mhurhangee/ep-ind-claims huggingface dataset:
An assembly for a turbomachine of an aircraft, the assembly comprising: - a metal gas outlet for the turbomachine, - a central element for ejecting gas, which is annular about an axis and adapted to have gas ejected around it by the turbomachine, from upstream to downstream, and - a connecting flange interposed between, upstream, the metal gas outlet for the turbomachine, and downstream, the central element, to connect them together, the connecting flange comprising an annular portion, and, circumferentially, flexible tabs individually having, axially: -- a first end at which the tab is connected to said annular portion, and -- a second free end at which said tab is attached with the central element, the second free end being located axially upstream of the first end, and, on said flexible tab, the second free end extends radially inwardly with respect to the first end, characterised in that the central element has a peripheral wall: - provided with an acoustic-attenuation structure, and - having, upstream of the acoustic-attenuation structure, an upstream end portion: -- which is located radially inwardly with respect to the flexible tabs, and -- where the central element is attached with said flexible tabs at said second free ends, so that the acoustic-attenuation structure is confined downstream of the upstream end portion through which the attachment with the flexible tabs takes place. - a metal gas outlet for the turbomachine, - a central element for ejecting gas, which is annular about an axis and adapted to have gas ejected around it by the turbomachine, from upstream to downstream, and - a connecting flange interposed between, upstream, the metal gas outlet for the turbomachine, and downstream, the central element, to connect them together, the connecting flange comprising an annular portion, and, circumferentially, flexible tabs individually having, axially: -- a first end at which the tab is connected to said annular portion, and -- a second free end at which said tab is attached with the central element, the second free end being located axially upstream of the first end, and, -- a first end at which the tab is connected to said annular portion, and -- a second free end at which said tab is attached with the central element, the second free end being located axially upstream of the first end, and, - provided with an acoustic-attenuation structure, and - having, upstream of the acoustic-attenuation structure, an upstream end portion: -- which is located radially inwardly with respect to the flexible tabs, and -- where the central element is attached with said flexible tabs at said second free ends, so that the acoustic-attenuation structure is confined downstream of the upstream end portion through which the attachment with the flexible tabs takes place. -- which is located radially inwardly with respect to the flexible tabs, and -- where the central element is attached with said flexible tabs at said second free ends, so that the acoustic-attenuation structure is confined downstream of the upstream end portion through which the attachment with the flexible tabs takes place.
An underwater detection device, comprising: a bottom detection module configured to detect a bottom position based on echo data indicating a signal intensity of a reflected wave, wherein the reflected wave is a reflected wave of a transmission beam which is incident obliquely with respect to the bottom, and the bottom position is a position of the bottom at the center of a reception beam; an edge calculation module configured to calculate an edge position of a bottom echo with respect to the bottom position, wherein the edge position is at an edge of the reception beam; a correction module configured to calculate correction data in a range from a transmission position to the bottom position based on the echo data between the transmission position and the edge position, wherein the transmission position is a position from which the transmission beam is transmitted; and an image generation module configured to generate a detection image in a display mode corresponding to the signal intensity of the correction data, and a bottom image in a display mode different from the detection image based on the bottom position, wherein the correction module is configured to calculate the correction data by evenly extending the echo data existing between the transmission position and the edge position up to the bottom position, and interpolating the echo data to positions between the extended echo data where the echo data is not set. a bottom detection module configured to detect a bottom position based on echo data indicating a signal intensity of a reflected wave, wherein the reflected wave is a reflected wave of a transmission beam which is incident obliquely with respect to the bottom, and the bottom position is a position of the bottom at the center of a reception beam; an edge calculation module configured to calculate an edge position of a bottom echo with respect to the bottom position, wherein the edge position is at an edge of the reception beam; a correction module configured to calculate correction data in a range from a transmission position to the bottom position based on the echo data between the transmission position and the edge position, wherein the transmission position is a position from which the transmission beam is transmitted; and an image generation module configured to generate a detection image in a display mode corresponding to the signal intensity of the correction data, and a bottom image in a display mode different from the detection image based on the bottom position, wherein the correction module is configured to calculate the correction data by evenly extending the echo data existing between the transmission position and the edge position up to the bottom position, and interpolating the echo data to positions between the extended echo data where the echo data is not set.
