mhurhangee/ep-ind-claims huggingface dataset:
Substrate comprising a surface at least one part of which is coated with an epilame agent, said epilame agent comprising at least one compound in the form of a copolymer comprising V units, N units, optionally at least one M unit and optionally at least one P unit, linked by covalent bonds by their main chains, wherein V is N is M is P is where R 1, R 2, R 3, R 4, which may be identical or different, are H, a C 1 -C 10 alkyl group, C 1 -C 10 alkenyl group, and preferably H, CH 3 W, X, Y, Z, which may be identical or different, are spacer arms formed of a heteroatom or of a hydrocarbon chain that may contain at least one linear or branched heteroatom comprising at least one carbon atom L, which may be identical or different, is a halogenated, preferably fluorinated, C 1 -C 20 carbon moiety A, which may be identical or different, forms an anchoring moiety for the substrate, and is chosen from the group comprising thiols, thioethers, thioesters, sulphides, thioamides, silanols, alkoxysilanes, silane halides, hydroxyls, phosphates, protected or non-protected phosphonic acids, protected or non-protected phosphonates, amines, ammoniums, nitrogenated heterocycles, carboxylic acids, anhydrides, catechol Q, which may be identical or different, is H, CH 3, a hydrocarbon chain different from T that may contain at least one linear or branched, saturated or unsaturated heteroatom, comprising at least 2 carbon atoms; characterized in that T, which may be identical or different, is a tracer group arranged to determine the concentration of epilame agent in an epilame-coating bath, T being a UV-absorbing group derived from a compound selected from the group comprising benzotriazoles, triazines, phenones, acylphosphine oxides or a fluorophore moiety derived from a compound chosen from the group comprising fluorescein, a naphtyl, anthracene, coumarin, rhodamine, a fluorobenzoate.
An aircraft fuel tank comprising a tank body which defines an interior space for holding aircraft fuel, and a relief manifold assembly (110, 210) operatively associated to the tank body to prevent an overpressure condition within the interior space of the fuel tank body, wherein the relief manifold assembly (110, 210) comprises a buffer vessel (118, 218) defining a buffer chamber in fluid communication with the interior space defined by the fuel tank body, said buffer chamber extending between normally closed upper and lower access ports (120, 122) on upper and lower walls of the tanks body, wherein the buffer vessel (118, 218) is positioned within the interior space of the fuel tank body, and wherein the relief manifold assembly (110, 210) comprises a relief conduit (112, 212) external of the fuel tank body, and a relief branch conduit (126, 226) which fluid-connects the relief conduit (112, 212) to the buffer chamber of the buffer vessel (118, 218) through a wall of the fuel tank body, wherein the buffer vessel (118, 218) includes apertures (128, 228) at a lower end thereof so as to establish fluid communication between the interior space of the fuel tank and the buffer chamber defined by the buffer vessel (118, 218), further comprising a fuel vent manifold assembly (140, 240) for venting the interior space of the fuel tank and a fuel refill/transfer manifold assembly (170, 270) for supplying fuel to and withdrawing fuel from the interior space of the fuel tank; wherein when the fuel tank body is being filled, the fuel introduced by the refuel/transfer manifold assembly (170, 270) will initially reach a level where the fuel covers the apertures (128, 228) formed at the lower end of the buffer vessel so that the buffer vessels will become somewhat pressurized as compared to the pressure existing within interior space of the fuel tanks body, and when fuel continues to be introduced into the interior volume of the fuel tanks body, there will remain a column of somewhat pressurized air present within the chamber defined by the buffer vessel wherein, when the air within the buffer vessel will become further pressurized until a set point limit of an one-way valve of the relief manifold assembly (110, 210) is reached and exceeded, the one-way valve will open to allow air trapped within the buffer vessel to escape which in turn allows some fuel to enter the internal volume space defined by the buffer vessel to prevent an overpressure condition within the interior space of the fuel tank body.
