mhurhangee/ep-ind-claims huggingface dataset:
A turbofan engine comprising: a fan section; and a turbine section in driving engagement with the fan section through a speed change mechanism (48; 148; 248), wherein the speed change mechanism comprises: a plurality of planet gears surrounding a sun gear; a carrier supporting the plurality of planet gears and including a first carrier bearing flange; a ring gear surrounding the plurality of planet gears; and at least one ring gear carrier bearing engaging the first carrier bearing flange, wherein the ring gear is fixed from rotation relative to an engine static structure by a rigid support, characterised in that the ring gear includes a ring gear bearing flange (124; 224) and the at least one ring gear carrier bearing engages the ring gear bearing flange (124; 224). a fan section; and a turbine section in driving engagement with the fan section through a speed change mechanism (48; 148; 248), wherein the speed change mechanism comprises: a plurality of planet gears surrounding a sun gear; a carrier supporting the plurality of planet gears and including a first carrier bearing flange; a ring gear surrounding the plurality of planet gears; and at least one ring gear carrier bearing engaging the first carrier bearing flange, wherein the ring gear is fixed from rotation relative to an engine static structure by a rigid support, characterised in that the ring gear includes a ring gear bearing flange (124; 224) and the at least one ring gear carrier bearing engages the ring gear bearing flange (124; 224). a plurality of planet gears surrounding a sun gear; a carrier supporting the plurality of planet gears and including a first carrier bearing flange; a ring gear surrounding the plurality of planet gears; and at least one ring gear carrier bearing engaging the first carrier bearing flange, wherein the ring gear is fixed from rotation relative to an engine static structure by a rigid support, characterised in that the ring gear includes a ring gear bearing flange (124; 224) and the at least one ring gear carrier bearing engages the ring gear bearing flange (124; 224).
A steel for solid oxide fuel cells having an improved oxidation resistance, comprising, by mass percent, C: not more than 0.1%, Al: not more than 0.2%, Si: not more than 0.2%, Mn: 0.1 to 0.35%, Cr: 18.0 to 26.0%, Ni: 0.1 to 1.0%, one or more of REM and Zr: 0.01 to 0.85% in total, W: 1.0 to 3.0%, Cu: more than 0.2% and not more than 4.0%, and the balance being Fe and impurities.
A method for prioritizing transmission and receipt of uplink signals in a relay node, RN,, of a wireless communication system, the method comprising: determining radio resource requirements for receiving the one or more access link signals and transmitting one or more backhaul link signal to an eNodeB, eNB,; wherein determining the radio resource requirements for receiving on or more access link signals comprises: measuring (S1103, S1107) access link utilization for receiving, from a User Equipment, UE,, one or more access link signals during a transmission time interval and wherein determining the radio resource requirements for transmitting the one or more backhaul link signals comprises: determining the feedback/transmission period for a backhaul control type 2 signal; determining a signal type of each of the one or more access link signals and a signal type of each of the one or more backhaul link signals scheduled in a radio resource; and selecting one of a transmitting mode operation and a receiving mode operation for the radio resource based on the radio resource requirements for receiving the one or more access link signals and transmitting the one or more backhaul link signals, based on the signal type of each of the one or more access link signals and the signal type of each of the one or more backhaul link signals scheduled in the radio resource, based on the feedback/transmission period for at least one backhaul control type 2 signal, and based on the access link utilization. determining the feedback/transmission period for a backhaul control type 2 signal; determining a signal type of each of the one or more access link signals and a signal type of each of the one or more backhaul link signals scheduled in a radio resource; and selecting one of a transmitting mode operation and a receiving mode operation for the radio resource based on the radio resource requirements for receiving the one or more access link signals and transmitting the one or more backhaul link signals, based on the signal type of each of the one or more access link signals and the signal type of each of the one or more backhaul link signals scheduled in the radio resource, based on the feedback/transmission period for at least one backhaul control type 2 signal, and based on the access link utilization.
