mhurhangee/ep-ind-claims huggingface dataset:
A distillate boiling range composition having a T5 distillation point of at least 160°C and a T90 distillation point of 350°C or less, the distillate boiling range composition comprising 90 wt% to 98 wt% saturates, the saturates comprising at least 70 wt% naphthenes relative to a weight of the distillate boiling range composition, and the distillate boiling range composition comprising a density at 15°C of at least 0.84 g/cm 3.
Flat belt pickup comprising a ribbon cable having a plurality of parallel cores, and comprising at least one terminal contact that penetrates an insulating casing of a core of the ribbon cable, a plurality of contact points being formed on the flat belt pickup and each contact point being allocated to a specific core of the ribbon cable, characterised in that a longitudinally displaceable carriage that can be moved back and forth between the contact points releases, as an actuator, one contact point in each case for contacting and at the same time deactivates the unreleased contact points.
A method for communication in LTE networks, comprising at least one user terminal, UE, communicating through a wireless connection to a macro cellular base station, abbreviated as eNB, and to a at least one femto cellular base station, abbreviated as HeNB, over a cellular system, wherein said method is characterised in that it comprises providing a wireless X2 interface between said eNB and HeNB stations in said LTE network to provide communication services to said at least one UE, wherein communication between the eNB and the HeNB via said wireless X2 interface is performed using a frequency band which is different to the frequency band used for communicating the eNB or the HeNB with said at least one user terminal.
A method of preparing a formulation, comprising: providing a mixture in a vessel, the mixture comprising a first composition and a second composition; transmitting focused acoustic energy having a frequency of between 100 kilohertz and 100 megahertz and a focal zone having a width of less than 2 centimeters through a wall of the vessel such that the mixture is disposed at least partially in the focal zone; and preparing an emulsion or liposome nanoformulation by forming a plurality of particles in the mixture by, at least in part, exposure of the mixture to the focal zone, sensing characteristics of the mixture and adjusting parameters of the focused acoustic energy treatment through a feedback control system to achieve a desired particle size, the plurality of particles having an average size of between 10 nm and 400 nm after exposure of the mixture to the focal zone. providing a mixture in a vessel, the mixture comprising a first composition and a second composition; transmitting focused acoustic energy having a frequency of between 100 kilohertz and 100 megahertz and a focal zone having a width of less than 2 centimeters through a wall of the vessel such that the mixture is disposed at least partially in the focal zone; and preparing an emulsion or liposome nanoformulation by forming a plurality of particles in the mixture by, at least in part, exposure of the mixture to the focal zone, sensing characteristics of the mixture and adjusting parameters of the focused acoustic energy treatment through a feedback control system to achieve a desired particle size, the plurality of particles having an average size of between 10 nm and 400 nm after exposure of the mixture to the focal zone.
A steam generator for a fuel cell system, comprising: a heat exchanger with at least one internal heat exchange surface, a water inflow pipe, a dripper head comprising a flow passageway fluidly connected to the water inflow pipe, which dripper head extends inside the heat exchanger above the heat exchange surface for feeding water down onto the heat exchange surface for conversion into steam; wherein the dripper head comprises a plurality of outlet holes spaced along the length of the flow passageway; and wherein between adjacent outlet holes the dripper head has a stepped profile on at least its underside, when viewed in cross-section, to prevent droplets from adjacent holes coalescing. a heat exchanger with at least one internal heat exchange surface, a water inflow pipe, a dripper head comprising a flow passageway fluidly connected to the water inflow pipe, which dripper head extends inside the heat exchanger above the heat exchange surface for feeding water down onto the heat exchange surface for conversion into steam; wherein the dripper head comprises a plurality of outlet holes spaced along the length of the flow passageway; and wherein between adjacent outlet holes the dripper head has a stepped profile on at least its underside, when viewed in cross-section, to prevent droplets from adjacent holes coalescing.
Device for generating impacts on a structure, the device comprising a projectile head, characterized in that - the head comprises a main body on which an impact element is mounted so as to protrude, - the device comprises a mechanical propulsion element for moving the projectile head, - the mechanical propulsion element being capable of moving between a first position called the rest position, in which, with the mechanical propulsion element being fixed in position, the projectile head is pressed against it by at least one retention element, and a second position, in which, with the mechanical propulsion element moving into abutment against stop elements (11, 12), the projectile head being able to move in translation towards the structure being guided by guiding elements, - the device further comprising an anti-rebound system (6, 7) to prevent any rebound of the projectile head after impact on the structure. - the head comprises a main body on which an impact element is mounted so as to protrude, - the device comprises a mechanical propulsion element for moving the projectile head, - the mechanical propulsion element being capable of moving between a first position called the rest position, in which, with the mechanical propulsion element being fixed in position, the projectile head is pressed against it by at least one retention element, and a second position, in which, with the mechanical propulsion element moving into abutment against stop elements (11, 12), the projectile head being able to move in translation towards the structure being guided by guiding elements, - the device further comprising an anti-rebound system (6, 7) to prevent any rebound of the projectile head after impact on the structure.
