mhurhangee/patent-ind-claim-en huggingface dataset:
A combustor mounting structure (400; 500; 600; 700; 800; 900; 1000; 1100; 1200) for a gas turbine engine , the combustor mounting structure comprising: a shell portion (326; 402; 502; 602; 702; 802; 902; 1002; 1102; 1202) defining an outer ring arranged at an outer radius relative to a central axis; a combustor connection element (320; 404; 508; 608; 708; 808; 908; 1008; 1108; 1208) defining an inner ring arranged at an inner radius that is less than the outer radius relative to the central axis; and a plurality of struts (328; 406; 506; 606; 706; 806; 906; 1006; 1106; 1206) extending radially between and flexibly connecting the shell portion (326; 402; 502; 602; 702; 802; 902; 1002; 1102; 1202) to the combustor connection element (320; 404; 508; 608; 708; 808; 908; 1008; 1108; 1208), the plurality of struts being arranged to cause the combustor connection element to be located axially forward of the location of the shell portion, wherein one or more flow apertures are defined between the shell portion and the combustor connection element in a radial direction and between adjacent struts of the plurality of struts in a circumferential direction; characterized in that : the plurality of struts (706; 806) include a convolution proximate one of the combustor connection element (708; 808) or the shell portion (702; 802) and a turn proximate the other of the combustor connection element or shell portion, and a portion of the strut extends substantially parallel to an axial direction between the turn and the convolution portion. a shell portion (326; 402; 502; 602; 702; 802; 902; 1002; 1102; 1202) defining an outer ring arranged at an outer radius relative to a central axis; a combustor connection element (320; 404; 508; 608; 708; 808; 908; 1008; 1108; 1208) defining an inner ring arranged at an inner radius that is less than the outer radius relative to the central axis; and a plurality of struts (328; 406; 506; 606; 706; 806; 906; 1006; 1106; 1206) extending radially between and flexibly connecting the shell portion (326; 402; 502; 602; 702; 802; 902; 1002; 1102; 1202) to the combustor connection element (320; 404; 508; 608; 708; 808; 908; 1008; 1108; 1208), the plurality of struts being arranged to cause the combustor connection element to be located axially forward of the location of the shell portion, wherein one or more flow apertures are defined between the shell portion and the combustor connection element in a radial direction and between adjacent struts of the plurality of struts in a circumferential direction; characterized in that : the plurality of struts (706; 806) include a convolution proximate one of the combustor connection element (708; 808) or the shell portion (702; 802) and a turn proximate the other of the combustor connection element or shell portion, and a portion of the strut extends substantially parallel to an axial direction between the turn and the convolution portion.
A tool cart for assembling and disassembling a nuclear vessel , comprising: a cart platform configured to travel around an outside perimeter of the nuclear vessel and locate next to different bolt locations on the nuclear vessel ; a tool tower extending up from the cart platform ; a tool assembly attached to the tool tower configured to rotate about a first vertical axis to install bolts on the nuclear vessel and remove the bolts from the nuclear vessel ; characterized in that the tool cart further comprises a magazine tower extending up from the cart platform ; and a magazine attached on top of the magazine tower configured to rotate about a second vertical axis. a cart platform configured to travel around an outside perimeter of the nuclear vessel and locate next to different bolt locations on the nuclear vessel ; a tool tower extending up from the cart platform ; a tool assembly attached to the tool tower configured to rotate about a first vertical axis to install bolts on the nuclear vessel and remove the bolts from the nuclear vessel ; characterized in that the tool cart further comprises a magazine tower extending up from the cart platform ; and a magazine attached on top of the magazine tower configured to rotate about a second vertical axis.
