mhurhangee/ep-ind-claims huggingface dataset:
Method of post weld heat treatment, wherein a low alloy steel pipe used for transmission of crude oil or natural gas is subjected to post weld heat treatment after welding for a pipeline laying, the low alloy steel pipe consisting of, by mass percent, C: 0.01 to 0.15%; Si: 3% or less; Mn 3% or less; Al: 0.08% or less; B: the range satisfying Formula; one or more kinds of elements selected from Ti, V and Nb: the range satisfying Formula; optionally Cr and/or Mo: 1.5% or less in total; Ni and/or Cu: 0.8% or less in total; Ca and/or Mg: 0.05% or less in total; and the balance being Fe and impurities, wherein the impurities N: 0.01% or less; P: 0.05% or less; S: 0.03% or less; and O: 0.03% or less, the post weld heat treatment is performed under the condition satisfying Formula: 0.1 × C % ≤ Ti % + V % + 0.5 × Nb % ≤ 0.2 B % < 0.1 × C % 8000 ≤ T × 20 + log t / 3600 ≤ 15000 where, the symbol of element in the formula represents the content (mass%) of each element, T is treatment temperature (°C) of post weld heat treatment, and t is treatment time (sec) of post weld heat treatment, wherein the treatment temperature is in the range of 500 to 750°C and the treatment time is 30 to 600 seconds. C: 0.01 to 0.15%; Si: 3% or less; Mn 3% or less; Al: 0.08% or less; B: the range satisfying Formula; one or more kinds of elements selected from Ti, V and Nb: the range satisfying Formula; optionally Cr and/or Mo: 1.5% or less in total; Ni and/or Cu: 0.8% or less in total; Ca and/or Mg: 0.05% or less in total; and the balance being Fe and impurities, wherein the impurities N: 0.01% or less; P: 0.05% or less; S: 0.03% or less; and O: 0.03% or less,
An element [200, 300, 400, 500, 600, 700, 800] comprising; a composite [210, 310, 510, 610, 710] comprising multiple layers of reinforcing fibers disposed in a thermoplastic material, wherein the fibers of a first layer are not parallel with the fibers of a second layer; an integral thermoplastic positioning system (ITPS) [220, 320, 520, 620] formed on the composite and configured to position the composite [210, 310, 510, 610, 710] within an injection molding tool during formation of an encapsulating thermoplastic, the ITPS comprising: a latticework [230, 330] comprising a series of linear structures with a plurality of crossbars linking adjacent linear structures, and a plurality of spires [222, 322, 522, 622] extending outwardly from the latticework; and the encapsulating thermoplastic [250, 350, 550, 650, 750, 850] forming an exterior geometry, wherein the encapsulating thermoplastic forms a chemically homogeneous bond with the ITPS. a latticework [230, 330] comprising a series of linear structures with a plurality of crossbars linking adjacent linear structures, and a plurality of spires [222, 322, 522, 622] extending outwardly from the latticework; and
A turbocharger, comprising: a bearing supplied with lubricant oil; a casing for accommodating the bearing; and a first thermometer including a first temperature sensor for measuring temperature of the lubricant oil, wherein the casing includes a lubricant oil discharge part having a lubricant oil outlet for discharging the lubricant oil from the turbocharger, wherein the lubricant oil discharge part includes a lubricant oil storage part for storing the lubricant oil, characterized by the lubricant oil storage part being provided so as to store lubricant oil falling from the bearing, and wherein the first temperature sensor is disposed in the lubricant oil storage part. a bearing supplied with lubricant oil; a casing for accommodating the bearing; and a first thermometer including a first temperature sensor for measuring temperature of the lubricant oil, wherein the casing includes a lubricant oil discharge part having a lubricant oil outlet for discharging the lubricant oil from the turbocharger, wherein the lubricant oil discharge part includes a lubricant oil storage part for storing the lubricant oil, characterized by the lubricant oil storage part being provided so as to store lubricant oil falling from the bearing, and wherein the first temperature sensor is disposed in the lubricant oil storage part.
