mhurhangee/ep-ind-claims huggingface dataset:
A fuel injector for a multipoint injection system, comprising: a body having a centerline, and defining an air cavity for allowing air to flow therethrough and an interior cavity; a fuel tube disposed at least partially within the interior cavity of the body, wherein the fuel tube includes a first end configured to connect to a fuel injector connector of a fuel manifold, and a second end configured to connect to a fuel distributor of the fuel injector, wherein the fuel injector is configured to be disposed at least partially in a combustor dome, and wherein the fuel tube is configured to move in an axial direction defined by the centerline of the fuel injector to allow flexibility between the fuel manifold and the combustor dome; and wherein the body is formed from an outer heat shield and an inner heat shield disposed within the outer heat shield, between which the interior cavity is defined. a body having a centerline, and defining an air cavity for allowing air to flow therethrough and an interior cavity; a fuel tube disposed at least partially within the interior cavity of the body, wherein the fuel tube includes a first end configured to connect to a fuel injector connector of a fuel manifold, and a second end configured to connect to a fuel distributor of the fuel injector, wherein the fuel injector is configured to be disposed at least partially in a combustor dome, and wherein the fuel tube is configured to move in an axial direction defined by the centerline of the fuel injector to allow flexibility between the fuel manifold and the combustor dome; and wherein the body is formed from an outer heat shield and an inner heat shield disposed within the outer heat shield, between which the interior cavity is defined.
A dental prosthetic structure for implant, intended for being fixed in a dental implant body or in an analog by means of a fixing screw, said structure comprising: - an interface part (2, 2') intended for being seated on the body of a dental implant or on an analog, said interface part (2, 2') having a tubular shape with an axial through passage for the passage of said fixing screw; - a prosthetic element which is coupled at its lower end to said interface part (2, 2'), said prosthetic element having a tubular shape with an axial through passage, aligned with said through passage of said interface part (2, 2'), for the passage of said fixing screw; - and securing means consisting in a securing element configured for being introduced in said axial through passage of said interface part (2, 2') and in said axial through passage of said prosthetic element for securing said prosthetic element to said interface part (2, 2'); characterized in that said securing element comprises an axial through passage for the passage of said fixing screw; said securing element that comprises said axial through passage being configured such that, when said securing element is introduced in said axial through passage of said interface part (2, 2') and in said axial through passage of said prosthetic element for securing said prosthetic element to said interface part (2, 2'), said axial through passages (4, 6, 8) of said interface part (2, 2'), said prosthetic element and said securing element are aligned and form a passage for said fixing screw. - an interface part (2, 2') intended for being seated on the body of a dental implant or on an analog, said interface part (2, 2') having a tubular shape with an axial through passage for the passage of said fixing screw; - a prosthetic element which is coupled at its lower end to said interface part (2, 2'), said prosthetic element having a tubular shape with an axial through passage, aligned with said through passage of said interface part (2, 2'), for the passage of said fixing screw; - and securing means consisting in a securing element configured for being introduced in said axial through passage of said interface part (2, 2') and in said axial through passage of said prosthetic element for securing said prosthetic element to said interface part (2, 2');
A control assembly for a vehicle having a vehicle control system, comprising: a control arm assembly having a lever arm rotatable about a first axis of rotation, and a grip attached to the lever arm and configured to be gripped by a user; a harmonic gearbox assembly having a strain wave gear coupled to a drive shaft spaced apart from the lever arm, wherein the drive shaft is rotatable about a second axis of rotation spaced apart from the first axis of rotation, wherein rotation of the strain wave gear is coupled to rotation of the drive shaft; a linkage assembly interconnecting the lever arm and the drive shaft, and wherein rotation of the drive shaft about the second axis of rotation pivots the linkage assembly about the first and second axes of rotation and pivots the lever arm about the first axis of rotation; and a motor at least partially controlled by the vehicle control system and connected to the strain wave gear of the harmonic gear box assembly for rotation of the strain wave gear that provides a direct, clutch-free connection between the motor, the harmonic gearbox assembly, the linkage assembly and the control arm assembly, wherein the harmonic gearbox assembly can be back driven to provide active resistance to pivotal movement of the lever arm. a control arm assembly having a lever arm rotatable about a first axis of rotation, and a grip attached to the lever arm and configured to be gripped by a user; a harmonic gearbox assembly having a strain wave gear coupled to a drive shaft spaced apart from the lever arm, wherein the drive shaft is rotatable about a second axis of rotation spaced apart from the first axis of rotation, wherein rotation of the strain wave gear is coupled to rotation of the drive shaft; a linkage assembly interconnecting the lever arm and the drive shaft, and wherein rotation of the drive shaft about the second axis of rotation pivots the linkage assembly about the first and second axes of rotation and pivots the lever arm about the first axis of rotation; and a motor at least partially controlled by the vehicle control system and connected to the strain wave gear of the harmonic gear box assembly for rotation of the strain wave gear that provides a direct, clutch-free connection between the motor, the harmonic gearbox assembly, the linkage assembly and the control arm assembly, wherein the harmonic gearbox assembly can be back driven to provide active resistance to pivotal movement of the lever arm.
