mhurhangee/ep-ind-claims huggingface dataset:
A stator vane for a gas turbine engine, comprising: an airfoil extending between a first platform and a second platform, the airfoil including a core extending relatively orthogonal to the first platform and the second platform at least one of the first platform or the second platform comprising a frustic load transmission feature, wherein the frustic load transmission feature comprises at least a first angular surface disposed proximate a platform edge, wherein the first angular surface is defined by a non-orthogonal angle θ with respect to a radially outer platform surface, wherein the angle θ is 45°±15°, wherein the first platform and the second platform comprise a plurality of platform layers (306, 308), wherein the first angular surface of the frustic load transmission feature is formed in the plurality of platform layers (306, 308), wherein the frustic load transmission feature further comprises a facial overwrap layer (410, 412) over the plurality of platform layers (306, 308), and wherein the facial overwrap layer (410, 412) extends over the frustic load transmission feature. an airfoil extending between a first platform and a second platform, the airfoil including a core extending relatively orthogonal to the first platform and the second platform at least one of the first platform or the second platform comprising a frustic load transmission feature, wherein the frustic load transmission feature comprises at least a first angular surface disposed proximate a platform edge, wherein the first angular surface is defined by a non-orthogonal angle θ with respect to a radially outer platform surface, wherein the angle θ is 45°±15°, wherein the first platform and the second platform comprise a plurality of platform layers (306, 308), wherein the first angular surface of the frustic load transmission feature is formed in the plurality of platform layers (306, 308), wherein the frustic load transmission feature further comprises a facial overwrap layer (410, 412) over the plurality of platform layers (306, 308), and wherein the facial overwrap layer (410, 412) extends over the frustic load transmission feature.
A method of detecting a bellows failure in a control valve comprising: sensing travel of a valve stem in the control valve; sensing a pressure in a bellows chamber, the bellows chamber formed from a bellows that is attached to a first portion of the valve stem and a valve packing member that is attached to a second portion of the valve stem; and generating an indication of a bellows failure when a change of pressure in the bellows chamber does not correspond to a travel of the valve stem. sensing travel of a valve stem in the control valve; sensing a pressure in a bellows chamber, the bellows chamber formed from a bellows that is attached to a first portion of the valve stem and a valve packing member that is attached to a second portion of the valve stem; and generating an indication of a bellows failure when a change of pressure in the bellows chamber does not correspond to a travel of the valve stem.
A security element, particularly for banknotes, security cards and the like, comprising a first substrate which is at least partially opaque when viewed in transmitted light, magnetic areas (3, 4) being deposited on said substrate, said magnetic areas (3, 4) comprising at least two types of magnetic areas which have different coercivity values and whose residual magnetism is identical or different, said different coercivity values being adapted to generate at least three mutually different codes, said three codes being determined by all the magnetic areas that are present, by the magnetic areas with high coercivity value, and by the magnetic areas with low coercivity value, respectively, said magnetic areas (3, 4) being separated one from another by areas which are free of magnetic material, at least some of said magnetic areas (3, 4) with low and high coercivity value being deposited so as to be superimposed one over another and onto said first substrate.
A process for preparation of biodegradable polymer stent made of PLLA (poly-L-Lactide) with strut thickness of less than 130 μm comprising: (a) Deforming the extruded PLLA tube axially at 70°C to 80°C by applying axial force till desired stretch is achieved and then radially expanding the tube at a temperature of 70°C to 80°C by pressurizing the tube with inert gas in three stages viz., 250-280 psi (1724-1931 kPa) in stage-1, 375-410 psi (2586-2827 kPa) in stage-2 and 500-530 (3447-3654 kPa) psi in stage-3; (b) Heating the tube after radial deformation under the same pressure conditions between 100°C and 110°C and maintained for up to 2 min and then cooled to 20°C in 20-30 sec to get finished deformed tube; (c) Cutting specific pattern of scaffold structure on the deformed tube by laser machining; (d) Annealing the laser cut stent before or after depositing the radio opaque markers; (e) Cleaning the annealed stent with radio opaque markers using solvent to remove irregularities and to achieve smooth surface; (f) Coating the cleaned stent with a formulation of antiproliferative drug and a career polymer by spray coating method; (g) Crimping the coated or uncoated stent on the balloon of pre-sterilized delivery catheter in clean environment; and (h) Sterilizing the crimped stent and catheter system by e-beam method with e-beam dose less than 20 kGy without compromising effective sterilization. (a) Deforming the extruded PLLA tube axially at 70°C to 80°C by applying axial force till desired stretch is achieved and then radially expanding the tube at a temperature of 70°C to 80°C by pressurizing the tube with inert gas in three stages viz., 250-280 psi (1724-1931 kPa) in stage-1, 375-410 psi (2586-2827 kPa) in stage-2 and 500-530 (3447-3654 kPa) psi in stage-3; (b) Heating the tube after radial deformation under the same pressure conditions between 100°C and 110°C and maintained for up to 2 min and then cooled to 20°C in 20-30 sec to get finished deformed tube; (c) Cutting specific pattern of scaffold structure on the deformed tube by laser machining; (d) Annealing the laser cut stent before or after depositing the radio opaque markers; (e) Cleaning the annealed stent with radio opaque markers using solvent to remove irregularities and to achieve smooth surface; (f) Coating the cleaned stent with a formulation of antiproliferative drug and a career polymer by spray coating method; (g) Crimping the coated or uncoated stent on the balloon of pre-sterilized delivery catheter in clean environment; and (h) Sterilizing the crimped stent and catheter system by e-beam method with e-beam dose less than 20 kGy without compromising effective sterilization.
