mhurhangee/ep-ind-claims huggingface dataset:
A divergent flap (114; 334) comprising: a hinge joint for connecting the divergent flap (114; 334) to at least a convergent flap; a plow structure at a plow end of the flap (114; 334) opposite the hinge joint; two side walls; a first wall extending from the hinge joint to the plow end; and a second wall extending from the hinge joint to the plow end, the second wall spaced apart from the first wall by the two side walls to form at least one cooling channel extending between the hinge joint and the plow end; wherein the divergent flap (114; 334) is integrally formed in layer-by-layer fashion as a single piece; characterised in that: the first wall has a wall thickness (T 1) that increases between the hinge joint and the plow end. a hinge joint for connecting the divergent flap (114; 334) to at least a convergent flap; a plow structure at a plow end of the flap (114; 334) opposite the hinge joint; two side walls; a first wall extending from the hinge joint to the plow end; and a second wall extending from the hinge joint to the plow end, the second wall spaced apart from the first wall by the two side walls to form at least one cooling channel extending between the hinge joint and the plow end; wherein the divergent flap (114; 334) is integrally formed in layer-by-layer fashion as a single piece; characterised in that: the first wall has a wall thickness (T 1) that increases between the hinge joint and the plow end.
A method for forwarding data packet, comprising: receiving, by a Carrier Grade Network Address Translation, CGN, device, a first data packet forwarded by an access gateway; determining, by the CGN device, whether the first data packet is an Internet Protocol Version 4, IPv4, packet or an Internet Protocol Version 6, IPv6-over-IPv4 tunnel packet; forwarding, by the CGN device, the first data packet to an IPv4 network if the first data packet is an IPv4 packet; and decapsulating, by the CGN device, the first data packet to a first IPv6 packet and sending the first IPv6 packet to an IPv6 network if the first data packet is an IPv6-over-IPv4 tunnel packet; wherein the forwarding the first data packet to the IPv4 network if the first data packet is an IPv4 packet comprises: replacing (S 12), by the CGN device, a first private IPv4 address in the first data packet with a public IPv4 address, and forwarding, by the CGN device, the first data packet carrying the public IPv4 address to the IPv4 network. receiving, by a Carrier Grade Network Address Translation, CGN, device, a first data packet forwarded by an access gateway; determining, by the CGN device, whether the first data packet is an Internet Protocol Version 4, IPv4, packet or an Internet Protocol Version 6, IPv6-over-IPv4 tunnel packet; forwarding, by the CGN device, the first data packet to an IPv4 network if the first data packet is an IPv4 packet; and decapsulating, by the CGN device, the first data packet to a first IPv6 packet and sending the first IPv6 packet to an IPv6 network if the first data packet is an IPv6-over-IPv4 tunnel packet; wherein the forwarding the first data packet to the IPv4 network if the first data packet is an IPv4 packet comprises: replacing (S 12), by the CGN device, a first private IPv4 address in the first data packet with a public IPv4 address, and forwarding, by the CGN device, the first data packet carrying the public IPv4 address to the IPv4 network. replacing (S 12), by the CGN device, a first private IPv4 address in the first data packet with a public IPv4 address, and forwarding, by the CGN device, the first data packet carrying the public IPv4 address to the IPv4 network.
An apparatus for applying a first web to a base web in a nonlinear pattern as the base web is advanced in a machine direction in contact with a back-up roller, the apparatus comprising: a guide roller; and a guide roller translation system; characterized in that the guide roller is configured to define a nip with the back-up roller, the guide roller translation system being configured to allow the guide roller to move with respect to the back-up roller to control the position of the nip to allow the first web to be applied to the base web in the non-linear pattern in the machine direction. a guide roller; and a guide roller translation system; characterized in that the guide roller is configured to define a nip with the back-up roller, the guide roller translation system being configured to allow the guide roller to move with respect to the back-up roller to control the position of the nip to allow the first web to be applied to the base web in the non-linear pattern in the machine direction.
