mhurhangee/patent-ind-claim-en huggingface dataset:
A diving mask (10,...,210) including: a frame (12,...,212) fitted with a visor (18,...,218); a flexible skirt (40,...,240) including a partition (46,...,246) delimiting an upper chamber (50,...,250) for viewing from a lower chamber (52,...,252) for breathing, the partition being arranged to bear upon the nose of the user such that the mouth and the nose of the user are in the lower chamber, while the eyes of the user are in the upper chamber, a breathing tube (20,...,220) having a proximal end (20a,...,220a) for linking the breathing tube to the frame, and a distal end (20b,...,220b) opposite the proximal end, the breathing tube including at least one channel (21,...,221) fluidically connected with the lower chamber, the breathing tube being a a snorkel having an open distal end; the diving mask being characterized in that it further includes a telecommunications device (500,...,2500) which is mounted at least partially to the breathing tube (20,...,220), and in that the telecommunication devices comprises transmitter and receiver modules, a loudspeaker, a microphone as well as an antenna (517,...,1517) arranged at the distal end of the breathing tube. a frame (12,...,212) fitted with a visor (18,...,218); a flexible skirt (40,...,240) including a partition (46,...,246) delimiting an upper chamber (50,...,250) for viewing from a lower chamber (52,...,252) for breathing, the partition being arranged to bear upon the nose of the user such that the mouth and the nose of the user are in the lower chamber, while the eyes of the user are in the upper chamber, a breathing tube (20,...,220) having a proximal end (20a,...,220a) for linking the breathing tube to the frame, and a distal end (20b,...,220b) opposite the proximal end, the breathing tube including at least one channel (21,...,221) fluidically connected with the lower chamber, the breathing tube being a a snorkel having an open distal end; the diving mask being characterized in that it further includes a telecommunications device (500,...,2500) which is mounted at least partially to the breathing tube (20,...,220), and in that the telecommunication devices comprises transmitter and receiver modules, a loudspeaker, a microphone as well as an antenna (517,...,1517) arranged at the distal end of the breathing tube.
Gap bridging system for a rail vehicle for bridging the gap between a passenger compartment floor and a platform, comprising a component carrier and a step plate which is mounted slidably in relation to the component carrier by means of a sliding mounting, wherein the sliding mounting comprises a rolling bearing linear guide and two plain bearing linear guides , wherein the rolling bearing linear guide is designed as a fixed bearing which transmits forces between the step plate and the component carrier in every spatial direction oriented normally to the direction of movement of the step plate , characterized in that the plain bearing linear guides are designed as floating bearings.
A composition comprising: a. a polyurethane substrate; b. a polyvinylpyrrolidone (PVP) hydrogel on at least one of the two faces of the polyurethane substrate; c. chlorhexidine and Ag nanoparticles on the at least one face comprising the PVP hydrogel; wherein the PVP hydrogel is covalently linked to the polyurethane substrate. a. a polyurethane substrate; b. a polyvinylpyrrolidone (PVP) hydrogel on at least one of the two faces of the polyurethane substrate; c. chlorhexidine and Ag nanoparticles on the at least one face comprising the PVP hydrogel;
A mooring arrangement for a floating device comprising a band and a drum , said band being adapted to be connected in one end to said drum arranged on the floating device , said drum being configured to pay out and pull in the band when the floating device is exposed to motion by current, wind or waves, said band is adapted to be coupled to an anchoring arrangement at the opposite end wherein the mooring arrangement further comprises a band guide and a base part , said band extending from the drum via the band guide towards the anchoring arrangement , said band guide being pivotably coupled to said base part arranged on the floating device , characterised in that said band guide comprises a first and a second pulley arranged in series in the longitudinal direction of the band guide , said first and second pulley having respectively a winch portion adapted to receive the band , and flanges arranged at both sides of the winch portion , said band guide being configured to pivot about an articulation axis being a tangential line to the first pulley and also being congruent with a longitudinal axis (B) of the part of the band situated between the drum and the band guide in order to make sure that the band is rolled straight over the drum to minimize the wear in the band caused by movement of the floating device .
An antifriction coating composition which comprises: (i) a resin binder, (ii) a polyamide thickener, (iii) solvent and (iv) a solid lubricant wherein the resin binder comprises a mixture of phenolic resin, epoxy resin and a silicone resin wherein the resin binder comprises 15 to 50% by weight, phenolic resin, 50 to 85% by weight epoxy resin, and 10 to 30%, silicone resin to a total of 100% by weight of the total binder components (excluding any solvent in which one or more of the constituents may be supplied). (i) a resin binder, (ii) a polyamide thickener, (iii) solvent and (iv) a solid lubricant 15 to 50% by weight, phenolic resin, 50 to 85% by weight epoxy resin, and 10 to 30%, silicone resin to a total of 100% by weight of the total binder components (excluding any solvent in which one or more of the constituents may be supplied).
