mhurhangee/ep-ind-claims huggingface dataset:
A spudcan with skirt, comprising: a spudcan top part; a spudcan bottom part, wherein the spudcan bottom has a central tip protruding from the central part of the spudcan bottom; wherein the top and bottom parts (110, 120) are coupled at their peripherals to form a hull structure; and a peripheral skirt having an upper end being coupled to the spudcan bottom part and a lower end extending downwardly, characterised in that the tip of the lower end of the peripheral skirt is higher than the distal end of the central tip. a spudcan top part; a spudcan bottom part, wherein the spudcan bottom has a central tip protruding from the central part of the spudcan bottom; wherein the top and bottom parts (110, 120) are coupled at their peripherals to form a hull structure; and a peripheral skirt having an upper end being coupled to the spudcan bottom part and a lower end extending downwardly, characterised in that the tip of the lower end of the peripheral skirt is higher than the distal end of the central tip.
An optimal imaging POV intervention system, comprising: an intervention instrument; an instrument guide configured to establish a planned trajectory of the intervention instrument; at least one force/torque sensor configured to sense at least one of a force and a torque exerted against at least one of the intervention instrument and the instrument guide when the intervention instrument is positioned within the instrument guide; and an optimal imaging POV controller operable for controlling a determination of an optimal imaging POV of the intervention instrument, wherein the optimal imaging POV controller is configured to: derive an imaging axis of the intervention instrument from a measurement of at least one of the force and the torque exerted against at least one of the intervention instrument and the instrument guide as sensed by the at least one force/torque sensor. an intervention instrument; an instrument guide configured to establish a planned trajectory of the intervention instrument; at least one force/torque sensor configured to sense at least one of a force and a torque exerted against at least one of the intervention instrument and the instrument guide when the intervention instrument is positioned within the instrument guide; and an optimal imaging POV controller operable for controlling a determination of an optimal imaging POV of the intervention instrument, wherein the optimal imaging POV controller is configured to: derive an imaging axis of the intervention instrument from a measurement of at least one of the force and the torque exerted against at least one of the intervention instrument and the instrument guide as sensed by the at least one force/torque sensor.
An exhaust system comprising a cold start catalyst and a flow-through or filter substrate, the cold start catalyst comprising a zeolite catalyst comprising iron, palladium, and a zeolite; and a supported platinum group metal catalyst comprising one or more platinum group metals and one or more inorganic oxide carriers, wherein the zeolite catalyst forms the flow-through or filter substrate, and the supported platinum group metal catalyst is coated onto the zeolite catalyst flow-through or filter substrate. a zeolite catalyst comprising iron, palladium, and a zeolite; and a supported platinum group metal catalyst comprising one or more platinum group metals and one or more inorganic oxide carriers, wherein the zeolite catalyst forms the flow-through or filter substrate, and the supported platinum group metal catalyst is coated onto the zeolite catalyst flow-through or filter substrate.
An apparatus, comprising: a device for communicating wirelessly with other devices, the device including: a first radio that is compatible with a wireless wide area network, WWAN, to receive, from a base station of the WWAN, an indication of when the first radio is scheduled to receive a signal over the WWAN; a second radio that is compatible with a wireless local area network, WLAN; and an interface to convey, from the first radio to the second radio, timing information indicating a reception time when the first radio is scheduled to receive the signal over the WWAN based on the indication received by the first radio; wherein the second radio is configured to determine whether to delay a transmission over the WLAN, based on an intended transmission period of the transmission over the WLAN and the timing information received from the first radio over the interface characterized in that the timing information is to indicate when the scheduled reception time will start and end relative to when the timing information was provided by the first radio and wherein the timing information is adjusted to include a range of latency time for transferring the information from the first radio to the second radio. a device for communicating wirelessly with other devices, the device including: a first radio that is compatible with a wireless wide area network, WWAN, to receive, from a base station of the WWAN, an indication of when the first radio is scheduled to receive a signal over the WWAN; a second radio that is compatible with a wireless local area network, WLAN; and an interface to convey, from the first radio to the second radio, timing information indicating a reception time when the first radio is scheduled to receive the signal over the WWAN based on the indication received by the first radio; a first radio that is compatible with a wireless wide area network, WWAN, to receive, from a base station of the WWAN, an indication of when the first radio is scheduled to receive a signal over the WWAN; a second radio that is compatible with a wireless local area network, WLAN; and an interface to convey, from the first radio to the second radio, timing information indicating a reception time when the first radio is scheduled to receive the signal over the WWAN based on the indication received by the first radio; wherein the second radio is configured to determine whether to delay a transmission over the WLAN, based on an intended transmission period of the transmission over the WLAN and the timing information received from the first radio over the interface characterized in that the timing information is to indicate when the scheduled reception time will start and end relative to when the timing information was provided by the first radio and wherein the timing information is adjusted to include a range of latency time for transferring the information from the first radio to the second radio.
