mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine (100; 200; 300) comprising: a hydrogen fuel delivery assembly configured to deliver a hydrogen fuel flow; a compressor section (110, 112) configured to compress air flowing therethrough to provide a compressed air flow; and a combustor (150; 401; 403; 405; 407; 409) including a combustion chamber; wherein the combustor (150; 401; 403; 405; 407; 409) includes an outer liner and an inner liner, each of the outer liner and the inner liner having an inner surface; the combustion chamber has a forward end; the combustion chamber is defined between the outer liner and the inner liner; the combustion chamber has a burner length L and a burner dome height H, the burner dome height H being a maximum height between the inner surface of the outer liner and the inner surface of the inner liner at the forward end of the combustion chamber; the combustion chamber is configured to combust a mixture of the hydrogen fuel flow and the compressed air flow; and the combustion chamber has a combustor size rating between 2.54cm (one inch) and 17.8cm (seven inches), the combustor size rating being a ratio of the burner length, squared, to the burner dome height. a hydrogen fuel delivery assembly configured to deliver a hydrogen fuel flow; a compressor section (110, 112) configured to compress air flowing therethrough to provide a compressed air flow; and a combustor (150; 401; 403; 405; 407; 409) including a combustion chamber; wherein the combustor (150; 401; 403; 405; 407; 409) includes an outer liner and an inner liner, each of the outer liner and the inner liner having an inner surface; the combustion chamber has a forward end; the combustion chamber is defined between the outer liner and the inner liner; the combustion chamber has a burner length L and a burner dome height H, the burner dome height H being a maximum height between the inner surface of the outer liner and the inner surface of the inner liner at the forward end of the combustion chamber; the combustion chamber is configured to combust a mixture of the hydrogen fuel flow and the compressed air flow; and the combustion chamber has a combustor size rating between 2.54cm (one inch) and 17.8cm (seven inches), the combustor size rating being a ratio of the burner length, squared, to the burner dome height.
An electrolyte-circulating battery comprising a battery cell and a circulation passage configured to circulate an electrolyte into the battery cell, wherein the circulation passage includes a complex duct, and the complex duct includes: a tubular main body composed of a resin, the resin being a polyethylene resin; an oxygen block layer disposed on a periphery of the main body and composed of an organic material that has a lower oxygen transmission rate than the main body; and a single- or multi-layered protective layer disposed on a periphery of the oxygen block layer, the single- or multi-layered protective layer being composed of the same type of resin as the main body. a tubular main body composed of a resin, the resin being a polyethylene resin; an oxygen block layer disposed on a periphery of the main body and composed of an organic material that has a lower oxygen transmission rate than the main body; and a single- or multi-layered protective layer disposed on a periphery of the oxygen block layer, the single- or multi-layered protective layer being composed of the same type of resin as the main body.
Damper of a wind turbine, wherein - the damper is arranged and prepared for damping a movement of the wind turbine, - the damper comprises a container and a liquid, the liquid being located inside the container, - the damper comprises substantially the shape of a toroid, characterized in that - the container comprises a first toroidal segment and at least a second toroidal segment, and - the toroidal segments are attached together such that a closed toroid is generated and the liquid is retained inside the container. - the damper is arranged and prepared for damping a movement of the wind turbine, - the damper comprises a container and a liquid, the liquid being located inside the container, - the damper comprises substantially the shape of a toroid, - the container comprises a first toroidal segment and at least a second toroidal segment, and - the toroidal segments are attached together such that a closed toroid is generated and the liquid is retained inside the container.
A method for updating blocked port information, characterized by comprising: after a link failure in an Ethernet ring network is restored or other requests for protection switching are cleared, a node to which the ring protection link belongs in the Ethernet ring network starting a wait to restore timer and entering a pending state; when the node to which a ring protection link belongs in an Ethernet ring network is in the pending state and after the wait to restore timer expires, the node to which the ring protection link belongs in the Ethernet ring network updating refreshing record information of an adjacent port of the ring protection link as its own node number of the node to which the ring protection link belongs in the Ethernet ring network and an index number of the adjacent port of the ring protection link, wherein the refreshing record information comprises a node number and an index number. after a link failure in an Ethernet ring network is restored or other requests for protection switching are cleared, a node to which the ring protection link belongs in the Ethernet ring network starting a wait to restore timer and entering a pending state; when the node to which a ring protection link belongs in an Ethernet ring network is in the pending state and after the wait to restore timer expires, the node to which the ring protection link belongs in the Ethernet ring network updating refreshing record information of an adjacent port of the ring protection link as its own node number of the node to which the ring protection link belongs in the Ethernet ring network and an index number of the adjacent port of the ring protection link, wherein the refreshing record information comprises a node number and an index number.