A device (2; 602; 702; 802) for extracting soluble substances dissolved in an aqueous solution, the extraction device comprising a peripheral wall and an adsorbent agent contained in this peripheral wall, the adsorbent agent being capable of extracting at least one portion of the soluble substances by contact with the aqueous solution, the extraction device (2; 602; 702; 802) comprising a maze, defining a circulation path for the aqueous solution within the peripheral wall, the maze comprising a main inlet and a main outlet for the aqueous solution that are fluidly connected to one another by the circulation path, the adsorbent agent being arranged inside the maze so as to be placed in contact with the aqueous solution during the circulation of the latter along the circulation path, the maze further comprising a modular assembly of several removable modules (14A, 14B, 14C, 14D, 14E, 14F, 16A, 16B, 16C, 16D, 16E), each removable module being able to be assembled to, or disassembled from, the modular assembly in order to modify the circulation path, characterized in that a first portion of the removable modules are partition modules (16A, 16B, 16C, 16D, 16E), each partition module comprising at least one transverse partition housed inside the peripheral wall when the partition module is mounted within the modular assembly, so as to at least partially close a transverse section of the peripheral wall, at least one passage opening for the aqueous solution being arranged through the transverse partition, the positioning of the passage openings within the maze determining the circulation path traveled by the aqueous solution.
A computed tomography, CT, gantry system comprising: a frame; a plurality of support wheels rotatably coupled to the frame; and a gantry being only coupled to the frame by resting upon the plurality of support wheels, the gantry comprising: two gantry rings (110, 112); and at least one cross member extending between the two gantry rings (110, 112), wherein the plurality of support wheels are distributed in pairs, wherein at least one of the two gantry rings comprises a double-chamfered outer surface having a first planar face and a second planar face, wherein two first pairs of support wheels of the plurality of support wheels are coupled flush against the first planar face, and wherein two second pairs of support wheels of the plurality of support wheels are coupled flush against the second planar face. a frame; a plurality of support wheels rotatably coupled to the frame; and a gantry being only coupled to the frame by resting upon the plurality of support wheels, the gantry comprising: two gantry rings (110, 112); and at least one cross member extending between the two gantry rings (110, 112), wherein the plurality of support wheels are distributed in pairs, wherein at least one of the two gantry rings comprises a double-chamfered outer surface having a first planar face and a second planar face, wherein two first pairs of support wheels of the plurality of support wheels are coupled flush against the first planar face, and wherein two second pairs of support wheels of the plurality of support wheels are coupled flush against the second planar face. two gantry rings (110, 112); and at least one cross member extending between the two gantry rings (110, 112), wherein the plurality of support wheels are distributed in pairs, wherein at least one of the two gantry rings comprises a double-chamfered outer surface having a first planar face and a second planar face, wherein two first pairs of support wheels of the plurality of support wheels are coupled flush against the first planar face, and wherein two second pairs of support wheels of the plurality of support wheels are coupled flush against the second planar face.
Projectile with incidence steerable control surfaces comprising at least two control surfaces each being rotatable with respect to the projectile around a pivot axis perpendicular to the longitudinal axis of the projectile, wherein the projectile is characterised in that it comprises: - central means for controlling the control surfaces, comprising at least a spherical shape, the center of which being on the longitudinal axis, the spherical shape being arranged in a housing of the projectile, - a control arm secured to the spherical shape and adapted to rotate the spherical shape at least around the pitch and yaw axes of the projectile passing through the center of the spherical shape, - for each control surface, a transmission member cooperating with the spherical shape by a first side and with the control surface foot by a second side, wherein the transmission member is intended to transmit to the control surface the rotation movements of the spherical shape around the pivot axis of the control surface, - arm positioning means adapted to position an end of the arm in a position determined with respect to an absolute frame centered on the longitudinal axis of the projectile; wherein the spherical shape comprises, for each control surface, a groove oriented along a meridian line of the spherical shape and starting from the control arm, wherein the grooves are arranged parallel to the longitudinal axis when the control surfaces are parallel to the longitudinal axis of the projectile, wherein each groove cooperates with the first side of the transmission member by a first profile of the transmission member corresponding to the groove, wherein the first profile is adapted to slide in the groove. - central means for controlling the control surfaces, comprising at least a spherical shape, the center of which being on the longitudinal axis, the spherical shape being arranged in a housing of the projectile, - a control arm secured to the spherical shape and adapted to rotate the spherical shape at least around the pitch and yaw axes of the projectile passing through the center of the spherical shape, - for each control surface, a transmission member cooperating with the spherical shape by a first side and with the control surface foot by a second side, wherein the transmission member is intended to transmit to the control surface the rotation movements of the spherical shape around the pivot axis of the control surface, - arm positioning means adapted to position an end of the arm in a position determined with respect to an absolute frame centered on the longitudinal axis of the projectile;
A device for receiving by radiation and re-radiating electromagnetic signals, the device comprising at least a waveguide, characterized in that the waveguide comprises: a first set of slot radiators for receiving electromagnetic signals, consisting of one or more slot radiators, and a second set of slot radiators, consisting of two or more slot radiators, for transmitting electromagnetic signals generated in the waveguide on the basis of the received electromagnetic signals. a first set of slot radiators for receiving electromagnetic signals, consisting of one or more slot radiators, and a second set of slot radiators, consisting of two or more slot radiators, for transmitting electromagnetic signals generated in the waveguide on the basis of the received electromagnetic signals.