A combustor for a gas turbine comprising: a combustion liner having a combustion chamber formed therein; a fuel injector mounted to a top portion of the combustion liner and configured to inject fuel (F) and air (A) into the combustion chamber , the fuel injector including a fuel injection member having a plurality of fuel injection annular portions , and an air guide member having a plurality of combustion air annular portions that guide an air (A) for combustion, the fuel injection annular portions and the combustion air annular portions being arranged concentrically and alternately; wherein each of the fuel injection annular portions includes a plurality of fuel injection holes that are open in a radial direction thereof, characterized in that a supplemental burner is disposed on a peripheral wall of the combustion liner in a downstream region in the combustion chamber , each of the combustion air annular portions includes a plurality of air guide grooves that are open in an axial direction thereof, and guides the air (A) to the fuel (F) jetted from the fuel injection holes and the air guide member is disposed on an upstream side in a flow direction of the air relative to the fuel injection holes . a combustion liner having a combustion chamber formed therein; a fuel injector mounted to a top portion of the combustion liner and configured to inject fuel (F) and air (A) into the combustion chamber , the fuel injector including a fuel injection member having a plurality of fuel injection annular portions , and an air guide member having a plurality of combustion air annular portions that guide an air (A) for combustion, the fuel injection annular portions and the combustion air annular portions being arranged concentrically and alternately; wherein each of the fuel injection annular portions includes a plurality of fuel injection holes that are open in a radial direction thereof, characterized in that a supplemental burner is disposed on a peripheral wall of the combustion liner in a downstream region in the combustion chamber , each of the combustion air annular portions includes a plurality of air guide grooves that are open in an axial direction thereof, and guides the air (A) to the fuel (F) jetted from the fuel injection holes and the air guide member is disposed on an upstream side in a flow direction of the air relative to the fuel injection holes .
Lighting device compatible with the use of night vision binoculars, the lighting device comprising at least: one row of first light-emitting diodes which are carried and supplied with power by a flexible printed electronic circuit , a mechanical component to which the electronic circuit is fixed; a second light-emitting diode which is carried and supplied with power by the flexible printed electronic circuit , the second diode being surmounted by an optical filter , the optical filter having such a spectral transmission that the light emitted from the second diode filtered by the filter is compatible with the use of the night vision binoculars so as not to saturate the binoculars, the mechanical component comprises at least one hollow housing in which the second filtered light-emitting diode is fixed, the depth of the housing being sufficient so that the upper portion of the optical filter does not exceed the upper portion of the first light-emitting diodes. one row of first light-emitting diodes which are carried and supplied with power by a flexible printed electronic circuit , a mechanical component to which the electronic circuit is fixed; a second light-emitting diode which is carried and supplied with power by the flexible printed electronic circuit , the second diode being surmounted by an optical filter , the optical filter having such a spectral transmission that the light emitted from the second diode filtered by the filter is compatible with the use of the night vision binoculars so as not to saturate the binoculars, the mechanical component comprises at least one hollow housing in which the second filtered light-emitting diode is fixed, the depth of the housing being sufficient so that the upper portion of the optical filter does not exceed the upper portion of the first light-emitting diodes.
Method for manufacturing structural layers guiding a liquid flow on a porous substrate, characterized in that the structural layers are formed by printing onto at least one area of at least one surface of the substrate a printing solution formed of an aqueous polymer dispersion of D,L-lactic acid or an aqueous polymer dispersion of poly(lactic acid) - itaconic acid copolymer.
Handle for a shaft , of the oar shaft type, comprising a hollow body extending longitudinally along an axis X and having: - an outer wall for handling; - an inner wall defining a cylindrical cavity , said inner wall being able to come into contact with a shaft and comprising distortion means for mounting on the shaft , said distortion means consisting of helical grooves made in the inner wall and extending from one end to the other of the body , the handle characterized in that it comprises shimming means arranged inside the body against its second closed end . - an outer wall for handling; - an inner wall defining a cylindrical cavity , said inner wall being able to come into contact with a shaft and comprising distortion means for mounting on the shaft ,
