mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine comprising: a compressor section; a combustor arranged in communication with the compressor section; and a turbine section arranged in communication with the combustor; the compressor section, the combustor and the turbine section defining a core flow path, wherein at least a portion of the core flow path is configured to be operable at a temperature of 300°C or greater, and wherein the portion of the core flow path defines a target vibrational mode to dampen; and a nanocellular foam damper including interconnected ligaments in a cellular structure, the interconnected ligaments having ligament properties defined with respect to the loss modulus and tan δ (tan delta) of the nanocellular foam damper and the target vibrational mode; wherein the average ligament size is a width dimension, and the width dimension is less than 1000 nanometers; and wherein the interconnected ligaments include at least one metal, and wherein the at least one metal is selected from the group consisting of manganese, titanium, tungsten, vanadium, niobium, hafnium, tantalum, rhenium, ruthenium, iridium, palladium, platinum, zirconium, cobalt, yttrium, copper, molybdenum, chromium, nickel, and combinations thereof. a compressor section; a combustor arranged in communication with the compressor section; and a turbine section arranged in communication with the combustor; the compressor section, the combustor and the turbine section defining a core flow path, wherein at least a portion of the core flow path is configured to be operable at a temperature of 300°C or greater, and wherein the portion of the core flow path defines a target vibrational mode to dampen; and a nanocellular foam damper including interconnected ligaments in a cellular structure, the interconnected ligaments having ligament properties defined with respect to the loss modulus and tan δ (tan delta) of the nanocellular foam damper and the target vibrational mode; wherein the average ligament size is a width dimension, and the width dimension is less than 1000 nanometers; and wherein the interconnected ligaments include at least one metal, and wherein the at least one metal is selected from the group consisting of manganese, titanium, tungsten, vanadium, niobium, hafnium, tantalum, rhenium, ruthenium, iridium, palladium, platinum, zirconium, cobalt, yttrium, copper, molybdenum, chromium, nickel, and combinations thereof.
Method for producing self-assembling paramyxoviral nucleocapsid-like particles comprising the steps of: a. Co-expressing recombinant N and P peptides in order to allow the formation of N°P complexes wherein: i. N peptide comprises at least the N CORE domain including the CTD arm and NTD arm, and ii. P peptide comprises at least the N-binding domain, and purifying N°P complexes; b. Adding a given specific RNA molecule of interest to N°P complexes wherein said RNA molecule comprises at least 6 nucleotides and is not a poly-U homopolymer; and c. Recovering the resulting nucleocapsid-like particles. a. Co-expressing recombinant N and P peptides in order to allow the formation of N°P complexes wherein: i. N peptide comprises at least the N CORE domain including the CTD arm and NTD arm, and ii. P peptide comprises at least the N-binding domain, and purifying N°P complexes; i. N peptide comprises at least the N CORE domain including the CTD arm and NTD arm, and ii. P peptide comprises at least the N-binding domain, and purifying N°P complexes; b. Adding a given specific RNA molecule of interest to N°P complexes wherein said RNA molecule comprises at least 6 nucleotides and is not a poly-U homopolymer; and c. Recovering the resulting nucleocapsid-like particles.