A network entity for implementing a network function (NF1, NF2, NF3) comprising: one or more processors; and one or more memories storing instructions that, when executed by the one or more processors, cause the network entity to: send a first request to a first certificate server, the first request comprising a first public key of a first public-private key pair for the network function; receive a first response from the first certificate server, characterized by: the first response comprising an identity certificate for the network function and a first certificate chain of the first certificate server, wherein the identity certificate is based on the first public key; and further characterized in that the instructions further cause the network entity to: send a second request to a second certificate server, the second request comprising a second public key of a second public-private key pair for the network function and the identity certificate along with the first certificate chain; and receive a second response from the second certificate server, the second response comprising an end entity certificate for the network function and a second certificate chain of the second certificate server. one or more processors; and one or more memories storing instructions that, when executed by the one or more processors, cause the network entity to: send a first request to a first certificate server, the first request comprising a first public key of a first public-private key pair for the network function; receive a first response from the first certificate server, send a first request to a first certificate server, the first request comprising a first public key of a first public-private key pair for the network function; receive a first response from the first certificate server, the first response comprising an identity certificate for the network function and a first certificate chain of the first certificate server, wherein the identity certificate is based on the first public key; and further characterized in that the instructions further cause the network entity to: send a second request to a second certificate server, the second request comprising a second public key of a second public-private key pair for the network function and the identity certificate along with the first certificate chain; and receive a second response from the second certificate server, the second response comprising an end entity certificate for the network function and a second certificate chain of the second certificate server. send a second request to a second certificate server, the second request comprising a second public key of a second public-private key pair for the network function and the identity certificate along with the first certificate chain; and receive a second response from the second certificate server, the second response comprising an end entity certificate for the network function and a second certificate chain of the second certificate server.
Vacuum cleaner, in particular an industrial vacuum cleaner, comprising a housing having a housing body and a lid arranged on the housing body, wherein a dust collection container, in particular a dust collection bag, which is accessible by opening the lid, is arranged in the housing body, further comprising an inlet nozzle mounted movably relative to the housing body, which inlet nozzle is adjustable relative to the housing body selectively into a working position or into a release position, wherein the inlet nozzle in the working position projects through an opening in the housing body into the dust collection container and in the release position does not project into the dust collection container, and wherein the inlet nozzle is withdrawable from the dust collection container by means of a withdrawal movement performed relative to the housing body in order to move the inlet nozzle from the working position into the release position, characterized in that the vacuum cleaner comprises an external stop which prevents withdrawal of the inlet nozzle from the opening in the release position.
A method for removing an acid gas from a power cycle product stream, the method comprising: carrying out a power production cycle comprising; directing a product stream containing CO 2, SO x, and NO x from a power generation system (18, 19) into a first direct contact cooling tower; contacting the product stream containing CO 2, SO x, and NO x in the first direct contact cooling tower with a first counter-current circulating aqueous liquid stream; removing at least a portion of SO 2 present in the product stream in the first direct contact cooling tower via reaction between the SO 2 and NO 2 in the product stream in the presence of the aqueous liquid stream; withdrawing from the first direct contact cooling tower a recycle stream containing CO 2 and NO x; and delivering at least a portion of the recycle stream containing CO 2 and NO x back into the power generation system (18, 19); characterized in that the concentration of NO x in the product stream containing CO 2, SO x, and NO x is adjusted by adding NO x upstream from the first direct contact cooling tower. carrying out a power production cycle comprising; directing a product stream containing CO 2, SO x, and NO x from a power generation system (18, 19) into a first direct contact cooling tower; contacting the product stream containing CO 2, SO x, and NO x in the first direct contact cooling tower with a first counter-current circulating aqueous liquid stream; removing at least a portion of SO 2 present in the product stream in the first direct contact cooling tower via reaction between the SO 2 and NO 2 in the product stream in the presence of the aqueous liquid stream; withdrawing from the first direct contact cooling tower a recycle stream containing CO 2 and NO x; and delivering at least a portion of the recycle stream containing CO 2 and NO x back into the power generation system (18, 19); characterized in that the concentration of NO x in the product stream containing CO 2, SO x, and NO x is adjusted by adding NO x upstream from the first direct contact cooling tower.
