mhurhangee/ep-ind-claims huggingface dataset:
Rotor with variable collective pitch rotatable about an axis of rotation (AXROT), said rotor with variable collective pitch comprising a hub, said rotor with variable collective pitch comprising a plurality of blades, each blade of said plurality of blades being individually movably mounted on the hub at least pivotably about a pitch variation axis (AXPAS), said rotor with variable collective pitch comprising an operating mechanism for simultaneously varying a pitch of each blade of said plurality of blades about its pitch variation axis (AXPAS), said operating mechanism comprising a control rod mounted mobile in translation in relation to the hub, said operating mechanism comprising a swash plate rotatably mounted on the control rod by a rolling mechanism, said operating mechanism comprising a plurality of pitch rods, each pitch rod of said plurality of pitch rods being hinged to an arm of the swash plate and to a pitch lever of a said blade, characterised in that said operating mechanism comprises an angle positioning tube, said angle positioning tube extending from a first extreme zone rotationally and translationally integral with the swash plate as far as a second extreme zone, said second extreme zone being inserted in a hole of the hub, said hub and the angle positioning tube being connected by a combined link having the function of causing a rotation about the axis of rotation (AXROT) of said angle positioning tube and of said swash plate in relation to the hub when there is a translation of the angle positioning tube in relation to the hub.
A water treatment process comprising: a scale inhibitor supplying step of supplying a calcium scale inhibitor which is a scale inhibitor for inhibiting the deposition of a scale containing calcium to water to be treated containing Ca ions, SO 4 ions, and carbonate ions; a demineralizing step of separating the water obtained from the scale inhibitor supplying step into concentrated water in which the Ca ions, the SO 4 ions, and the carbonate ions are concentrated and treated water after the scale inhibitor supplying step; and a crystallizing step of supplying seed crystals of gypsum to the concentrated water so that gypsum is crystallized from the concentrated water; characterized in that the water treatment process further comprises: a pH measuring step of measuring the pH of the concentrated water in the crystallizing step; and a supplied amount controlling step of reducing the amount of the seed crystals of the gypsum to be supplied when the measured pH falls within a pH range of 6.0 or less in which a scale inhibiting function of the calcium scale inhibitor is reduced, and increasing the amount of the seed crystals of the gypsum to be supplied when the measured pH is beyond the pH range. a scale inhibitor supplying step of supplying a calcium scale inhibitor which is a scale inhibitor for inhibiting the deposition of a scale containing calcium to water to be treated containing Ca ions, SO 4 ions, and carbonate ions; a demineralizing step of separating the water obtained from the scale inhibitor supplying step into concentrated water in which the Ca ions, the SO 4 ions, and the carbonate ions are concentrated and treated water after the scale inhibitor supplying step; and a crystallizing step of supplying seed crystals of gypsum to the concentrated water so that gypsum is crystallized from the concentrated water; characterized in that the water treatment process further comprises: a pH measuring step of measuring the pH of the concentrated water in the crystallizing step; and a supplied amount controlling step of reducing the amount of the seed crystals of the gypsum to be supplied when the measured pH falls within a pH range of 6.0 or less in which a scale inhibiting function of the calcium scale inhibitor is reduced, and increasing the amount of the seed crystals of the gypsum to be supplied when the measured pH is beyond the pH range. a pH measuring step of measuring the pH of the concentrated water in the crystallizing step; and a supplied amount controlling step of reducing the amount of the seed crystals of the gypsum to be supplied when the measured pH falls within a pH range of 6.0 or less in which a scale inhibiting function of the calcium scale inhibitor is reduced, and increasing the amount of the seed crystals of the gypsum to be supplied when the measured pH is beyond the pH range.
