mhurhangee/ep-ind-claims huggingface dataset:
Bicycle derailleur comprising: - a chain guide configured to interact with a transmission chain of the bicycle and movable between a plurality of intermediate positions comprised between an inner position and an outer position; - a fixed body designed for being fixedly associated with a part of frame of the bicycle; - an outer connection element rotatably connected to the fixed body about a first articulation axis and rotatably connected to the chain guide about a second articulation axis parallel to the first articulation axis; - an inner connection element rotatably connected to the fixed body about a third articulation axis and to the chain guide about a fourth articulation axis; - an actuation arm hinged to the fixed body about the first articulation axis; and a cable-clamping washer and said actuation arm comprising a respective hole (54, 29) engageable along an axial direction by a fixing bolt to fixedly connect the cable-clamping washer to the actuation arm, characterised in that said cable-clamping washer equipped with a cable-bending appendage insertable in a seat of the actuation arm; said seat extending along a first direction and being provided with a first and a second insertion opening opposite one another and selectively engageable by said cable-bending appendage of the cable-clamping washer. - a chain guide configured to interact with a transmission chain of the bicycle and movable between a plurality of intermediate positions comprised between an inner position and an outer position; - a fixed body designed for being fixedly associated with a part of frame of the bicycle; - an outer connection element rotatably connected to the fixed body about a first articulation axis and rotatably connected to the chain guide about a second articulation axis parallel to the first articulation axis; - an inner connection element rotatably connected to the fixed body about a third articulation axis and to the chain guide about a fourth articulation axis; - an actuation arm hinged to the fixed body about the first articulation axis; and a cable-clamping washer and said actuation arm comprising a respective hole (54, 29) engageable along an axial direction by a fixing bolt to fixedly connect the cable-clamping washer to the actuation arm, characterised in that said cable-clamping washer equipped with a cable-bending appendage insertable in a seat of the actuation arm; said seat extending along a first direction and being provided with a first and a second insertion opening opposite one another and selectively engageable by said cable-bending appendage of the cable-clamping washer.
A composition comprising a ketogenic agent, wherein the ketogenic agent is R,S -1,3-butanediol acetoacetate diester, for use in a method of reducing fatigue during exercise in a subject.
An optical power monitoring method, comprising: measuring broadened spectrums of optical signals of monitored channels after performing filtering processing on the optical signals, to obtain a measured broadened spectrum of the optical signals of the monitored channels; wherein broadened spectrums are spectrums of optical signals after the filtering processing; constructing a plurality of optical signal power combinations, wherein each optical signal power combination indicates hypothetical optical powers of the optical signals of the monitored channels; performing calculation for each optical signal power combination according to a transfer function that indicates the filtering processing, to obtain its corresponding theoretical broadened spectrum of the optical signals of the monitored channels; comparing a plurality of theoretical broadened spectrums with the measured broadened spectrum to find a theoretical broadened spectrum that is closest to the measured broadened spectrum, wherein the theoretical broadened spectrums are obtained through calculation; and determining each hypothetical optical power in an optical signal power combination corresponding to the theoretical broadened spectrum that is closest to the measured broadened spectrum as an actual optical power of an optical signal of a corresponding monitored channel. measuring broadened spectrums of optical signals of monitored channels after performing filtering processing on the optical signals, to obtain a measured broadened spectrum of the optical signals of the monitored channels; wherein broadened spectrums are spectrums of optical signals after the filtering processing; constructing a plurality of optical signal power combinations, wherein each optical signal power combination indicates hypothetical optical powers of the optical signals of the monitored channels; performing calculation for each optical signal power combination according to a transfer function that indicates the filtering processing, to obtain its corresponding theoretical broadened spectrum of the optical signals of the monitored channels; comparing a plurality of theoretical broadened spectrums with the measured broadened spectrum to find a theoretical broadened spectrum that is closest to the measured broadened spectrum, wherein the theoretical broadened spectrums are obtained through calculation; and determining each hypothetical optical power in an optical signal power combination corresponding to the theoretical broadened spectrum that is closest to the measured broadened spectrum as an actual optical power of an optical signal of a corresponding monitored channel.
A polynucleotide having an activity of a promoter, wherein, in the polynucleotide sequence of SEQ ID NO: 1, i) the 143 rd nucleotide is substituted with thymine; ii) the 189 th nucleotide is substituted with thymine; or iii) the 143 rd nucleotide is substituted with thymine and the 189 th nucleotide is substituted with thymine.
