mhurhangee/ep-ind-claims huggingface dataset:
An interconnect drive system for an aircraft having at least two propulsion assemblies (25, 27), the system comprising: a driveline comprising: a shaft for each propulsion assembly, each shaft configured for being operably coupled to the associated propulsion assembly for transferring torque to and from the associated propulsion assembly; and a clutch operably coupling the shafts (45, 49) and configured for selective engagement, the clutch capable of transferring a first amount of torque between the shafts (45,49) while engaged, the clutch capable of transferring a second amount of torque between the shafts (45, 49) while disengaged; and a clutch control system, comprising: a computer operably connected to the clutch for controlling operation of the clutch; and sensors for sensing torque applied to the driveline, output from the sensors being communicated to the computer, wherein the computer commands operation of the clutch in response to the output from the sensors, the computer commanding the clutch to disengage to relieve a transient torque imbalance in the driveline. a driveline comprising: a shaft for each propulsion assembly, each shaft configured for being operably coupled to the associated propulsion assembly for transferring torque to and from the associated propulsion assembly; and a clutch operably coupling the shafts (45, 49) and configured for selective engagement, the clutch capable of transferring a first amount of torque between the shafts (45,49) while engaged, the clutch capable of transferring a second amount of torque between the shafts (45, 49) while disengaged; and a shaft for each propulsion assembly, each shaft configured for being operably coupled to the associated propulsion assembly for transferring torque to and from the associated propulsion assembly; and a clutch operably coupling the shafts (45, 49) and configured for selective engagement, the clutch capable of transferring a first amount of torque between the shafts (45,49) while engaged, the clutch capable of transferring a second amount of torque between the shafts (45, 49) while disengaged; and a clutch control system, comprising: a computer operably connected to the clutch for controlling operation of the clutch; and sensors for sensing torque applied to the driveline, output from the sensors being communicated to the computer, a computer operably connected to the clutch for controlling operation of the clutch; and sensors for sensing torque applied to the driveline, output from the sensors being communicated to the computer, wherein the computer commands operation of the clutch in response to the output from the sensors, the computer commanding the clutch to disengage to relieve a transient torque imbalance in the driveline.
Method for controlling a vehicle steering actuator, which is coupled to a steering gear, the method comprising: - providing an end stop reset function by means of which a first control variable for the vehicle steering actuator can be determined, on the basis of which a force that resets the steering gear in the direction of a defined position can be at least partially generated by the vehicle steering actuator; - determining whether the steering gear falls below a limit distance from an end stop; and if this is the case: - controlling the vehicle steering actuator on the basis of the first control variable determined by the end stop reset function, which control variable has a value above a threshold value; wherein, if the distance does not fall below the limit distance, no control variable is determined by the end stop reset function or a control variable having a value which does not exceed the threshold value is determined, wherein, as an additional condition for controlling the vehicle steering actuator on the basis of the end stop reset function, it is determined whether an operating-state-dependent criterion of a vehicle comprising the steering gear is met, characterized in that non-activation of an at least partially driver-autonomous parking function is defined as an operating-state-dependent criterion. - providing an end stop reset function by means of which a first control variable for the vehicle steering actuator can be determined, on the basis of which a force that resets the steering gear in the direction of a defined position can be at least partially generated by the vehicle steering actuator; - determining whether the steering gear falls below a limit distance from an end stop; - controlling the vehicle steering actuator on the basis of the first control variable determined by the end stop reset function, which control variable has a value above a threshold value; wherein, if the distance does not fall below the limit distance, no control variable is determined by the end stop reset function or a control variable having a value which does not exceed the threshold value is determined, wherein, as an additional condition for controlling the vehicle steering actuator on the basis of the end stop reset function, it is determined whether an operating-state-dependent criterion of a vehicle comprising the steering gear is met, characterized in that non-activation of an at least partially driver-autonomous parking function is defined as an operating-state-dependent criterion. wherein, if the distance does not fall below the limit distance, no control variable is determined by the end stop reset function or a control variable having a value which does not exceed the threshold value is determined, wherein, as an additional condition for controlling the vehicle steering actuator on the basis of the end stop reset function, it is determined whether an operating-state-dependent criterion of a vehicle comprising the steering gear is met, characterized in that non-activation of an at least partially driver-autonomous parking function is defined as an operating-state-dependent criterion.