A method of selecting, for at least one service of an information system and depending service(s), at least one countermeasure to be implemented against at least one cyber attack, the method comprising: - identifying elements of the service exposed to the cyber attack(s), - calculating a risk mitigation level of each countermeasure with respect to the cyber attack(s), the risk mitigation level being calculated as a function of at least a volume of the countermeasure and of the attack(s) (708, 806, 808, 816, 818, 826, 828, 836, 838, 840, 842), wherein the volumes of the countermeasure and of the attack (708, 806, 808, 816, 818, 826, 828, 836, 838, 840, 842) are calculated in an n-axes coordinate system with n being an integer superior to 2, - ranking the countermeasure(s) on the basis of a parameter which is at least a function of the risk mitigation level, - the method being characterized in comprising: simulating the impact of the countermeasure(s) on the service and the depending service(s), the countermeasure to be implemented being selected at least as a function of result of the simulation, and comprising: in the case when there is more than one attack, calculating the union and intersection of the attacks, for calculating a risk mitigation level of each countermeasure with respect to a combination of the attacks, and/or in the case when there is more than one countermeasure, calculating the union and intersection of the countermeasures. - identifying elements of the service exposed to the cyber attack(s), - calculating a risk mitigation level of each countermeasure with respect to the cyber attack(s), the risk mitigation level being calculated as a function of at least a volume of the countermeasure and of the attack(s) (708, 806, 808, 816, 818, 826, 828, 836, 838, 840, 842), wherein the volumes of the countermeasure and of the attack (708, 806, 808, 816, 818, 826, 828, 836, 838, 840, 842) are calculated in an n-axes coordinate system with n being an integer superior to 2, - ranking the countermeasure(s) on the basis of a parameter which is at least a function of the risk mitigation level, - the method being characterized in comprising: simulating the impact of the countermeasure(s) on the service and the depending service(s), the countermeasure to be implemented being selected at least as a function of result of the simulation, and comprising: in the case when there is more than one attack, calculating the union and intersection of the attacks, for calculating a risk mitigation level of each countermeasure with respect to a combination of the attacks, and/or in the case when there is more than one countermeasure, calculating the union and intersection of the countermeasures. in the case when there is more than one attack, calculating the union and intersection of the attacks, for calculating a risk mitigation level of each countermeasure with respect to a combination of the attacks, and/or in the case when there is more than one countermeasure, calculating the union and intersection of the countermeasures.
A metal elastic member to be used for paired beams for supporting a movable unit at respective ends with respect to a fixed unit in a miniature machine including at least one movable unit, the fixed unit and the beams, and capable of swinging the movable unit about an axis with the beams serving as torsional rotation axes, wherein the metal elastic member includes a metal bar having a predetermined length for swinging the movable unit, and a fixed unit pad that is provided at a first end of the metal bar for fixing to the fixed unit, and a movable unit pad that is provided at a second end of the metal bar for fixing to the movable unit and at least the metal bar is configured by any of metals including a stainless material, a carbon tool steel material, and a cold-reduced carbon steel sheet which are rolled by a tension annealing method, and is formed to have a sectional area of 1 mm 2 or less and is formed to have a plurality of projections at a plurality of positions along the metal bar which function as radiation fins, the projections extending in an intersecting direction with the torsional rotation axes, that is, the longitudinal direction of the metal bar; wherein the metal bar is formed by using a physical or chemical processing method excluding a press processing method, wherein a maximum width of the projections is set to be equal to or smaller than 1.5 times a width of the metal bar and a maximum length of the projections is set to be equal to or smaller than three times the width of the metal bar.
A method of forming a longitudinal ridge and a joggle that crosses the longitudinal ridge in a multi-ply composite charge, the method comprising: inserting a multi-ply composite charge between a joggled die and a conforming die, wherein the joggled die has a die face with a die face longitudinal ridge and a die face joggle that crosses the die face longitudinal ridge, wherein the die face joggle includes two local, lateral contour changes of opposite directions or includes two local, lateral bends of opposite directions; pressing the multi-ply composite charge between the joggled die and the conforming die to form a longitudinal ridge and a joggle that crosses the longitudinal ridge, wherein the pressing includes applying tension to the multi-ply composite charge at the local, lateral contour changes or the local, lateral bends of the joggled die sufficient to avoid wrinkles in the multi-ply composite charge while pressing, wherein the pressing concurrently forms the longitudinal ridge and the joggle. inserting a multi-ply composite charge between a joggled die and a conforming die, wherein the joggled die has a die face with a die face longitudinal ridge and a die face joggle that crosses the die face longitudinal ridge, wherein the die face joggle includes two local, lateral contour changes of opposite directions or includes two local, lateral bends of opposite directions; pressing the multi-ply composite charge between the joggled die and the conforming die to form a longitudinal ridge and a joggle that crosses the longitudinal ridge, wherein the pressing includes applying tension to the multi-ply composite charge at the local, lateral contour changes or the local, lateral bends of the joggled die sufficient to avoid wrinkles in the multi-ply composite charge while pressing, wherein the pressing concurrently forms the longitudinal ridge and the joggle.
