mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacture of an annular air swirler suited to arrangement outboard of a main fuel swirler and inboard of a combustor seal in the combustion section of a gas turbine engine, the method comprising the following steps; a) providing an air swirler main body from a first material, the main body comprising a radially outer wall and a radially inner wall defining an annular swirler passage therebetween, the radially inner wall having a passage facing surface comprising an axially extending section and a radially convergent section, the radially convergent section terminating at an outlet to the passage, the radially outer wall having a passage facing surface comprising an axially extending section and a radially convergent section terminating at an outlet to the passage and a radially diverging section extending axially downstream of the passage outlet, a radially outwardly facing surface of the radially outer wall having, in a region opposite the converging and diverging sections, a circumferential and axially extending recess; b) using an additive layer manufacturing process, depositing into the circumferential and axially extending recess a circumferential and axially extending reinforcement of a second material, the second material having superior wear resistance to the first material. a) providing an air swirler main body from a first material, the main body comprising a radially outer wall and a radially inner wall defining an annular swirler passage therebetween, the radially inner wall having a passage facing surface comprising an axially extending section and a radially convergent section, the radially convergent section terminating at an outlet to the passage, the radially outer wall having a passage facing surface comprising an axially extending section and a radially convergent section terminating at an outlet to the passage and a radially diverging section extending axially downstream of the passage outlet, a radially outwardly facing surface of the radially outer wall having, in a region opposite the converging and diverging sections, a circumferential and axially extending recess; b) using an additive layer manufacturing process, depositing into the circumferential and axially extending recess a circumferential and axially extending reinforcement of a second material, the second material having superior wear resistance to the first material.
Optical modulator device, in particular for a spatio-temporally light modulated imaging system, comprising: - a light modulating micro-mirror device comprising an array of mirror elements arranged in a modulator plane, wherein each of the mirror elements can be switched individually between first and second states with first and.second tilting angles (θa, θb), rep., relative to a modulator optical axis perpendicular to the modulator plane, and - a first optical relaying device being arranged for relaying light between the mirror elements in the first state and a first optical axis deviating from the modulator optical axis, characterized in that - the first optical relaying device includes a first group of imaging elements (122, 123, 124) being formed such that a planar light field perpendicular to the modulator optical axis is relayed to a first planar light field perpendicular to the first optical axis, and - the first group of imaging elements (122, 123, 124) comprises at least one imaging reflector and at least one refractive component having an optically transmissive element with imaging properties. - a light modulating micro-mirror device comprising an array of mirror elements arranged in a modulator plane, wherein each of the mirror elements can be switched individually between first and second states with first and.second tilting angles (θa, θb), rep., relative to a modulator optical axis perpendicular to the modulator plane, and - a first optical relaying device being arranged for relaying light between the mirror elements in the first state and a first optical axis deviating from the modulator optical axis, characterized in that - the first optical relaying device includes a first group of imaging elements (122, 123, 124) being formed such that a planar light field perpendicular to the modulator optical axis is relayed to a first planar light field perpendicular to the first optical axis, and - the first group of imaging elements (122, 123, 124) comprises at least one imaging reflector and at least one refractive component having an optically transmissive element with imaging properties.
A sending method for interference coordination, comprising: receiving, by a base station of an aggressor cell, an enhanced Inter-Cell Interference Coordination (eICIC) request sent by a base station of a victim cell when the base station of the victim cell suffers interference from the base station of the aggressor cell; and determining, by the base station of the aggressor cell, subframe configuration information for eICIC applied between the base station of the victim cell and the base station of the aggressor cell according to the eICIC request, and sending the determined applied subframe configuration information for the eICIC as measurement resource information for restrictive measurement to the base station of the victim cell; characterized in that: the eICIC request comprises a percentage of configured available subframes. receiving, by a base station of an aggressor cell, an enhanced Inter-Cell Interference Coordination (eICIC) request sent by a base station of a victim cell when the base station of the victim cell suffers interference from the base station of the aggressor cell; and determining, by the base station of the aggressor cell, subframe configuration information for eICIC applied between the base station of the victim cell and the base station of the aggressor cell according to the eICIC request, and sending the determined applied subframe configuration information for the eICIC as measurement resource information for restrictive measurement to the base station of the victim cell; characterized in that: the eICIC request comprises a percentage of configured available subframes. the eICIC request comprises a percentage of configured available subframes.