Closing device for a container that has a container opening , - the closing device comprising a lid element for closing the container opening , an inner housing and a chamber that is arranged on the lid element , - the chamber being arranged in the inner housing at least in part, - the inner housing comprising a first thread that interlockingly corresponds to a thread of the container , - the lid element and the inner housing comprising mutually interlockingly corresponding second threads along which the lid element can be moved relative to the inner housing from a closed position to a discharge position, in which discharge position a medium stored in the chamber can escape into the container , - the first threads and the second threads being designed so as to be mutually contradirectional such that, upon a movement into the discharge position, the chamber is moved further into the inner housing , - the second threads furthermore being designed as left-hand threads and the first threads being designed as right-hand threads, it being possible to unscrew the inner housing from the container by actuating the right-hand threads and the left-hand threads being arranged in a region outside the container when the closing device is screwed onto the container, and - the inner housing comprising a U-shaped edge region that has a side edge which supports the inner-housing part of the first threads on a side that faces the outer wall of the container when the closing device is screwed on, characterised in that , when the closing device is screwed on, the side edge, facing outwards, supports the inner-housing part of the second threads . - the closing device comprising a lid element for closing the container opening , an inner housing and a chamber that is arranged on the lid element , - the chamber being arranged in the inner housing at least in part, - the inner housing comprising a first thread that interlockingly corresponds to a thread of the container , - the lid element and the inner housing comprising mutually interlockingly corresponding second threads along which the lid element can be moved relative to the inner housing from a closed position to a discharge position, in which discharge position a medium stored in the chamber can escape into the container , - the first threads and the second threads being designed so as to be mutually contradirectional such that, upon a movement into the discharge position, the chamber is moved further into the inner housing , - the second threads furthermore being designed as left-hand threads and the first threads being designed as right-hand threads, it being possible to unscrew the inner housing from the container by actuating the right-hand threads and the left-hand threads being arranged in a region outside the container when the closing device is screwed onto the container, and - the inner housing comprising a U-shaped edge region that has a side edge which supports the inner-housing part of the first threads on a side that faces the outer wall of the container when the closing device is screwed on,
A compression assembly for detecting airborne sound comprises: a piezo electric transducer mounted in and electrically isolated from a Faraday cage wherein the transducer is arranged to convert the airborne sound to an electrical signal, the transducer has a first face on a non-detection side of the assembly and a distal second sensing face on a detection side of the assembly; and an electrode in the Faraday cage, characterised in that a first element and second element compress the transducer across the faces with a desired pressure maintained by a reaction structure which acts as a stiff portion of a clamp fixed to the second element to press a first portion of the electrode against and into electrical contact with the second face and which braces the first element to press a first conductive pathway into contact with the first face , wherein the Faraday cage comprises the second element and reaction structure , and the first element comprises the first conductive pathway .
A nickel electroplating composition comprising one or more sources of nickel ions, one or more compounds chosen from sodium saccharinate, boric acid and salts of boric acid, and optionally, one or more sources of acetate ions, characterized in that it further comprises one or more cationic polymers, wherein the one or more cationic polymers are a reaction product of one or more imidazole compounds having a formula: wherein R 1 , R 2 and R 3 are independently chosen from H, (C 1 -C 12 )alkyl, aryl, aryl(C 1 -C 6 )alkyl, and an amino group, amino(C 1 -C 6 )alkyl, and wherein R 1 and R 2 can be taken together with all of their carbon atoms to form a fused six membered ring and one or more bisepoxides having a formula: wherein Y 1 and Y 2 are independently chosen from H and linear or branched (C 1 -C 4 )alkyl; A is OR 4 or R 5 , wherein R 4 is ((CR 6 R 7 ) m )O) n , wherein R 6 and R 7 are independently chosen from H, hydroxyl and methyl, and R 5 is (CH 2 ) y , wherein m is a number from 1 to 6, n is a number from 1 to 20 and y is a number from 0 to 6 and when y is 0, A is a covalent chemical bond; and one or more optional additives.
A damped composite material comprising a damping material, a bonding material and a structural layer which comprises fibres and a structural resin material, wherein the structural layer is a prepreg or semi-preg, the damping material comprises a viscoelastic material, and the bonding material consisting of a thermosetting resin film with areal weight of 1 to 50g/m 2 ; and further wherein the bonding material is on the first face of the damping material and increases adhesion between the damping material and the structural layer; and further wherein the second face of the damping material comprises a surface layer consisting of a thermosetting resin film having an areal weight of 6 to 10 g/m 2 .
A method for the fermentative conversion of methylglyoxal into hydroxyacetone, comprising the step of using, in a microorganism, at least the methylglyoxal reductase YahK of sequence SEQ ID NO: 1.