Method for tightening a welding saddle piece against a plastics pipe using a tightening system with a pull down ratchet, the pull down ratchet having a frame, a slotted belt shaft mounted rotatably in the frame and having an axial slot, and a belt which is reversibly connected at a first end with the frame and the other end of which is guidable through the slot in the belt shaft, such that the belt can be wound onto the belt shaft by rotation thereof, in order to reduce the size of a loop of the belt, the pull down ratchet having a catch mechanism which enables rotation of the belt shaft in one direction of rotation and prevents it in the other, at least one slotted shaft end (30, 32) of the belt shaft extending out of the frame, the method comprising the following step: - arranging a belt of the tightening system around a plastics pipe and a welding saddle piece arranged thereon; characterized in that the tightening system additionally has a tool coupling with a body which has a drive side and an opposing output side, wherein first form-fitting means are formed on the drive side and second form-fitting means are formed on the output side, wherein the tool coupling may be arranged in reversibly detachable manner on the slotted shaft end (30, 32) extending out of the frame by means of the second form-fitting means, wherein the first form-fitting means are adapted to cooperate with a torque wrench for driving the body, and the second form-fitting means are adapted to cooperate in form-fitting manner with the slotted belt shaft to transfer moments, and in that the method comprises the following steps: - tightening the belt by means of the pull down ratchet and a torque wrench, wherein the torque wrench acts on the belt shaft of the pull down ratchet, - establishing a predetermined pulling moment at the torque wrench, which corresponds to a predetermined desired tightening force for the belt. - arranging a belt of the tightening system around a plastics pipe and a welding saddle piece arranged thereon; - tightening the belt by means of the pull down ratchet and a torque wrench, wherein the torque wrench acts on the belt shaft of the pull down ratchet, - establishing a predetermined pulling moment at the torque wrench, which corresponds to a predetermined desired tightening force for the belt.
A coated metal pipe for vehicle piping, comprising: a metal pipe; and a multi-layered coating film that covers an outer circumferential surface of the metal pipe, wherein the multi-layered coating film includes a chemical conversion layer and a primer layer, the chemical conversion layer and the primer layer being provided in this order from the inside, the chemical conversion layer contains a zirconium oxide and/or a zirconium hydroxide and a silane coupling agent having an amino group, and the primer layer contains a polyamide imide and optionally an epoxy resin. a metal pipe; and a multi-layered coating film that covers an outer circumferential surface of the metal pipe, wherein the multi-layered coating film includes a chemical conversion layer and a primer layer, the chemical conversion layer and the primer layer being provided in this order from the inside, the chemical conversion layer contains a zirconium oxide and/or a zirconium hydroxide and a silane coupling agent having an amino group, and the primer layer contains a polyamide imide and optionally an epoxy resin.
An MAS NMR probe head arrangement, comprising a stator aligned along an axis of rotation to support a rotor having a measurement substance, a stator mount, and an RF coil arrangement to emit RF pulses into the measurement substance in the rotor and/or to receive RF signals from the measurement substance in the rotor, wherein the stator, when inserted, passes through the RF coil arrangement, characterized in that the stator mount is formed with a stator bearing into which the stator can be axially inserted and extracted, wherein the stator can be fed through the RF coil arrangement for its insertion and extraction, and wherein the probe head arrangement comprises means with which the stator can be temporarily fixed axially in the stator bearing when inserted, and that the stator mount forms an axial stop which defines a maximum axially inserted position of the stator in the stator mount.