A clearance monitoring system for a wind turbine , comprising: a processor and a millimeter-wave radar communicatively connected to the processor, wherein a nacelle of the wind turbine has a nacelle casing extending along a central axis of an impeller of the wind turbine , the nacelle casing comprises a nacelle bottom wall close to a tower of the wind turbine , a nacelle top wall away from the tower and a nacelle side wall connecting the nacelle bottom wall and the nacelle top wall , characterised in that the millimeter-wave radar is configured to be mounted on the nacelle side wall close to the nacelle top wall , and be located on a left side portion, viewed in a direction from the nacelle toward the impeller , of an outer side of the nacelle of the wind turbine , a detection direction of the millimeter-wave radar is directed to a lower left of a motion area where the impeller rotates around the central axis thereof, and the millimeter-wave radar is configured to monitor motion data of each of blades in the motion area; and the processor is configured to determine, based on the motion data, a blade clearance between each of the blades and the tower of the wind turbine . a processor and a millimeter-wave radar communicatively connected to the processor, wherein a nacelle of the wind turbine has a nacelle casing extending along a central axis of an impeller of the wind turbine , the nacelle casing comprises a nacelle bottom wall close to a tower of the wind turbine , a nacelle top wall away from the tower and a nacelle side wall connecting the nacelle bottom wall and the nacelle top wall , characterised in that the millimeter-wave radar is configured to be mounted on the nacelle side wall close to the nacelle top wall , and be located on a left side portion, viewed in a direction from the nacelle toward the impeller , of an outer side of the nacelle of the wind turbine , a detection direction of the millimeter-wave radar is directed to a lower left of a motion area where the impeller rotates around the central axis thereof, and the millimeter-wave radar is configured to monitor motion data of each of blades in the motion area; and the processor is configured to determine, based on the motion data, a blade clearance between each of the blades and the tower of the wind turbine .
A positive electrode for a rechargeable lithium battery, comprising a current collector; and a positive electrode layer disposed on the current collector and comprising a nickel-based positive active material of Chemical Formula 1 having a BET specific surface area of about 0.5 m 2 /g to about 2.5 m 2 /g, a metal fluoride uniformly distributed among the positive active material particles, a conductive material, and a binder, wherein an amount of the metal fluoride is about 1 wt% to about 10 wt% based on 100 wt% of the positive electrode layer. [Chemical Formula 1] Li a Ni x Co y A z O 2 wherein, in Chemical Formula 1, 0.9 ≤ a ≤ 1.1, 0.9 ≤ x ≤ 0.98, 0.01 ≤ y ≤ 0.1, 0.01 ≤ z ≤ 0.1, x + y + z = 1, and A is Mn or Al, wherein the metal fluoride has an average particle diameter (D50) of 0.5 μm to 2.5 μm, wherein the average particle diameter (D50) indicates a particle diameter where a cumulative volume is about 50 volume% in a particle distribution and measured by a particle size analyzer. a current collector; and a positive electrode layer disposed on the current collector and comprising a nickel-based positive active material of Chemical Formula 1 having a BET specific surface area of about 0.5 m 2 /g to about 2.5 m 2 /g, a metal fluoride uniformly distributed among the positive active material particles, a conductive material, and a binder, wherein an amount of the metal fluoride is about 1 wt% to about 10 wt% based on 100 wt% of the positive electrode layer. [Chemical Formula 1] Li a Ni x Co y A z O 2 wherein, in Chemical Formula 1, 0.9 ≤ a ≤ 1.1, 0.9 ≤ x ≤ 0.98, 0.01 ≤ y ≤ 0.1, 0.01 ≤ z ≤ 0.1, x + y + z = 1, and A is Mn or Al, wherein the metal fluoride has an average particle diameter (D50) of 0.5 μm to 2.5 μm, wherein the average particle diameter (D50) indicates a particle diameter where a cumulative volume is about 50 volume% in a particle distribution and measured by a particle size analyzer.
