion, which is connected to the grip unit and a swing joint portion, which interconnects said first and second link portions (11,12) for swinging the second link portion in respect of the first link portion, characterized in - that the first link portion is a first frame part and is extending transversely to said rotational axis, - that the second link portion has two sideways arranged frame parts (12',12") which together with a transversal frame part and said first link portion form a frame of the swing unit, and - that the swing joint portion is arranged to perform a swing movement of the second link portion and thereby the grip unit in respect of the first link portion to said second position. - wherein a rotational actuator being supported by the slide has an axis of rotation extending along a rotational axis and forming an angle to a longitudinal axis of the longitudinal guide, and - wherein the swing unit includes a first link portion which is connected to an outgoing shaft defining said rotational axis, a second link portion, which is connected to the grip unit and a swing joint portion, which interconnects said first and second link portions (11,12) for swinging the second link portion in respect of the first link portion, characterized in - that the first link portion is a first frame part and is extending transversely to said rotational axis, - that the second link portion has two sideways arranged frame parts (12',12") which together with a transversal frame part and said first link portion form a frame of the swing unit, and - that the swing joint portion is arranged to perform a swing movement of the second link portion and thereby the grip unit in respect of the first link portion to said second position.
A handling device for the maintenance of agitator ball mills comprising a horizontally arranged grinding container, wherein the handling device comprises a transport means and at least one receiving unit for machine parts of an agitator ball mill, wherein the transport means is detachably connected to the receiving unit, characterized in that the receiving unit comprises at least one first receiving device for a grinding container cover or a grinding container bottom, respectively, of the agitator ball mill and a second receiving device for the grinding container of the agitator ball mill and a third receiving device for grinding bodies of the agitator ball mill, wherein the second receiving device is formed as support and the third receiving device by a receiving trough, and wherein the first receiving device and the second receiving device are arranged in and/or on the receiving trough.
LED module, having at least two LED clusters (102a'-c'), affixed to a circuit board, with, respectively, at least two LED chips (104a-c) coated with a mutual sealing compound coating (108a-c) of different color, wherein the LED chips (104a-c) of the individual LED clusters (102a'-c') are mounted by way of 'surface mounted device' method or 'chip on board' method on contact areas (107a-c) that are applied directly on a surface area of the circuit board, wherein those spots of the circuit board on which the LED chips (104a-c) of the individual LED clusters (102a'-c') are placed are arranged in an arrangement pattern of a placement layout, wherein the encapsulated LED chips (104a-c) of same-colored light-emitting diodes of different LED clusters (102a'-c') are located in the placement layout of these different LED clusters (102a'-c') in different locations below the respective sealing compound coatings (108a-c), wherein the sealing compound coatings (108a-c) of the individual LED clusters (102a'-c') are made of a transparent or partially light-permeable material, characterized in that the sealing compound coatings (108a-c) of the individual LED clusters (102a'-c') are enhanced with color conversion pigments absorbing at least a spectral component of the light rays emitted by light-emitting diodes of the individual LED clusters (102a'-c') and in that the LED module has additionally an at least partially light-permeable coating that refracts the light emitted by the LED chips (104a-c) of the individual LED clusters (102a'-c') and scatters it in all spatial directions of a half-space located in front of this coating.
An attachment device with a buckle for adjusting and clamping a strap, said buckle being composed of a pair of superposed rings (11, 12) presenting rectangular frames of different dimensions, the larger first ring comprising a first rectangular opening located under a second rectangular opening arranged in the second ring of smaller size so as to define a transverse slot for passage of the strap, said slot being arranged between one of the outer edges of the second ring, and the adjacent side of the first opening of the first ring, the buckle being located either in a blocking position of the strap in the slot when tensioning is performed, or in a releasing position after a relative movement between the two rings (11, 12) resulting in an increase of the passage area in the slot, characterized in that the buckle is associated with a positioning shim housed opposite the slot, surrounding a first closed turn of the strap, said positioning shim separating the top strand and the bottom strand of said turn from one another to reduce the friction effect when relative movement takes place between the two rings (11, 12).
