mhurhangee/ep-ind-claims huggingface dataset:
A method to control a blade outer air seal (BOAS)-to-blade-tip clearance of a gas turbine engine comprising: measuring a blade clearance between a first primary BOAS and a blade of the gas turbine engine with a first distance measurement device (336, 436a); determining if the measured blade clearance of the first primary BOAS is at a value corresponding to a first predetermined blade clearance; and adjusting the position of the first primary BOAS with an actuator operably connected to the first primary BOAS when the measured blade clearance of the first primary BOAS is not at a value corresponding to the first predetermined blade clearance; the method characterised by measuring or detecting a blade clearance of a first secondary BOAS that is circumferentially adjacent the first primary BOAS based on a relative radial position of the first secondary BOAS relative to the first primary BOAS when the blade clearance of the first primary BOAS is at the first predetermined blade clearance; determining if the measured blade clearance of the first secondary BOAS is at a value corresponding to the first predetermined blade clearance; and adjusting the position of the first secondary BOAS when the blade clearance of the first secondary BOAS is not at the first predetermined blade clearance with an actuator (322, 422a, 422b) operably connected to the first secondary BOAS. measuring a blade clearance between a first primary BOAS and a blade of the gas turbine engine with a first distance measurement device (336, 436a); determining if the measured blade clearance of the first primary BOAS is at a value corresponding to a first predetermined blade clearance; and adjusting the position of the first primary BOAS with an actuator operably connected to the first primary BOAS when the measured blade clearance of the first primary BOAS is not at a value corresponding to the first predetermined blade clearance; the method characterised by measuring or detecting a blade clearance of a first secondary BOAS that is circumferentially adjacent the first primary BOAS based on a relative radial position of the first secondary BOAS relative to the first primary BOAS when the blade clearance of the first primary BOAS is at the first predetermined blade clearance; determining if the measured blade clearance of the first secondary BOAS is at a value corresponding to the first predetermined blade clearance; and adjusting the position of the first secondary BOAS when the blade clearance of the first secondary BOAS is not at the first predetermined blade clearance with an actuator (322, 422a, 422b) operably connected to the first secondary BOAS.
Tensioning unit to detect and adjust a tension value of a metal strip in a rolling apparatus, which includes at least one rolling stand, comprising: - at least one contact unit provided with at least one tensioning roll; - at least one actuation element to drive said at least one contact unit, the actuation element comprising a sleeve and a shaft configured to slide inside the sleeve, - at least one detection unit to measure the forces to which the at least one contact unit is subjected, at least one contact unit, said at least one actuation element and said at least one detection unit being disposed at least partly aligned with each other, one after the other, so as to define a main development of the column type of the tensioning unit, the detection unit being disposed below the actuation element in order to detect a tension value of the metal strip, and said contact unit comprising at least a support element on which said tensioning roll is mounted, said support element being rotatable around an axis of rotation, said actuation element comprising a first end and a second end, the first end being the terminal part of the shaft and the second end being the terminal part of the sleeve, the actuation element being pivoted with its first end to said support element in an intermediate position between said axis of rotation and said tensioning roll, and its second end being pivoted to a connection element of said detection unit. - at least one contact unit provided with at least one tensioning roll; - at least one actuation element to drive said at least one contact unit, the actuation element comprising a sleeve and a shaft configured to slide inside the sleeve, - at least one detection unit to measure the forces to which the at least one contact unit is subjected,
A synchronization signal reception method, wherein the method comprises: obtaining, by a terminal through detection, a first synchronization signal block, SSB, at a first candidate location; determining, by the terminal, a second candidate location based on the first candidate location, and obtaining, through detection when the terminal is a non-legacy terminal, a second SSB at the second candidate location, wherein there is a correspondence between the first candidate location and the second candidate location; and performing, by the terminal, physical broadcast channel, PBCH, detection or reference signal received power, RSRP, measurement based on the first SSB and/or the second SSB, wherein there is a correspondence between the first SSB and the second SSB, and characterized in that a PSS sequence of the second SSB is different from a PSS sequence of the first SSB, or the second SSB does not comprise a PSS, and a time-frequency structure of a remaining composition of the second SSB is the same as that of a first SSB. obtaining, by a terminal through detection, a first synchronization signal block, SSB, at a first candidate location; determining, by the terminal, a second candidate location based on the first candidate location, and obtaining, through detection when the terminal is a non-legacy terminal, a second SSB at the second candidate location, wherein there is a correspondence between the first candidate location and the second candidate location; and performing, by the terminal, physical broadcast channel, PBCH, detection or reference signal received power, RSRP, measurement based on the first SSB and/or the second SSB, wherein there is a correspondence between the first SSB and the second SSB, and characterized in that a PSS sequence of the second SSB is different from a PSS sequence of the first SSB, or the second SSB does not comprise a PSS, and a time-frequency structure of a remaining composition of the second SSB is the same as that of a first SSB.