Pipe arrangement (1, 1', 1ʺ, 1′′′) of a pipeline system of a fire extinguishing system having interconnected media-conducting pipe sections, comprising a sleeve body (2, 2', 2") which has at least one first end section and a second end section, two pipe sections (6, 6′), wherein each pipe section (6, 6') is accommodated on an end section (4, 4') of the sleeve body (2, 2', 2"), and a sealing element (12, 12', 12") arranged between an inner side of the sleeve body (2, 2′, 2ʺ) and an outer surface of the pipe section (6, 6'), a connecting means (14, 14') arranged between the inner side of the sleeve body (2, 2', 2") and the outer surface of the pipe section (6, 6'), wherein the connecting means (14, 14') has a transport and/or storage state in which a relative movement between the pipe sections (6, 6') and the sleeve body (2, 2', 2") is possible, and which can be brought by means of activation from the transport and/or storage state into a connecting state, wherein, in the connecting state, the connecting means (14, 14') is configured to connect an outer surface of the respective pipe end to the inner side of the sleeve body (2, 2', 2") by material bonding, characterized in that the connecting means (14, 14') is configured to form a welded connection between the sleeve body (2, 2', 2") and the pipe sections (6, 6') by means of activation, wherein the connecting means (14, 14') is preferably a weldable plastic applied on the inner side of the sleeve body (2, 2', 2") and/or the outer surface of the pipe section (6, 6'). a sleeve body (2, 2', 2") which has at least one first end section and a second end section, two pipe sections (6, 6′), wherein each pipe section (6, 6') is accommodated on an end section (4, 4') of the sleeve body (2, 2', 2"), and a sealing element (12, 12', 12") arranged between an inner side of the sleeve body (2, 2′, 2ʺ) and an outer surface of the pipe section (6, 6'), a connecting means (14, 14') arranged between the inner side of the sleeve body (2, 2', 2") and the outer surface of the pipe section (6, 6'), wherein the connecting means (14, 14') has a transport and/or storage state in which a relative movement between the pipe sections (6, 6') and the sleeve body (2, 2', 2") is possible, and which can be brought by means of activation from the transport and/or storage state into a connecting state, wherein, in the connecting state, the connecting means (14, 14') is configured to connect an outer surface of the respective pipe end to the inner side of the sleeve body (2, 2', 2") by material bonding, characterized in that the connecting means (14, 14') is configured to form a welded connection between the sleeve body (2, 2', 2") and the pipe sections (6, 6') by means of activation, wherein the connecting means (14, 14') is preferably a weldable plastic applied on the inner side of the sleeve body (2, 2', 2") and/or the outer surface of the pipe section (6, 6').
A locking device for locking a slewable arm of a ditch clearer crane or mowing machine which is mountable or mounted on a vehicle, wherein the device comprises: - a foot, mountable or mounted on the vehicle in such a manner that the foot is firmly secured to the vehicle; - a slewable arm, rotatable relative to the foot and driven by a drive, thereby causing the slewable arm to rotate; - a slewing system comprising a continuous slewing ring for the slewable arm; whereby the device comprises locking means (30, 35) for locking the rotation of the slewing system relative to the foot, wherein the locking means (30, 35) are independent of the drive of the slewing system, wherein the locking means (30, 35) comprise a disc brake, wherein the disc brake comprises a brake disc and brake blocks, and wherein the brake disc is coupled to the slewing system and the brake blocks are coupled to the foot or wherein the brake disc is coupled to the foot and the brake blocks are coupled to the slewing system, wherein the slewable arm comprises a pivot column coupled to the slewing system, wherein said brake blocks are comprised within a calliper, two or more callipers are coupled to the slewing system or foot, respectively, and the locking means (30, 35) comprise more than one disc brakes. - a foot, mountable or mounted on the vehicle in such a manner that the foot is firmly secured to the vehicle; - a slewable arm, rotatable relative to the foot and driven by a drive, thereby causing the slewable arm to rotate; - a slewing system comprising a continuous slewing ring for the slewable arm;
A method, comprising: configuring, by a user equipment, a discontinuous reception duration of a discontinuous reception cycle of the user equipment by configuring at least a length of an on-duration timer and a length of an inactivity timer; and characterised by: adjusting, by the user equipment, the configured discontinuous reception duration at the user equipment autonomously with respect to a base station, such that the discontinuous reception duration of a consecutive discontinuous reception cycle is increased or is reset to an original value when the user equipment is scheduled during a running of the inactivity timer of a previous discontinuous reception cycle and such that the discontinuous reception duration of the consecutive discontinuous reception cycle is decreased when the user equipment is not scheduled during the running of the inactivity timer of a previous discontinuous reception cycle.