A polymer compound comprising a constitutional unit represented by formula; in formula, R 1A represents a primary or secondary unsubstituted alkyl group, R 1B, R 2A and R 2B each independently represent an unsubstituted alkyl group; R 3 and R 4 each independently represent an unsubstituted or substituted alkyl group, an unsubstituted or substituted alkoxy group, an unsubstituted or substituted aryl group, an unsubstituted or substituted aryloxy group, an unsubstituted or substituted monovalent heterocyclic group, an unsubstituted or substituted silyl group, a halogen atom, an alkoxycarbonyl group, a carboxyl group or a cyano group; R 5 and R 6 each independently represent an unsubstituted or substituted alkyl group, an unsubstituted or substituted alkoxy group or an unsubstituted or substituted aryl group; the letters a, b, c and d each independently represent an integer of 0 to 3; when multiple R 3, R 4, R 5 and R 6 groups are present, they may be the same or different.
A pharmaceutical composition in the form of an orally disintegrating tablet comprising: a. a topically acting corticosteroid or pharmaceutically acceptable salt, ester, or polymorph in an amount of about 5% or less by weight in the composition; b. a pharmaceutically acceptable carrier; and c. rapidly dispersing microgranules; wherein the corticosteroid or pharmaceutically acceptable salt, ester, or polymorph is adsorbed onto the pharmaceutically acceptable carrier, and wherein the pharmaceutically acceptable carrier is selected from the group consisting of microcrystalline cellulose, silicified microcrystalline cellulose, pregelatinized starch, corn starch, colloidal silica, and amorphous magnesium aluminum silicate. a. a topically acting corticosteroid or pharmaceutically acceptable salt, ester, or polymorph in an amount of about 5% or less by weight in the composition; b. a pharmaceutically acceptable carrier; and c. rapidly dispersing microgranules;
A method of mounting an inflatable chamber lock in a asbestos, polychlorinated biphenyl, and/or lead contaminated building environment, the method comprising: - sealing the asbestos, polychlorinated biphenyl, and/or lead contaminated building, - ensuring a negative pressure in the building, - inflating the chamber lock from a first non-inflated position to a second inflated position - positioning the chamber lock in an opening of the building, and - if necessary, adjusting the inflated chamber lock in the opening of the contaminated building, wherein the steps can be performed in any order, subsequently and/or simultaneously. - sealing the asbestos, polychlorinated biphenyl, and/or lead contaminated building, - ensuring a negative pressure in the building, - inflating the chamber lock from a first non-inflated position to a second inflated position - positioning the chamber lock in an opening of the building, and - if necessary, adjusting the inflated chamber lock in the opening of the contaminated building,
A communication method of a terminal, the method comprising: transmitting, to a base station, a radio access technology, RAT, discovery request message for requesting a service on a common discovery channel, CDCH,; receiving, from the base station, an RAT discovery response message including information on a resource for RAT-related system information, the RAT-related system information including information on the service for the terminal; receiving, from the base station, the RAT-related system information based on the information on the resource for the RAT-related system information; and receiving, from the base station, a terminal-specific, UE-specific, configuration information for configuring the terminal on a resource region based on the RAT-related system information. transmitting, to a base station, a radio access technology, RAT, discovery request message for requesting a service on a common discovery channel, CDCH,; receiving, from the base station, an RAT discovery response message including information on a resource for RAT-related system information, the RAT-related system information including information on the service for the terminal; receiving, from the base station, the RAT-related system information based on the information on the resource for the RAT-related system information; and receiving, from the base station, a terminal-specific, UE-specific, configuration information for configuring the terminal on a resource region based on the RAT-related system information.
A method to reduce methane emissions from liquid animal effluent relative to untreated liquid animal effluent using ferric sulphate or polyferric sulphate via a dose of ferric sulphate or polyferric sulphate, expressed in mg Fe/L effluent, calculated from the measurement of the turbidity, expressed in NTU, of the effluent to be treated to achieve a desired percentage reduction in the amount of methane emitted, wherein the dose required for a desired percentage reduction is determined by the formulae detailed in the following table: Desired percentage reduction in the amount of methane emitted (%) Formulae for determining dosage of FS or PFS that needs to be added to the effluent (mg Fe/L effluent) >95% reduction Dosage = 0.1 x NTU value of effluent 90 to 95% reduction Dosage= 0.08 x NTU value of effluent 80 to 89% reduction Dosage = 0.06 x NTU value of effluent 60 to 79% reduction Dosage= 0.04 x NTU value of effluent 40 to 59% reduction Dosage= 0.024 x NTU value of effluent 20 to 39% reduction Dosage = 0.013 x NTU value of effluent
A collecting tray comprising a collecting device for collecting fluid in a baking or roasting pan and a baking or roasting pan for a household oven comprising: - a bottom for placing a food article to be baked, - a side extending upwards from said bottom for containing a fluid in said baking or roasting pan, - a pan outlet arranged in said bottom or at the bottom of said side for letting out said fluid, - a valve for controlling a flow of said fluid trough said pan outlet, said valve having an inlet port for receiving said fluid, an outlet port in fluid communication with said pan outlet, an actuator for opening and closing said valve, said actuator having a closed state and an open state, and an actuator member for operating said actuator by engaging said actuator member with the collecting device operated by a user such that said valve opens for said flow of said fluid when being engaged by said collecting device for a safe and clean emptying of said baking pan. - a bottom for placing a food article to be baked, - a side extending upwards from said bottom for containing a fluid in said baking or roasting pan, - a pan outlet arranged in said bottom or at the bottom of said side for letting out said fluid, - a valve for controlling a flow of said fluid trough said pan outlet, said valve having an inlet port for receiving said fluid, an outlet port in fluid communication with said pan outlet, an actuator for opening and closing said valve, said actuator having a closed state and an open state, and an actuator member for operating said actuator by engaging said actuator member with the collecting device operated by a user such that said valve opens for said flow of said fluid when being engaged by said collecting device for a safe and clean emptying of said baking pan.
