mhurhangee/ep-ind-claims huggingface dataset:
A method of fabricating a composite material casing of varying thickness for a gas turbine, the method comprising: - using three-dimensional or multilayer weaving to make a fiber texture in the form of a strip; - winding the fiber texture as a plurality of superposed layers (141, 142, 143, 144) onto a mandrel of profile corresponding to the profile of the casing to be fabricated, so as to obtain a fiber preform of shape corresponding to the shape of the casing to be fabricated; and - densifying the fiber preform with a matrix; wherein during winding of the fiber texture on the mandrel, a textile strip or an aerated material is interposed between the adjacent turns of the fiber texture, the fiber texture and the textile strip or the aerated material being wound simultaneously, the textile strip or the aerated material presenting a width that is less than the width of the fiber texture and defining a retention zone of the casing. - using three-dimensional or multilayer weaving to make a fiber texture in the form of a strip; - winding the fiber texture as a plurality of superposed layers (141, 142, 143, 144) onto a mandrel of profile corresponding to the profile of the casing to be fabricated, so as to obtain a fiber preform of shape corresponding to the shape of the casing to be fabricated; and - densifying the fiber preform with a matrix;
Protection device associating at least one detection device and at least one command or defence module triggered by the target detection signal after the target has penetrated into an efficiency zone, the detection device comprising at least one source (3a, 3b,13) able to emit an illuminating beam (4a, 4ab, 14) in the direction of the target and at least two sensors (3a, 3b) arranged in proximity to said zone and incorporating detection field provided with a common part, each sensor being synchronised with said source (3a, 3b,13) and being arranged so as to be able to receive radiation reflected on the target after its emission by said source, calculation means being supplied by signals from the two sensors and calculating either the first and second travel distances (2Da, 2Db, Δa, Δb) lying between the said source and one of the sensors via the target, or only one of these first and second travel distances (2Da, 2Db, Δa, Δb) between the said source and one of the sensors via the target which is then associated with the target presence criterion supplied by the other sensor, the calculation means supplying a target detection signal with the calculated travel distance or distances, as well as any said presence criterion supplied, enable a point to be defined that is located geometrically within the zone under surveillance, protection device characterised in that each command or defence module comprises active protection means able to project at least one interception means in front of the target, at least one interception means comprising at least one explosively projectable bar, each control or defence module being provided with the said two sensors (3a, 3b), each of these two sensors (3a, 3b) being aproximatively arranged at one of the ends of the bar and incorporating its detection field enabling a border (2a, 2b) substantially merged with a plane parallel to a direction of action DA according to which the bar is projected and which passes by one end of the bar, then the borders of the detection fields are in correspondence with the borders of the efficiency zone of the control or defence module.
Process for doubly carbonylating allyl ethers to diesters, characterized in that a linear or branched allyl alcohol is reacted with a linear or branched alkanol with supply of CO and in the presence of a catalytic system composed of a palladium complex and at least one organic phosphorus ligand and in the presence of a hydrogen halide selected from HCl, HBr and HI.
A furniture system comprising: a rail, wherein the rail is provided with two or more parallel grooves extending in the longitudinal direction of said rail; and, an interconnecting plate wherein a first face of the interconnecting plate is provided with two or more ridges and the grooves are configured for receiving the ridges of the interconnecting plate when moving towards each other at an angle to the longitudinal direction of said rail such that it is possible to mount the interconnecting plate to the rail after the rail has already been mounted to a supporting foundation, e.g. a wall and to prevent lateral movement of the interconnecting plate relative the rail once the grooves have received the ridges, the furniture system further comprising means (109, 207) for securely attaching said interconnecting plate to said rail, and the support member being securely attachable to a second face of the interconnecting plate, and being positionable along the rail for fixing a member configured to receive a load to the rail and wherein the second face of the interconnecting plate is provided with at least one projection which is insertable in to a support member, wherein the ridges of the interconnecting plate are dimensioned such that they fit within the grooves in the rail, and wherein the system is configured such that a torque acting on the support member is transferred via the ridges of the interconnecting plate to each of the walls (106, 108) of the grooves. a rail, wherein the rail is provided with two or more parallel grooves extending in the longitudinal direction of said rail; and, an interconnecting plate wherein a first face of the interconnecting plate is provided with two or more ridges and the grooves are configured for receiving the ridges of the interconnecting plate when moving towards each other at an angle to the longitudinal direction of said rail such that it is possible to mount the interconnecting plate to the rail after the rail has already been mounted to a supporting foundation, e.g. a wall and to prevent lateral movement of the interconnecting plate relative the rail once the grooves have received the ridges, the furniture system further comprising means (109, 207) for securely attaching said interconnecting plate to said rail, and the support member being securely attachable to a second face of the interconnecting plate, and being positionable along the rail for fixing a member configured to receive a load to the rail and wherein the second face of the interconnecting plate is provided with at least one projection which is insertable in to a support member, wherein the ridges of the interconnecting plate are dimensioned such that they fit within the grooves in the rail, and wherein the system is configured such that a torque acting on the support member is transferred via the ridges of the interconnecting plate to each of the walls (106, 108) of the grooves.