Appliance for cooking food under pressure, comprising: - a vessel and a lid intended to be attached to said vessel in order to define a cooking chamber, - locking means for holding the lid on the vessel, said locking means comprising at least one locking member secured to the lid and at least a second locking member secured to the vessel, the first locking member being intended to be engaged under the second locking member, after the lid has been placed on the vessel, to hold said lid on said vessel, - a seal designed to be interposed between the lid and the vessel in order to seal the cooking chamber and arranged so as to fit on the top rim of the vessel, said seal being designed so as, when the lid comes up against the vessel, to first of all come into simultaneous contact with said lid and said vessel while the first locking member is situated at a first height (h 61) greater than or equal to the height (h 8) of the second locking member, and then to sink solely under the weight of the lid sufficiently to bring the first locking member to a second height (h 62) less than the height (h 8) of the second locking member, said seal comprising at least one flexible first lip projecting from a heel and the deformation of which enables the seal to sink under the weight of the lid, and a second lip that projects from the same heel as the first lip, characterised in that the second lip has rigidity under vertical deformation that is greater than said first lip. - a vessel and a lid intended to be attached to said vessel in order to define a cooking chamber, - locking means for holding the lid on the vessel, said locking means comprising at least one locking member secured to the lid and at least a second locking member secured to the vessel, the first locking member being intended to be engaged under the second locking member, after the lid has been placed on the vessel, to hold said lid on said vessel, - a seal designed to be interposed between the lid and the vessel in order to seal the cooking chamber and arranged so as to fit on the top rim of the vessel, said seal being designed so as, when the lid comes up against the vessel, to first of all come into simultaneous contact with said lid and said vessel while the first locking member is situated at a first height (h 61) greater than or equal to the height (h 8) of the second locking member, and then to sink solely under the weight of the lid sufficiently to bring the first locking member to a second height (h 62) less than the height (h 8) of the second locking member, said seal comprising at least one flexible first lip projecting from a heel and the deformation of which enables the seal to sink under the weight of the lid, and a second lip that projects from the same heel as the first lip, characterised in that the second lip has rigidity under vertical deformation that is greater than said first lip.
A ducted rotor for controlling the yawing motion of a rotorcraft, the ducted rotor comprising a duct defining an airflow passage, said ducted rotor comprising a rotary assembly arranged in the passage in order to rotate about an axis of symmetry of said passage, this rotary assembly comprising a plurality of blades which are each fixed to a hub, characterised in that: - each blade comprises a twist relationship defining a maximum angle of twist (α) of between zero degrees inclusive and 5 degrees inclusive, - span-wise, each blade comprises a first, attachment, zone fastened to the hub, then a second, end, zone, the second zone extending radially from said first zone to a distal end of the blade, said second zone having a rearward sweep, and being provided with a second trailing edge (30") located downstream from a first trailing edge of the first zone in the direction of rotation of the blade in the passage, - each first zone comprises a root connected to the hub by a fastening device provided with a rolling bearing and a conical laminated abutment. - each blade comprises a twist relationship defining a maximum angle of twist (α) of between zero degrees inclusive and 5 degrees inclusive, - span-wise, each blade comprises a first, attachment, zone fastened to the hub, then a second, end, zone, the second zone extending radially from said first zone to a distal end of the blade, said second zone having a rearward sweep, and being provided with a second trailing edge (30") located downstream from a first trailing edge of the first zone in the direction of rotation of the blade in the passage, - each first zone comprises a root connected to the hub by a fastening device provided with a rolling bearing and a conical laminated abutment.
A projected capacitive touchscreen, comprising the following from bottom to top: a liquid crystal display device, a sensing assembly, a bonding layer, and a cover lens (24, characterized in that the sensing assembly is formed in the direction from bottom to top of an upper polarizer, first direction sensing electrodes, and second direction sensing electrodes that are sequentially overlaid; the projected capacitive touchscreen further comprising an electromagnetic shield layer disposed between the upper polarizer and the liquid crystal display device.