A process for producing superabsorbent particles by polymerizing a monomer solution or suspension comprising a) at least one ethylenically unsaturated monomer which bears acid groups and may have been at least partly neutralized, b) at least one crosslinker, c) at least one initiator, d) optionally one or more ethylenically unsaturated monomers copolymerizable with the monomers mentioned under a) and e) optionally one or more water-soluble polymers, comprising the steps of i) classifying the superabsorbent particles by means of one or more sieves and ii) removing metallic impurities by means of one or more magnetic separators, where step i) is conducted before step ii), which comprises classifying using sieves made of a wire mesh, wherein the wires of the wire mesh consist of a steel composed of at least 70% by weight of iron, at least 10% by weight of chromium and less than 2.5% by weight of nickel, and the throughput of superabsorbent particles in the magnetic separator is in the range from 2.0 to 6.5 g/s per cm 2 of free cross-sectional area. a) at least one ethylenically unsaturated monomer which bears acid groups and may have been at least partly neutralized, b) at least one crosslinker, c) at least one initiator, d) optionally one or more ethylenically unsaturated monomers copolymerizable with the monomers mentioned under a) and e) optionally one or more water-soluble polymers, comprising the steps of i) classifying the superabsorbent particles by means of one or more sieves and ii) removing metallic impurities by means of one or more magnetic separators, i) classifying the superabsorbent particles by means of one or more sieves and ii) removing metallic impurities by means of one or more magnetic separators,
Call panel of an elevator or of an elevator system, which call panel comprises one or more display elements, a front plate covering the call panel, in connection with which front plate a touch sensor with detection area is fitted, and also a control unit, to which display elements and also the touch sensor are connected, characterizedin that the detection area of the touch sensor comprises active areas covered by the display elements as well as a passive area that remains outside at least some of the aforementioned active areas and in which passive area one or more touch-sensitive pushbuttons are specified, and in that the control unit is arranged to react to a touch of the touch-sensitive pushbuttons (24, 25) specified for the aforementioned detection area.
A method of decoding video data, the method comprising: obtaining, from syntax elements coded into a coded video bitstream and for a current block of the video data, residual data and an indication of an intra-prediction mode to be used to generate an initial predictive block; generating the initial predictive block from the coded video bitstream using intra prediction according to the intra-prediction mode; filtering, in parallel, samples in a current line of a plurality of lines of the initial predictive block based on filtered values of samples in a preceding line of the plurality of lines of the initial predictive block and unfiltered values of samples in the current line to generate filtered values for samples for the current line of the initial predictive block, wherein the plurality of lines comprises either a plurality of rows or a plurality of columns of the video data; and reconstructing values of samples of the current block based on the filtered values of the samples of the initial predictive block and the residual data for the current block that represents a difference between the filtered values of the samples of the initial predictive block and the values of samples of the current block. obtaining, from syntax elements coded into a coded video bitstream and for a current block of the video data, residual data and an indication of an intra-prediction mode to be used to generate an initial predictive block; generating the initial predictive block from the coded video bitstream using intra prediction according to the intra-prediction mode; filtering, in parallel, samples in a current line of a plurality of lines of the initial predictive block based on filtered values of samples in a preceding line of the plurality of lines of the initial predictive block and unfiltered values of samples in the current line to generate filtered values for samples for the current line of the initial predictive block, wherein the plurality of lines comprises either a plurality of rows or a plurality of columns of the video data; and reconstructing values of samples of the current block based on the filtered values of the samples of the initial predictive block and the residual data for the current block that represents a difference between the filtered values of the samples of the initial predictive block and the values of samples of the current block.
A composite material comprising a matrix resin, and glass fibers and glass bubbles dispersed in the matrix resin; at least 70% of the glass fibers having a fiber length of 1.0 mm or greater, and a median diameter of the glass bubbles being at least 10 μm and not more than 40 μm, wherein a 90%-volume residual compressive strength of the glass bubbles is in the range of from 50 to 300 MPa, measured according to ASTMD 3102-78 in glycerol.
A carbon fiber reinforced plastic, CFRP, composite layup comprising a plurality of composite plies, each of the composite plies comprising a conductive carbon fiber reinforcement material, at least a portion of the conductive carbon fiber reinforcement material in each of the composite plies being electrically connected to at least a portion of the conductive carbon fiber reinforcement material in an adjacent ply of the CFRP composite layup to form inter-ply electrical connections, wherein the plurality of composite plies comprises an upper ply at an upper surface of the CFRP composite layup, a lower ply at a lower surface of the CFRP composite layup, and one or more inner plies between the lower ply and the upper ply, one or more of the inner plies configured with an out-of-plane distortion at or near a cut edge of the composite plies where ends of the conductive carbon fiber reinforcement material are exposed, the out-of-plane distortion in the one or more inner plies forming the inter-ply electrical connections; and two or more layered forming tools consisting of cured carbon fiber composite layups of specific dimensions smaller than dimensions of the CFRP composite layup embedded between at least two of the composite plies, the out-of-plane distortion in the one or more inner plies formed at an edge of the forming tools; wherein a first of the two or more layered forming tools is embedded between the upper ply of the CFRP composite layup and a first ply of the inner plies at a first position along a length of the CFRP composite layup to form a first out-of-plane distortion, and a second of the two or more layered forming tools is embedded between a second ply and a third ply of the inner plies at a second position along the length of the CFRP composite layup to form a second out-of-plane distortion staggered in a lengthwise direction from the first out-of-plane distortion.