A spherical annular seal member for use in an exhaust pipe joint, comprising: a spherical annular base member defined by a cylindrical inner surface forming a through hole, a partially convex spherical sliding surface, and annular end faces (31, 32) on large- and small-diameter sides of said partially convex spherical sliding surface, wherein said spherical annular base member includes a heat-resistant material containing compressed expanded graphite and a reinforcing member made from a convoluted and compressed metal wire net sheet, said heat-resistant material containing compressed expanded graphite fills meshes of the metal wire net sheet and is integrated with the metal wire net sheet in mixed form, characterized in that, said metal wire net sheet extends along at least one annular end face of said large- and small-diameter side annular end faces (31, 32) and is exposed to an outside partially and discretely at said one annular end face, and said metal wire net sheet is constituted by a bent extended portion of an innermost circumferential metal wire net sheet extending along said cylindrical inner surface. a spherical annular base member defined by a cylindrical inner surface forming a through hole, a partially convex spherical sliding surface, and annular end faces (31, 32) on large- and small-diameter sides of said partially convex spherical sliding surface, wherein said spherical annular base member includes a heat-resistant material containing compressed expanded graphite and a reinforcing member made from a convoluted and compressed metal wire net sheet, said heat-resistant material containing compressed expanded graphite fills meshes of the metal wire net sheet and is integrated with the metal wire net sheet in mixed form, characterized in that, said metal wire net sheet extends along at least one annular end face of said large- and small-diameter side annular end faces (31, 32) and is exposed to an outside partially and discretely at said one annular end face, and said metal wire net sheet is constituted by a bent extended portion of an innermost circumferential metal wire net sheet extending along said cylindrical inner surface.
A sensor support that is removably positionable near a surface of a tire, the sensor support comprising: a flexible substrate, rotatably supported by a base, defining a longitudinal direction, the flexible substrate bendable along the longitudinal direction between a first position and a second position; the flexible substrate defining a lateral direction that is perpendicular to the longitudinal direction; a biasing member attached to the substrate and configured for urging the substrate towards the first position; and at least one flexibly supported sensor attached to the flexible substrate, the sensor configured for detecting damage at or below the surface of the tire, wherein the flexible substrate comprises a plurality of interlocking members connected together along the longitudinal direction and rotatable relative to each other. a flexible substrate, rotatably supported by a base, defining a longitudinal direction, the flexible substrate bendable along the longitudinal direction between a first position and a second position; the flexible substrate defining a lateral direction that is perpendicular to the longitudinal direction; a biasing member attached to the substrate and configured for urging the substrate towards the first position; and at least one flexibly supported sensor attached to the flexible substrate, the sensor configured for detecting damage at or below the surface of the tire, wherein the flexible substrate comprises a plurality of interlocking members connected together along the longitudinal direction and rotatable relative to each other.
A bed which includes a frame, a patient support connected to the frame, at least two posts, connected on the same side of the bed to the frame of the bed, and at least one siderail positioned between the two posts, the at least one siderail comprising a frame and including a locking mechanism; characterized in that a bottom part of the frame of the siderail is connected to a linkage for manipulation with the bed siderail, wherein the linkage includes a first arm and a second arm; the first arm being rotationally connected with one end to the frame of the bed, and being connected in rotating manner with the other end to the centre of the second arm; the first end of the second arm being connected in rotating manner by a sliding coupling to the frame of the bed and the other end of the second arm being connected in the rotating manner to the bed siderail.
A production monitoring system comprising a plurality of injection and production units coupled in operation to sensors for measuring physical processes occurring in operation in the injection and production units and generating corresponding measurement signals for computing hardware, wherein said computing hardware is operable to execute software products for processing said signals, characterized in that the software products are adapted for said computing hardware to analyse said measurement signals to abstract a parameter representation of said measurement signals, and to apply a temporal analysis of said parameters to identify temporally slow processes and temporally fast processes therein, and to employ information representative of said slow processes and fast processes to control a management process for controlling operation of the system.