A surgical access device, comprising: a cannula including a housing and an elongated portion extending distally from the housing; a seal disposed at least partially within the housing of the cannula and including an aperture for sealed reception of a surgical instrument therethrough; and a seal guard disposed at least partially within the housing of the cannula and proximally of the seal, the seal guard formed from a flat sheet of material folded into a funnel-like shape, wherein the flat sheet of material has a segmented body portion including a number N of segments (510a-510f); characterized in that said number of N segments is defined by parallel fold lines, wherein N is 5 or more, wherein the segments each include further fold lines (513a, 515a, 517a, 519a), defining four triangles (512a, 514a, 516a, 518a) and a truncated diamond shape within the segment, the further fold lines defining the four triangles and the truncated diamond shape being contiguous. a cannula including a housing and an elongated portion extending distally from the housing; a seal disposed at least partially within the housing of the cannula and including an aperture for sealed reception of a surgical instrument therethrough; and a seal guard disposed at least partially within the housing of the cannula and proximally of the seal, the seal guard formed from a flat sheet of material folded into a funnel-like shape, wherein the flat sheet of material has a segmented body portion including a number N of segments (510a-510f); characterized in that said number of N segments is defined by parallel fold lines, wherein N is 5 or more, wherein the segments each include further fold lines (513a, 515a, 517a, 519a), defining four triangles (512a, 514a, 516a, 518a) and a truncated diamond shape within the segment, the further fold lines defining the four triangles and the truncated diamond shape being contiguous.
An aircraft capable of fixed-wing and rotor flight modes, the aircraft comprising: a fuselage wherein the fuselage includes a front portion and a rear portion and wherein the fuselage includes a longitudinal axis extending through the front portion and the rear portion; a wing coupled to the fuselage; a first support boom coupled to the wing and a second support boom coupled to the wing wherein the fuselage is positioned equidistant between the first support boom and the second support boom and wherein the first support boom and the second support boom are parallel to the longitudinal axis; a propulsion system configured to provide thrust substantially aligned with the longitudinal axis; and a rotor array distributed among the first support boom and the second support boom, wherein the rotor array provides substantially vertical thrust, wherein the rotor array includes two or more rotor pairs (410, 510, 610) and wherein each rotor pair includes a first rotor on the first support boom and a second rotor on the second support boom, characterized in that each rotor in one rotor pair is mounted tilted away at an equal but opposite fore and aft angle from a vertical axis parallel to a vertical axis of the aircraft and in that each rotor in the other rotor pairs (410, 610) is mounted tilted away at an equal but opposite left and right angle from a vertical axis parallel to a vertical axis of the aircraft, the vertical axis of the aircraft being perpendicular to a lateral axis of the aircraft and to the longitudinal axis. a fuselage wherein the fuselage includes a front portion and a rear portion and wherein the fuselage includes a longitudinal axis extending through the front portion and the rear portion; a wing coupled to the fuselage; a first support boom coupled to the wing and a second support boom coupled to the wing wherein the fuselage is positioned equidistant between the first support boom and the second support boom and wherein the first support boom and the second support boom are parallel to the longitudinal axis; a propulsion system configured to provide thrust substantially aligned with the longitudinal axis; and a rotor array distributed among the first support boom and the second support boom, wherein the rotor array provides substantially vertical thrust, wherein the rotor array includes two or more rotor pairs (410, 510, 610) and wherein each rotor pair includes a first rotor on the first support boom and a second rotor on the second support boom, characterized in that each rotor in one rotor pair is mounted tilted away at an equal but opposite fore and aft angle from a vertical axis parallel to a vertical axis of the aircraft and in that each rotor in the other rotor pairs (410, 610) is mounted tilted away at an equal but opposite left and right angle from a vertical axis parallel to a vertical axis of the aircraft, the vertical axis of the aircraft being perpendicular to a lateral axis of the aircraft and to the longitudinal axis.