A junction block for use in a high-grade vehicle, comprising: a junction block for use in a low-grade vehicle, comprising: a circuit board; a terminal block connected to the circuit board; a cover for covering the circuit board; and a plurality of fuses connected to terminal portions of the terminal block; the junction box for use in a high grade vehicle comprising a bus bar block superposed on the terminal block and being connected to the circuit board; and a plurality of fuses connected to terminal portions of the bus bar block; wherein said cover covers said circuit board from side of the bus bar block. a junction block for use in a low-grade vehicle, comprising: a circuit board; a terminal block connected to a circuit board; a terminal block connected to the circuit board; a cover for covering the circuit board; and a plurality of fuses connected to terminal portions of the terminal block; the junction box for use in a high grade vehicle comprising a bus bar block superposed on the terminal block and being connected to the circuit board; and a plurality of fuses connected to terminal portions of the bus bar block; wherein said cover covers said circuit board from side of the bus bar block.
Use of a sealable, optionally oriented, thermoplastic film having: - an oxygen transmission rate between 8000 and 14000 cc/sqm.day.atm, preferably between 9000 and 13000 cc/sqm.day.atm, more preferably between 10000 and 13000 cc/sqm.day.atm, even more preferably between 11000 and 12000 cc/sqm.day.atm, even more preferably of 11500 cc/sqm.day.atm, measured according to ASTM D-3985 at 23°C and 0% in - 0% out relative humidity, - a CO2 transmission rate between 25000 to 41000 cc/sqm.day.atm, preferably between 26000 and 40000 cc/sqm.day.atm, more preferably between 27000 and 39000 cc/sqm.day.atm, even more preferably of 28000 cc/sqm.day.atm, measured according to ASTM F-2476, at 23°C and 0% in - 0% out relative humidity, - a water vapour transmission rate between 8 and 35 g/sqm.day.atm, more preferably between 20 and 30 g/sqm.day.atm, even more preferably of 26 g/sqm.day.atm, measured according to ASTM D1249at 38°C and 98% in - 0% out relative humidity, and - a transmittance of less than 70%, preferably less than 60% of light at wavelengths from 100 to 450 nm, preferably from 200 to 450 nm, more preferably from 200 to 400 nm, measured with the method described in the description for the packaging of fruits and/or vegetables. - an oxygen transmission rate between 8000 and 14000 cc/sqm.day.atm, preferably between 9000 and 13000 cc/sqm.day.atm, more preferably between 10000 and 13000 cc/sqm.day.atm, even more preferably between 11000 and 12000 cc/sqm.day.atm, even more preferably of 11500 cc/sqm.day.atm, measured according to ASTM D-3985 at 23°C and 0% in - 0% out relative humidity, - a CO2 transmission rate between 25000 to 41000 cc/sqm.day.atm, preferably between 26000 and 40000 cc/sqm.day.atm, more preferably between 27000 and 39000 cc/sqm.day.atm, even more preferably of 28000 cc/sqm.day.atm, measured according to ASTM F-2476, at 23°C and 0% in - 0% out relative humidity, - a water vapour transmission rate between 8 and 35 g/sqm.day.atm, more preferably between 20 and 30 g/sqm.day.atm, even more preferably of 26 g/sqm.day.atm, measured according to ASTM D1249at 38°C and 98% in - 0% out relative humidity, and - a transmittance of less than 70%, preferably less than 60% of light at wavelengths from 100 to 450 nm, preferably from 200 to 450 nm, more preferably from 200 to 400 nm, measured with the method described in the description
Navigation control device, adapted for controlling the depth and/or the lateral position of an acoustic linear antenna towed by a vessel, wherein the navigation control device comprises a body to which is attached wings and is characterized in that at least one of said wings comprises an embedded magnet and said navigation control device comprises: - a wing loss decision circuit, comprising: - a magnetic sensor, for measuring a whole magnetic field, and - a circuit for detecting a change in the measured whole magnetic field, due to a movement away of the embedded magnet when said at least one wing is released, and a circuit for generating a wing loss signal when a change in the measured whole magnetic field has been detected; and - a driving circuit, adapted for acting, according to a degraded operating mode, on at least one motorized wing non-detected as released, when receiving said wing loss signal, said degraded operating mode enabling to control at least the depth of the towed acoustic linear antenna. - a wing loss decision circuit, comprising: - a magnetic sensor, for measuring a whole magnetic field, and - a circuit for detecting a change in the measured whole magnetic field, due to a movement away of the embedded magnet when said at least one wing is released, and a circuit for generating a wing loss signal when a change in the measured whole magnetic field has been detected; and - a magnetic sensor, for measuring a whole magnetic field, and - a circuit for detecting a change in the measured whole magnetic field, due to a movement away of the embedded magnet when said at least one wing is released, and a circuit for generating a wing loss signal when a change in the measured whole magnetic field has been detected; and - a driving circuit, adapted for acting, according to a degraded operating mode, on at least one motorized wing non-detected as released, when receiving said wing loss signal, said degraded operating mode enabling to control at least the depth of the towed acoustic linear antenna.