A network apparatus implemented method comprising: receiving a user request for content at a user request handler node; resolving a content name; selecting a plurality of servers that comprise the content; and implementing joint server selection and path selection to select at least some of the servers and a plurality of computed paths, wherein at least some of the content is provided and load balanced on the paths characterized by implementing joint server selection and path selection to select at least some of the servers and a plurality of computed paths by dividing the user demand that needs to be met proportionally among multiple servers and paths as a function of path residual capacity. receiving a user request for content at a user request handler node; resolving a content name; selecting a plurality of servers that comprise the content; and implementing joint server selection and path selection to select at least some of the servers and a plurality of computed paths,
A method of making a gravity-laid inorganic fiber web comprising melt-formed inorganic fibers, comprising: extruding inorganic material as a melt and solidifying the molten extrudate as fibers and collecting the solidified inorganic fibers; introducing the collected solidified inorganic fibers into a forming chamber that comprises a plurality of fiber-separating rollers provided in at least one row within the forming chamber and that comprises a moving endless belt screen; mechanically separating at least some of the inorganic fibers with the fiber-separating rollers; capturing any remaining agglomerates of the inorganic fibers by the moving endless belt screen and returning the captured agglomerates to the fiber-separating rollers to be mechanically separated by the fiber-separating rollers; collecting the mechanically separated inorganic fibers as a gravity-laid inorganic fiber mat; removing the gravity-laid inorganic fiber mat from the forming chamber; and, consolidating the gravity-laid inorganic fiber mat to form a gravity-laid inorganic fiber web; wherein the forming chamber is in tandem with the melt-extrusion process in a single production line and wherein the collected solidified inorganic fibers are cooled, and are not baled, before being introduced into the forming chamber. extruding inorganic material as a melt and solidifying the molten extrudate as fibers and collecting the solidified inorganic fibers; introducing the collected solidified inorganic fibers into a forming chamber that comprises a plurality of fiber-separating rollers provided in at least one row within the forming chamber and that comprises a moving endless belt screen; mechanically separating at least some of the inorganic fibers with the fiber-separating rollers; capturing any remaining agglomerates of the inorganic fibers by the moving endless belt screen and returning the captured agglomerates to the fiber-separating rollers to be mechanically separated by the fiber-separating rollers; collecting the mechanically separated inorganic fibers as a gravity-laid inorganic fiber mat; removing the gravity-laid inorganic fiber mat from the forming chamber; and, consolidating the gravity-laid inorganic fiber mat to form a gravity-laid inorganic fiber web;
A process for the synthesis of 6-hydroxy-5-arylbicyclo[2.2.2]octan-2-one compounds, the compounds of the formula: said process comprising a cyclization of a compound of formula 4, or of a compound of formula 10: wherein Ar represents an aryl group; and -OR 1 and -OR 2, together with the carbon atom to which they are attached to, represent a ketal group.
A method for reducing lost circulation of a fluid in a subterranean formation; said method comprising contacting the subterranean formation with a mixture of a fluid and a lost circulation material; wherein the lost circulation material comprises composite particles; wherein the composite particles comprise thermoplastic polymer, cellulosic fibers and calcium carbonate or other mineral additives; wherein the thermoplastic polymer is between 10% and 90% of the lost circulation material by mass; wherein the cellulosic fibers are between 10% and 80% of the lost circulation material by mass; and wherein the thermoplastic polymer is a matrix that binds together the other components into composite particles.
A method of controlling a cooling means in order to decrease the thermal load on animals, said method comprising the steps: - to identify an individual animal with the aid of an identification means worn by said animal; - to sense the temperature of the skin and/or the body of said identified animal; - to start said cooling means when the air temperature exceeds a predetermined threshold value and/or a parameter, dependent on the relative humidity of air, exceeds a predetermined threshold value, wherein said cooling means is a cooling fan and/or an evaporative cooling means; and - to control said cooling means also in dependence of said sensed temperature of the skin and/or the body of said identified animal. - to identify an individual animal with the aid of an identification means worn by said animal; - to sense the temperature of the skin and/or the body of said identified animal; - to start said cooling means when the air temperature exceeds a predetermined threshold value and/or a parameter, dependent on the relative humidity of air, exceeds a predetermined threshold value, wherein said cooling means is a cooling fan and/or an evaporative cooling means; and - to control said cooling means also in dependence of said sensed temperature of the skin and/or the body of said identified animal.