A remote mouse function method of an input terminal having a display unit equipped with a touch panel, the method comprising: displaying on a screen of the display unit of the input terminal a mouse operation image in response to a mouse host application execution request; detecting a touch gesture made with a touch input tool on the mouse operation image; determining, when movement of the touch input tool is detected, whether a touch hold time counted from the detection of the touch gesture is greater than a first hold threshold; transmitting, when the touch hold time is greater than the first hold threshold, an object move command from the input terminal to an output terminal and transmitting, when the touch hold time is not greater than the first hold threshold, a pointer move command; determining at the input terminal, when no movement of the touch input tool is detected, whether the touch hold time is greater than a second hold threshold, which is greater than the first hold threshold; and transmitting, when the touch hold time is greater than the second hold threshold, a popup menu display command to the output terminal. displaying on a screen of the display unit of the input terminal a mouse operation image in response to a mouse host application execution request; detecting a touch gesture made with a touch input tool on the mouse operation image; determining, when movement of the touch input tool is detected, whether a touch hold time counted from the detection of the touch gesture is greater than a first hold threshold; transmitting, when the touch hold time is greater than the first hold threshold, an object move command from the input terminal to an output terminal and transmitting, when the touch hold time is not greater than the first hold threshold, a pointer move command; determining at the input terminal, when no movement of the touch input tool is detected, whether the touch hold time is greater than a second hold threshold, which is greater than the first hold threshold; and transmitting, when the touch hold time is greater than the second hold threshold, a popup menu display command to the output terminal.
A method performed in a radio device connected to a communication network comprising a core network, CN, and a Radio Access Network, RAN,, where there is a communication bearer between the radio device and the CN via the RAN comprising a radio bearer between the radio device and a RAN node of the RAN, for adapting a Quality of Service, QoS, of the communication bearer, the method comprising: to the CN, sending a request (a) for a first QoS level to be associated with the communication bearer; exchanging data over the radio bearer in accordance with the first QoS level of the communication bearer; to the RAN, sending a request for the RAN to associate a second QoS level, lower than the first QoS level, with the radio bearer, or from the RAN, receiving a request for the radio device to associate the second QoS level with the radio bearer; to the RAN, sending an indication (d) that the second QoS level should be used for the radio bearer; and exchanging data over the radio bearer in accordance with the second QoS level. to the CN, sending a request (a) for a first QoS level to be associated with the communication bearer; exchanging data over the radio bearer in accordance with the first QoS level of the communication bearer; to the RAN, sending a request for the RAN to associate a second QoS level, lower than the first QoS level, with the radio bearer, or from the RAN, receiving a request for the radio device to associate the second QoS level with the radio bearer; to the RAN, sending an indication (d) that the second QoS level should be used for the radio bearer; and exchanging data over the radio bearer in accordance with the second QoS level.