A USB Type-C interface, comprising: • a conductive tongue; and • a metal protective case, wherein a rear part of the conductive tongue is connected to the metal protective case, the metal protective case encloses the conductive tongue, a step is disposed on a top of a rear side of the conductive tongue, the step is configured to place a display screen, and a shape of the metal protective case matches a shape of the step, • characterized in that a cushion layer is provided on a surface of the step, wherein the cushion layer is at least one of: a flexible foam coating, a flexible resin coating, and a flexible fiber coating. • a conductive tongue; and • a metal protective case, wherein a rear part of the conductive tongue is connected to the metal protective case, the metal protective case encloses the conductive tongue, a step is disposed on a top of a rear side of the conductive tongue, the step is configured to place a display screen, and a shape of the metal protective case matches a shape of the step, • characterized in that a cushion layer is provided on a surface of the step, wherein the cushion layer is at least one of: a flexible foam coating, a flexible resin coating, and a flexible fiber coating.
A device for applying adhesives comprising a housing which is configured to receive a fixed pin- or rod-shaped plastic element cooperating with electric heat-generating liquefying means and which at its end offers a housing outlet for outputting an adhesive which is liquefied by the liquefying means, characterised in that the liquefying means are realised as a liquefying body made itself from a heat-generating electric resistive material and without external additional heat generators, the liquefying body offering a melting contact surface for cooperating with a frontal end section of the adhesive element, wherein the melting contact surface, relative to an axis extending along a feed-in axis of the adhesive element, is inclined towards this axis by an angle of > 0 ° and < 90°, preferably > 5° and < 40°, further preferably > 10° and < 30°.
Round filter element, in particular for gas filtration, for example for an air filter, having a filter medium body enclosing an inner flow chamber delimited by the inner wall of the filter medium body and the wall of which can be flowed through in radial direction by the fluid to be cleaned with respect of the longitudinal axis of the filter medium body, having at least one end disc (9, 10) on a front face of the filter medium body, characterized in that on or adjacent to a front face of the filter medium body is disposed a peripheral seal carrier which supports a sealing element adjacent to the exterior side of the filter medium body, and in that a positioning element extending into the filter medium body is disposed on the round filter element for positive connection of the round filter element in the installed state in the filter housing to an associated housing-sided counter-positioning element, wherein the seal carrier separates the raw side from the clean side in a flow-tight manner and wherein the seal carrier is the carrier of the positioning element and the positioning element extends from the radial exterior side of the filter medium body radially into the filter medium body.
An anode-side catalyst composition for a fuel cell, comprising a catalyst obtained by supporting a catalyst particle on an electrically conductive material and an ion exchange resin, wherein said catalyst particle is composed of a metal or a partial metal oxide, said metal being selected from the group consisting of iridium, ruthenium, rhenium, palladium and rhodium, said catalyst particle containing said metal or partial metal oxide having an average crystallite size of from 2 to 20 nm.
Burner for burning a fluid fuel, in which the fuel outlet of a catalytic burner (35A, 35B) is disposed upstream of the fuel outlet of a primary burner in the direction of flow of the fuel within a flow channel (31A, 31B) such that the fuel is catalytically converted, wherein the catalytic burner (35A, 35B) has a number of catalytically acting elements (43A, 43B, 43C, 43D) which are arranged such that a vortex is created in the flow channel (31A, 31B), and the catalytically acting elements (43A, 43B, 43C, 43D) are arranged in a plane perpendicular to the direction of flow, wherein the fuel outlet of the catalytically acting elements (43A, 43B, 43C, 43D) discharges into the flow channel (31A, 31B), characterised in that the discharge of the catalytically acting elements (43A, 43B, 43C, 43D) into the flow channel (31A, 31B) takes place at an angle of from 15° to 75° relative to a primary axis defined by the direction of flow.
