mhurhangee/ep-ind-claims huggingface dataset:
A nacelle for a turbofan propulsion system that extends along a centerline, comprising: a forward cowling; and an aft cowling having a non-circular cross-sectional geometry disposed in a plane substantially perpendicular to the centerline, which non-circular cross-sectional geometry includes a radially recessed section disposed between first and second curved sections (58, 60), wherein the first and the second curved sections (58, 60) each have a radius (74, 76) that is greater than a radial distance between the centerline and a center point of the radially recessed section; wherein the first and the second curved sections (58, 60) each extend between first and second ends (66, 68, 70, 72), wherein the radially recessed section extends between the first ends (66, 68) of the first and the second curved sections (58, 60), and wherein the non-circular cross-sectional geometry further includes a second radially recessed section that extends between the second ends (70, 72) of the first and the second curved sections (58, 60); and characterised in that the first and second curved sections (58,60) each have a non-circular geometry. a forward cowling; and an aft cowling having a non-circular cross-sectional geometry disposed in a plane substantially perpendicular to the centerline, which non-circular cross-sectional geometry includes a radially recessed section disposed between first and second curved sections (58, 60), wherein the first and the second curved sections (58, 60) each have a radius (74, 76) that is greater than a radial distance between the centerline and a center point of the radially recessed section; wherein the first and the second curved sections (58, 60) each extend between first and second ends (66, 68, 70, 72), wherein the radially recessed section extends between the first ends (66, 68) of the first and the second curved sections (58, 60), and wherein the non-circular cross-sectional geometry further includes a second radially recessed section that extends between the second ends (70, 72) of the first and the second curved sections (58, 60); and characterised in that the first and second curved sections (58,60) each have a non-circular geometry.
An alloy, in particular for jewellery, characterized in that it consists of: - Gold, in an amount of 330‰ to 420‰ by weight; - Copper, in an amount of 500‰ to 620‰ by weight; - Palladium, in an amount of 5‰ to 35‰ by weight; and optionally Iron in an amount of 2‰ to 25‰ by weight, preferably of 5‰ to 20‰ by weight. - Gold, in an amount of 330‰ to 420‰ by weight; - Copper, in an amount of 500‰ to 620‰ by weight; - Palladium, in an amount of 5‰ to 35‰ by weight;
An apparatus operable in a communication system, comprising: a controller configured to assign at least one finger (110 A-N) by determining a number of available fingers (110 A-N) and adjusting a pilot signal search window threshold based on the number of available fingers (110 A-N); one or more comparators (204, 351, 361) including at least one of: an assign comparator in a searcher that searches for a signal, the assign comparator comparing an energy of the signal to the pilot signal search window threshold to determine whether to assign a finger (110 A-N) to demodulate the signal, a lock comparator in an assigned finger (110 A-N) that compares an energy of the signal to a lock threshold to determine whether to demodulate the signal, and a combine comparator in the assigned finger (110 A-N) that compares an energy of the signal to a combine threshold to determine whether to demodulate the signal; and a decoder configured to receive correlation energy from the one or more comparators (204, 351, 361) and demodulate the signal. a controller configured to assign at least one finger (110 A-N) by determining a number of available fingers (110 A-N) and adjusting a pilot signal search window threshold based on the number of available fingers (110 A-N); one or more comparators (204, 351, 361) including at least one of: an assign comparator in a searcher that searches for a signal, the assign comparator comparing an energy of the signal to the pilot signal search window threshold to determine whether to assign a finger (110 A-N) to demodulate the signal, a lock comparator in an assigned finger (110 A-N) that compares an energy of the signal to a lock threshold to determine whether to demodulate the signal, and a combine comparator in the assigned finger (110 A-N) that compares an energy of the signal to a combine threshold to determine whether to demodulate the signal; and an assign comparator in a searcher that searches for a signal, the assign comparator comparing an energy of the signal to the pilot signal search window threshold to determine whether to assign a finger (110 A-N) to demodulate the signal, a lock comparator in an assigned finger (110 A-N) that compares an energy of the signal to a lock threshold to determine whether to demodulate the signal, and a combine comparator in the assigned finger (110 A-N) that compares an energy of the signal to a combine threshold to determine whether to demodulate the signal; and a decoder configured to receive correlation energy from the one or more comparators (204, 351, 361) and demodulate the signal.