A method for generating a triage dump in a computer system comprising a processor and at least one memory for storing data, wherein the memory comprises a plurality of memory locations, the method comprising: determining, for each of a plurality of data values stored in the plurality of memory locations, whether the data value points to a memory location that is associated with program code, library code, or a call stack; and overwriting each of the data values (440, 520) that does not point to a memory location that is associated with program code, library code or a call stack, with one or more overwrite values, wherein for each of the data values to be overwritten a respective overwrite value is a function of the memory protection option of the memory page that stores the data value.
A hose assembly, comprising: a first end coupler and a second end coupler; an inner tube having a longitudinal length and a first circumference below a minimum expansion pressure, wherein the inner tube is expandable to a larger, second circumference upon application of fluid pressure on an inner surface of the inner tube at or above the minimum expansion pressure, wherein the inner tube comprises a modified thermoplastic composition comprising a thermoplastic polymer, a plasticizer, and a rubber, wherein the thermoplastic polymer is present in a major amount by weight based on the total weight of the thermoplastic polymer and the rubber; and an outer tube covering the inner tube, wherein a first end of the inner tube and a first end of the outer tube are connected to the first end coupler, wherein a second end of the inner tube and a second end of the outer tube are connected to the second end coupler, wherein the outer tube is not bonded, connected or attached to the inner tube between the first and second end couplers of the hose assembly, and wherein the thermoplastic polymer comprises a polyvinyl chloride polymer at 100 parts per hundred resin (phr), wherein the rubber is at least partially cross-linked and is present in an amount from 10 to less than 100 phr, wherein the rubber is at least partially cross-linked and comprises nitrile rubber. a first end coupler and a second end coupler; an inner tube having a longitudinal length and a first circumference below a minimum expansion pressure, wherein the inner tube is expandable to a larger, second circumference upon application of fluid pressure on an inner surface of the inner tube at or above the minimum expansion pressure, wherein the inner tube comprises a modified thermoplastic composition comprising a thermoplastic polymer, a plasticizer, and a rubber, wherein the thermoplastic polymer is present in a major amount by weight based on the total weight of the thermoplastic polymer and the rubber; and an outer tube covering the inner tube, wherein a first end of the inner tube and a first end of the outer tube are connected to the first end coupler, wherein a second end of the inner tube and a second end of the outer tube are connected to the second end coupler, wherein the outer tube is not bonded, connected or attached to the inner tube between the first and second end couplers of the hose assembly, and wherein the thermoplastic polymer comprises a polyvinyl chloride polymer at 100 parts per hundred resin (phr), wherein the rubber is at least partially cross-linked and is present in an amount from 10 to less than 100 phr, wherein the rubber is at least partially cross-linked and comprises nitrile rubber.