Gas intake duct for a cylinder of an internal-combustion engine, said intake duct comprises means for diverting said gas to generate an aerodynamic motion of said gas inside said cylinder about an axis substantially perpendicular to the axis of said cylinder, said diverting means comprising a ramp shape in the lower profile of said intake duct and a concave shape in the upper profile of said intake duct, said lower profile and upper profile of said intake duct being defined in the usage position of said intake duct, characterized in that the radius of curvature R1 of the lower profile forming said ramp is between 20 mm and 30 mm, and in that said concave shape of said upper profile comprises an intermediate zone having a radius of curvature R3 of between 100 mm and 130 mm and an end zone having a radius of curvature R2 of between 60 mm and 70 mm, said end zone facing said ramp shape of said lower profile.
A clearance increasing jig (80, 100, 110) of a heat transfer tube, comprising: a jig main body inserted into a clearance between adjacent heat transfer tubes and which includes a cylinder body having four sides and apertures at both longitudinal sides, a front end member which becomes a front end at an insertion side into the clearance while encapsulating one aperture of the cylinder body, and a rear end member with an inflow hole while encapsulating the other aperture of the cylinder body, the inflow hole being provided in the jig main body and configured to allow a fluid to flow into the jig main body; and an increasing unit provided in the jig main body and configured to increase the clearance as the fluid flows into the jig main body, wherein the four sides include a pair of contact portions facing each other, which contact the heat transfer tubes, and a pair of non-contact portions facing each other, which do not contact the heat transfer tubes, and rigidity of the cylinder body at each non-contact portion is larger than that of the cylinder body at each contact portion, characterized in that the thickness of the cylinder body at each non-contact portion is larger than that of the cylinder body at each contact portion and the cylinder body includes a pair of concave-shaped members having a concave-shaped cross section, and a pair of welding portions provided by welding a groove formed by butting both ends of the pair of concave-shaped members, and the pair of welding portions are provided at the pair of non-contact portions and configured by rib portions that reinforce the pair of non-contact portions. a jig main body inserted into a clearance between adjacent heat transfer tubes and which includes a cylinder body having four sides and apertures at both longitudinal sides, a front end member which becomes a front end at an insertion side into the clearance while encapsulating one aperture of the cylinder body, and a rear end member with an inflow hole while encapsulating the other aperture of the cylinder body, the inflow hole being provided in the jig main body and configured to allow a fluid to flow into the jig main body; and an increasing unit provided in the jig main body and configured to increase the clearance as the fluid flows into the jig main body, wherein the four sides include a pair of contact portions facing each other, which contact the heat transfer tubes, and a pair of non-contact portions facing each other, which do not contact the heat transfer tubes, and rigidity of the cylinder body at each non-contact portion is larger than that of the cylinder body at each contact portion, characterized in that the thickness of the cylinder body at each non-contact portion is larger than that of the cylinder body at each contact portion and the cylinder body includes a pair of concave-shaped members having a concave-shaped cross section, and a pair of welding portions provided by welding a groove formed by butting both ends of the pair of concave-shaped members, and the pair of welding portions are provided at the pair of non-contact portions and configured by rib portions that reinforce the pair of non-contact portions.
An impeller pump with a housing comprising an inflow and an outflow and with an impeller wheel with a plurality of elastic impeller blades, characterised in that the cross-section of the inflow and/or of the outflow has the shape of an ellipse on the side facing towards the housing interior.
Para amino benzoic acid (pABA) sensitized terbium (Tb 3+) doped spherical LaF 3 nanoparticles wherein the weight ratio of pABA to terbium (Tb 3+) doped spherical LaF 3 nanoparticles is 1:1.
A vacuum apparatus, in particular a vacuum pump, a vacuum measurement device, a leak detector and/or a vacuum chamber device, comprising at least one connector section, at which an inlet or an outlet is formed for establishing a connection with a further apparatus, and a connection device for connecting a flange to the connector section, wherein the connection device has at least one connection element and at least two fastening elements (237, 239) for the connection element which are arranged at the connector section, wherein the connection element has at least two reception sections (247, 253) for the fastening elements (237, 239) and at least one of the reception sections has an opening having a peripheral interruption, and wherein the connection element is pivotably supported at the one of the fastening elements (237, 239), characterized in that, by pivoting into a fixing position fixing the flange at the connector section, the connection element can be set into a fastening engagement with the other one of the fastening elements (237, 239) by a lateral insertion of the other one of the fastening elements (237, 239) into the opening having the peripheral interruption.