A display apparatus, such as a virtual reality display apparatus, an augmented reality display apparatus, or a mixed reality display apparatus, which is configured as a head mounted-type apparatus, a glasses-type apparatus, or a goggle-type apparatus, comprising: a light source configured to emit illumination light; a display panel configured to generate an image based on the illumination light; an image processor configured to provide image data to the display panel to cause the display panel to generate a first image and a second image which travel in different directions; and an optical system configured to separate the first image and the second image displayed on the display panel, characterized in that the image processor is further configured to provide the display panel with composite image data obtained by adding first image data to which a first phase profile is applied and second image data to which a second phase profile different from the first phase profile is applied, wherein the first phase profile and the second phase profile determine a direction in which the first and second image will travel, respectively. a light source configured to emit illumination light; a display panel configured to generate an image based on the illumination light; an image processor configured to provide image data to the display panel to cause the display panel to generate a first image and a second image which travel in different directions; and an optical system configured to separate the first image and the second image displayed on the display panel, characterized in that the image processor is further configured to provide the display panel with composite image data obtained by adding first image data to which a first phase profile is applied and second image data to which a second phase profile different from the first phase profile is applied, wherein the first phase profile and the second phase profile determine a direction in which the first and second image will travel, respectively.
A process for forming an article for use in a high temperature application comprises providing a substrate formed from a single crystal nickel based alloy containing at least one of from 2.0 to 6.0 wt% rhenium and from 2.0 to 6.0 wt% ruthenium and depositing a metallic coating on a surface of said substrate, said metallic coating depositing step comprises depositing a nickel base alloy consisting of from 5.0 to 10.5 wt% aluminum, from 4.0 to 15 wt% chromium, from 2.0 to 8.0 wt% tungsten, from 3.0 to 10 wt% tantalum, from 1.0 to 5.0 wt% ruthenium and the being balance nickel with unavoidable impurities, wherein the nickel base alloy optionally further contains up to 5.0 wt% rhenium, up to 0.4 wt% molybdenum, from 0.1 to 0.5 wt% hafnium, from 0.05 to 0.5 wt% yttrium, from 5 to 20 wt% cobalt, up to 0.2 wt% manganese, up to 0.2 wt% silicon, up to 0.03 wt% phosphorous, up to 0.03 wt% sulfur, up to 0.1 wt% carbon, up to 0.01 wt% boron, up to 0.5 wt% iron, up to 0.3 wt% copper, up to 0.1 wt% zirconium, and up to 0.01 wt% each of lead, bismuth, selenium, tellurium, and thallium.
A marine propeller, comprising: two inflection points (12, 13, 22, 23, 32, 33) in a rake distribution of a propeller blade (10, 20, 30), wherein a portion from a blade root section (11, 21, 31) to a first inflection point (12, 22, 32) has a backward rake, a portion from the first inflection point to a second inflection point has a forward rake, characterized in that a portion from the second inflection point to a blade tip (14, 24, 34) has zero rake so as to be orthogonal to a propeller shaft line. two inflection points (12, 13, 22, 23, 32, 33) in a rake distribution of a propeller blade (10, 20, 30), wherein a portion from a blade root section (11, 21, 31) to a first inflection point (12, 22, 32) has a backward rake, a portion from the first inflection point to a second inflection point has a forward rake, characterized in that a portion from the second inflection point to a blade tip (14, 24, 34) has zero rake so as to be orthogonal to a propeller shaft line.