An apparatus for diagnosing a reductant delivery system comprising a reductant pump, the apparatus comprising: a control module that operates the reductant pump to urge the reductant to flow through the reductant delivery system at a first operating condition and to urge the reductant to flow through the reductant delivery system at a second operating condition different from the first operating condition; a sampling module that samples a first pressure of reductant at the first operating condition and a second pressure of reductant at the second operating condition; a calculation module that calculates a first pressure differential between the first and second pressures; and a comparison module that compares the first pressure differential with a first threshold pressure differential to determine whether the reductant delivery system is operating properly. a control module that operates the reductant pump to urge the reductant to flow through the reductant delivery system at a first operating condition and to urge the reductant to flow through the reductant delivery system at a second operating condition different from the first operating condition; a sampling module that samples a first pressure of reductant at the first operating condition and a second pressure of reductant at the second operating condition; a calculation module that calculates a first pressure differential between the first and second pressures; and a comparison module that compares the first pressure differential with a first threshold pressure differential to determine whether the reductant delivery system is operating properly.
Closing and securing assembly for a bathtub and/or shower basin, having an entry region which may be closed in a water-tight manner using a door which optionally extends at least to standing height and which may be locked using a locking device, and having a discharge drain having a closing mechanism which may be closed only in the locked state of the locking device whereat a mechanical transfer arrangement connects a locking device which operates in a strictly mechanical fashion to the closing mechanism, characterized in that when closing the door a movable locking pin slides up an inclined surface of a housing of the locking device and get pressed in an opening of the housing of the locking device by a return spring.
A composite casing comprising: a barrel; and a stiffening ring provided around the barrel; wherein the stiffening ring includes a section having a waved profile in a circumferential direction, and characterised in that the waved profile comprises a series of curves. a barrel; and a stiffening ring provided around the barrel; wherein the stiffening ring includes a section having a waved profile in a circumferential direction, and characterised in that the waved profile comprises a series of curves.
A gas turbine engine, comprising: a blade outer air seal (BOAS) mounted radially outwardly of a blade; and a BOAS support, wherein a radial dimension of the BOAS support is selectively changeable in response to a flow of fluid through the BOAS support to adjust a radial position of the BOAS relative to the blade, and the BOAS support includes at least three circumferentially spaced-apart flanges (86A, 86B, 86C) received in and engaging a respective slot (88A, 88B, 88C) formed in an engine case to restrict circumferential movement of the BOAS support relative to the engine case, wherein a radially outer surface of each flange (86A, 86B, 86C) is spaced from a radially outer surface of the respective slot (88A, 88B, 88C) in at least one operating condition, characterised in that the at least three circumferentially spaced-apart flanges (86A, 86B, 86C) extend radially outward in a direction substantially normal to an engine central longitudinal axis from a radially outer surface of the BOAS support, and an outer circumferential face of each of the outer flanges (86A, 86C) of the at least three circumferentially spaced-apart flanges (86A, 86B, 86C) is configured to engage an outer circumferential face of a respective slot (88A, 88C). a blade outer air seal (BOAS) mounted radially outwardly of a blade; and a BOAS support, wherein a radial dimension of the BOAS support is selectively changeable in response to a flow of fluid through the BOAS support to adjust a radial position of the BOAS relative to the blade, and the BOAS support includes at least three circumferentially spaced-apart flanges (86A, 86B, 86C) received in and engaging a respective slot (88A, 88B, 88C) formed in an engine case to restrict circumferential movement of the BOAS support relative to the engine case, wherein a radially outer surface of each flange (86A, 86B, 86C) is spaced from a radially outer surface of the respective slot (88A, 88B, 88C) in at least one operating condition, characterised in that the at least three circumferentially spaced-apart flanges (86A, 86B, 86C) extend radially outward in a direction substantially normal to an engine central longitudinal axis from a radially outer surface of the BOAS support, and an outer circumferential face of each of the outer flanges (86A, 86C) of the at least three circumferentially spaced-apart flanges (86A, 86B, 86C) is configured to engage an outer circumferential face of a respective slot (88A, 88C).
A method for an imaging system, comprising: during a scan, transmitting data to a remote computing system; controlling the imaging system according to results of remote processing of the data via the remote computing system responsive to receiving the results of the remote processing before a latency deadline; and controlling the imaging system according to results of local processing at the imaging system responsive to receiving the results of the remote processing after the latency deadline. during a scan, transmitting data to a remote computing system; controlling the imaging system according to results of remote processing of the data via the remote computing system responsive to receiving the results of the remote processing before a latency deadline; and controlling the imaging system according to results of local processing at the imaging system responsive to receiving the results of the remote processing after the latency deadline.