Assembly for detecting the wear of a brake pad of a disk brake, wherein said assembly comprises at least one sensor body and at least one spring, said assembly being suitable for cooperating with said pad which comprises a support plate, suitable for being supported by the disk brake, and to which friction material is associated, suitable for coming into contact with braking surfaces of a disk-brake disk and wherein - said at least one sensor body is coupled to said support plate, so as to detect the wear of the friction material caused by braking actions, said assembly having an insertion direction (S-S) into a corresponding seat of the plate, parallel to a radial direction of the brake disk; - said at least one spring surrounding said at least one sensor body, so that said at least one spring is arranged in said geometric coupling between said at least one sensor body and said seat in said plate and having projections for the snap-coupling with said support plate, characterised in that said at least one spring has indentations folded towards said insertion direction (S-S) of the assembly for constraining said at least one spring to said at least one sensor body, wherein said indentations comprise end or terminal sections of the spring with at least one edge thereof facing towards the at least one body. - said at least one sensor body is coupled to said support plate, so as to detect the wear of the friction material caused by braking actions, said assembly having an insertion direction (S-S) into a corresponding seat of the plate, parallel to a radial direction of the brake disk; - said at least one spring surrounding said at least one sensor body, so that said at least one spring is arranged in said geometric coupling between said at least one sensor body and said seat in said plate and having projections for the snap-coupling with said support plate,
A mobile wireless communication device (102, 200) comprising: a processor; a memory coupled to the processor, the memory storing location based satellite positioning system operating mode information which is based on one or more impairments to satellite signal reception at one or more locations; a satellite positioning system, SPS, receiver coupled to the processor, the SPS receiver configured to determine a position of the mobile wireless communication device, the processor configured to control an operating mode of the SPS receiver based on the satellite positioning system operating mode information stored in the memory and based on the determined location of the mobile wireless communication device. a processor; a memory coupled to the processor, the memory storing location based satellite positioning system operating mode information which is based on one or more impairments to satellite signal reception at one or more locations; a satellite positioning system, SPS, receiver coupled to the processor, the SPS receiver configured to determine a position of the mobile wireless communication device, the processor configured to control an operating mode of the SPS receiver based on the satellite positioning system operating mode information stored in the memory and based on the determined location of the mobile wireless communication device.
A power over fiber system (1C, 1D) that is adapted to transmit feed light and signal light through an optical fiber including: a first transmission path being a core or a cladding; and a second transmission path being a cladding located on a periphery of the first transmission path, wherein the feed light is adapted to propagate through the first transmission path, and the signal light is adapted to propagate through the second transmission path.
Synthetic hoisting rope comprising a solid core surrounded by a first braided load-bearing layer of a first set of strands (210, 220, 230, 240) that is surrounded by a second braided load-bearing layer of a second set of strands (310, 320, 330, 340), characterized in that the first set and/or second set of strands comprise high performance fibers having a tenacity of at least 15 g/den, and wherein the second braided load-bearing layer has a load-bearing capacity of at least 60% of the total load-bearing capacity of the rope, wherein the load-bearing capacity of each load-bearing layer is determined according ISO 2307, and wherein the cross-sectional area of the solid core is less than 3%.