A firearm comprising: - a lower housing, in which a selector and - a trigger unit are provided, the latter - having a hammer which is rotatably mounted about a hammer axis and can be biased by means of a hammer spring, - a trigger lever which is rotatably mounted about a trigger axis and has, preferably formed integrally therewith, a trigger, which, seen in a normal direction, is located below the trigger axis and, when the trigger unit is actuated, is moved in a direction opposite to a barrel direction, the trigger lever having a trigger rear which is designed to receive at least one disconnector, - a sear which is mounted rotatably about a sear axis and can be biased by means of a sear spring, wherein the hammer axis, the trigger axis and the sear axis are arranged parallel to one another and parallel to a transverse direction, wherein the selector releases or blocks the upward movement of the trigger rear by means of a rotatable control shaft depending on its angular position, characterised in that the trigger lever has a receiving opening and the sear is at least partially seated within the receiving opening, the sear axis and the trigger axis coincide, the sear has a bearing recess on its upper side for receiving and limited rotation about a disconnector axis of a disconnector pivot formed on the underside of the disconnector, and the bearing recess is designed to at least partially enclose the disconnector pivot in the direction of rotation about the disconnector axis. - a lower housing, in which a selector and - a trigger unit are provided, the latter - having a hammer which is rotatably mounted about a hammer axis and can be biased by means of a hammer spring, - a trigger lever which is rotatably mounted about a trigger axis and has, preferably formed integrally therewith, a trigger, which, seen in a normal direction, is located below the trigger axis and, when the trigger unit is actuated, is moved in a direction opposite to a barrel direction, the trigger lever having a trigger rear which is designed to receive at least one disconnector, - a sear which is mounted rotatably about a sear axis and can be biased by means of a sear spring, wherein the hammer axis, the trigger axis and the sear axis are arranged parallel to one another and parallel to a transverse direction, wherein the selector releases or blocks the upward movement of the trigger rear by means of a rotatable control shaft depending on its angular position, characterised in that the trigger lever has a receiving opening and the sear is at least partially seated within the receiving opening, the sear axis and the trigger axis coincide, the sear has a bearing recess on its upper side for receiving and limited rotation about a disconnector axis of a disconnector pivot formed on the underside of the disconnector, and the bearing recess is designed to at least partially enclose the disconnector pivot in the direction of rotation about the disconnector axis.
A device comprising: a receptacle; a cryopreserved ungulate embryo in cryopreservation solution positioned within a first region of the receptacle, which first region is flanked by: second and third regions, each of which contains air, which second and third regions are flanked by: fourth and fifth regions, each of which contain thawing solutions, characterized in that said fourth and fifth regions are flanked by: sixth and seventh regions, each of which contain air, which sixth and seventh regions are flanked by: eighth and ninth regions, each of which contain thawing solutions. a receptacle; a cryopreserved ungulate embryo in cryopreservation solution positioned within a first region of the receptacle, which first region is flanked by: second and third regions, each of which contains air, which second and third regions are flanked by: fourth and fifth regions, each of which contain thawing solutions, characterized in that said fourth and fifth regions are flanked by: sixth and seventh regions, each of which contain air, which sixth and seventh regions are flanked by: eighth and ninth regions, each of which contain thawing solutions. second and third regions, each of which contains air, which second and third regions are flanked by: fourth and fifth regions, each of which contain thawing solutions, characterized in that said fourth and fifth regions are flanked by: sixth and seventh regions, each of which contain air, which sixth and seventh regions are flanked by: eighth and ninth regions, each of which contain thawing solutions.
A selectable drive printing device comprising: a drive selector system comprising a selector swing arm, the drive selector system being configured to select between driving a print drive system and driving a scan drive system based at least partially on a position of the selector swing arm of the drive selector system; and a shifter coupled to a feedshaft configured to selectively shift the drive selector system between a scanning system drive position of the selector swing arm and a printing system drive position of the selector swing arm; and characterized by a capping system for a printhead, the capping system having a capped state in which the capping system is to be engaged with the printhead and an uncapped state in which the capping system is not to be engaged with the printhead; wherein the shifter is configured to place the printing device in a printing and uncapped state or in a scanning and capped state based on the direction of rotation of the feedshaft such that, when the selector swing arm is in the scanning system drive position, the capping system is configured to engage with the printhead, and, when the selector swing arm is in the printing system drive position, the capping system is configured not to engage with the printhead. a drive selector system comprising a selector swing arm, the drive selector system being configured to select between driving a print drive system and driving a scan drive system based at least partially on a position of the selector swing arm of the drive selector system; and a shifter coupled to a feedshaft configured to selectively shift the drive selector system between a scanning system drive position of the selector swing arm and a printing system drive position of the selector swing arm; and characterized by a capping system for a printhead, the capping system having a capped state in which the capping system is to be engaged with the printhead and an uncapped state in which the capping system is not to be engaged with the printhead; wherein the shifter is configured to place the printing device in a printing and uncapped state or in a scanning and capped state based on the direction of rotation of the feedshaft such that, when the selector swing arm is in the scanning system drive position, the capping system is configured to engage with the printhead, and, when the selector swing arm is in the printing system drive position, the capping system is configured not to engage with the printhead.