A system for detecting signal interference in a positioning system, the system comprising: an interface capable of linking at least two separate navigation systems to a processor; an inertial navigation system for providing inertial navigation system positions and coupled to said interface; a global positioning system receiver for providing global positioning positions in operative communication with at least one other global positioning system receiver and coupled to said interface; a processor coupled to the interface; a memory storage device coupled to said processor, characterised in said memory storage device including instructions that cause the processor to compute at least one sampled-autocorrelation function over time for the position errors of the inertial navigation system provided positions based on a comparison of inertial navigation system provided positions and global positioning system provided positions at various times, and to analyse the sampled auto-correlation function to determine the presence of interference, by taking into account the deterministic Schuler error and by searching for histogram bins where the autocorrelation function exceeds a threshold. an interface capable of linking at least two separate navigation systems to a processor; an inertial navigation system for providing inertial navigation system positions and coupled to said interface; a global positioning system receiver for providing global positioning positions in operative communication with at least one other global positioning system receiver and coupled to said interface; a processor coupled to the interface; a memory storage device coupled to said processor, characterised in said memory storage device including instructions that cause the processor to compute at least one sampled-autocorrelation function over time for the position errors of the inertial navigation system provided positions based on a comparison of inertial navigation system provided positions and global positioning system provided positions at various times, and to analyse the sampled auto-correlation function to determine the presence of interference, by taking into account the deterministic Schuler error and by searching for histogram bins where the autocorrelation function exceeds a threshold.
Device for generating a strong current in a swimming pool, with a housing in which a flow-generating device (4,8,15) is arranged, with at least one light source which is arranged on or in the immediate vicinity near the front side of the housing of the device, characterized by an annular holder for receiving the at least one light source, the annular holder having detachable fastening means with which the ring-shaped holder is arranged in the edge area of at least one front outlet- and/or inlet-opening (6,7) of the flow-generating device (4,8,15) in order to form the ring-shaped holder so that it can be retrofitted.
A method comprising: receiving an uplink resource allocation message on a physical downlink control channel, PDCCH, the uplink resource allocation message comprising a field specifying whether the resource allocation is intended for a first transmission of data or retransmission of the data; and retransmitting the data in response to the received uplink resource allocation message comprising the field specifying that the resource allocation is intended for retransmission of the data, wherein the uplink resource allocation message received on the PDCCH overrides an explicit acknowledgment/negative acknowledgment signaling regarding the data on a Physical Hybrid Automatic Repeat Request, HARQ, indication channel, PHICH. receiving an uplink resource allocation message on a physical downlink control channel, PDCCH, the uplink resource allocation message comprising a field specifying whether the resource allocation is intended for a first transmission of data or retransmission of the data; and retransmitting the data in response to the received uplink resource allocation message comprising the field specifying that the resource allocation is intended for retransmission of the data, wherein the uplink resource allocation message received on the PDCCH overrides an explicit acknowledgment/negative acknowledgment signaling regarding the data on a Physical Hybrid Automatic Repeat Request, HARQ, indication channel, PHICH.
An aqueous solution containing from 0.1% to 7.0% by weight of a glycosaminoglycan selected from at least one of hyaluronan, chondroitin, dermatin, keratin, heparan, and heparin, from 1.0% to 25% by weight of a neutral colloidal polysaccharide selected from at least one of dextran, a hydroxyethyl starch, and fucoidan, and from 0.3% to 35% by weight of a neutral sub-colloidal crystalloid polysaccharide being an isomaltose oligomer, wherein the glycosaminoglycan has a weight average molecular weight from about 2kD to about 5,000kD, the neutral colloidal polysaccharide has a weight average molecular weight of from about 20kD to about 100kD and the neutral subcolloidal crystalloid polysaccharide has a weight average molecular weight of from about 0.4kD to about 4kD, for use in repairing, regenerating, treating, or inducing the repair of an injury, or a a defect of a connective tissue.
Communications network with line- and packet-switching control, wherein telecommunications services, for example call forwarding, are performed by connecting a control device to a communications network, wherein the control device is designed as an at least partially synchronised control device for use for both the line-switching and the packet-switching part of the communications network, characterised in that the synchronised control device performs the same services in the packet-switching and in the line-switching part of the communications network without change for the user, wherein the communications network operator can provide services completely independently of the transmission network, and any combination of services between line-switching and packet-switching services is provided.