Flaring device suited to flare the ends of pipes, comprising a main body that develops along a mainly longitudinal direction defined by a longitudinal axis, the following being provided in said main body: - a flaring unit configured in such a way as to interact with the end of said pipe to be flared; - a die carrier arranged at the front of said flaring unit; - a flaring die (8; 50; 60; 70; 80) configured in such a way that it can be accommodated in said die carrier and provided with a centre channel configured so as to house said pipe to be flared; said die carrier being provided with a shaped seat configured so as to accommodate said flaring die (8; 50; 60; 70; 80) and communicating with a shaped opening made in said main body, said shaped opening being included between said flaring unit and said die carrier, said shaped seat being defined by a conical inner surface whose taper diverges towards said flaring unit and being configured so that it matches the conical outer surface of said flaring die (8; 50; 60; 70; 80), characterized in that said shaped opening is made in the lateral surface of said main body, in that the length of said shaped opening, measured along said longitudinal axis, exceeds the length of said flaring die (8; 50; 60; 70; 80), also measured along said longitudinal axis, and in that the width of said shaped opening, measured crosswise with respect to said longitudinal axis, exceeds the width of said flaring die (8; 50; 60; 70; 80) and the width of said shaped seat, both measured crosswise with respect to said longitudinal axis. - a flaring unit configured in such a way as to interact with the end of said pipe to be flared; - a die carrier arranged at the front of said flaring unit; - a flaring die (8; 50; 60; 70; 80) configured in such a way that it can be accommodated in said die carrier and provided with a centre channel configured so as to house said pipe to be flared;
Prefabricated component for attaching a concrete cantilever slab to a concrete structure, having: an insulating element for arranging in a joint between the concrete cantilever slab and the concrete structure, tension members, compression members and reinforcing plates, each made of steel, that pass through the insulating element and protrude from both sides thereof in order to be embedded in the concrete cantilever slab and the concrete structure, wherein the tension members and the compression members are connected together in pairs via the reinforcing plates, the end faces of the reinforcing plates are oriented obliquely with respect to the tension members and/or compression members, characterized in that the reinforcing plates are thicker at their end faces than within the insulating element. an insulating element for arranging in a joint between the concrete cantilever slab and the concrete structure, tension members, compression members and reinforcing plates, each made of steel, that pass through the insulating element and protrude from both sides thereof in order to be embedded in the concrete cantilever slab and the concrete structure, wherein the tension members and the compression members are connected together in pairs via the reinforcing plates, the end faces of the reinforcing plates are oriented obliquely with respect to the tension members and/or compression members, characterized in that the reinforcing plates are thicker at their end faces than within the insulating element.
A turbine engine component comprising: a fiber structure (125, 126); a matrix embedding the fiber structure (125, 126); and a carbon nanotube filler in the matrix, characterised in that: the fiber structure (125, 126) forms at least a portion of an airfoil; and the carbon nanotube filler has a content of 0.05-0.49% in the matrix by weight. a fiber structure (125, 126); a matrix embedding the fiber structure (125, 126); and a carbon nanotube filler in the matrix, characterised in that: the fiber structure (125, 126) forms at least a portion of an airfoil; and the carbon nanotube filler has a content of 0.05-0.49% in the matrix by weight. the fiber structure (125, 126) forms at least a portion of an airfoil; and the carbon nanotube filler has a content of 0.05-0.49% in the matrix by weight.
A hydrotreating process comprising: a) mixing a polyol feedstock with a fuel oil feedstock to form a reaction mixture, b) reacting the reaction mixture (a) in the presence of a hydrotreating catalyst, and c) obtaining a mixture of one or more light gasses, gasolines, carbon monoxide, carbon dioxide; wherein said reaction occurs between 400 and 1000 °F (204 and 540 °C), 150 and 3000 psig (1034 kPa and 20684 kPa), in the presence of hydrogen and a bimetallic hydrotreating catalyst selected from the group consisting of Co/Mo, Co/W, Ni/Mo, Ni/W, Ti/Mo, Ti/W, and combinations thereof. a) mixing a polyol feedstock with a fuel oil feedstock to form a reaction mixture, b) reacting the reaction mixture (a) in the presence of a hydrotreating catalyst, and c) obtaining a mixture of one or more light gasses, gasolines, carbon monoxide, carbon dioxide;
A filter system (100, 200, 300) comprising: a first resonator having a first resonant frequency; and a second resonator having a second resonant frequency higher than the first resonant frequency, and electrically connected to the first resonator, wherein a first response characteristic of the first resonator and a second response characteristic of the second resonator with respect to frequency comprise a first section in which a first phase of the first resonator is equal to a second phase of the second resonator, and a second section in which the first phase is different from the second phase by 180 degrees, and a first electrode (12a, 12c) of the first resonator is reversely connected to a second electrode (22c, 22a) of the second resonator; characterized in that the first section is a frequency region below the first resonant frequency or greater than the second resonant frequency, and the second section is a frequency region between the first resonant frequency and the second resonant frequency. a first resonator having a first resonant frequency; and a second resonator having a second resonant frequency higher than the first resonant frequency, and electrically connected to the first resonator, wherein a first response characteristic of the first resonator and a second response characteristic of the second resonator with respect to frequency comprise a first section in which a first phase of the first resonator is equal to a second phase of the second resonator, and a second section in which the first phase is different from the second phase by 180 degrees, and a first electrode (12a, 12c) of the first resonator is reversely connected to a second electrode (22c, 22a) of the second resonator; characterized in that the first section is a frequency region below the first resonant frequency or greater than the second resonant frequency, and the second section is a frequency region between the first resonant frequency and the second resonant frequency.