A method of monitoring the combustion in a furnace, in which method flue gas is extracted from the furnace, characterized in - extracting a sample of the flue gases to an apparatus in which the sample amount of flue gas is mixed with an analysis liquid used as a washing medium, - extracting the flue gases for estimating alkali metal contents so that the samples are taken from an area where said alkali metal contents are in gaseous phase but the combustion reactions have already taken place, and - directing said flue gas sample into said apparatus, which is a washer, to interact with the washing medium of the washer for measuring at least one property of the washing medium of the washer for indirectly estimating the properties of the flue gas phase. - extracting a sample of the flue gases to an apparatus in which the sample amount of flue gas is mixed with an analysis liquid used as a washing medium, - extracting the flue gases for estimating alkali metal contents so that the samples are taken from an area where said alkali metal contents are in gaseous phase but the combustion reactions have already taken place, and - directing said flue gas sample into said apparatus, which is a washer, to interact with the washing medium of the washer for measuring at least one property of the washing medium of the washer for indirectly estimating the properties of the flue gas phase.
A disengageable damping assembly for use in a device having moving aerodynamic surfaces comprising: a first component comprising a back iron and at least one permanent magnet, said at least one permanent magnet providing a first magnetic field; and an electrically conductive second component, said electrically conductive second component and said first component being positioned coaxially about a central axis with said at least one permanent magnet being positioned between said back iron of said first component and said electrically conductive second component; the assembly further comprising means for rotating one or both of said at least one permanent magnet of said first component and said electrically conductive second component about said central axis to cause relative rotational movement between the at least one permanent magnet and the electrically conductive second component, to thereby induce a variable magnetic flux in said electrically conductive second component and cause eddy currents to develop therein, and characterized by said assembly further comprising means configured for cancelling said first magnetic field of said at least one permanent magnet to thereby disengage the damping assembly. a first component comprising a back iron and at least one permanent magnet, said at least one permanent magnet providing a first magnetic field; and an electrically conductive second component, said electrically conductive second component and said first component being positioned coaxially about a central axis with said at least one permanent magnet being positioned between said back iron of said first component and said electrically conductive second component; the assembly further comprising means for rotating one or both of said at least one permanent magnet of said first component and said electrically conductive second component about said central axis to cause relative rotational movement between the at least one permanent magnet and the electrically conductive second component, to thereby induce a variable magnetic flux in said electrically conductive second component and cause eddy currents to develop therein, and characterized by said assembly further comprising means configured for cancelling said first magnetic field of said at least one permanent magnet to thereby disengage the damping assembly.
A circuit comprising: a supply pin configured to receive a supply voltage (Vcc); a non-volatile memory for storing one or more parameters; a Near Field Communication, NFC, transceiver which is configured to receive data representing the one or more parameters in a second mode of operation, in which no supply voltage (Vcc) is received at the supply pin; wherein the circuit is configured in a first mode of operation to deactivate the NFC transceiver in response to receiving the supply voltage (Vcc) at the supply pin, characterized in that the circuit comprises a modulator configured to generate, in the first mode of operation, a modulated output signal (VPwM), which depends on at least one of the one or more parameters stored in the non-volatile memory. a supply pin configured to receive a supply voltage (Vcc); a non-volatile memory for storing one or more parameters; a Near Field Communication, NFC, transceiver which is configured to receive data representing the one or more parameters in a second mode of operation, in which no supply voltage (Vcc) is received at the supply pin; wherein the circuit is configured in a first mode of operation to deactivate the NFC transceiver in response to receiving the supply voltage (Vcc) at the supply pin, characterized in that the circuit comprises a modulator configured to generate, in the first mode of operation, a modulated output signal (VPwM), which depends on at least one of the one or more parameters stored in the non-volatile memory.