A method for an apparatus of a relay node for providing a communication link between a station of an access system and the relay node, the relay node being capable of wirelessly communicating with at least one user equipment within the coverage thereof, comprising: initiating a set up procedure for the communication link, wherein the relay node acts as a user equipment towards the station and the set up procedure is initiated according to a set up procedure between the station and user equipments accessing the station directly; communicating between the relay node and at least one user equipment within the coverage area thereof, wherein the relay node acts as a station of an access system towards said at least one user equipment; receiving, at the relay node in a first mode, first information via a broadcasting channel or a downlink shared channel based on a protocol for communication between the station and user equipments within the coverage of the station; synchronising the relay node with the station based on said first information; setting up the communication link and switching the relay node to a second mode for enabling the relay node to transmit second information for user equipments within the coverage of the relay node. initiating a set up procedure for the communication link, wherein the relay node acts as a user equipment towards the station and the set up procedure is initiated according to a set up procedure between the station and user equipments accessing the station directly; communicating between the relay node and at least one user equipment within the coverage area thereof, wherein the relay node acts as a station of an access system towards said at least one user equipment; receiving, at the relay node in a first mode, first information via a broadcasting channel or a downlink shared channel based on a protocol for communication between the station and user equipments within the coverage of the station; synchronising the relay node with the station based on said first information; setting up the communication link and switching the relay node to a second mode for enabling the relay node to transmit second information for user equipments within the coverage of the relay node.
A method comprising: electrochemically oxidizing and/or reducing at least one lanthanide, at least one actinide, or a combination thereof, irrespective of oxidation state, in a solvent system at at least one working electrode, wherein the solvent system comprises one or more organic solvents which have a dielectric constant of at least three and the water of the solvent system is less than about 25 wt. %; wherein the solvent system further comprises at least one electrolyte; wherein the at least one working electrode comprises at least one electronically conductive electrode substrate and at least one ionically conducting or ionically permeable film disposed on the substrate; wherein at least one ligand distinct from the ionically conducting or ionically permeable film is present as part of the lanthanide, the actinide, the electrolyte, or a combination thereof, wherein the ligand facilitates the oxidizing and/or reducing of the lanthanide, actinide, or combination thereof; and wherein the ligand is a sulfonate anion and the ionically conducting or ionically permeable film is a sulfonate polymer. electrochemically oxidizing and/or reducing at least one lanthanide, at least one actinide, or a combination thereof, irrespective of oxidation state, in a solvent system at at least one working electrode, wherein the solvent system comprises one or more organic solvents which have a dielectric constant of at least three and the water of the solvent system is less than about 25 wt. %; wherein the solvent system further comprises at least one electrolyte; wherein the at least one working electrode comprises at least one electronically conductive electrode substrate and at least one ionically conducting or ionically permeable film disposed on the substrate; wherein at least one ligand distinct from the ionically conducting or ionically permeable film is present as part of the lanthanide, the actinide, the electrolyte, or a combination thereof, wherein the ligand facilitates the oxidizing and/or reducing of the lanthanide, actinide, or combination thereof; and wherein the ligand is a sulfonate anion and the ionically conducting or ionically permeable film is a sulfonate polymer.
A composition for refrigerating machines comprising a refrigerant and a lubricant composition, wherein the lubricant composition comprises a base oil which is at least one selected from the group consisting of a polyvinyl ether and a polyol ester and a fluorescent fused ring compound being fluorescent, having a tri- or higher fused ring, and not having nitrogen, oxygen, and sulfur in a molecule thereof, wherein the fused ring compound is at least one selected from the group consisting of a naphthacene-based compound and an anthracene-based compound; and at least one additive selected from the group consisting of an antioxidant, an extreme pressure agent, an acid scavenger, an oxygen scavenger, and a copper deactivator; wherein the fused ring compound is contained in an amount of 0.001 to 1.0% by mass on a basis of the whole amount of the lubricant composition. a base oil which is at least one selected from the group consisting of a polyvinyl ether and a polyol ester and a fluorescent fused ring compound being fluorescent, having a tri- or higher fused ring, and not having nitrogen, oxygen, and sulfur in a molecule thereof, wherein the fused ring compound is at least one selected from the group consisting of a naphthacene-based compound and an anthracene-based compound; and at least one additive selected from the group consisting of an antioxidant, an extreme pressure agent, an acid scavenger, an oxygen scavenger, and a copper deactivator; wherein the fused ring compound is contained in an amount of 0.001 to 1.0% by mass on a basis of the whole amount of the lubricant composition.
A device for accommodating adjustment elements, in particular a latch, on the vehicle body for adjusting the adjustment element, in particular a latch comprising fastening holes, wherein the adjustment element is connected with fastening screws, which pass through through-holes in the vehicle body column to a threaded plate of the device, wherein the device comprises a base plate which is connected to the threaded plate by a deformable adjustable mechanism, wherein the threaded plate is provided with threaded holes and coaxially accommodated nuts, wherein the deformable adjustable mechanism consists of at least a lower arm and an upper arm which are connected to one another by means of a joint, wherein the lower arm is connected to the base plate by a lower joint while the upper arm is connected to the threaded plate by an upper joint characterized in that the joint strength (t k) is smaller than the lower or upper joint strength (t r).