A nozzle arranged to subject a surface of a substrate to a gaseous precursor, the nozzle comprising: - an output face via which the precursor is supplied; - a precursor supply element (30, 50) for supplying precursor; - a longitudinal discharge channel open to and along the output face for discharging at least a fraction of the precursor supplied from the precursor channel, and - at least one purge gas channel (45, 47) open to the output face, wherein the nozzle further comprises a body forming the discharge channel, and the body further comprises a discharge conduit extending substantially parallel and in fluid connection with the discharge channel for exhausting discharged precursor from the discharge channel, that the precursor supply element (30, 50) is arranged to extend longitudinally inside the discharge channel such that the precursor supply element (30, 50) divides the discharge channel in the longitudinal direction to a first discharge sub-channel and a second discharge sub-channel on opposite sides of the precursor supply element (30, 50) for supplying precursor through the discharge channel, and that the precursor supply element (30, 50) is arranged to extend through the discharge conduit such that the precursor channel divides the discharge conduit to two discharge sub-conduits on opposite sides of the precursor supply element (30, 50). - an output face via which the precursor is supplied; - a precursor supply element (30, 50) for supplying precursor; - a longitudinal discharge channel open to and along the output face for discharging at least a fraction of the precursor supplied from the precursor channel, and - at least one purge gas channel (45, 47) open to the output face, wherein the nozzle further comprises a body forming the discharge channel, and the body further comprises a discharge conduit extending substantially parallel and in fluid connection with the discharge channel for exhausting discharged precursor from the discharge channel, that the precursor supply element (30, 50) is arranged to extend longitudinally inside the discharge channel such that the precursor supply element (30, 50) divides the discharge channel in the longitudinal direction to a first discharge sub-channel and a second discharge sub-channel on opposite sides of the precursor supply element (30, 50) for supplying precursor through the discharge channel, and that the precursor supply element (30, 50) is arranged to extend through the discharge conduit such that the precursor channel divides the discharge conduit to two discharge sub-conduits on opposite sides of the precursor supply element (30, 50).
Recombinant follicle stimulating hormone (rFSH) produced or expressed in a human cell line, the rFSH including α2,3- and α2,6-sialylation, wherein 10% to 20% of the total sialylation is α2,6-sialylation, which includes α2,6-linked sialic acids (α2,6 sialylation) provided by endogenous sialyl transferase activity, and wherein the human cell line has been engineered to express an α2,3-sialyltransferase.
A gel, paste, or salve for use in the reduction of infection or bacterial colonization in or around a wounded area, wherein the gel, paste or salve is applied to said wounded area during one or more of the haemostasis, inflammation and repair stage of healing and is obtainable as a gel, paste or salve form of a liquid composition which has an osmolarity of 1.8 to 2.8 Osm/L and a surfactant concentration of 0.9 to 1.7 g/L, and contains 75 to 150 g/L weak acid and an amount of 75-150 g/L solute, wherein the solute is one or more salts of the acid.
A secondary battery in which a jelly-roll type electrode assembly ("jelly-roll") in which a cathode comprising a cathode active material coated portion on at least one surface of a cathode current collector, an anode comprising an anode active material coated portion on at least one surface of an anode current collector, and a separator disposed therebetween are wound and an electrolyte are accommodated in a battery case, and at least one of a cathode lead coupled to a cathode uncoated portion and an anode lead coupled to an anode uncoated portion comprises a first metal layer used for coupling with an electrode uncoated portion and/or coupling with the battery case and a second metal layer having a relatively lower resistance than that of the first metal layer, wherein the first and second metal layers are coupled with each other, wherein the second metal layer has a resistance of 10 to 70% that of the first metal layer, wherein a winding start portion of the cathode has cathode active material coated portions on upper and lower surfaces of the cathode current collector and thus does not comprise a cathode uncoated portion, only a winding end portion of the cathode comprises a cathode uncoated portion for installation of the cathode lead, and an insulation tape is provided at a boundary surface of the cathode active material coated portion located at the winding end portion of the cathode and facing the anode, and wherein the first metal layer and the second metal layer is a combination of a Ni layer and a Ag layer.
Method for producing a plurality of optoelectronic semiconductor components, comprising formation of a multi-component composite and separation of the multi-component composite into individual semiconductor components, wherein - formation of the multi-component composite comprises providing a carrier body having a chip mounting surface with a plurality of chip mounting regions, each chip mounting region being provided for mounting at least one optoelectronic semiconductor chip and being assigned to one optoelectronic semiconductor component; - formation of the multi-component composite comprises forming at least two first opaque ridges on the chip mounting surface, the two first ridges laterally sandwiching at least one chip mounting region; and - separation of the multi-component composite into individual semiconductor components comprises effecting first cuts through the carrier body and the first ridges along a main extension direction of the first opaque ridges characterized in that - formation of the multi-component composite comprises producing at least two second opaque ridges on the chip mounting surface, wherein the second ridges laterally sandwich at least one chip mounting region and extend at an angle of > 0° to the main extension direction of the first ridges, and wherein at least two transverse trenches are formed in the first ridges and at least a portion of each second ridge is formed in one transverse trench and fills the respective transverse trench. - formation of the multi-component composite comprises providing a carrier body having a chip mounting surface with a plurality of chip mounting regions, each chip mounting region being provided for mounting at least one optoelectronic semiconductor chip and being assigned to one optoelectronic semiconductor component; - formation of the multi-component composite comprises forming at least two first opaque ridges on the chip mounting surface, the two first ridges laterally sandwiching at least one chip mounting region; and - separation of the multi-component composite into individual semiconductor components comprises effecting first cuts through the carrier body and the first ridges along a main extension direction of the first opaque ridges - formation of the multi-component composite comprises producing at least two second opaque ridges on the chip mounting surface, wherein the second ridges laterally sandwich at least one chip mounting region and extend at an angle of > 0° to the main extension direction of the first ridges, and wherein at least two transverse trenches are formed in the first ridges and at least a portion of each second ridge is formed in one transverse trench and fills the respective transverse trench.