An autoclave electrolyte container for platinum group metal recovery from used catalytic converters and other recyclable parts that contain noble metals, having a metal housing in which a coaxially positioned perforated cylindrical cathode is located in a cathode cassette having a membrane, characterized in that the metal housing has an outer surface which is embodied with a heat- and tension-insulated sheathing; that direct current anodes are located on the inner surface of the metal housing, which anodes simultaneously serve as sacrificial anodes; that simultaneously on the inner surface of the metal housing, isolated alternating current electrodes are placed in pairs, which alternating current electrodes are insulated; and that an upper region of the autoclave electrolyte container, which is insulated from the metal housing, has an upper lid, electrically insulated from the metal housing, has a valve, which is joined by connectors to a descending radiator for distillation and condensation of the electrolytes, the radiator having a storage chamber for the electrolytes.
Process comprising the following steps: - injecting in an optical fiber a first optical pump at a first optical frequency (f 1, f 2, f 3, f 4) that evolves in time or not, and a second optical pump at a second optical frequency (f' 1, f' 2, f' 3, f' 4) that evolves in time or not, the first optical frequency and the second optical frequency being different at each given time, - a first detection of a first Rayleigh backscattered signal at the first optical frequency from the optical fiber - a second detection, separated from the first detection, of a second Rayleigh backscattered signal at the second optical frequency from the optical fiber - analyzing the detected first Rayleigh backscattered signal and the detected second Rayleigh backscattered signal, characterized in that the first and second optical frequencies have, in absolute value, the same frequency difference with respect to a source frequency (f 0), the source frequency remaining constant in time. - injecting in an optical fiber a first optical pump at a first optical frequency (f 1, f 2, f 3, f 4) that evolves in time or not, and a second optical pump at a second optical frequency (f' 1, f' 2, f' 3, f' 4) that evolves in time or not, the first optical frequency and the second optical frequency being different at each given time, - a first detection of a first Rayleigh backscattered signal at the first optical frequency from the optical fiber - a second detection, separated from the first detection, of a second Rayleigh backscattered signal at the second optical frequency from the optical fiber - analyzing the detected first Rayleigh backscattered signal and the detected second Rayleigh backscattered signal,
Process for removing arsenic and/or antimony sulfides from copper, nickel and/or gold containing ore particles, wherein the ore particles are fed into a reactor, wherein a fluidizing gas is injected into the reactor to form a fluidized bed containing at least a portion of the ore particles and of the inert particles, wherein the ore particles are heated in the presence of inert particles to a temperature between 500 and 850 °C and wherein the ore particles are withdrawn from the reactor, characterized in that at least 60 wt-% of the inert particles form a first zone of the fluidized bed and that at least 60 wt-% of the ore particles form a second zone above the first zone.
A process for an EAP peer and an EAP server to negotiate on capabilities regarding an EAP extended functionality, comprising: employing an outer EAP extension method (EAP-EXT) that provides capabilities exchange between the server and the client regarding the EAP extended functionality, wherein the EAP extended functionality has no authentication mechanism and wherein at least one inner EAP method is run inside said outer EAP extension method for authenticating the EAP peer. employing an outer EAP extension method (EAP-EXT) that provides capabilities exchange between the server and the client regarding the EAP extended functionality, wherein the EAP extended functionality has no authentication mechanism and wherein at least one inner EAP method is run inside said outer EAP extension method for authenticating the EAP peer.