A gas turbine engine, comprising: a heat exchanger (66;166) that exchanges heat with a bleed airflow (68;168) to provide a conditioned airflow (70;170); a mid-turbine frame (46;146) in fluid communication with said heat exchanger (66;166); a passageway (76;176) that extends through at least a portion of said mid-turbine frame (46;146), wherein said conditioned airflow (70;170) is communicated through said passageway (76;176); and characterised by comprising: a first nozzle assembly in fluid communication with said passageway (76;176) and configured to receive a first portion of said conditioned airflow (70;170) to condition hardware of a high pressure turbine; and a second nozzle assembly in fluid communication with said passageway (76;176) and configured to receive a second portion of said conditioned airflow (70;170) to condition hardware of a low pressure turbine a heat exchanger (66;166) that exchanges heat with a bleed airflow (68;168) to provide a conditioned airflow (70;170); a mid-turbine frame (46;146) in fluid communication with said heat exchanger (66;166); a passageway (76;176) that extends through at least a portion of said mid-turbine frame (46;146), wherein said conditioned airflow (70;170) is communicated through said passageway (76;176); and characterised by comprising: a first nozzle assembly in fluid communication with said passageway (76;176) and configured to receive a first portion of said conditioned airflow (70;170) to condition hardware of a high pressure turbine; and a second nozzle assembly in fluid communication with said passageway (76;176) and configured to receive a second portion of said conditioned airflow (70;170) to condition hardware of a low pressure turbine a first nozzle assembly in fluid communication with said passageway (76;176) and configured to receive a first portion of said conditioned airflow (70;170) to condition hardware of a high pressure turbine; and a second nozzle assembly in fluid communication with said passageway (76;176) and configured to receive a second portion of said conditioned airflow (70;170) to condition hardware of a low pressure turbine
A staple cartridge assembly for use with a surgical stapler, comprising: a cartridge body having a plurality of staples disposed therein; and an adjunct material (200, 200', 200", 200"') configured to be securely coupled to the cartridge body and configured to be securely attached to tissue by the staples in the cartridge, the adjunct material having positively-charged particles (1604, 1604') such that the adjunct material is configured to enhance healing in the tissue, wherein the adjunct material comprises a polysaccharide backbone with attached functional groups, and wherein the polysaccharide backbone comprises at least one of a cellulose gel and a dextrose gel and the functional groups comprise at least one of a diethylaminoethyl and a quaternary amine group. a cartridge body having a plurality of staples disposed therein; and an adjunct material (200, 200', 200", 200"') configured to be securely coupled to the cartridge body and configured to be securely attached to tissue by the staples in the cartridge, the adjunct material having positively-charged particles (1604, 1604') such that the adjunct material is configured to enhance healing in the tissue, wherein the adjunct material comprises a polysaccharide backbone with attached functional groups, and wherein the polysaccharide backbone comprises at least one of a cellulose gel and a dextrose gel and the functional groups comprise at least one of a diethylaminoethyl and a quaternary amine group.
An adhesive composition which comprises a bio-derived copolyester comprising at least one diol monomer including a dimethylolpropionic acid unit and at least one diacid monomer including a succinic acid unit, together with one or more other constituents selected from the group consisting of a tackifier, a plasticizer, a film- forming agent, an antiblocking agent, water, an extender, a filler, a stabilizer, and a colorant, wherein the at least one diol monomer comprises from 4 mole % to 25 mole %, based on the total moles of diol monomer, of the dimethylolpropionic acid.
Vaccine against tuberculosis for use in humans comprising as an active ingredient a recombinant Mycobacterium bovis cell strain Danish subtype Prague which is urease-deficient and which comprises a recombinant nucleic acid molecule as depicted in SEQ ID NO:1 encoding a fusion polypeptide comprising (a) a Mycobacterium antigen comprising an amino acid sequence encoded by nucleotides 121-153 SEQ ID NO:1 and (b) a phagolysosomal escape domain comprising an amino acid sequence encoded by nucleotides 211-1722 SEQ ID NO:1.