A communication system comprising a server and a plurality of clients constrained so that in order to communicate with each other by means of the system they must communicate via the server , the server having access to a set of stored communication rules defining permitted and/or non-permitted communications between the clients and characterised in that the server is configured to, on receiving a message from a first client designating as recipients a second client and a third client, the first client matching a first set of characteristics stored in the communication rules and the second client and the third client being clients who are not permitted to directly communicate according to the communication rules, alter the communication rules to permit the second and third clients to directly communicate.
A hexahedral insert having an opposed pair of top and bottom abutting faces , an opposed pair of rake faces , and an opposed pair of side faces with a central hole passing through each central portion of the abutting faces , each rake face has top and bottom cutting edges associated with respective top and bottom abutting faces; rounded edge portions with one-directional curvature are formed along the intersecting portions between the abutting faces and side faces; the central hole is substantially perpendicular to the abutting faces and parallel to the rake faces and side faces; characterised in that the top abutting face has a first wedge-shaped inclined plane adjoining and inclining toward a first rake face , the first wedge-shape having a base side at a first top main cutting edge formed at the border to the first rake face and having a width starting at the border with a first rounded edge portion and increasing gradually to a maximum at the border to a second rounded edge portion and a second wedge-shaped inclined plane adjoining and inclining toward a second rake face , the second wedge-shape having a base side at a second top main cutting edge formed at the border to the second rake face and having a width starting at the border with the second rounded edge portion and increasing gradually to a maximum at the border to the first rounded edge portion; and the second rounded edge portion has a first inclined arcuate surface having continuity of gradient and width at the border to the first wedge-shaped inclined plane and the first rounded edge portion has a second inclined arcuate surface having continuity of gradient and width at the border to the second wedge-shaped inclined plane, wherein the wedge-shaped inclined planes and the inclined arcuate surfaces are formed on the abutting faces and rounded edge portions in top- and-bottom symmetricity such that the first rake face has a larger width on the side of the first rounded edge portion whereas the second rake face has a larger width on the side of the second rounded edge portion, and in a front view of each rake face , the top and bottom cutting edges converge towards one another in a direction from one side face to the other side face .
An aft engine defining a central axis and configured to be mounted to an aircraft at an aft end of a fuselage of the aircraft , and the aircraft defines a mean line extending from a forward end to the aft end , the aft engine comprising: a fan rotatable about the central axis and including a plurality of fan blades ; and a nacelle surrounding the plurality of fan blades of the fan and defining an inlet , the inlet defining a non-axis symmetric shape with respect to the central axis of the aft engine , wherein the nacelle is configured to extend substantially 360 degrees around the mean line of the aircraft ; wherein the inlet includes a top half positioned above the central axis and a bottom half positioned below the central axis, wherein the top half of the inlet defines a top half inlet area, wherein the bottom half of the inlet defines a bottom half inlet area, and characterised in that the bottom half inlet area is greater than the top half inlet area. a fan rotatable about the central axis and including a plurality of fan blades ; and a nacelle surrounding the plurality of fan blades of the fan and defining an inlet , the inlet defining a non-axis symmetric shape with respect to the central axis of the aft engine , wherein the nacelle is configured to extend substantially 360 degrees around the mean line of the aircraft ; wherein the inlet includes a top half positioned above the central axis and a bottom half positioned below the central axis, wherein the top half of the inlet defines a top half inlet area, wherein the bottom half of the inlet defines a bottom half inlet area, and characterised in that the bottom half inlet area is greater than the top half inlet area.
A second user equipment, said second user equipment comprising means for: receiving, at the second equipment associated with a network, from a first user equipment associated with the network via a first path, a request for the second user equipment to act as a relay node for the first user equipment acting as a master node to provide a second path between the first user equipment and the network, wherein the first user equipment and the second user equipment are connected using a proximity service interface; performing an authorisation procedure with the network to act as a relay node for the first user equipment; and providing an indication to the first user equipment that the second user equipment is authorised to act as a relay node for the first user equipment. receiving, at the second equipment associated with a network, from a first user equipment associated with the network via a first path, a request for the second user equipment to act as a relay node for the first user equipment acting as a master node to provide a second path between the first user equipment and the network, wherein the first user equipment and the second user equipment are connected using a proximity service interface; performing an authorisation procedure with the network to act as a relay node for the first user equipment; and providing an indication to the first user equipment that the second user equipment is authorised to act as a relay node for the first user equipment.