An RFID tag board comprising: a circuit board including: a dielectric substrate including: a first surface; a second surface opposite to the first surface, the second surface being a mounting surface to be mounted on an article; and a recess; a radiation conductor on the first surface of the dielectric substrate; a ground conductor on the second surface of the dielectric substrate; a connection conductor electrically connecting the radiation conductor and the ground conductor; and a first electrode and a second electrode in the recess; and a radiation member fixed to the first surface of the circuit board, characterized in that the radiation member includes a portion protruding from the circuit board in plan view, and wherein the RFID tag board further comprises a spacer bonded to the portion of the radiation member protruding from the circuit board, thereby being located on a side of the circuit board. a circuit board including: a dielectric substrate including: a first surface; a second surface opposite to the first surface, the second surface being a mounting surface to be mounted on an article; and a recess; a radiation conductor on the first surface of the dielectric substrate; a ground conductor on the second surface of the dielectric substrate; a connection conductor electrically connecting the radiation conductor and the ground conductor; and a first electrode and a second electrode in the recess; and a dielectric substrate including: a first surface; a second surface opposite to the first surface, the second surface being a mounting surface to be mounted on an article; and a recess; a radiation conductor on the first surface of the dielectric substrate; a ground conductor on the second surface of the dielectric substrate; a connection conductor electrically connecting the radiation conductor and the ground conductor; and a first electrode and a second electrode in the recess; and a radiation member fixed to the first surface of the circuit board, characterized in that the radiation member includes a portion protruding from the circuit board in plan view, and wherein the RFID tag board further comprises a spacer bonded to the portion of the radiation member protruding from the circuit board, thereby being located on a side of the circuit board.
An exterior vent-louvre assembly (10; 110; 210) comprising: at least two vertically spaced-apart exterior vent-louvre members which define an exterior air-flow path having a substantially uniform lateral extent therebetween; an under-surface of a leading intermediate part of each vent-louvre member having a first lower active-surface portion; an under-surface of a trailing intermediate part of each vent-louvre member having a second lower active-surface portion; an upper-surface of a crown part of each vent-louvre member including an unbroken transition to the trailing intermediate part and having an upper active-surface portion; a first distance from a leading-edge region of the upper active-surface portion of each vent-louvre member to the first lower active-surface portion of an above and adjacent vent-louvre member matching or substantially matching a second distance from a trailing-edge region of the upper active-surface portion of said vent-louvre member to the second lower active-surface portion of the said above and adjacent vent-louvre member, whereby the matching or substantially matching said first and second distances (D1, D2) prevent or reduce air-flow turbulence at or downstream of the crown part to improve entrained moisture removal; characterised in that each vent-louvre member further comprises a third lower active-surface portion positioned downstream and vertically spaced apart from the second lower active-surface portion, the second and third lower active surface portions (64, 72) together defining a trailing lower active-surface. at least two vertically spaced-apart exterior vent-louvre members which define an exterior air-flow path having a substantially uniform lateral extent therebetween; an under-surface of a leading intermediate part of each vent-louvre member having a first lower active-surface portion; an under-surface of a trailing intermediate part of each vent-louvre member having a second lower active-surface portion; an upper-surface of a crown part of each vent-louvre member including an unbroken transition to the trailing intermediate part and having an upper active-surface portion; a first distance from a leading-edge region of the upper active-surface portion of each vent-louvre member to the first lower active-surface portion of an above and adjacent vent-louvre member matching or substantially matching a second distance from a trailing-edge region of the upper active-surface portion of said vent-louvre member to the second lower active-surface portion of the said above and adjacent vent-louvre member, whereby the matching or substantially matching said first and second distances (D1, D2) prevent or reduce air-flow turbulence at or downstream of the crown part to improve entrained moisture removal; characterised in that each vent-louvre member further comprises a third lower active-surface portion positioned downstream and vertically spaced apart from the second lower active-surface portion, the second and third lower active surface portions (64, 72) together defining a trailing lower active-surface.