Three-point hitch for an agricultural tractor, comprising a hydraulically actuatable lifting arm, a lower link which is configured to be vertically pivotable and a lifting strut which is arranged therebetween for transmitting to the lower link a pivoting movement performed on the lifting arm, wherein the lifting strut has a first fastening portion which is articulated to the lifting arm and a second fastening portion which is articulated to the lower link and which has first and second fastening segments (32, 34) which encompass the lower link in a fork-shaped manner, characterized in that a bearing pin running between the two fastening segments (32, 34) extends through a slot formed in the lower link such that by pivoting the lower link the bearing pin is displaced inside the slot between a first working position and a second working position and in each case may be secured therein by means of a blocking arrangement.
An isolated DNA polymerase or an enzymatically active fragment thereof, said DNA polymerase comprising the amino acid sequence of SEQ ID NO:1 or comprising an amino acid sequence which is at least 85% identical to SEQ ID NO:1, preferably at least 90% identical to SEQ ID NO:1, wherein said DNA polymerase exhibits at least 60% of its maximum polymerase activity across the temperature range from 20°C to 35°C.
A mobile terminal comprising: a user input unit; a wireless communication unit configured for receiving a priority information setting related to a first communication service for a counterpart terminal and substitute information setting including substitute information indicating that a second communication service is set to substitute for the first communication service, which can be performed on other terminals by the counterpart terminal; a memory configured for storing the received priority information setting and for storing counterpart information of the counterpart terminal to communicate with the counterpart terminal; a controller configured for executing a provision application related to the first communication service for the counterpart terminal, and for determining the received priority information setting; and a display unit configured for displaying the received priority information setting under control of the controller; wherein the controller is further configured for checking the memory for the counterpart information of the counterpart terminal corresponding to the received substitute information, for causing the display unit to display the counterpart information, a first item indicating the first communication service and a second item indicating the second communication service, and for causing the display unit to display, in the first item, a text indicating that the second communication service of the counterpart terminal is substituted for the first communication service. a user input unit; a wireless communication unit configured for receiving a priority information setting related to a first communication service for a counterpart terminal and substitute information setting including substitute information indicating that a second communication service is set to substitute for the first communication service, which can be performed on other terminals by the counterpart terminal; a memory configured for storing the received priority information setting and for storing counterpart information of the counterpart terminal to communicate with the counterpart terminal; a controller configured for executing a provision application related to the first communication service for the counterpart terminal, and for determining the received priority information setting; and a display unit configured for displaying the received priority information setting under control of the controller; wherein the controller is further configured for checking the memory for the counterpart information of the counterpart terminal corresponding to the received substitute information, for causing the display unit to display the counterpart information, a first item indicating the first communication service and a second item indicating the second communication service, and for causing the display unit to display, in the first item, a text indicating that the second communication service of the counterpart terminal is substituted for the first communication service.
A method for the enzymatic production of acetyl phosphate from formaldehyde and phosphate in which the conversion of acetyl phosphate from formaldehyde and phosphate is achieved by the use of a phosphoketolase or of a sulfoacetaldehyde acetyltransferase (EC 2.3.3.15) according to the following reaction scheme: 2 CH 2 O + phosphate → acetyl phosphate + H 2 O.
A gas cylinder actuator with a guard fixed to the gas cylinder actuator, the guard being constituted by a rigid or deformable covering element fixed to a stem of the gas cylinder actuator, said covering element being contoured so as to extend radially from the fixing region in order to protect the stem and an opening of a body of the actuator from which said stem exits, said covering element being keyed on the stem of the actuator, said covering element having a central hole by means of which said covering element is keyed on the stem by interlocking with its hole in an annular slot provided on the stem, characterized in that the covering element is constituted by only a disk.
A pneumatic tire for rough terrain comprising a tread portion provided with a block having a top face and a sidewall face extending radially inwardly from the peripheral edge of the top face, the top face having a polygonal shape having a plurality of sides (11A, 11B, 11C), the sidewall face comprising a plurality of strip surfaces extending radially inwardly from said sides (11A, 11B, 11C), respectively, so as to define a corner between every two adjacent strip surfaces, wherein at least one of the strip surfaces is a multi-sloped strip surface, the multi-sloped strip surface comprising a plurality of sloped faces (16, 17, 18) which, in a cross section perpendicular to the side (11A, 11B, 11C) of the top face from which the multi-sloped strip surface extends, have different angles (θ1, θ2, θ3) with respect to a normal line drawn to the top face at the side (11A, 11B, 11 C) of the top face from which the multi-sloped strip surface extends, the angles (θ1, θ2, θ3) of the sloped faces (16, 17, 18) are gradually increased from the radially outside to the radially inside of the tire, characterized in that at least one of the corners is chamfered by a circular arc in a cross section parallel with the top face, the center of the circular arc is positioned inside the block, and the radius of the circular arc is gradually increased from the radially outside to the radially inside of the tire, at least one of the two corners on both sides of the multi-sloped strip surface is said chamfered comer, the top face is provided with a recess having a depth (h), and the difference between the depth (h) and the dimension of the radially outermost sloped face measured in the height direction of the block from the radially inner edge thereof to the top face, is 0.10 to 0.17 times the height of the block.