A clutch mechanism for a drive mechanism, comprising: first and second shafts (152, 161) having a drive system disposed therebetween, wherein the first shaft is coupled to the drive mechanism, and further wherein the first and second shafts (152, 161) are disposed in driven engagement with the drive system along parallel first and second axes respectively; a fixed clutch plate disposed on the second shaft, the fixed clutch plate having a plurality of ramped members disposed thereon for rotation with the second shaft along the second axis; an attachment shaft having a slip clutch plate disposed on a first end and a beveled gear disposed on an opposite second end, the slip clutch plate having a plurality of ramped members adapted to releasably couple with the plurality of ramped members disposed on the fixed clutch plate, the slip clutch plate being operable between engaged and disengaged positions relative to the fixed clutch plate, and the beveled gear adapted to drive an attachment accessory for the drive mechanism; and a biasing mechanism disposed on and coupled to the attachment shaft and configured to bias the slip clutch plate towards the engaged position, wherein the biasing mechanism is adapted to be overcome such that the slip clutch plate moves towards the disengaged position along the attachment shaft when a torque force of a predetermined load is realized on the attachment shaft from the attachment accessory. first and second shafts (152, 161) having a drive system disposed therebetween, wherein the first shaft is coupled to the drive mechanism, and further wherein the first and second shafts (152, 161) are disposed in driven engagement with the drive system along parallel first and second axes respectively; a fixed clutch plate disposed on the second shaft, the fixed clutch plate having a plurality of ramped members disposed thereon for rotation with the second shaft along the second axis; an attachment shaft having a slip clutch plate disposed on a first end and a beveled gear disposed on an opposite second end, the slip clutch plate having a plurality of ramped members adapted to releasably couple with the plurality of ramped members disposed on the fixed clutch plate, the slip clutch plate being operable between engaged and disengaged positions relative to the fixed clutch plate, and the beveled gear adapted to drive an attachment accessory for the drive mechanism; and a biasing mechanism disposed on and coupled to the attachment shaft and configured to bias the slip clutch plate towards the engaged position, wherein the biasing mechanism is adapted to be overcome such that the slip clutch plate moves towards the disengaged position along the attachment shaft when a torque force of a predetermined load is realized on the attachment shaft from the attachment accessory.
A portable electronic device, the portable electronic device comprising a microphone boot, a microphone and a housing having a bottom cap, wherein the microphone boot comprises: a tubular body defining an acoustic channel having apertures at opposite ends thereof; a top flange and a bottom flange located at opposite ends of the tubular body, wherein the apertures of the acoustic channel are located in the top flange and bottom flange, wherein the aperture in the bottom flange has a diameter which is equal to or greater than a diameter of an aperture in the microphone; and sealing members located on the top flange and bottom flange, wherein the sealing members comprise a first rib located on an outer surface of the top flange and a second rib located on an outer surface of the bottom flange, and wherein the sealing members are configured to provide a sealing function between the microphone boot and the bottom cap of the housing and a sealing function between the microphone boot and the microphone, the sealing members located on the top flange abutting the bottom cap of the housing and the sealing members located on the bottom flange abutting the microphone. a tubular body defining an acoustic channel having apertures at opposite ends thereof; a top flange and a bottom flange located at opposite ends of the tubular body, wherein the apertures of the acoustic channel are located in the top flange and bottom flange, wherein the aperture in the bottom flange has a diameter which is equal to or greater than a diameter of an aperture in the microphone; and sealing members located on the top flange and bottom flange, wherein the sealing members comprise a first rib located on an outer surface of the top flange and a second rib located on an outer surface of the bottom flange, and wherein the sealing members are configured to provide a sealing function between the microphone boot and the bottom cap of the housing and a sealing function between the microphone boot and the microphone, the sealing members located on the top flange abutting the bottom cap of the housing and the sealing members located on the bottom flange abutting the microphone.