An electrolyte, comprising an additive A, an additive B, and an additive C, wherein the additive A is selected from a group consisting of multi-cyano six-membered N-heterocyclic compounds represented by Formula I-1, Formula I-2 and Formula I-3, and combinations thereof: wherein R 1, R 2, R 3 and R 4 are each independently selected from a group consisting of hydrogen, halogen, substituted or unsubstituted C 1 -C 12 alkyl, substituted or unsubstituted C 1 -C 12 alkoxy, substituted or unsubstituted C 1 -C 12 amine group, substituted or unsubstituted C 2 -C 12 alkenyl, substituted or unsubstituted C 2 -C 12 alkynyl, substituted or unsubstituted C 6 -C 26 aryl, and substituted or unsubstituted C 4 -C 12 heterocyclic group; the substituent for the above groups, if present, is independently selected from a group consisting of halogen, cyano, C 1 -C 6 alkyl, C 2 -C 6 alkenyl, C 1 -C 6 alkoxy, and combinations thereof; x, y and z are each an integer independently selected from 0-8; and m, n and k are each an integer independently selected from 0-2; preferably, m, n and k are each independently 1 or 2; wherein the additive B is at least one halogenated cyclic carbonate compound, and wherein the additive C is selected from a group consisting of a sulfate compound, a sulfite compound, and combinations thereof. wherein R 1, R 2, R 3 and R 4 are each independently selected from a group consisting of hydrogen, halogen, substituted or unsubstituted C 1 -C 12 alkyl, substituted or unsubstituted C 1 -C 12 alkoxy, substituted or unsubstituted C 1 -C 12 amine group, substituted or unsubstituted C 2 -C 12 alkenyl, substituted or unsubstituted C 2 -C 12 alkynyl, substituted or unsubstituted C 6 -C 26 aryl, and substituted or unsubstituted C 4 -C 12 heterocyclic group; the substituent for the above groups, if present, is independently selected from a group consisting of halogen, cyano, C 1 -C 6 alkyl, C 2 -C 6 alkenyl, C 1 -C 6 alkoxy, and combinations thereof; x, y and z are each an integer independently selected from 0-8; and m, n and k are each an integer independently selected from 0-2; preferably, m, n and k are each independently 1 or 2; wherein the additive B is at least one halogenated cyclic carbonate compound, and wherein the additive C is selected from a group consisting of a sulfate compound, a sulfite compound, and combinations thereof.
A millstone arrangement for a flat burr grinder for grinding material to be ground, in particular granular material in the food sector, composed of a fixed stator grinding disc as well as a driven rotor grinding disc, which are superimposed concentrically while keeping a grinding gap, wherein the stator grinding disc has a centric opening for feeding the material to be ground, and the grinding discs (10; 20) are composed of a natural stone material or an artificial stone material, the rotor grinding disc furthermore has a second insert being in connection with it in a torque-proof manner, which insert has the shape of a cone or a truncated cone in a longitudinal section, wherein the tip of the cone or the truncated cone protrudes into the opening for feeding the material to be ground, and the second insert has a structuring at its surfaces directed toward the grinding gap and/or toward the opening, characterized in that in the area surrounding the opening for feeding the material to be ground, the stator grinding disc has a first insert having a structuring, which insert is in connection with the grinding disc and directed both toward the center of the opening and toward the grinding gap, the structuring is formed as a toothing extending radially and axially, i.e. both in the direction of the axis of rotation of the rotor grinding disc and toward the grinding gap, and the material of the inserts (1; 2) is selected to be different from the material of the grinding discs (10; 20).