A process for direct grafting of bioactive polymers onto a titanium or titanium alloy prosthetic metallic material, comprising the following steps: a) oxidation of the surface of the metallic material, leading to an oxidized surface of the metallic material; b) grafting a polymer from the oxidized surface of said metallic material, by radical polymerization of a monomer in the presence of the oxidized surface of the metallic material, said radical polymerization comprising an initiation step and a propagation step, said initiation step being carried out by UV irradiation with a UV source diffusing a power at the surface of the material greater than 72 mW·cm 2, said UV irradiation being carried out for a duration greater than 30 minutes and less than 180 minutes, said process leading to a titanium or titanium alloy prosthetic metallic material grafted with bioactive polymers. a) oxidation of the surface of the metallic material, leading to an oxidized surface of the metallic material; b) grafting a polymer from the oxidized surface of said metallic material, by radical polymerization of a monomer in the presence of the oxidized surface of the metallic material, said radical polymerization comprising an initiation step and a propagation step,
A heat exchanger comprising a first conduit for a first fluid being a high pressure fluid, a second conduit for a second fluid, a connecting block 10 comprising a front surface 10A and opposing lateral surfaces 10B, the front surface 10A comprising an opening 12 connected fluidly with the first conduit, a housing 30 encompassing the first conduit and forming the second conduit; characterised in that the connecting block 10 protrudes out of an opening formed by a collar 31 in the housing 30 so that the front surface 10A is unobstructed by the collar 31, while the lateral surfaces 10B comprise an upper part unobstructed by the collar 31 and a lower part covered by the collar 31, wherein the upper parts of at least two opposing lateral surfaces 10B comprise recesses 11 for anchoring a test device.
A process for the offshore liquefaction of a natural gas feed, the process comprising: (a) contacting the natural gas feed with a biphasic refrigerant at a temperature T1; (b) contacting the natural gas feed with a first gaseous refrigerant operating in an intermediate temperature closed loop at a temperature T2; (c) contacting the natural gas feed with a second gaseous refrigerant at a temperature T3; and (d) expanding the refrigerated natural gas feed using an expansion device to form a flash gas stream and a liquefied natural gas stream; wherein T1, T2 and T3 satisfy the inequality T1 ≥T2 ≥ T3, and wherein at least a portion of the first gaseous refrigerant following contact with the natural gas feed is expanded in a substantially isentropic process and used to further cool the natural gas feed; and wherein the flash gas stream is recycled for use as the second gaseous refrigerant. (a) contacting the natural gas feed with a biphasic refrigerant at a temperature T1; (b) contacting the natural gas feed with a first gaseous refrigerant operating in an intermediate temperature closed loop at a temperature T2; (c) contacting the natural gas feed with a second gaseous refrigerant at a temperature T3; and (d) expanding the refrigerated natural gas feed using an expansion device to form a flash gas stream and a liquefied natural gas stream;
An exhaust system for a power generating apparatus comprising a gas turbine for combusting a fuel in air to produce power, which exhaust system being adapted to receive a flowing exhaust gas and comprising a catalyst system for treating the exhaust gas, which catalyst system comprising a first oxidation catalyst and a second oxidation catalyst, wherein the first oxidation catalyst is positioned downstream from the gas turbine so that the flowing exhaust gas contacts the first oxidation catalyst before the second oxidation catalyst, and wherein the exhaust system comprises a heat recovery steam generator (HRSG), wherein the catalyst system comprises an ammonia injection apparatus disposed downstream from the second oxidation catalyst and adapted for injecting ammonia into a flowing exhaust gas and a selective catalytic reduction catalyst for reducing oxides of nitrogen with ammonia reductant.
A non-therapeutic method for the treatment or prevention of skin aging wherein the method comprises administering a cosmetic composition comprising at least one omega-3 very long chain polyunsaturated fatty acid having at least 23 carbon atoms in its carbon chain.