A positive electrode for a rechargeable lithium battery, including a current collector, and a positive active material layer disposed on the current collector, wherein the positive active material layer comprises a positive active material, conductive material and an additive, wherein said positive active material comprises a lithium metal oxide, and said additive comprises, preferably consists in, manganese oxide, cobalt oxide, iron oxide, vanadium oxide, or a combination thereof, preferably Mn 3 O 4, Co 3 O 4, V 2 O 5, Fe 3 O 4, or a combination thereof, characterised in that the positive active material layer further comprises active carbon and the active carbon and the additive are comprised in a weight ratio of 1:0.05 to 1:0.23. a current collector, and a positive active material layer disposed on the current collector, wherein the positive active material layer comprises a positive active material, conductive material and an additive, wherein said positive active material comprises a lithium metal oxide, and said additive comprises, preferably consists in, manganese oxide, cobalt oxide, iron oxide, vanadium oxide, or a combination thereof, preferably Mn 3 O 4, Co 3 O 4, V 2 O 5, Fe 3 O 4, or a combination thereof,
A tape article made from ultra-high molecular weight polyethylene multi-filament yarn, the tape article comprising: an average cross-sectional aspect ratio of at least about 10:1; and a ratio of the low temperature area under the curve, from 120° C to Tm-onset, to the total area under the curve, from 120° C to 165° C, of less than about 0.15 as measured by an increasing temperature DSC scan from a temperature of 30° C to a temperature of 200° C at a constant rate of 10° C per minute; wherein the average cross-sectional aspect ratio is the ratio of the greatest to the smallest dimension of cross-sections; and wherein Tm-onset is determined in accordance with ASTM F2625-10. an average cross-sectional aspect ratio of at least about 10:1; and a ratio of the low temperature area under the curve, from 120° C to Tm-onset, to the total area under the curve, from 120° C to 165° C, of less than about 0.15 as measured by an increasing temperature DSC scan from a temperature of 30° C to a temperature of 200° C at a constant rate of 10° C per minute; wherein the average cross-sectional aspect ratio is the ratio of the greatest to the smallest dimension of cross-sections; and wherein Tm-onset is determined in accordance with ASTM F2625-10.
A method for binding a user with a device, comprising the steps performed by the device of: receiving a binding request sent by a local terminal, the binding request carrying a registered user ID for the user to log into a client program of the local terminal; judging whether the binding request is sent from a present local area network in which the device is connected; when the binding request is sent from the present local area network, sending the binding request to a server for the server to establish a binding relationship between the registered user ID and the device; and after the binding relationship is established, receiving a notification message sent by the server for informing the binding relationship has been established, and forwarding the notification message to the local terminal, wherein the method further comprises: when the binding request is sent from a network other than the present local area network, discarding or rejecting the binding request. receiving a binding request sent by a local terminal, the binding request carrying a registered user ID for the user to log into a client program of the local terminal; judging whether the binding request is sent from a present local area network in which the device is connected; when the binding request is sent from the present local area network, sending the binding request to a server for the server to establish a binding relationship between the registered user ID and the device; and after the binding relationship is established, receiving a notification message sent by the server for informing the binding relationship has been established, and forwarding the notification message to the local terminal, wherein the method further comprises: when the binding request is sent from a network other than the present local area network, discarding or rejecting the binding request.
Method for telecommunication between a base station (eNB) and users such that an uplink transmission is grant-free, comprising: - identifying two disjoint lists of pilots (P11, P12,..., P1m,..., Pn1, Pn2,..., Pnm), (R11, R12,..., R1K,..., Rl1, Rl2,..., RlK), which lists are known to the base station and to the users, a first of which is for initial uplink transmissions and a second of which is for uplink retransmissions, - defining a first mapping between the pilots of the two lists, a pilot of the second list mapped to a pilot of the first list according to the first mapping being referred to as a reference pilot ( ReTx pilot), - a user randomly selecting a pilot of the first list during an initial uplink transmission, the selected pilot making it possible to determine, according to the first mapping, the reference pilot among the pilots of the second list, - defining different first patterns of relationships between pilots of the second list and the reference pilot in order to distinguish different respective retransmission modes, - the user selecting a pilot (R3, R1) from the second list during a retransmission, this pilot being in a relationship, according to one of the first patterns, with the reference pilot, and this pilot corresponding to the mode of the retransmission. - identifying two disjoint lists of pilots (P11, P12,..., P1m,..., Pn1, Pn2,..., Pnm), (R11, R12,..., R1K,..., Rl1, Rl2,..., RlK), which lists are known to the base station and to the users, a first of which is for initial uplink transmissions and a second of which is for uplink retransmissions, - defining a first mapping between the pilots of the two lists, a pilot of the second list mapped to a pilot of the first list according to the first mapping being referred to as a reference pilot ( ReTx pilot), - a user randomly selecting a pilot of the first list during an initial uplink transmission, the selected pilot making it possible to determine, according to the first mapping, the reference pilot among the pilots of the second list, - defining different first patterns of relationships between pilots of the second list and the reference pilot in order to distinguish different respective retransmission modes, - the user selecting a pilot (R3, R1) from the second list during a retransmission, this pilot being in a relationship, according to one of the first patterns, with the reference pilot, and this pilot corresponding to the mode of the retransmission.