A lighting panel, comprising: at least one tile having a first side parallel to a principal plane of the lighting panel; a plurality of solid state lighting devices arranged on the first side of the at least one tile and configured to emit light; a lambertian reflector sheet on the first side of the at least one tile, wherein the reflector sheet includes a plurality of apertures therethrough, wherein respective ones of the plurality of apertures are aligned with corresponding ones of the plurality of solid state lighting devices; a diffuser sheet on the reflector sheet and configured to scatter light passing therethrough; and a brightness enhancement film on the diffuser sheet and separated from the reflector sheet by the diffuser sheat, wherein the reflector sheet is arranged between the at least one tile and the brightness enhancement film, wherein the brightness enhancement film is configured to preferentially emit light having a first orientation from the lighting panel and to preferentially reflect light having a second orientation, different from the first orientation, back into the lighting panel, and wherein the brightness enhancement film is configured to limit direct emission from the lighting panel of light emitted by the plurality of solid state light emitting devices. at least one tile having a first side parallel to a principal plane of the lighting panel; a plurality of solid state lighting devices arranged on the first side of the at least one tile and configured to emit light; a lambertian reflector sheet on the first side of the at least one tile, wherein the reflector sheet includes a plurality of apertures therethrough, wherein respective ones of the plurality of apertures are aligned with corresponding ones of the plurality of solid state lighting devices; a diffuser sheet on the reflector sheet and configured to scatter light passing therethrough; and a brightness enhancement film on the diffuser sheet and separated from the reflector sheet by the diffuser sheat, wherein the reflector sheet is arranged between the at least one tile and the brightness enhancement film, wherein the brightness enhancement film is configured to preferentially emit light having a first orientation from the lighting panel and to preferentially reflect light having a second orientation, different from the first orientation, back into the lighting panel, and wherein the brightness enhancement film is configured to limit direct emission from the lighting panel of light emitted by the plurality of solid state light emitting devices.
An electromagnetically transparent metamaterial, comprising a substrate, characterized in that a plurality of man-made metal microstructures are arranged periodically inside the substrate and designed to be symmetrical in each direction, wherein when an electromagnetic wave propagates through the metamaterial, each of the man-made metal microstructures is equivalent to two identical two-dimensional circuits, which are placed respectively in a direction perpendicular to an incident direction of the electromagnetic wave and in a direction parallel to the incident direction of the electromagnetic wave, and each of which comprises an inductor branch and two identical capacitor branches that are symmetrically connected in parallel with the inductor branch, and the 2D circuits are associated with a waveband of the electromagnetic wave so that both a dielectric constant and a magnetic permeability of the metamaterial are substantially 1 when the electromagnetic wave propagates through the metamaterial; wherein each of the man-made metal microstructures comprises: a first metal branch, a second metal branch, and a third metal branch intersecting with one another at a common midpoint, with the first metal branch being parallel with the incident direction of the electromagnetic wave; two fourth metal branches and two fifth metal branches, which have midpoints located at two ends of the first metal branch respectively and which have the same length as and are parallel with the second metal branch and the third metal branch respectively; two sixth metal branches, which have midpoints located at two ends of the second metal branch respectively and which have the same length as and are parallel with the first metal branch; and two seventh metal branches, which have midpoints located at two ends of the third metal branch respectively and which have the same length as and are parallel with the first metal branch, the sixth metal branches and the fourth metal branches are positioned on a first plane of the man-made metal microstructure, the fifth metal branches and the seventh metal branches are positioned on a second plane of the man-made metal microstructure, and each of the fourth metal branches and each of the fifth metal branches have at least one pair of notch structures disposed symmetrically with respect to their respective midpoints.
A system for virtually experiencing an aircraft, the system comprising: a trailer; a portion of an aircraft fuselage disposed in the trailer and defining an interior with a first portion and a second portion, wherein the first portion is unfurnished; a cabin module disposed in the second portion and including furnishings; a head mounted display configured for movement within the interior; and a controller communicatively coupled with the head mounted display and configured for: generating a virtual aircraft interior based on a position and an orientation of the head mounted display relative to the interior, and controlling the head mounted display to display the virtual aircraft interior. a trailer; a portion of an aircraft fuselage disposed in the trailer and defining an interior with a first portion and a second portion, wherein the first portion is unfurnished; a cabin module disposed in the second portion and including furnishings; a head mounted display configured for movement within the interior; and a controller communicatively coupled with the head mounted display and configured for: generating a virtual aircraft interior based on a position and an orientation of the head mounted display relative to the interior, and controlling the head mounted display to display the virtual aircraft interior. generating a virtual aircraft interior based on a position and an orientation of the head mounted display relative to the interior, and controlling the head mounted display to display the virtual aircraft interior.
A pultrusion device for producing a fibre-reinforced continuous profile which has a second cross-sectional profile which is discontinuous in a pultrusion direction, with a press-forming means for shaping the continuous profile, comprising - a first shaping device for producing the continuous profile with a continuous cross-sectional profile, and - a second shaping device, succeeding the first shaping device in the pultrusion direction, for forming the second discontinuous cross-sectional profile of the continuous profile, characterised in that - a punching tool is arranged between the first shaping device and the second shaping device and is designed to bring about, at least in a defined portion of the continuous profile, a local change in shape of the continuous cross-sectional profile, in order to produce a first discontinuous cross-sectional profile of the continuous profile. - a first shaping device for producing the continuous profile with a continuous cross-sectional profile, and - a second shaping device, succeeding the first shaping device in the pultrusion direction, for forming the second discontinuous cross-sectional profile of the continuous profile, characterised in that - a punching tool is arranged between the first shaping device and the second shaping device and is designed to bring about, at least in a defined portion of the continuous profile, a local change in shape of the continuous cross-sectional profile, in order to produce a first discontinuous cross-sectional profile of the continuous profile.