A blockchain implemented method of controlling use of and/or access to a resource, the method comprising the steps: generating a plurality of partially signed, multi-signature blockchain transactions each arranged to spend the same output of a previous transaction and indicative of a different condition on use of, or access to, the resource, the blockchain transactions comprising a multi-signature script requiring a plurality of signatures for completion of the blockchain transaction; providing a first subset of the plurality of signatures to each of the blockchain transactions to generate a partially signed signature script to partially complete the blockchain transactions; responsive to the condition on the use of/access to the resource being satisfied, selecting a transaction (TxA) from the plurality of partially signed, multi signature blockchain transactions and providing a second subset of the plurality of signatures to the selected blockchain transaction (TxA) to fully complete the selected blockchain transaction (TxA). generating a plurality of partially signed, multi-signature blockchain transactions each arranged to spend the same output of a previous transaction and indicative of a different condition on use of, or access to, the resource, the blockchain transactions comprising a multi-signature script requiring a plurality of signatures for completion of the blockchain transaction; providing a first subset of the plurality of signatures to each of the blockchain transactions to generate a partially signed signature script to partially complete the blockchain transactions; responsive to the condition on the use of/access to the resource being satisfied, selecting a transaction (TxA) from the plurality of partially signed, multi signature blockchain transactions and providing a second subset of the plurality of signatures to the selected blockchain transaction (TxA) to fully complete the selected blockchain transaction (TxA).
A device for use with a conduit having a first conduit end and a second conduit end, into which conduit a cable can be installed using a flow of air into the first conduit end, the device being suitable for confirming that the air is flowing out from the second conduit end, the device comprising - a housing - means to enable connection of the device to the second conduit end, - a piston having an air vent, - holding means to hold the piston in a first position, in which the air vent is closed, - a detector arranged to detect an electrical property change, wherein the piston is configured for causing an electrical property change detectable by the detector, wherein in use, the air flowing into the device causes the piston to move from said first position to a second position in which the air vent opens allowing the air to flow out of the device, and wherein when the piston moves between the first position and the second position the detector and the piston move relative to each other, causing an electrical property change detectable by the detector, characterised in that the device further comprises holding means to hold the piston in the second position, in which the air vent opens. - a housing - means to enable connection of the device to the second conduit end, - a piston having an air vent, - holding means to hold the piston in a first position, in which the air vent is closed, - a detector arranged to detect an electrical property change,
A method for providing a graphical user interface in a mobile terminal having a software mode in which 3D acceleration hardware is powered off and a hardware mode in which the 3D acceleration hardware is powered on, the method comprising: receiving information regarding an update frequency of an application that is executed by the mobile terminal; receiving information regarding a graphical user interface executed by the mobile terminal; receiving information regarding an amount of available power; and rendering a graphical user interface using one of the software mode and the hardware mode based on the information regarding the update frequency of the application, the information regarding the graphical user interface, and the information regarding the amount of available power; characterised in that the rendering of the graphical user interface comprises rendering the graphical user interface using the software mode when the amount of available power is greater than a power threshold, the application to be executed requires a high frequency update, and the update frequency of the graphical user interface executed by the mobile terminal falls below a threshold. receiving information regarding an update frequency of an application that is executed by the mobile terminal; receiving information regarding a graphical user interface executed by the mobile terminal; receiving information regarding an amount of available power; and rendering a graphical user interface using one of the software mode and the hardware mode based on the information regarding the update frequency of the application, the information regarding the graphical user interface, and the information regarding the amount of available power; characterised in that the rendering of the graphical user interface comprises rendering the graphical user interface using the software mode when the amount of available power is greater than a power threshold, the application to be executed requires a high frequency update, and the update frequency of the graphical user interface executed by the mobile terminal falls below a threshold.