An appliance lock for retaining a lid strike affixed to a hinged lid of an appliance, the hinged lid opening to provide access to a washing cavity when the appliance lock is unlocked, the appliance lock comprising: a housing providing a compartment for receiving the lid strike when the hinged lid is closed; a lock pin adapted to slide into the compartment to engage the lid strike from a first side of the compartment; and an electric actuator communicating with the lock pin to move the lock pin along an actuation axis, the electric actuator positioned on a second side of the compartment opposite to the first side. a lock pin adapted to slide into the compartment to engage the lid strike from a first side of the compartment; and an electric actuator communicating with the lock pin to move the lock pin along an actuation axis, the electric actuator positioned on a second side of the compartment opposite to the first side.
A method of operating a hearing assistance device (8, 210, 310, 410) for a user, the method comprising: receiving at the hearing assistance device a signal from a cellular telephone (13, 110) representative of an environmental parameter sensed by the cellular telephone (13, 110), wherein the parameter includes a parameter sensed by a global positioning system of the cellular telephone (13, 110) and a parameter sensed by an accelerometer of the cellular telephone (13, 110); identifying an acoustic environment about the cellular telephone (13, 110) based on the received signal using a signal processor of the hearing assistance device; and adjusting an operational mode of the hearing assistance device (8, 210, 310, 410) using the signal processor based on the identified acoustic environment. receiving at the hearing assistance device a signal from a cellular telephone (13, 110) representative of an environmental parameter sensed by the cellular telephone (13, 110), wherein the parameter includes a parameter sensed by a global positioning system of the cellular telephone (13, 110) and a parameter sensed by an accelerometer of the cellular telephone (13, 110); identifying an acoustic environment about the cellular telephone (13, 110) based on the received signal using a signal processor of the hearing assistance device; and adjusting an operational mode of the hearing assistance device (8, 210, 310, 410) using the signal processor based on the identified acoustic environment.
Method for positioning a sensor comprising the following steps: - providing a physical simulation model of a technical system, the physical simulation model comprising a virtual sensor at a given position, - simulating a performance of the technical system by means of the physical simulation model, - providing a first response signal of the virtual sensor to the simulated performance at the given position, - determining, by means of an optimization algorithm, a first optimized position for the virtual sensor where the first response signal is intensified and - providing coordinates of the first optimized position for positioning a physical sensor (pS) at the technical system - simulating a fault of the technical system by means of the physical simulation model, - providing a second response signal to the fault by the virtual sensor, - determining, by means of the optimization algorithm, a second optimized position of the virtual sensor, where the second response signal to the fault is intensified and - providing the coordinates of the second optimized position and/or the second response signal to the fault at the second optimized position, and - placing the physical sensor (pS) at the first optimized position or the second optimized position by means of a positioning system. - providing a physical simulation model of a technical system, the physical simulation model comprising a virtual sensor at a given position, - simulating a performance of the technical system by means of the physical simulation model, - providing a first response signal of the virtual sensor to the simulated performance at the given position, - determining, by means of an optimization algorithm, a first optimized position for the virtual sensor where the first response signal is intensified and - providing coordinates of the first optimized position for positioning a physical sensor (pS) at the technical system - simulating a fault of the technical system by means of the physical simulation model, - providing a second response signal to the fault by the virtual sensor, - determining, by means of the optimization algorithm, a second optimized position of the virtual sensor, where the second response signal to the fault is intensified and - providing the coordinates of the second optimized position and/or the second response signal to the fault at the second optimized position, and - placing the physical sensor (pS) at the first optimized position or the second optimized position by means of a positioning system.
An olivine cathode material comprising Li, M and PO 4, having a non-stoichiometric composition wherein: - the phosphate stoichiometry PO 4:[(Li+M)/2] is between 0.940 and 1.020, - the lithium to metal ratio Li:M is between 1.040 and 1.150, and wherein M=Fe 1-x-z' Mn x D z', with 0.10<x<0.90, z'>0, D being a dopant comprising either one or both of Cr and Mg, wherein z' < 0.05. - the phosphate stoichiometry PO 4:[(Li+M)/2] is between 0.940 and 1.020, - the lithium to metal ratio Li:M is between 1.040 and 1.150, and wherein M=Fe 1-x-z' Mn x D z', with 0.10<x<0.90, z'>0, D being a dopant comprising either one or both of Cr and Mg, wherein z' < 0.05.
A prepreg assembly comprising thermosetting resin and fibres and comprising an uppermost curable resin surface layer the uppermost layer comprising at least 10.0 wt% of particulate granular material in the form of glass spheres having a particle size of from 5 to 50 microns, such that when the assembly is cured, the uppermost surface layer comprises at least 10.0 wt% of the particulate granular material such that the uppermost surface layer has a sandability of at least 0.30 mg/cycle over 200 cycles, as measured according to ASTM D4060 using a Taber 5151 Abrasion Tester fitted with H18 wheels and a 1.0 kg weight.