Portable tool comprising: - a hollow body delimiting two chambers (104a, 104h) and comprising a shoulder and a barrel extending from the shoulder, - a cylinder comprising a piston that slides in the chambers (104a, 104h) and a stem that is secured to the piston and is accommodated in the barrel, and - an attachment system comprising a channel created on the perimeter of the barrel, - the tool comprising a C-shaped head, of which a first end forms a shoe that has a bore created in it and that presses against the shoulder, and of which a second end faces the free end of the stem, characterized in that the attachment system comprises two sliders (126a-b) which are mounted so as to be able to slide on the shoe parallel to a plane of motion that is perpendicular to the axis of the barrel, where each slider (126a-b) has a front in the form of an arc of a circle and is able to move between a tightened position in which the front is accommodated in the channel, and a separated position in which the front is out of the channel. - a hollow body delimiting two chambers (104a, 104h) and comprising a shoulder and a barrel extending from the shoulder, - a cylinder comprising a piston that slides in the chambers (104a, 104h) and a stem that is secured to the piston and is accommodated in the barrel, and - an attachment system comprising a channel created on the perimeter of the barrel, - the tool comprising a C-shaped head, of which a first end forms a shoe that has a bore created in it and that presses against the shoulder, and of which a second end faces the free end of the stem,
A board conveyance device comprising: a pair of conveyor belts each of which edges of a board are loaded on, that are configured to convey the board in a conveyance direction by the conveyor belts moving; and a lifter (70, 74, 78) that is configured to raise the board loaded on the pair of conveyor belts so as to separate the board from the pair of conveyor belts, and to lower the raised board so as to load the board on the pair of conveyor belts, wherein the lifter is configured to raise the board, such that in a state with the board raised by the lifter (70, 74, 78), there is a space below the raised board and above the pair of conveyor belts; wherein the lifter (70, 74, 78) includes a support tool provided between the pair of conveyor belts extending in the conveyance direction with at least one end protruding outside the pair of conveyor belts so as to be capable of supporting the board loaded on the pair of conveyor belts from below, and a support tool raising/lowering mechanism (74, 68) that is configured to raise/lower the support tool at at least one end of the support tool, wherein the board conveyance device is configured to convey a different board (S') using the pair of conveyor belts under the support tool raised by the support tool raising/lowering mechanism (74, 78), so that the different board (S') is passed through under the board raised by the lifter (70, 74, 78). a pair of conveyor belts each of which edges of a board are loaded on, that are configured to convey the board in a conveyance direction by the conveyor belts moving; and a lifter (70, 74, 78) that is configured to raise the board loaded on the pair of conveyor belts so as to separate the board from the pair of conveyor belts, and to lower the raised board so as to load the board on the pair of conveyor belts, wherein the lifter is configured to raise the board, such that in a state with the board raised by the lifter (70, 74, 78), there is a space below the raised board and above the pair of conveyor belts; wherein the lifter (70, 74, 78) includes a support tool provided between the pair of conveyor belts extending in the conveyance direction with at least one end protruding outside the pair of conveyor belts so as to be capable of supporting the board loaded on the pair of conveyor belts from below, and a support tool raising/lowering mechanism (74, 68) that is configured to raise/lower the support tool at at least one end of the support tool, wherein the board conveyance device is configured to convey a different board (S') using the pair of conveyor belts under the support tool raised by the support tool raising/lowering mechanism (74, 78), so that the different board (S') is passed through under the board raised by the lifter (70, 74, 78).
A conical container having a bottom wall and a single perimetral wall with annular projections, wherein said perimetral wall is made of cardboard laminated at least on the inside, each annular projection is formed by an overlapping fold extending approximately parallel to the perimetral wall, wherein a plurality of such folds are arranged one above the other and spaced apart with an inter-fold section there between, each higher fold having a larger diameter than each lower fold, and each overlapping fold including at least one hollow chamber (17, 18) between two of overlapping portions (13, 15, 16) of the perimetral wall, wherein at least two portions (13, 15) of the perimetral wall in the overlapping region of the fold are connected and/or sealed at an upper end of the fold, and wherein a portion of said perimetral wall that contains that overlapping folds is arranged in the holding range of the container.
An electrical box for flush mounting in a wall, the electrical box comprising: • a body that comprises a side wall and a bearing collar that borders the side wall, at least in part, and that is adapted to bear against the front of the wall; and • catch means for engaging the rear of the wall, which catch means are adapted to co-operate with the bearing collar to fasten the body in the wall; the electrical box being characterized in that it also includes a peripheral gasket (60; 70; 80; 150; 160) that: • runs beside the bearing collar all around the body; • is fastened, at least in part, to the side wall of the body; • is overmolded on an outside face of the side wall; and • extends at a distance from the bearing collar that lies in the range 0 to 26 mm, and that preferably lies in the range 1 mm to 9 mm. • a body that comprises a side wall and a bearing collar that borders the side wall, at least in part, and that is adapted to bear against the front of the wall; and • catch means for engaging the rear of the wall, which catch means are adapted to co-operate with the bearing collar to fasten the body in the wall; • runs beside the bearing collar all around the body; • is fastened, at least in part, to the side wall of the body; • is overmolded on an outside face of the side wall; and • extends at a distance from the bearing collar that lies in the range 0 to 26 mm, and that preferably lies in the range 1 mm to 9 mm.