An oxy-pyrohydrolysis reactor comprising: a pyrotube comprising a combustion chamber positioned between a first end and a second end of the pyrotube; and a sample insert connected to the first end of the pyrotube , the sample insert comprising: a sample insert tube having an inner opening and an outer opening , wherein the sample insert tube extends through the first end of the pyrotube such that the inner opening is located within the combustion chamber of the pyrotube a first distance X1 from the first end of the pyrotube, and the outer opening is located outside the pyrotube; and a protective tube having a first end connected to the inner opening of the sample insert tube and a second end extending a second distance X2 from the first end of the pyrotube into the combustion chamber of the pyrotube, wherein the ratio of X2 over X1 is at least 2; wherein the sample insert tube comprises a first material selected from quartz, glass, and combinations thereof; and the protective tube comprises a second material selected from a ceramic, a metal, a metal alloy, and combinations thereof. a pyrotube comprising a combustion chamber positioned between a first end and a second end of the pyrotube; and a sample insert connected to the first end of the pyrotube , the sample insert comprising: a sample insert tube having an inner opening and an outer opening , wherein the sample insert tube extends through the first end of the pyrotube such that the inner opening is located within the combustion chamber of the pyrotube a first distance X1 from the first end of the pyrotube, and the outer opening is located outside the pyrotube; and a protective tube having a first end connected to the inner opening of the sample insert tube and a second end extending a second distance X2 from the first end of the pyrotube into the combustion chamber of the pyrotube, wherein the ratio of X2 over X1 is at least 2; a sample insert tube having an inner opening and an outer opening , wherein the sample insert tube extends through the first end of the pyrotube such that the inner opening is located within the combustion chamber of the pyrotube a first distance X1 from the first end of the pyrotube, and the outer opening is located outside the pyrotube; and a protective tube having a first end connected to the inner opening of the sample insert tube and a second end extending a second distance X2 from the first end of the pyrotube into the combustion chamber of the pyrotube, wherein the ratio of X2 over X1 is at least 2; wherein the sample insert tube comprises a first material selected from quartz, glass, and combinations thereof; and the protective tube comprises a second material selected from a ceramic, a metal, a metal alloy, and combinations thereof.
Sink with a basin which has a bottom wall and adjoining side walls , and the basin has a receiving space delimited by the walls (4 to 7), wherein the sink has an insert plate which is separate from the basin and which is inserted into the receiving space , and wherein the sink has a lifting apparatus by means of which the insert plate is movable relative to the basin , and the lifting apparatus has at least one lifting unit with a lifting device by means of which the insert plate is movable in the vertical direction (y), characterised in that the lifting apparatus has a tilting device which makes it possible to perform a tilting movement of the insert plate relative to the horizontal plane.
A method for detecting defects of a strand-like product conveyed along a conveying direction with a conveying speed of more than 50 m/min, wherein the strand-like product , during the conveying along the conveying direction , also performs a lateral movement transversely to the conveying direction , characterized in that terahertz radiation is emitted by at least one transmitter onto the strand-like product conveyed along the conveying direction and terahertz radiation reflected by the strand-like product is received by at least one receiver , and in that a defect of the strand-like product is inferred from a temporary change in the terahertz radiation signal received by the at least one receiver , wherein a defect of the strand-like product is inferred from the temporary change in the terahertz radiation signal received by the receiver only if a frequency of the temporary change is greater than a frequency of the lateral movement of the strand-like product .
Coupler device for a coupling, in particular of a rail vehicle, with a drawbar , a plurality of spring elements mounted on the drawbar for damping the tension and pressure forces incurred, with a plate arranged between these, and a support flange , which can be secured to the rail vehicle, wherein this plate supporting the drawbar is held on the support flange , and is connected at its outer circumference oppositely to a carrier disk in each case in an opening of the support flange by means of at least two overload elements arranged next to one another, wherein these overload elements can be sheared off in the event of an overload in the pressure or tension direction of the drawbar , and wherein in each case at least one spring element is arranged on both sides of the plate , characterized in that the support flange comprises on both sides in each case a projection with the respective opening for the carrier disks , which can be closed on the outside by a respective cover with a number of securing means.
An applique comprising: a protection layer comprising a conductor layer and a dielectric layer; a heating layer comprising a polymer and magnetic material ; and an adhesive layer . a protection layer comprising a conductor layer and a dielectric layer; a heating layer comprising a polymer and magnetic material ; and an adhesive layer .
Railway vehicle comprising at least one body , wherein the vehicle is intended to run on a railway track, and wherein the vehicle comprises an emergency braking device , wherein the device comprises: - at least one brake module , wherein each module comprises a contact element that is intended to be in contact with the ground at the moment of braking, wherein the contact element may be moved between a retracted position in which the contact element is not in contact with the ground, and a deployed position in which the contact element is in contact with the ground and is able to slow down the railway vehicle by applying a pressure force to the ground, and - at least one control unit that is capable of communicating commands to the brake module , wherein the control unit is designed to communicate to the brake module the command to deploy the contact element of the brake module to its deployed position, when at least one portion of the vehicle leaves the track on which the vehicle is traveling. - at least one brake module , wherein each module comprises a contact element that is intended to be in contact with the ground at the moment of braking, wherein the contact element may be moved between a retracted position in which the contact element is not in contact with the ground, and a deployed position in which the contact element is in contact with the ground and is able to slow down the railway vehicle by applying a pressure force to the ground, and - at least one control unit that is capable of communicating commands to the brake module ,