A method of cosmetic anti-acne treatment or cosmetic skin rejuvenation comprising the application of a device, the device comprising a substrate comprising a laminate comprising an elastic outer layer and an in-elastic inner layer, said inner layer comprising slits perpendicular to a long axis of the device, wherein said slits are entirely within the perimeter of the substrate, said substrate comprising one or more biocompatible electrodes (6, 10) configured to generate at least one of a low level electric field (LLEF) or low level electric current (LLEC) and wherein the device is applied to an area where acne treatment is desired for a treatment duration of 24 hours or 2 hours a day for 2 weeks or nightly for 2 weeks and the low level micro-current (LLEC) is between 1 and 200 micro-amperes for anti-acne treatment, wherein the device is applied to an area where skin rejuvenation is desired for a treatment duration of 20 or 30 days and the low level micro-current (LLEC) is between 1 and 200 micro-amperes for skin rejuvenation
Unit for moulding plastic preforms, each preform having a body and a neck in the continuation of the body, this unit comprising: - a framework, - a mould holder secured to the framework and bearing at least one mould body with the impression of an external face of the body of the preform, this mould body extending around a moulding axis; - mobile gear including a carriage and at least one oblong core (64A, 64B) in the impression of an internal face of the body of the preform, the carriage being mounted with the ability to be moved with respect to the framework between: o a moulding position in which the core (64A, 64B) is housed in the mould body, and o a demoulding position in which the core (64A, 64B) is axially separated from the mould body, this moulding unit being characterized in that the mobile gear further comprises: - a core holder mounted on the carriage, this core holder bearing at least one primary core and one secondary core and being able to move in rotation with respect to the carriage, in the demoulding position thereof, about an axis of rotation parallel to the moulding axis, between: o a first alignment position in which the primary core is in alignment with the mould body while the secondary core is off-axis with respect to the mould body, and o a second alignment position in which the primary core and the secondary core are switched. - a framework, - a mould holder secured to the framework and bearing at least one mould body with the impression of an external face of the body of the preform, this mould body extending around a moulding axis; - mobile gear including a carriage and at least one oblong core (64A, 64B) in the impression of an internal face of the body of the preform, the carriage being mounted with the ability to be moved with respect to the framework between: o a moulding position in which the core (64A, 64B) is housed in the mould body, and o a demoulding position in which the core (64A, 64B) is axially separated from the mould body, o a moulding position in which the core (64A, 64B) is housed in the mould body, and o a demoulding position in which the core (64A, 64B) is axially separated from the mould body, - a core holder mounted on the carriage, this core holder bearing at least one primary core and one secondary core and being able to move in rotation with respect to the carriage, in the demoulding position thereof, about an axis of rotation parallel to the moulding axis, between: o a first alignment position in which the primary core is in alignment with the mould body while the secondary core is off-axis with respect to the mould body, and o a second alignment position in which the primary core and the secondary core are switched. o a first alignment position in which the primary core is in alignment with the mould body while the secondary core is off-axis with respect to the mould body, and o a second alignment position in which the primary core and the secondary core are switched.
Solids valve for pressure cans, in particular for the application of assembly foams, with a valve body arranged in a valve plate, a valve stem guided in a central recess of the valve body with at least one by actuating the valve stem releasable inlet opening for the pressure cell content and at least one outlet opening, an elastic element acting on the valve stem and between valve plate and valve body and between valve body and valve stem acting sealing elements (22, 23), in which the valve stem has a sealing sleeve for sealing against a dispensing aid which is arranged in the region of the outlet opening and is anchored in a circumferential recess of the valve stem, and in which the sleeve consisting of two parts (5a, 5b), characterised in that the two-component injection molding joined together and the upper part consists of a thermoplastic elastomer and its lower part of a hard thermoplastic.
Wind turbine comprising a rotor and a generator, said rotor comprising a rotor hub and one or more rotor blades and said generator comprising a generator stator and a generator rotor, wherein the hub is rotatably mounted on a frame, the generator rotor comprises a carrying structure carrying magnetic or electromagnetic elements, one or more circumferentially arranged substantially axial protrusions (12; 18; 62; 70) are attached to said rotor, wherein said axial protrusions extend into the generator rotor carrying structure and extend to substantially the middle axial plane of the generator rotor, and one or more flexible couplings (40; 40a, 40b) are arranged between one or more of said axial protrusions (12; 18; 62; 70) and said carrying structure.
Comminuting device for use in agricultural technology, comprising a comminuting area, wherein the comminuting area is designed for the comminuting of objects and comprises a first material, wherein the comminuting device is in the form of a blade, wherein the comminuting area has a wear protection area, characterised in that the wear protection area includes a plurality of partial areas in which a second material is arranged which is different from the first material, wherein in the partial areas the second material is embedded in the first material in particle form.