Process for the catalytic oxidation of sulphide, mono- and/or dihydrogen sulphide, comprising the step of contacting the sulphide, mono- and/or dihydrogen sulphide in the presence of oxygen with a chelate complex comprising (i) a metal cation selected from the group consisting of Fe z+, Mn z+, Ni z+ and Co z+, where z = 2 or 3, and (ii) a chelate ligand containing a porphyrin, a phthalocyanine or a porphyrazine ring coordinated to the metal cation, and at least one cationic substituent covalently attached to the ring in the chelate ligand. (i) a metal cation selected from the group consisting of Fe z+, Mn z+, Ni z+ and Co z+, where z = 2 or 3, and (ii) a chelate ligand containing a porphyrin, a phthalocyanine or a porphyrazine ring coordinated to the metal cation, and at least one cationic substituent covalently attached to the ring in the chelate ligand.
An electronic device controller capable of wirelessly communicating with at least one of a plurality of electronic devices, which are target devices of a linkage operation, and communicably connected to a server device via a network, the controller comprising: an identification information receiving unit that receives device identification information of each electronic device, and acquires a combination of a plurality of device identification information, through a wireless communication with at least one of the plurality of electronic devices communication-connected according to a linkage procedure; an identification information transmitting unit that transmits the combination of the plurality of device identification information to the server device via the network; an instruction information receiving unit that receives instruction information transmitted from the server device via the network, regarding the linkage operation of the electronic devices, the instruction information being associated with the combination of the plurality of device identification information; and a linkage control unit that performs control to make the plurality of electronic devices perform the linkage operation with each other according to the instruction information by interpreting the instruction information and transmitting an operation instruction based on the interpretation, to each of the corresponding electronic devices. an identification information receiving unit that receives device identification information of each electronic device, and acquires a combination of a plurality of device identification information, through a wireless communication with at least one of the plurality of electronic devices communication-connected according to a linkage procedure; an identification information transmitting unit that transmits the combination of the plurality of device identification information to the server device via the network; an instruction information receiving unit that receives instruction information transmitted from the server device via the network, regarding the linkage operation of the electronic devices, the instruction information being associated with the combination of the plurality of device identification information; and a linkage control unit that performs control to make the plurality of electronic devices perform the linkage operation with each other according to the instruction information by interpreting the instruction information and transmitting an operation instruction based on the interpretation, to each of the corresponding electronic devices.
An anvil assembly comprising: an anvil center rod assembly; a head assembly pivotally secured to the anvil center rod assembly by a pivotal connection and pivotable from an operative position to a tilted position; and a sleeve slidably disposed about the anvil center rod assembly, wherein the sleeve includes a sleeve body disposed about the anvil center rod assembly and a flange, characterised in that the flange extends distally from and beyond the sleeve body and is pivotally connected to the head assembly by a further pivotal connection, wherein the pivotal connection between the head assembly and the flange is such that movement of the head assembly from the operative position towards the tilted position effects proximal movement of the sleeve about the anvil center rod assembly. an anvil center rod assembly; a head assembly pivotally secured to the anvil center rod assembly by a pivotal connection and pivotable from an operative position to a tilted position; and a sleeve slidably disposed about the anvil center rod assembly, wherein the sleeve includes a sleeve body disposed about the anvil center rod assembly and a flange, characterised in that the flange extends distally from and beyond the sleeve body and is pivotally connected to the head assembly by a further pivotal connection, wherein the pivotal connection between the head assembly and the flange is such that movement of the head assembly from the operative position towards the tilted position effects proximal movement of the sleeve about the anvil center rod assembly.