A bottle comprising an outlet at a first end of said bottle, a base at a second end of said bottle, and a main body located between said outlet and said base, wherein said bottle defines a central longitudinal axis extending in a longitudinal direction between said first and second ends (24, 28) of said bottle, wherein said main body comprises a well panel and an integrally-formed handle, wherein said well panel at least partly defines a recessed well and said handle spans at least a portion of said recessed well, wherein the outer surface of said well panel defines a concave longitudinal panel curve along a longitudinal reference plane containing said central longitudinal axis and extending through the centroid of said well panel, wherein the outer surface of said well panel defines a convex longitudinal panel curve along a transverse reference plane that extends through the centroid of said well panel and is oriented such that said central longitudinal axis is normal to said transverse reference plane, wherein said handle defines first and second handle end points (68, 69) located on the outermost opposite terminal ends of said handle, wherein a handle orientation line is defined between said first and second handle end points (68, 69), wherein said handle orientation line is either parallel to said central longitudinal axis or skewed relative to said central longitudinal axis by an angle of less than 20 degrees, characterized in that said main body further comprises a substantially cylindrical sidewall to which said well panel is coupled, wherein said handle orientation line is spaced inwardly from the outer circumference of said sidewall by a distance of at least 2.54 mm (0.1 inches).
A device for fitting at the rear part of a waste transportation vehicle, comprising at least two waste containers (3, 4), the device comprising at least two lift cradles (1, 2), the lift cradles (1, 2) having variable initiation height up to 1,3 m above roadway when said device is fitted to said vehicle, characterized in that each lift cradle (1, 2) has two notches arranged on a curvature on one end of the lift cradle (1, 2) and is driven upwards or downwards by a chain transmission driven by a hydraulic motor, the device furthermore embodies a hydraulically operated vertically displaceable turntable associated to each respective lift cradle (1, 2), each turntable having two pins arranged thereon to co-operate in a tooth-engagement-like manner with the curvature of a respective lift cradle (1, 2) and a motion indicator incorporated in the hydraulic control of the turntable, whereby each turntable is arranged in such a way that, after hoisting of a dustbin fixed to the lift cradle (1, 2), one of the notches catches hold of the first one of the pins causing the lift cradle (1, 2) to swing the dustbin in a position for emptying until the second pin is completely engaged with the other one of the notches, said engagement being sensed by the motion indicator such that by means of a functionality incorporated in an electronic control system the co-ordinated downward motion of the lift cradle (1, 2) and the turntable is initiated so that the dustbin moves in a way that material contained therein will not fall outside a container (3, 4) during emptying.
An apparatus adapted to implement DDR5 client PMIC power up sequence and state transitions, the apparatus comprising: a plurality of registers (102a-102n), one of said plurality of registers (102a-102n) is a power state entry register configured to control entry to a low power state; and a host interface comprising a plurality of pins, one of said plurality of pins is an enable pin, wherein (i) said apparatus is configured to enter said low power state in response to (a) setting said power state entry register to a first value and (b) providing said enable pin a signal with a first level, (ii) said apparatus is configured to exit said low power state in response to providing said enable pin said signal with a second level, (iii) said apparatus is configured to enter an idle state after exiting said low power state, (iv) said low power state consumes less power than said idle state and (v) said enable pin is implemented as an input configured to control a status of a plurality of regulators (106a-106n), wherein said plurality of regulators (106a-106n) comprise switch output regulators and low-dropout regulators. a plurality of registers (102a-102n), one of said plurality of registers (102a-102n) is a power state entry register configured to control entry to a low power state; and a host interface comprising a plurality of pins, one of said plurality of pins is an enable pin, wherein (i) said apparatus is configured to enter said low power state in response to (a) setting said power state entry register to a first value and (b) providing said enable pin a signal with a first level, (ii) said apparatus is configured to exit said low power state in response to providing said enable pin said signal with a second level, (iii) said apparatus is configured to enter an idle state after exiting said low power state, (iv) said low power state consumes less power than said idle state and (v) said enable pin is implemented as an input configured to control a status of a plurality of regulators (106a-106n), wherein said plurality of regulators (106a-106n) comprise switch output regulators and low-dropout regulators.