An amplification optical fiber, comprising: a core and a clad which covers the core, wherein the core propagates light having a predetermined wavelength in at least an LP01 mode, an LP02 mode, and an LP03 mode, characterized in that in the core, when the LP01 mode, the LP02 mode, and the LP03 mode are standardized by a power, in an entire region where both an intensity of the LP02 mode and an intensity of the LP03 mode are stronger than an intensity of the LP01 mode, an active element which stimulates and emits the light having the predetermined wavelength is added with a higher concentration than that in at least a part of a region where the intensity of the LP01 mode is stronger than the intensities of the LP02 mode and the LP03 mode, and both the following Formulae and are satisfied: ∫ 0 b n r × I 02 r − I 01 r rdr > 0 ∫ 0 b n r × I 03 r − I 01 r rdr > 0 wherein r is a distance from the center in the radial direction of the core, I 01 (r) is an intensity of the LP01 mode in the distance r from the center in the radial direction of the core, I 02 (r) is an intensity of the LP02 mode in the distance r from the center in the radial direction of the core, and I 03 (r) is an intensity of the LP03 mode in the distance r from the center in the radial direction of the core, n(r) is a concentration of an added active element in the distance r from the center in the radial direction of the core, and b is a radius of the core. a core and a clad which covers the core, wherein the core propagates light having a predetermined wavelength in at least an LP01 mode, an LP02 mode, and an LP03 mode, characterized in that in the core, when the LP01 mode, the LP02 mode, and the LP03 mode are standardized by a power, in an entire region where both an intensity of the LP02 mode and an intensity of the LP03 mode are stronger than an intensity of the LP01 mode, an active element which stimulates and emits the light having the predetermined wavelength is added with a higher concentration than that in at least a part of a region where the intensity of the LP01 mode is stronger than the intensities of the LP02 mode and the LP03 mode, and both the following Formulae and are satisfied: ∫ 0 b n r × I 02 r − I 01 r rdr > 0 ∫ 0 b n r × I 03 r − I 01 r rdr > 0 wherein r is a distance from the center in the radial direction of the core, I 01 (r) is an intensity of the LP01 mode in the distance r from the center in the radial direction of the core, I 02 (r) is an intensity of the LP02 mode in the distance r from the center in the radial direction of the core, and I 03 (r) is an intensity of the LP03 mode in the distance r from the center in the radial direction of the core, n(r) is a concentration of an added active element in the distance r from the center in the radial direction of the core, and b is a radius of the core.
A method of wireless communications, comprising: receiving a reconfiguration message indicating a change for a frequency division duplex, FDD, uplink band included in a pair of FDD bands in a cell provided by a base station to a temporary time division duplex, TDD, band in the cell; selecting a reference configuration (206, 306, 406) from a plurality of configurations for the temporary TDD band, the pair of FDD bands including an FDD downlink band and the temporary TDD band, the reference configuration (206, 306, 406) indicating a pattern of sub-frames associated with the pair of FDD bands; and determining a hybrid automatic repeat request, HARQ, timing for the FDD downlink band based on the reference configuration (206, 306, 406); and transmitting an acknowledgement status signal on the temporary TDD band in response to a transmission received on the FDD downlink band based on the HARQ timing, wherein the acknowledgement status signal is an acknowledgement, ACK, signal or a negative-acknowledgement, NACK. receiving a reconfiguration message indicating a change for a frequency division duplex, FDD, uplink band included in a pair of FDD bands in a cell provided by a base station to a temporary time division duplex, TDD, band in the cell; selecting a reference configuration (206, 306, 406) from a plurality of configurations for the temporary TDD band, the pair of FDD bands including an FDD downlink band and the temporary TDD band, the reference configuration (206, 306, 406) indicating a pattern of sub-frames associated with the pair of FDD bands; and determining a hybrid automatic repeat request, HARQ, timing for the FDD downlink band based on the reference configuration (206, 306, 406); and transmitting an acknowledgement status signal on the temporary TDD band in response to a transmission received on the FDD downlink band based on the HARQ timing, wherein the acknowledgement status signal is an acknowledgement, ACK, signal or a negative-acknowledgement, NACK.