A method for imaging a sample using fluorescence microscopy, the method comprising: orienting a collimated illuminator and a cylindrical lens to propagate a collimated light beam from the collimated illuminator along a propagation axis and to contact a curved side of the cylindrical lens to form a light sheet at a focal line of the cylindrical lens; tilting the collimated illuminator and the cylindrical lens relative to an objective lens so that the propagation axis of the collimated light beam is at an oblique angle relative to an imaging axis of the objective lens; illuminating a sample using the light sheet; and imaging the sample through the objective lens, characterised in that tilting the collimated illuminator and the cylindrical lens comprises tilting the collimated illuminator and the cylindrical lens to a half angle of a converging light beam exiting the cylindrical lens so that a lowest part of the converging light beam propagates parallel to an imaging surface of the objective lens. orienting a collimated illuminator and a cylindrical lens to propagate a collimated light beam from the collimated illuminator along a propagation axis and to contact a curved side of the cylindrical lens to form a light sheet at a focal line of the cylindrical lens; tilting the collimated illuminator and the cylindrical lens relative to an objective lens so that the propagation axis of the collimated light beam is at an oblique angle relative to an imaging axis of the objective lens; illuminating a sample using the light sheet; and imaging the sample through the objective lens, characterised in that tilting the collimated illuminator and the cylindrical lens comprises tilting the collimated illuminator and the cylindrical lens to a half angle of a converging light beam exiting the cylindrical lens so that a lowest part of the converging light beam propagates parallel to an imaging surface of the objective lens.
Luggage rack module for a vehicle, having a support frame that comprises a rear bar for fastening to a vehicle shell, two lateral holders and a front bar (2, 10), and a supporting plate for luggage, characterized in that the front bar (2, 10) has a support element (6, 14) that extends between the lateral holders, is fastened to the lateral holders and has, on its front side, a receptacle for a trim element and, on its rear side, a receptacle for a support plate receptacle (4, 12), wherein the trim element (8, 13) and the support plate receptacle (4, 12) are fastened only to the support element of the front bar.
A suture reinforcement material for an automatic suturing device, comprising a sheet containing at least one biodegradable and bioabsorbable material selected from the group consisting of aliphatic polyesters, polyester ethers, and copolymers thereof, wherein the suture reinforcement material further comprises a calcium ion source, and wherein the calcium ion source is at least one calcium salt selected from the group consisting of polysaccharides and saccharic acids, the sheet having on at least one surface thereof a layer containing a hydrophilic polymer wherein the hydrophilic polymer is at least one member selected from the group consisting of alginic acid and alginates. the sheet having on at least one surface thereof a layer containing a hydrophilic polymer wherein the hydrophilic polymer is at least one member selected from the group consisting of alginic acid and alginates.
A rotary vacuum valve for distributing vacuum pressure to one or more air-tight enclosures of a rotary vacuumization system, wherein the rotary valve comprises: a stationary portion defining an entry port in fluid communication with a vacuum system; and a rotating portion defining a plurality of chamber ports each in fluid communication with a corresponding vacuum chamber via a vacuum conduit, wherein each vacuum chamber is configured to form an air-tight enclosure; wherein the rotating portion is configured to rotate relative to the stationary portion and thereby selectably align each of the plurality of chamber ports with the entry port of the stationary portion to place the corresponding vacuum chamber in fluid communication with the vacuum system, characterized in that the stationary portion is provided with a diagnostic port in fluid communication with a diagnostic system, and the rotating portion is further configured to rotate relative to the stationary portion to selectably align each of the plurality of chamber ports with the diagnostic port to place the corresponding vacuum chamber in fluid communication with the diagnostic system. a stationary portion defining an entry port in fluid communication with a vacuum system; and a rotating portion defining a plurality of chamber ports each in fluid communication with a corresponding vacuum chamber via a vacuum conduit, wherein each vacuum chamber is configured to form an air-tight enclosure; wherein the rotating portion is configured to rotate relative to the stationary portion and thereby selectably align each of the plurality of chamber ports with the entry port of the stationary portion to place the corresponding vacuum chamber in fluid communication with the vacuum system, characterized in that the stationary portion is provided with a diagnostic port in fluid communication with a diagnostic system, and the rotating portion is further configured to rotate relative to the stationary portion to selectably align each of the plurality of chamber ports with the diagnostic port to place the corresponding vacuum chamber in fluid communication with the diagnostic system.
An anchoring element for a hydraulic engineering installation having at least one ballast weight for weighting purposes; characterized in that the anchoring element comprises a plurality of shear-protection elements (3.1-3.11) which are arranged movably on lateral guides in the anchoring element such that, when the anchoring element is deposited on the bottom of a body of water, the shear-protection elements (3.1-3.11) bear down on the bottom of the body of water under their own weight when in contact with said bottom and move individually along the respective lateral guide until the anchoring element assumes a position of equilibrium.