An LED light source module (M, M1-M4) for an LED motor vehicle headlight, in particular for an LED motor vehicle headlight for producing a dynamic light distribution, wherein the LED light source module comprises two or more LED light sources, wherein an LED light source in each case comprises at least one light-emitting diode (LED1, LED2), and wherein the light-emitting diodes (LED1, LED2) of each LED light source couple light into an associated primary optical element (P1-P4), wherein the coupled-in light exits again, at least partially, from a light exit surface (L1-L4) of the primary optical element (P1-P4), characterised in that the light exit surfaces (L1-L4) of the primary optical elements (P1-P4) of an LED light source module (M; M1, M2, M3, M4) are arranged adjacently with horizontal spacing and at least one substantially horizontally extending connecting web (VS1, VS2) made of the light-permeable material is provided and interconnects the primary optical elements (P1-P4) in an upper and/or lower region of the light exit surfaces (L1-L4) thereof, such that light coupled into the primary optical elements (P1-P4) can enter the light-permeable material of the at least one connecting web (VS1, VS2) and exit therefrom again through a light exit surface (LF1, LF2) of the at least one connecting web (VS1, VS2).
A router comprising: an ingress port for receiving network data packets from a plurality of source nodes of a plurality of networks, each network data packet having a destination address corresponding to a destination node; an egress port for transmitting the network data packets to at least one destination node; M+1 virtual routing and forwarding instances, VRFIs (66, 68, 70), for routing at least one of the network data packets to at least one of M service appliances (72, 74), M being an integer greater than one; wherein the M+1 VRFIs comprise a VRFI for each service appliance of the M service appliances and an additional VRFI; and a persistent store for storing a plurality of routing tables, each routing table defining a plurality of routing rules for a VRFI of the M+1 VRFIs based on the destination addresses of the network data packets, the routing rules of the VRFIs define the routing paths of different service chains. an ingress port for receiving network data packets from a plurality of source nodes of a plurality of networks, each network data packet having a destination address corresponding to a destination node; an egress port for transmitting the network data packets to at least one destination node; M+1 virtual routing and forwarding instances, VRFIs (66, 68, 70), for routing at least one of the network data packets to at least one of M service appliances (72, 74), M being an integer greater than one; wherein the M+1 VRFIs comprise a VRFI for each service appliance of the M service appliances and an additional VRFI; and a persistent store for storing a plurality of routing tables, each routing table defining a plurality of routing rules for a VRFI of the M+1 VRFIs based on the destination addresses of the network data packets, the routing rules of the VRFIs define the routing paths of different service chains. M+1 virtual routing and forwarding instances, VRFIs (66, 68, 70), for routing at least one of the network data packets to at least one of M service appliances (72, 74), M being an integer greater than one; wherein the M+1 VRFIs comprise a VRFI for each service appliance of the M service appliances and an additional VRFI; and a persistent store for storing a plurality of routing tables, each routing table defining a plurality of routing rules for a VRFI of the M+1 VRFIs based on the destination addresses of the network data packets, the routing rules of the VRFIs define the routing paths of different service chains.
A feed nozzle assembly for feeding a gas and a liquid into a reactor vessel which feed nozzle assembly comprises: - an outer tube extending between a first liquid feed inlet and a nozzle outlet; - an inner tube comprising purging orifices in the upstream half of the inner tube and with a downstream section having a gas outlet, the downstream section of the inner tube being arranged within the outer tube to define an annular conduit, wherein the nozzle outlet of the outer tube is downstream in line with the gas outlet of the inner tube; - a third tube with one end connected to a second liquid feed inlet and an opposite end with an outlet, at least the outlet being positioned within the annular conduit upstream the gas outlet, wherein the third tube is parallel to the inner tube and part of an array of parallel tubes in the annular conduit. - an outer tube extending between a first liquid feed inlet and a nozzle outlet; - an inner tube comprising purging orifices in the upstream half of the inner tube and with a downstream section having a gas outlet, the downstream section of the inner tube being arranged within the outer tube to define an annular conduit, wherein the nozzle outlet of the outer tube is downstream in line with the gas outlet of the inner tube; - a third tube with one end connected to a second liquid feed inlet and an opposite end with an outlet, at least the outlet being positioned within the annular conduit upstream the gas outlet, wherein the third tube is parallel to the inner tube and part of an array of parallel tubes in the annular conduit.