A valve for use in an engine exhaust conduit, comprising: a base portion configured for pivotably mounting the valve within the engine exhaust conduit, the base portion defining a valve pivot axis, the valve being pivotable about the valve pivot axis during use; and a body portion extending from the base portion, the body portion having an upstream side and a downstream side opposite the upstream side, the upstream side being exposed, during use, to fluid flow in the engine exhaust conduit, the body portion having a generally pointed shape defining a rounded tip at a location of the body portion furthest from the base portion in a length direction of the valve, the length direction of the valve being generally perpendicular to the valve pivot axis, characterized in that the body portion having a periphery including: two opposite lengthwise edges extending from the base portion in a direction generally parallel to the length direction of the valve; a rounded edge defined by the rounded tip; and two converging angular edges extending between the two lengthwise edges and ends of the rounded edge, the two angular edges converging toward each other as the two angular edges extend from the two lengthwise edges to the ends of the rounded edge. a base portion configured for pivotably mounting the valve within the engine exhaust conduit, the base portion defining a valve pivot axis, the valve being pivotable about the valve pivot axis during use; and a body portion extending from the base portion, the body portion having an upstream side and a downstream side opposite the upstream side, the upstream side being exposed, during use, to fluid flow in the engine exhaust conduit, the body portion having a generally pointed shape defining a rounded tip at a location of the body portion furthest from the base portion in a length direction of the valve, the length direction of the valve being generally perpendicular to the valve pivot axis, characterized in that the body portion having a periphery including: two opposite lengthwise edges extending from the base portion in a direction generally parallel to the length direction of the valve; a rounded edge defined by the rounded tip; and two converging angular edges extending between the two lengthwise edges and ends of the rounded edge, the two angular edges converging toward each other as the two angular edges extend from the two lengthwise edges to the ends of the rounded edge. two opposite lengthwise edges extending from the base portion in a direction generally parallel to the length direction of the valve; a rounded edge defined by the rounded tip; and two converging angular edges extending between the two lengthwise edges and ends of the rounded edge, the two angular edges converging toward each other as the two angular edges extend from the two lengthwise edges to the ends of the rounded edge.
A pixel unit electrode structure, intended to be applied in a liquid crystal display device with a Fringe Field Switching mode, comprising a pixel electrode (31, 91, 101, B5) and a common electrode (32, B6), which are insulated from each other, wherein, the pixel electrode (31, 91, 101, B5) includes at least two branch electrodes (311, 911, 1011, B51) arranged in parallel and an end electrode (312, 912, 1012, B52) connecting to ends of the branch electrodes (311, 911, 1011, B51); each branch electrode (311, 911, 1011, B51) includes a body (311a, 911a, 1011a, B51a) and an inclined connection part (311b, 911b, 1011b, B51b), wherein, the inclined connection part (311b, 911b, 1011b, B51b) is connected between an end of the body (311a, 911a, 1011a, B51a) and the end electrode (312, 912, 1012, B52), and extends in a direction different from the extension direction of the body (311a, 911a, 1011a, B51a); characterized in that: at least one of the branch electrodes (311, 911, 1011, B51) further includes a protrusion (311c, 911c, 1011c, B51c) at an end of the body (311a, 911a, 1011a, B51a); the protrusion (311c, 911 c, 1011c, B51c) is arranged opposite to the end electrode (312, 912, 1012, B52) along the extension direction of the body (311a, 911a, 1011a, B51a). at least one of the branch electrodes (311, 911, 1011, B51) further includes a protrusion (311c, 911c, 1011c, B51c) at an end of the body (311a, 911a, 1011a, B51a); the protrusion (311c, 911 c, 1011c, B51c) is arranged opposite to the end electrode (312, 912, 1012, B52) along the extension direction of the body (311a, 911a, 1011a, B51a).
A dispersant composition comprising the product of at least one amine having at least one N-H group with a polyisobutene-substituted succinic anhydride component or the reactive equivalent thereof, wherein the polyisobutene-substituted succinic anhydride component comprises: (a) 10 to 80 weight percent of a component, wherein at least one succinic anhydride moiety is attached to the polyisobutene substituent through a cyclic linkage; and (b) 20 to 90 weight percent of a component, wherein at least one succinic anhydride moiety is attached to the polyisobutene substituent through a non-cyclic linkage, wherein the composition does not have a CO:N ratio of less than 0.9:1. (a) 10 to 80 weight percent of a component, wherein at least one succinic anhydride moiety is attached to the polyisobutene substituent through a cyclic linkage; and (b) 20 to 90 weight percent of a component, wherein at least one succinic anhydride moiety is attached to the polyisobutene substituent through a non-cyclic linkage, wherein the composition does not have a CO:N ratio of less than 0.9:1.
A cured tobacco leaf of a modified tobacco plant, wherein said cured tobacco leaf comprises a decreased amount of one or more TSNAs and an increased amount of one or more phenylalanine biosynthetic enzymes, regulators of phenylalanine biosynthesis, or phenylalanine metabolic enzymes, wherein said decreased and increased amounts are compared to an unmodified control tobacco plant.
Method for controlling proxy binding of a mobile node in a network that supports network-based mobility management, wherein the mobile node is under network-based mobility management and includes at least one network interface that is employed for attaching to the network via an access router, wherein a mobile node' s binding for a network interface is initiated by a binding request, wherein the mobile node's binding for a new network interface is qualified as a preliminary binding, which is not employed for downlink data transmission, and wherein a status of said mobile node's binding is switched from preliminary to activated, after said mobile node's new network interface has been configured, so that from then on a mobility anchor forwards downlink packets towards said mobile node through said mobile node's new network interface via an associated mobility access gateway.