An optical fiber comprising: a center core; an inner cladding surrounding the center core and having a refractive index lower than a refractive index of the center core; and an outer cladding surrounding the inner cladding and having a refractive index lower than the refractive index of the center core and higher than the refractive index of the inner cladding, wherein the center core, the inner cladding, and the outer cladding are configured such that wavelength dependency of microbending loss of the optical fiber has a local maximal value and a shortest wavelength λ th where the microbending loss becomes 10% of the local maximal value is longer than 1560 nm; wherein the local maximal value is 0.6 dB/km or less; wherein a diameter of the center core is 12.0 μm or more and 16.0 μm or less, a relative refractive index difference between the inner cladding and the center core is 0.30% or more and 0.55% or less, a ratio of an outer diameter of the inner cladding to the diameter of the center core is 2.5 times or more and 5.5 times or less, and a relative refractive index difference between the inner cladding and the outer cladding is 0.01% or more and 0.20% or less; and wherein a theoretical cutoff wavelength of the LP02-mode is shorter than 1530 nm. a center core; an inner cladding surrounding the center core and having a refractive index lower than a refractive index of the center core; and an outer cladding surrounding the inner cladding and having a refractive index lower than the refractive index of the center core and higher than the refractive index of the inner cladding, wherein the center core, the inner cladding, and the outer cladding are configured such that wavelength dependency of microbending loss of the optical fiber has a local maximal value and a shortest wavelength λ th where the microbending loss becomes 10% of the local maximal value is longer than 1560 nm; wherein the local maximal value is 0.6 dB/km or less; wherein a diameter of the center core is 12.0 μm or more and 16.0 μm or less, a relative refractive index difference between the inner cladding and the center core is 0.30% or more and 0.55% or less, a ratio of an outer diameter of the inner cladding to the diameter of the center core is 2.5 times or more and 5.5 times or less, and a relative refractive index difference between the inner cladding and the outer cladding is 0.01% or more and 0.20% or less; and wherein a theoretical cutoff wavelength of the LP02-mode is shorter than 1530 nm.
Device for a vehicle for setting up a wireless communication link to a mobile apparatus, wherein the device comprises radio means, wherein the device is configured to detect time periods during which a respective mobile apparatus from a plurality of mobile apparatuses is located within range of the radio means for setting up the wireless communication link, wherein the device detects the respective time period for each mobile apparatus of the plurality within range, wherein the device is configured to set up the wireless communication link to at least one mobile apparatus as a function of the detected time periods, wherein the device is configured to determine a first set of the mobile apparatuses as a function of the time periods, wherein each mobile apparatus which is located within range of the vehicle and for which the respective time period exceeds a first threshold value forms part of the first set, and wherein the device is configured to set up the wireless communication link automatically to at least one mobile apparatus from the first set.
A method comprising: storing a set of data in volatile memory of a computing system, wherein the set of data is not stored in nonvolatile storage; determining that an input power in a set of one or more power supply units (102a, 102b, 402, 404) has been lost; responsive to determining that the input power in the set of one or more power supply units (102a, 102b, 402, 404) has been lost, running the computing system in a first operating mode using energy available in one or more bulk capacitors in the set of one or more power supply units (102a, 102b, 402, 404), wherein the set of data is not flushed to persistent storage in the first operating mode; determining that available energy in the one or more bulk capacitors in the set of one or more power supply units (102a, 102b, 402, 404) has dropped to a threshold; responsive to determining that the available energy in the one or more bulk capacitors in the set of one or more power supply units (102a, 102b, 402, 404) has dropped to the threshold, performing a cache flush that transfers the set of data to persistent memory in the computing system. storing a set of data in volatile memory of a computing system, wherein the set of data is not stored in nonvolatile storage; determining that an input power in a set of one or more power supply units (102a, 102b, 402, 404) has been lost; responsive to determining that the input power in the set of one or more power supply units (102a, 102b, 402, 404) has been lost, running the computing system in a first operating mode using energy available in one or more bulk capacitors in the set of one or more power supply units (102a, 102b, 402, 404), wherein the set of data is not flushed to persistent storage in the first operating mode; determining that available energy in the one or more bulk capacitors in the set of one or more power supply units (102a, 102b, 402, 404) has dropped to a threshold; responsive to determining that the available energy in the one or more bulk capacitors in the set of one or more power supply units (102a, 102b, 402, 404) has dropped to the threshold, performing a cache flush that transfers the set of data to persistent memory in the computing system.