A hybrid model reference adaptive system, MRAS, motor speed estimation system for estimating the speed of an electric motor, comprising: a speed estimate controller providing a rotor speed estimate according to a controller error input, the controller including at least one gain factor that is adjusted at least in part according to a stator flux modulus or a rotor flux modulus; a torque-based MRAS component providing a first error term (ε 1) representing a difference between a calculated torque value and an estimated torque value; a rotor flux-based MRAS component providing a second error term (ε 2) representing a difference-between a calculated rotor flux and an estimated rotor flux; and an error selector providing the error input to the speed estimate controller according to the first error term when the rotor speed estimate is less than or equal to a first threshold and providing the error input according to the second error term when the rotor speed estimate is greater than the first threshold. a speed estimate controller providing a rotor speed estimate according to a controller error input, the controller including at least one gain factor that is adjusted at least in part according to a stator flux modulus or a rotor flux modulus; a torque-based MRAS component providing a first error term (ε 1) representing a difference between a calculated torque value and an estimated torque value; a rotor flux-based MRAS component providing a second error term (ε 2) representing a difference-between a calculated rotor flux and an estimated rotor flux; and an error selector providing the error input to the speed estimate controller according to the first error term when the rotor speed estimate is less than or equal to a first threshold and providing the error input according to the second error term when the rotor speed estimate is greater than the first threshold.
A security apparatus comprising a plurality of brackets for securing to the top of a fence or wall at spaced intervals along the length thereof, each bracket has a lower portion which is intended for securing to the fence or wall and a curved portion extends upwardly and away from the upper end of the lower portion, a metal mesh is secured between the brackets to provide a curved overhang which is intended to extend along the top of the fence or wall on the side of the fence or wall open to attack, the security apparatus seing characterized in that it further comprises a back support that extends upwardly from the upper end of the lower portion, and a coil of razor wire secured at least to the back support and held there by at least one line wire between the upwardly extending back supports.
Method for detecting a leak in a test object, said method comprising the following steps: the test object is inserted into a test chamber; the test object is filled with a test gas; and the pressure in the test chamber and the pressure in the test object are adjusted such that the test chamber pressure is lower than the test object pressure, wherein the test chamber contains air and the test object is filled exclusively with a gas that contains no molecules containing oxygen atoms, wherein, in order to detect a leak in the test object, the oxygen proportion of the air in the test chamber is measured with an oxygen sensor, characterized in that the oxygen sensor is a lambda probe and the partial oxygen pressure at the oxygen sensor is at least approximately 10 mbar. the test object is inserted into a test chamber; the test object is filled with a test gas; and the pressure in the test chamber and the pressure in the test object are adjusted such that the test chamber pressure is lower than the test object pressure, wherein the test chamber contains air and the test object is filled exclusively with a gas that contains no molecules containing oxygen atoms, wherein, in order to detect a leak in the test object, the oxygen proportion of the air in the test chamber is measured with an oxygen sensor, characterized in that the oxygen sensor is a lambda probe and the partial oxygen pressure at the oxygen sensor is at least approximately 10 mbar.
Assembly intended in particular to be arranged in a cockpit of an aircraft having a pressurized cabin in order to supply a breathing gas to a crew member, said assembly comprising: - a respiratory mask having an oronasal face cover and a harness, the oronasal face cover having a respiratory cavity and being suitable for applying on the face of crew member around the mouth and nose, the harness forming a loop adapted to be extended around the head of the user on a side opposite from the oronasal face cover so as to hold the oronasal face cover on the face of the user, and - a storage device, said storage device comprising a base and a platform, characterized in that the platform being mounted so as to be movable relative to the base between a retracted position and an extended position, the platform having a receiving surface, the receiving surface of the platform being adapted to receive the respiratory mask in a storage position where the harness holds the oronasal face cover against the receiving surface of the platform by encircling the platform to form a loop extending around the platform on the opposite side from the oronasal face cover, the respiratory mask being releasable from the storage device. - a respiratory mask having an oronasal face cover and a harness, the oronasal face cover having a respiratory cavity and being suitable for applying on the face of crew member around the mouth and nose, the harness forming a loop adapted to be extended around the head of the user on a side opposite from the oronasal face cover so as to hold the oronasal face cover on the face of the user, and - a storage device, said storage device comprising a base and a platform,
A method for separating a portion of extruded material from the continuous strip leaving an extruder, comprising passing in front of the extrusion nozzle withdrawal means associated with at least one cutting means, the at least one cutting means being driven with circular movement, characterised in that said withdrawal means and said at least one cutting means are made to move independently of each other with velocities, in the sense of vectors, which differ from each other and differ in relation to the material portion separated.