A process for production of superabsorbent polymers on a continuous belt reactor, comprising i) a continuous polymerization belt and ii) at least one continuous support belt, wherein the first section of the continuous polymerization belt i) forms a trough, the continuous polymerization belt i) rests at least partly upon the upper surface of the at least one continuous support belt ii) and the at least one continuous support belt ii) slides at least partly on a fixed surface. i) a continuous polymerization belt and ii) at least one continuous support belt,
Method for packing polysilicon into a plastic bag by filling the bag with polysilicon and welding the bag, wherein the bag consists of a PE film having a thickness of 150-900 μm, a stiffness at the flexural modulus F max of 300-2000 mN and F t of 100-1300 mN, having a fracture force F determined by dynamic penetration testing of 200-1500 N, a fracture energy Ws of 2-30 J and a penetration energy W tot of 2.2-30 J, having a film tensile stress at 15% longitudinal and transverse elongation of 9-50 MPa, having an Elmendorf longitudinal film tear resistance of 10-60 cN and an Elmendorf transverse film tear resistance of 18-60 cN, having a longitudinal film elongation at break of 300-2000% and having a transverse film elongation at break of 450-3000% and is produced by means of an extruder from a tubular PE film, wherein the tubular PE film, prior to filling with polysilicon, is sealed at one end by means of time-controlled temperature-regulated pulse sealing and the bag thus produced is filled with chunks of polysilicon and the filled bag is then welded, the welding is effected by time-controlled temperature-regulated pulse sealing and the contact pressure applied by welding jaws is greater than 0.01 N/mm 2, resulting in a weld seam having a weld seam strength of 25-150 N/15 mm.
Respiratory tube for passing through a gas mixture in a respiratory system, with a tube section, a coupling part fixedly connected to the tube section, a connector part which can be attached to a tube or an apparatus, wherein a filter element is arranged between the coupling part and the connector part for filtering the gas mixture, and with a first electric heating device which surrounds the filter element and is thereby suitable for efficiently heating up the filter element wherein the coupling part is detachably connected to the connector part and the first electric heating device is integrated into the coupling part.
An alkylation process, comprising: separating and recycling a hydrogen gas and a hydrogen chloride from an offgas of a hydrogenation reactor used to regenerate a used alkylation catalyst; wherein the hydrogen gas is recycled to the hydrogenation reactor; wherein the hydrogen chloride is recycled to an alkylation reactor; and wherein the hydrogen chloride is extracted from the offgas of the hydrogenation reactor using a hydrocarbon extraction solvent that comprises an olefin and an isoparaffin to be alkylated to make an alkylate gasoline blending component.
A device, comprising: at least two UV light sources equally spaced around a central axis, the device being configured to receive a workpiece along the central axis, characterised in that each UV light source (710, 810) comprises a compound parabolic reflector (740, 860) and a cylindrical lens (770, 870).
A sealing part to be attached to a housing for waterproofing a connector, which is made from a flexible resin composition comprising 100 parts by weight of a polyester-based or polyolefinic elastomer having a Shore A hardness of 50 to less than 60 and 0.1 to 10 parts by weight of ethylenebisstearic acid amide or ethylenebisoleic acid amide.
A nonwoven fabric comprising three or more layers, wherein at least one layer of the two outermost layers of the nonwoven fabric of multi-layer consisting of three or more layers is formed by using a crystalline resin composition containing 7 to 30% by mass of a low crystalline olefin polymer satisfying the following expression (a): ΔH ≥ 6 × Tm − 140 ° C wherein ΔH represents a melt endotherm, and Tm represents a melting point, wherein the ratio of the outermost layer formed by using the crystalline resin composition to all the layers is 1 to 60% based on areal weight, wherein the low crystalline olefin polymer is a polypropylene polymer and wherein the low crystalline olefin polymer satisfies the following conditions (b) and (c): (b) The melting point (Tm) is 0°C or more and less than 120°C, (c) The melt endotherm (ΔH) is from 1 to 100 J/g. (b) The melting point (Tm) is 0°C or more and less than 120°C, (c) The melt endotherm (ΔH) is from 1 to 100 J/g.