A method by a wireless device , the method comprising: receiving, from a source network node , a handover command, the handover command comprising a plurality of suitability thresholds, wherein the plurality of suitability thresholds comprises a first suitability threshold and a second suitability threshold; performing, by the wireless device , at least one measurement of each of a plurality of beams of a target network node detected by the wireless device; comparing at least one measurement of the plurality of beams to the first suitability threshold; selecting a first beam of the plurality of beams based on the comparison; and transmitting a first preamble associated with a random access procedure, the first preamble transmitted using the selected first beam; upon not receiving a random access response to the first preamble transmission: comparing at least one measurement of the plurality of beams to the second suitability threshold; selecting a second beam of the plurality of beams based on the comparison; and transmitting a second preamble associated with the random access procedure, the second preamble transmitted using the selected second beam, wherein the second preamble is a retransmission of the first preamble. receiving, from a source network node , a handover command, the handover command comprising a plurality of suitability thresholds, wherein the plurality of suitability thresholds comprises a first suitability threshold and a second suitability threshold; performing, by the wireless device , at least one measurement of each of a plurality of beams of a target network node detected by the wireless device; comparing at least one measurement of the plurality of beams to the first suitability threshold; selecting a first beam of the plurality of beams based on the comparison; and transmitting a first preamble associated with a random access procedure, the first preamble transmitted using the selected first beam; upon not receiving a random access response to the first preamble transmission: comparing at least one measurement of the plurality of beams to the second suitability threshold; selecting a second beam of the plurality of beams based on the comparison; and transmitting a second preamble associated with the random access procedure, the second preamble transmitted using the selected second beam, wherein the second preamble is a retransmission of the first preamble. comparing at least one measurement of the plurality of beams to the second suitability threshold; selecting a second beam of the plurality of beams based on the comparison; and transmitting a second preamble associated with the random access procedure, the second preamble transmitted using the selected second beam, wherein the second preamble is a retransmission of the first preamble.
A container cap assembly for connection to the neck of a container, said assembly comprising: A cap , having a cylindrical wall said cylindrical wall including a cylindrical outer surface and a cylindrical inner surface , said inner surface supporting a helical thread thereon for cooperatively engaging a mating helical element of a container neck so as to allow said cap to be screwed onto said container neck; A tamper-evident ring including an annular ring body , said ring body defining one or more lug elements to engage cooperating lug elements on the neck of a container; At least one substantially planar bridge element connecting said cap to said ring, said bridge element having a first end connected to said cylindrical wall of said cap and a second end connected to said ring; characterised in that said at least one substantially planar bridge element includes a bridge body having opposed elongate bridge edges extending between said first and second ends and with an asymmetric cross-section proximate to at least one of said first and second ends; and wherein each end of said bridge body is thinner at a portion of the edge experiencing tension during application of a rotational force to remove said cap from said ring than at a portion of the edge experiencing compression during application of said rotational force. A cap , having a cylindrical wall said cylindrical wall including a cylindrical outer surface and a cylindrical inner surface , said inner surface supporting a helical thread thereon for cooperatively engaging a mating helical element of a container neck so as to allow said cap to be screwed onto said container neck; A tamper-evident ring including an annular ring body , said ring body defining one or more lug elements to engage cooperating lug elements on the neck of a container; At least one substantially planar bridge element connecting said cap to said ring, said bridge element having a first end connected to said cylindrical wall of said cap and a second end connected to said ring; characterised in that said at least one substantially planar bridge element includes a bridge body having opposed elongate bridge edges extending between said first and second ends and with an asymmetric cross-section proximate to at least one of said first and second ends; and wherein each end of said bridge body is thinner at a portion of the edge experiencing tension during application of a rotational force to remove said cap from said ring than at a portion of the edge experiencing compression during application of said rotational force.
A vehicle to vehicle, V2V, communication method, wherein the method comprises: receiving , by a first terminal, a first scheduling assignment, SA, message that is sent by a second terminal, wherein the first SA message comprises a first pilot resource and a first diversity multiplexing mode that are used by the second terminal; determining , by the first terminal based on the first pilot resource and the first diversity multiplexing mode, a second pilot resource and a second diversity multiplexing mode that are to be used by the first terminal; and sending , by the first terminal, a data stream to a third terminal based on the second pilot resource and the second diversity multiplexing mode. receiving , by a first terminal, a first scheduling assignment, SA, message that is sent by a second terminal, wherein the first SA message comprises a first pilot resource and a first diversity multiplexing mode that are used by the second terminal; determining , by the first terminal based on the first pilot resource and the first diversity multiplexing mode, a second pilot resource and a second diversity multiplexing mode that are to be used by the first terminal; and sending , by the first terminal, a data stream to a third terminal based on the second pilot resource and the second diversity multiplexing mode.