A pan-like support element designed to be hung, in use, for transporting sheet material throughout a sheet material working plant, comprising: - at least one plate-like body for supporting the sheet material, having a front and a rear; - at least one holding portion extending from at least one surface of said at least one plate-like body, - hanging means provided at said rear for engagement with dragging and support means of a plant for working sheet materials, wherein at least one holding portion comprises lugs rising from said at least one plate-like body, or from a base element secured thereto, the lugs supporting a top transverse element extending substantially parallely to said at least one plate-like body and transversally to the front -rear direction thereof, and characterized in that said transverse element is integral with said lugs and said plate-like body or in that said transverse element is integral with said lugs and said base element. - at least one plate-like body for supporting the sheet material, having a front and a rear; - at least one holding portion extending from at least one surface of said at least one plate-like body, - hanging means provided at said rear for engagement with dragging and support means of a plant for working sheet materials,
A link fault detection method, comprising: sending, by a first network device, data traffic to a second network device by using a plurality of first label switched paths, LSPs, wherein the data traffic transmitted by using the plurality of first LSPs belongs to a same service flow; determining, by the first network device by using each of the plurality of first LSPs within a preset period, whether a first link detection packet from the second network device is received on said each of the plurality of first LSPs; setting, by the first network device, each of the plurality of first LSPs for which the first link detection packet is not received as a first faulty LSP; calculating, by the first network device, a first unavailability of the plurality of first LSPs based on the first faulty LSP, wherein the first unavailability is used to indicate a degradation degree of the plurality of first LSPs for transmitting the data traffic; and when the first network device determines that the first unavailability is greater than a preset threshold, triggering, by the first network device, the plurality of first LSPs to stop transmitting the data traffic. sending, by a first network device, data traffic to a second network device by using a plurality of first label switched paths, LSPs, wherein the data traffic transmitted by using the plurality of first LSPs belongs to a same service flow; determining, by the first network device by using each of the plurality of first LSPs within a preset period, whether a first link detection packet from the second network device is received on said each of the plurality of first LSPs; setting, by the first network device, each of the plurality of first LSPs for which the first link detection packet is not received as a first faulty LSP; calculating, by the first network device, a first unavailability of the plurality of first LSPs based on the first faulty LSP, wherein the first unavailability is used to indicate a degradation degree of the plurality of first LSPs for transmitting the data traffic; and when the first network device determines that the first unavailability is greater than a preset threshold, triggering, by the first network device, the plurality of first LSPs to stop transmitting the data traffic.
Electronic measuring, conditioning and regulating instrument, comprising a display front-piece having at least a front mask equipped at the rear with lateral walls, characterized in that on said front mask there are at least two through holes with respective attachment elements for insertion therein, each of said attachment elements comprising a screw element having a head and a shaft, a helical thread being made on the shaft that develops for not more than 180° on the circumference of the shaft.
Inductor for inductively heating metallic components with at least one coil, wherein the coil is approximately annular and has a passage which passes through the coil from its inner circumferential surface to its outer circumferential surface in the form of a cutout to allow radiation to pass from the inside to the outside through the passage, characterized in that the component is receivable in an interior of the inductor so as to be rotatable about its axis of symmetry or longitudinal central axis, wherein the component is mounted on a rotatably designed holding device and rotates during the heat treatment about its axis of symmetry or longitudinal central axis to achieve the most homogeneous temperature distribution possible in the component.
A compound selected from the group consisting of: -5-phenyl-N-[ -7-methoxy-1-methyl-2-oxo-4,5-dihydro-3H-pyrido[3,4-b]azepin-3-yl]-6,7-dihydro-5H-pyrrolo[1,2-b][1,2,4]triazole-2-carboxamide -5-phenyl-N-[ -6-oxo-5,7,8,9-tetrahydropyrido[3,2-b] azepin-7-yl] -6,7-dihydro-5H-pyrrolo[1,2-b][1,2,4]triazole-2-carboxamide -5-(flurophenyl)-N-[ -7-methoxy-1-methyl-2-oxo-4,5-dihydro-3H-pyrido[3,4-b]azepin-3-yl]-6,7-dihydro-5H-pyrrolo[1,2-b][1,2,4]triazole-2-carboxamide -5-(2-fluorophenyl)-N- -6-oxo-5,7,8,9-tetrahydropyrido[3,2-b]azepin-7-yl]-6,7-dihydro-5H-pyrrolo[1,2-b][1,2,4]triazole-2-carboxamide -5-(2-fluorophenyl)-N- -5-methyl-6-oxo-8,9-dihydro-7H-pyrido[3,2-b]azepin-7-yl]-6,7-dihydro-5H-pyrrolo[1,2-b][1,2,4]triazole-2-carboxamide -7-(2-fluorophenyl)-N-[ -5-methyl-6-oxo-8,9-dihydro-7H-pyrido[3,2-b]azepin-7-yl]-6,7-dihydro-5H-pyrrolo[1,2-b][1,2,4]triazole-2-carboxamide -7-phenyl-N-[ -5-methyl-6-oxo-8,9-dihydro-7H-pyrido[3,2-b]azepin-7-yl]-6,7-dihydro-5H-pyrrolo[1,2-b] [1,2,4]triazole-2-carboxamide -5-phenyl-N-[ -5-methyl-6-oxo-8,9-dihydro-7H-pyrido[3,2-b]azepin-7-yl]-6,7-dihydro-5H-pyrrolo[1,2-b] [1,2,4]triazole-2-carboxamide; or an enantiomer thereof, or a pharmaceutically acceptable salt thereof.