Method for parking a vehicle or moving a vehicle out of a parking space using an assistance system, wherein a trajectory is calculated which corresponds to the travel path of the vehicle during the parking or moving out of the parking space, wherein a distance of the vehicle along the calculated trajectory up to a point at which the vehicle is to be stopped during a parking process or a process of moving out of a parking space by the assistance system is to be stopped is sensed automatically, and a progress message is generated which corresponds to this distance, and wherein the progress message is automatically synchronized during the parking process or the process of moving out of the parking space with information from measurement results of at least one distance-measuring sensor of the vehicle, wherein the progress message corresponding to the distance is synchronized in such a way that it corresponds to a travel distance to a location at which a predetermined warning distance between the vehicle and an obstacle is reached, wherein a warning message, for example a continuous tone, is generated before a directly imminent collision with the obstacle precisely when the warning distance is undershot, and wherein the warning message is not yet generated before a directly imminent collision if the vehicle is located at the point.
Reservoir for a nebulizer, the reservoir comprising: a collapsible bag with multiple doses of a liquid to be nebulized, and a housing part containing the bag, characterized in that the bag extends in a circumferential direction within the housing part and is curved around a central axis of the reservoir, and that the reservoir comprises a flexible fluid connection and a connector for fluidically connecting the bag to the nebulizer. a collapsible bag with multiple doses of a liquid to be nebulized, and a housing part containing the bag, characterized in that the bag extends in a circumferential direction within the housing part and is curved around a central axis of the reservoir, and that the reservoir comprises a flexible fluid connection and a connector for fluidically connecting the bag to the nebulizer.
A method implemented in a first device (110, 900) for wireless communication, comprising: receiving a sequence of signals from a second device, the sequence of signals comprising a signal of a first type and a signal of a second type; assigning a first priority to the signal of the first type and a second priority lower than the first priority to the signal of the second type; and generating an indicator for explicitly indicating a start position of a subset of the sequence of signals within the sequence of signals, and transmitting the indicator together with the subset of the sequence of signals via a transport network to a third device (130, 1000) according to the assigned priorities, wherein the signal of the first type comprises a demodulation reference signal,DMRS, and the signal of the second type comprises a data signal, and wherein the first device (110, 900) is an assistant point, assisting a serving point, and the second device is a serving point, serving user equipment. receiving a sequence of signals from a second device, the sequence of signals comprising a signal of a first type and a signal of a second type; assigning a first priority to the signal of the first type and a second priority lower than the first priority to the signal of the second type; and generating an indicator for explicitly indicating a start position of a subset of the sequence of signals within the sequence of signals, and transmitting the indicator together with the subset of the sequence of signals via a transport network to a third device (130, 1000) according to the assigned priorities, wherein the signal of the first type comprises a demodulation reference signal,DMRS, and the signal of the second type comprises a data signal, and wherein the first device (110, 900) is an assistant point, assisting a serving point, and the second device is a serving point, serving user equipment.
A method of bending an elongate pipe continuously along a longitudinal axis of the pipe when spooling the pipe onto a reel, comprising: advancing the pipe longitudinally through a bending zone where at least part of the pipe undergoes plastic deformation during bending along the longitudinal axis; while the pipe advances through the bending zone, applying tension through an elongate tensile hold-back element that is anchored outside a trailing end of the pipe and extends internally along the pipe to hold an internal mandrel at the bending zone against frictional force arising between the internal mandrel and the pipe advancing past the internal mandrel; and by means of the internal mandrel, resisting radially-inward deformation of an inner surface of the pipe with respect to the longitudinal axis during bending. advancing the pipe longitudinally through a bending zone where at least part of the pipe undergoes plastic deformation during bending along the longitudinal axis; while the pipe advances through the bending zone, applying tension through an elongate tensile hold-back element that is anchored outside a trailing end of the pipe and extends internally along the pipe to hold an internal mandrel at the bending zone against frictional force arising between the internal mandrel and the pipe advancing past the internal mandrel; and by means of the internal mandrel, resisting radially-inward deformation of an inner surface of the pipe with respect to the longitudinal axis during bending.