A work vehicle comprising an engine and an exhaust gas purifying device for purifying exhaust gas of the engine in an engine compartment, the exhaust gas purifying device being placed above the engine, and having a cylindrical oxidation catalyst device, a cylindrical reducing agent injection device, and a cylindrical selective catalytic reduction device, characterized in that the oxidation catalyst device is placed with a central axis of the oxidation catalyst device oriented along a right and left direction of the work vehicle, the reducing agent injection device is placed with a central axis of the reducing agent injection device oriented along a front and rear direction of the work vehicle, the selective catalytic reduction device is placed with a central axis of the selective catalytic reduction device oriented along the front and rear direction of the work vehicle, the oxidation catalyst device, the reducing agent injection device, and the selective catalytic reduction device are arranged so as to have a relationship that the central axes thereof become the same in height, and the selective catalytic reduction device is placed with the central axis of the selective catalytic reduction device passing through the oxidation catalyst device.
Tyre pressure setting system for setting the pressure of a vehicle tyre, having a variable-geometry turbocharger provided as a compressed-air source, characterized by a function which is dependent on the profile of the charge-air pressure downstream of the compressor stage of the turbocharger and on the basis of which the adjustment of the geometry of the turbocharger is performed, and a further function which is dependent on the rotational speed of the turbocharger resulting from the variation of the geometry of the turbocharger, wherein the adjustment of the geometry of the turbocharger is performed such that a limitation of the rotational speed of the turbocharger in the case of the respectively set geometry is performed by means of a targeted variation of the geometry of the turbocharger.
Sobetirome or a pharmaceutically acceptable salt thereof for use in a method of treating a subject having or at risk of developing X-linked adrenoleukodystrophy, the method comprising administering to the subject a therapeutically effective amount of sobetirome or a pharmaceutically acceptable salt thereof.
A method for displaying information flows in a social network to a main user, comprising: in information flows posted by a followed user of the social network, followed by the main user, judging whether pieces of target information from that followed user greater than or equal to a set number posted within a set time period exist; if it is judged that the pieces of target information exist, according to a preset rule, aggregating the pieces of target information into a target information group; and displaying the target information group, wherein the displaying the target information group comprises: providing display information derived from the latest piece of target information newly posted in the target information group, and folding or hiding other pieces of target information except the latest piece of target information; using post time of the latest piece of target information as post time of the target information group; and displaying the target information group in order of post time; wherein for a given set time, the set number is determined by parameters including the number of followed users followed by the main user and the amount of time the main user habitually spends on social media. in information flows posted by a followed user of the social network, followed by the main user, judging whether pieces of target information from that followed user greater than or equal to a set number posted within a set time period exist; if it is judged that the pieces of target information exist, according to a preset rule, aggregating the pieces of target information into a target information group; and displaying the target information group, wherein the displaying the target information group comprises: providing display information derived from the latest piece of target information newly posted in the target information group, and folding or hiding other pieces of target information except the latest piece of target information; using post time of the latest piece of target information as post time of the target information group; and displaying the target information group in order of post time; wherein for a given set time, the set number is determined by parameters including the number of followed users followed by the main user and the amount of time the main user habitually spends on social media. providing display information derived from the latest piece of target information newly posted in the target information group, and folding or hiding other pieces of target information except the latest piece of target information; using post time of the latest piece of target information as post time of the target information group; and displaying the target information group in order of post time; wherein for a given set time, the set number is determined by parameters including the number of followed users followed by the main user and the amount of time the main user habitually spends on social media.
A method for removing submicron particles from a gas stream containing submicron particles, said stream being off-gas from urea finishing, the method comprising: contacting the gas stream in a Venturi ejector with an injected high velocity scrubbing liquid to provide a pumping action, wherein the scrubbing liquid has an initial velocity of at least 25 m/s and wherein the ratio of scrubbing liquid and gas flow is between 0.0005 and 0.0015 (m 3 /h) / (m 3 /h), whereby the method comprises treatment in two Venturi stages in series, wherein each of said two Venturi stages comprises a horizontally placed Venturi ejector, wherein said Venturi stages are placed above each other, and whereby the two Venturi stages are connected by a scrubbing column.