A display system, comprising: a first display frame including a plurality of frame members interconnected by junction connectors, the plurality of frame members each having a hollow interior; and one or more diametrically polarized magnets disposed to rotate freely within the hollow interior of at least one of the frame members, wherein each of the one or more magnets is disposed and rotatably supported within each of the at least one frame member at about a mid-point of the at least one frame member. wherein the display system further includes at least one magnetic assembly sized and shaped to fit within the at least one frame member, the at least one magnetic assembly including one of the one or more magnets rotatably mounted thereon, and the display system includes at least one magnetic assembly disposed within each of the plurality of frame members, characterised in that each at least one magnetic assembly includes a head portion and a pair of oppositely axially extending posts, each of the pair of posts supporting one of the one or more magnets. a first display frame including a plurality of frame members interconnected by junction connectors, the plurality of frame members each having a hollow interior; and one or more diametrically polarized magnets disposed to rotate freely within the hollow interior of at least one of the frame members, wherein each of the one or more magnets is disposed and rotatably supported within each of the at least one frame member at about a mid-point of the at least one frame member. wherein the display system further includes at least one magnetic assembly sized and shaped to fit within the at least one frame member, the at least one magnetic assembly including one of the one or more magnets rotatably mounted thereon, and the display system includes at least one magnetic assembly disposed within each of the plurality of frame members, characterised in that each at least one magnetic assembly includes a head portion and a pair of oppositely axially extending posts, each of the pair of posts supporting one of the one or more magnets.
An adhesive composition comprising: (a) an ethylene-based polymer comprising more than 50 wt.% of ethylene-derived units and in the range of 1 wt.% to 49 wt.% of units derived from a first comonomer, said ethylene-based polymer having a Brookfield viscosity of at least 250 mPa•sec measured by ASTM D-3236 at 190°C, a heat of fusion of less than about 250 J/g measured by ASTM D-3418-03, wherein the weight percent measurements are based on the weight of the ethylene-based polymer; (b) a propylene-based polymer comprising more than 50 wt.% propylene-derived units and in the range of 1 wt.% to 49 wt.% ethylene derived units, said propylene-based polymer having a Brookfield viscosity in the range from 100 mPa•sec to 1500 mPa•sec measured by ASTM D-3236 at 190°C, a heat of fusion of at least 45 J/g and up to 60 J/g measured by ASTM D-3418-03, wherein the weight percent measurements are based on the weight of the propylene-based polymer; wherein said ethylene-based polymer and said propylene-based polymer each have a characteristic time (t c) of at least 0.1 nanoseconds, said characteristic time (t c) in units of nanoseconds is defined by Equation 1: t c = BV Density × Heat of Fusion wherein said BV is the Brookfield viscosity of said ethylene-based polymer or said propylene-based polymer measured by ASTM D-3236 at 190°C in units of mPa•sec, said Density is the density of said ethylene-based polymer or said propylene-based polymer measured by ASTM D-1505-10 at 23°C in units of g/cm 3, and said Heat of Fusion is the heat of fusion of said ethylene-based polymer or said propylene-based polymer measured by ASTM D-3418-03 in units of J/g. (a) an ethylene-based polymer comprising more than 50 wt.% of ethylene-derived units and in the range of 1 wt.% to 49 wt.% of units derived from a first comonomer, said ethylene-based polymer having a Brookfield viscosity of at least 250 mPa•sec measured by ASTM D-3236 at 190°C, a heat of fusion of less than about 250 J/g measured by ASTM D-3418-03, wherein the weight percent measurements are based on the weight of the ethylene-based polymer; (b) a propylene-based polymer comprising more than 50 wt.% propylene-derived units and in the range of 1 wt.% to 49 wt.% ethylene derived units, said propylene-based polymer having a Brookfield viscosity in the range from 100 mPa•sec to 1500 mPa•sec measured by ASTM D-3236 at 190°C, a heat of fusion of at least 45 J/g and up to 60 J/g measured by ASTM D-3418-03, wherein the weight percent measurements are based on the weight of the propylene-based polymer;