An injectable nanoparticulate pharmaceutical dosage form according to, or, or comprising: meloxicam, or a salt thereof, wherein the meloxicam is in the form of particles having an effective average particle size of less than 150 nm; a surface stabilizer; and water; or meloxicam, or a salt thereof, wherein the meloxicam is in the form of particles having an effective average particle size of less than 2000 nm; polyvinylpyrrolidone as a surface stabilizer; and water; or meloxicam, or a salt thereof, wherein the meloxicam is in the form of particles having an effective average particle size of less than 2000 nm; sodium deoxycholate as a surface stabilizer; and water. meloxicam, or a salt thereof, wherein the meloxicam is in the form of particles having an effective average particle size of less than 150 nm; a surface stabilizer; and water; or meloxicam, or a salt thereof, wherein the meloxicam is in the form of particles having an effective average particle size of less than 2000 nm; polyvinylpyrrolidone as a surface stabilizer; and water; or meloxicam, or a salt thereof, wherein the meloxicam is in the form of particles having an effective average particle size of less than 2000 nm; sodium deoxycholate as a surface stabilizer; and water.
Gripping assembly for a cooking container of food, comprising a handle and a metal attachment able to fix the handle to the cooking container, wherein the metal attachment is irreversibly coupled to the handle and comprises a fixing plate to the cooking container, the metal attachment comprises a quick coupling irreversibly coupled with a seat of the handle, wherein the quick coupling comprises two toothed elements of elongated shape parallel to each other and separated by a space, wherein each toothed element comprises a plurality of teeth which protrude outwards with respect to a central axis able to divide said space in half and which develops in the direction of elongation of the toothed elements, wherein the seat of the handle is able to deform as a result of the pressure exerted by the teeth of the toothed elements, characterised in that the teeth of one toothed element are misaligned with respect to the teeth of the other toothed element with a misalignment along the central axis with respect to lines orthogonal to the central axis, wherein the seat of the handle includes two housings for respective toothed elements, separated by a body able to occupy said space between the two toothed elements. the metal attachment comprises a quick coupling irreversibly coupled with a seat of the handle, wherein the quick coupling comprises two toothed elements of elongated shape parallel to each other and separated by a space, wherein each toothed element comprises a plurality of teeth which protrude outwards with respect to a central axis able to divide said space in half and which develops in the direction of elongation of the toothed elements, wherein the seat of the handle is able to deform as a result of the pressure exerted by the teeth of the toothed elements, characterised in that the teeth of one toothed element are misaligned with respect to the teeth of the other toothed element with a misalignment along the central axis with respect to lines orthogonal to the central axis, wherein the seat of the handle includes two housings for respective toothed elements, separated by a body able to occupy said space between the two toothed elements.
A method of assessing cleaning of a fabric comprising a faecal stain, the method comprising the steps of: a) applying a determined amount of an artificial faecal composition comprising: i) simulated digested-food matter; and ii) an n-acetylated polysaccharide b) washing the fabric; c) evaluating the removal of the composition from the fabric. a) applying a determined amount of an artificial faecal composition comprising: i) simulated digested-food matter; and ii) an n-acetylated polysaccharide i) simulated digested-food matter; and ii) an n-acetylated polysaccharide b) washing the fabric; c) evaluating the removal of the composition from the fabric.
A method for using social networking information to conserve bandwidth in a video-on-demand system operated by a service provider, the VOD system comprising a VOD server system communicatively coupled to a plurality of distribution nodes via an access network, wherein client systems receive VOD content from the VOD server system via one of the plurality of distribution nodes, the method comprising: in the VOD server system, accepting a request for a VOD content item from a first client system associated with a user of the VOD system; obtaining a list of social networking friends of the user; determining a node-sharing group of the list of social networking friends, the node-sharing group comprising the first client system and at least one client system from the list of social networking friends of the user that shares a particular distribution node of the plurality of distribution nodes with the first client system; and sending a video delivery start message through the shared particular distribution node to each client system in the node-sharing group in response to accepting the request for the VOD content item from the first client system, wherein the video delivery start message includes information that enables each client system to join a multicast session of the VOD content item such that each client system can receive the VOD content item without involving allocation of further bandwidth. in the VOD server system, accepting a request for a VOD content item from a first client system associated with a user of the VOD system; obtaining a list of social networking friends of the user; determining a node-sharing group of the list of social networking friends, the node-sharing group comprising the first client system and at least one client system from the list of social networking friends of the user that shares a particular distribution node of the plurality of distribution nodes with the first client system; and sending a video delivery start message through the shared particular distribution node to each client system in the node-sharing group in response to accepting the request for the VOD content item from the first client system, wherein the video delivery start message includes information that enables each client system to join a multicast session of the VOD content item such that each client system can receive the VOD content item without involving allocation of further bandwidth.