A method, comprising: operating a gas turbine engine; determining a power output of the gas turbine engine under new and clean conditions as a base output value; determining a predicted lifespan based on a product life of a first component of the gas turbine engine at the base output value; determining a target lifespan of a second component of the gas turbine engine that is different from the first component, based on the product life of the second component of the gas turbine engine that is scheduled for maintenance outage at a maintenance date preceding the maintenance dates of the other components including the first component of the gas turbine engine; comparing the target lifespan with the predicted lifespan and determining a calculated power output value that is greater than the base output value if the target lifespan is shorter than the predicted lifespan, such that the difference of the predicted lifespan minus the target lifespan is exchanged for increased total power output of the gas turbine engine; monitoring a power output value of the gas turbine engine; comparing the power output value to the calculated power output value; and adjusting an operating condition of the gas turbine engine such that a difference between the power output value and the calculated power output value is less than a threshold value. operating a gas turbine engine; determining a power output of the gas turbine engine under new and clean conditions as a base output value; determining a predicted lifespan based on a product life of a first component of the gas turbine engine at the base output value; determining a target lifespan of a second component of the gas turbine engine that is different from the first component, based on the product life of the second component of the gas turbine engine that is scheduled for maintenance outage at a maintenance date preceding the maintenance dates of the other components including the first component of the gas turbine engine; comparing the target lifespan with the predicted lifespan and determining a calculated power output value that is greater than the base output value if the target lifespan is shorter than the predicted lifespan, such that the difference of the predicted lifespan minus the target lifespan is exchanged for increased total power output of the gas turbine engine; monitoring a power output value of the gas turbine engine; comparing the power output value to the calculated power output value; and adjusting an operating condition of the gas turbine engine such that a difference between the power output value and the calculated power output value is less than a threshold value.
A zoom lens system, comprising, in order from an object side to an image side: a first lens unit which has a positive optical power and does not move for zooming; a second lens unit having a negative optical power and moves for zooming; a third lens unit having a positive optical power; a fourth lens unit having a negative optical power; and a fifth lens unit which has a positive optical power and moves along a locus convex to the object side for zooming, wherein the second lens unit has a largest ratio of an imaging magnification at a telephoto end to an imaging magnification at a wide-angle end among lens units included in the zoom lens system; and wherein the following condition is satisfied 1.4 < max | β 4 × β 5 | / min | β 4 × β 5 | < 14, where max|β4×β5| denotes a maximum value of a product of a lateral magnification of the fourth lens unit and a lateral magnification of the fifth lens unit in zooming from the wide-angle end to the telephoto end, and min|β4×β5| denotes a minimum value of a product of the lateral magnification of the fourth lens unit and the lateral magnification of the fifth lens unit in zooming from the wide-angle end to the telephoto end. a first lens unit which has a positive optical power and does not move for zooming; a second lens unit having a negative optical power and moves for zooming; a third lens unit having a positive optical power; a fourth lens unit having a negative optical power; and a fifth lens unit which has a positive optical power and moves along a locus convex to the object side for zooming, wherein the second lens unit has a largest ratio of an imaging magnification at a telephoto end to an imaging magnification at a wide-angle end among lens units included in the zoom lens system; and wherein the following condition is satisfied 1.4 < max | β 4 × β 5 | / min | β 4 × β 5 | < 14, where max|β4×β5| denotes a maximum value of a product of a lateral magnification of the fourth lens unit and a lateral magnification of the fifth lens unit in zooming from the wide-angle end to the telephoto end, and min|β4×β5| denotes a minimum value of a product of the lateral magnification of the fourth lens unit and the lateral magnification of the fifth lens unit in zooming from the wide-angle end to the telephoto end.