An RFID label for labelling stacked products containing electrically conductive or lossy material, the RFID label comprising - an RFID inlay comprising a chip and an antenna coupled to the chip, and - an antenna extender label attached to the RFID inlay and comprising an extender antenna, an RF coupling element and a transmission element, wherein the extender antenna is arranged to couple with the antenna and the chip on the RFID inlay in such a manner that the transmission element is arranged to transmit RF energy between the extender antenna and the RF coupling element that transfers the RF energy to the antenna and the chip on the RFID inlay, the transmission element is further arranged to extend the distance between the extender antenna and the RF coupling element in the plane of the antenna extender label and at least part of the antenna extender label is attached removably to the RFID inlay such that the extender antenna is detachable from the RFID inlay without destroying the transmission capability of the antenna on the RFID inlay. - an RFID inlay comprising a chip and an antenna coupled to the chip, and - an antenna extender label attached to the RFID inlay and comprising an extender antenna, an RF coupling element and a transmission element,
An orientation device (200, 400) for use in mitral valve repair surgery, the device (200, 400) including a catheter (202, 402) which is insertable percutaneously through the mitral valve into a chamber of a heart, the catheter (202, 402) having a distal end (204, 404) configured for entering the heart and a proximal end (206, 406) for manipulating the device (200, 400), wherein the device (200, 400) includes at least one pressure sensor (216, 218, 422) at or near the distal end (204, 404) of the catheter (202, 402) capable of measuring pressures at or near the distal end (204, 404) of the catheter (202, 402) during navigation and orientation of the catheter (202, 402) within the heart to thereby at least partially indicate the location of the distal end (204, 404) of the catheter (202, 402) within the heart and whether the catheter (202, 402) has been properly orientated within the heart so as to not affect the functioning of the mitral valve, and wherein the device includes two generally arcuate commissural arms (208, 210, 408, 410) at or near the distal end (204, 404) of the catheter (202, 402), the arms (208, 210, 408, 410) being deployable from a stowed condition, in which the catheter (202, 402) can be introduced percutaneously into the heart, to an operative condition in which the arms (208, 210, 408, 410) extend outwardly in generally opposite directions, each arm (208, 210, 408, 410) being shaped to be locatable within a mitral valve commissure to limit rotational movement of the catheter (202, 402) relative to the mitral valve without affecting the function of the valve and wherein a balloon inflatable atrial anchor (302, 420) is associated with the distal ends of the commissural arms (408, 410) and is located centrally between the arms (408, 410), the atrial anchor (302, 420) being deployable through inflation thereof from an inoperative condition, in which it can be introduced percutaneously into the left atrium, to an operative condition, in which it forms an annular shape which is locatable in or over the mitral valve annulus and is too large to pass therethrough.
An image forming apparatus (11, 211) using electrophotography, comprising: a first image forming unit configured to form a white developer image on a recording medium using a white developer; a second image forming unit (14, 15, 16, 17) configured to form a single-color developer image on said recording medium using a single-color developer other than said white developer; and a fixing unit configured to fix said white developer image and said single-color developer image to said recording medium so as to form a white image and a single-color image, characterized in that: a melting temperature of said single-color developer is lower than a melting temperature of said white developer; an outflow starting temperature of said single-color developer is lower than an outflow starting temperature of said white developer, and a haze value of said white image is higher than a haze value of said single-color image. a first image forming unit configured to form a white developer image on a recording medium using a white developer; a second image forming unit (14, 15, 16, 17) configured to form a single-color developer image on said recording medium using a single-color developer other than said white developer; and a fixing unit configured to fix said white developer image and said single-color developer image to said recording medium so as to form a white image and a single-color image, characterized in that: a melting temperature of said single-color developer is lower than a melting temperature of said white developer; an outflow starting temperature of said single-color developer is lower than an outflow starting temperature of said white developer, and a haze value of said white image is higher than a haze value of said single-color image. a melting temperature of said single-color developer is lower than a melting temperature of said white developer; an outflow starting temperature of said single-color developer is lower than an outflow starting temperature of said white developer, and a haze value of said white image is higher than a haze value of said single-color image.
A garland roller, having: a body having an interior and an exterior, and having an opening between the interior and the exterior; a main locking device which is movable between a closed position in which the opening is blocked, and an open position in which the passage from the exterior to the interior is possible through the opening; and a cable pulley positioned in the interior of the body, characterized in that the garland roller has a first support cable pulley which extends from the body into the interior, wherein the first support cable pulley is arranged between the cable pulley and an end of the body which is spaced from the cable pulley, and wherein the garland roller has a second support cable pulley which extends in the closed position of the main locking device in the direction of the first support cable pulley. a body having an interior and an exterior, and having an opening between the interior and the exterior; a main locking device which is movable between a closed position in which the opening is blocked, and an open position in which the passage from the exterior to the interior is possible through the opening; and a cable pulley positioned in the interior of the body, characterized in that the garland roller has a first support cable pulley which extends from the body into the interior, wherein the first support cable pulley is arranged between the cable pulley and an end of the body which is spaced from the cable pulley, and wherein the garland roller has a second support cable pulley which extends in the closed position of the main locking device in the direction of the first support cable pulley.