A transport arm for transporting objects comprising: - a carriage configured to be supported in a holder arranged above ground surface and; - an elongate beam coupled to the carriage and extending along a first horizontal axis; - a first arm section having a first and a second end (41, 42), wherein the first end is movable along the elongate beam and; - a second arm section having a first and a second end (51, 52), wherein the first end is pivotally attached to the second end of the first arm section by a first pivot shaft such that the second arm section is pivotal around a second horizontal axis; - an object engagement means for engaging an object to be transported, pivotally attached to the second end of the second arm section by a second pivot shaft, and comprising an operator handle for allowing an operator to manually move the first arm section along the elongate beam; and - a drive unit coupled to the first and the second arm section (40, 50) and arranged to pivot the second arm section in relation to the first arm section, wherein the operator handle comprises a control means which is connected to the drive unit such that an operator by operating the control means may control the drive unit to pivot the second arm section; characterized in that the first end of the first arm section is movably attached to the elongate beam such that the first arm section may be moved manually by a human operator along the elongate beam; and in that the second arm section and the object engagement means are arranged such that the object engagement means may be moved along an arc-shaped curve. - a carriage configured to be supported in a holder arranged above ground surface and; - an elongate beam coupled to the carriage and extending along a first horizontal axis; - a first arm section having a first and a second end (41, 42), wherein the first end is movable along the elongate beam and; - a second arm section having a first and a second end (51, 52), wherein the first end is pivotally attached to the second end of the first arm section by a first pivot shaft such that the second arm section is pivotal around a second horizontal axis; - an object engagement means for engaging an object to be transported, pivotally attached to the second end of the second arm section by a second pivot shaft, and comprising an operator handle for allowing an operator to manually move the first arm section along the elongate beam; and - a drive unit coupled to the first and the second arm section (40, 50) and arranged to pivot the second arm section in relation to the first arm section, wherein the operator handle comprises a control means which is connected to the drive unit such that an operator by operating the control means may control the drive unit to pivot the second arm section;
A quickdraw for sport climbing, which consists of two carabiners (4, 6) held together by a connecting element, wherein the connecting element consists of a central region which at both end regions ends in a respective loop (5b, 5c) for said carabiners (4, 6), characterized in that this connecting element is provided with at least one sensor in the central region, between the loops (5b, 5c) or close to one of the loops, in that the at least one sensor, as a result of minimal movement, or touching, of the quickdraw caused by use thereof by a sportsperson, emits an electronic signal which is received by a base station communicating with a smartphone and/or a computer, so that the signal can be processed, stored and compared with signals already stored previously in order to display or graphically represent the corresponding values resulting therefrom on the display.
A method for acquiring media content, comprising: generating, by a user terminal, a file segment acquiring request according to a media segment description file acquired in advance and an identifier of the user terminal, wherein the media segment description file comprises a storage address and an embedded identifier of each media file segment that is divided from media content; sending, by the user terminal, the file segment acquiring request to a server, so as to request acquiring of the media file segment corresponding to the file segment acquiring request; and acquiring, by the user terminal from the server, the media file segment that corresponds to the file segment acquiring request and is embedded with the identifier of the user terminal; characterized by the generating, by a user terminal, a file segment acquiring request according to a media segment description file acquired in advance and an identifier of the user terminal comprises: splitting, by the user terminal, the identifier of the user terminal into multiple identifier segments, matching the identifier segments with the identifier embedded into each of the media file segments in the media segment description file, and acquiring storage addresses of media file segments, which correspond to identifiers identical with the identifier segments, in the media segment description file; and generating the file segment acquiring request according to the acquired storage addresses of the media file segments, which correspond to the identifiers identical with the identifier segments, in the media segment description file. generating, by a user terminal, a file segment acquiring request according to a media segment description file acquired in advance and an identifier of the user terminal, wherein the media segment description file comprises a storage address and an embedded identifier of each media file segment that is divided from media content; sending, by the user terminal, the file segment acquiring request to a server, so as to request acquiring of the media file segment corresponding to the file segment acquiring request; and acquiring, by the user terminal from the server, the media file segment that corresponds to the file segment acquiring request and is embedded with the identifier of the user terminal; characterized by the generating, by a user terminal, a file segment acquiring request according to a media segment description file acquired in advance and an identifier of the user terminal comprises: splitting, by the user terminal, the identifier of the user terminal into multiple identifier segments, matching the identifier segments with the identifier embedded into each of the media file segments in the media segment description file, and acquiring storage addresses of media file segments, which correspond to identifiers identical with the identifier segments, in the media segment description file; and generating the file segment acquiring request according to the acquired storage addresses of the media file segments, which correspond to the identifiers identical with the identifier segments, in the media segment description file.
A surgical access device comprising: an inner tube including one or more engagement features of a first type disposed on an outer surface thereof and wherein the inner tube comprises one or more slots formed along part of the length of the inner tube, through the external and internal surfaces of the inner tube; and an outer tube telescopically mated with the inner tube, and including one or more engagement features of a second type formed at least on the inner surface thereof, wherein the outer tube comprises one or more slots formed along part of the length of the outer tube, through the external and internal surface of the outer tube; wherein the first type of engagement features and the second type of engagement features are complementary to each other, and an auxiliary tool comprising at least one tab configured to engage with the at least one slot formed in the outer tube and the at least one slot formed in the inner tube to facilitate extension or retraction of the outer tube relative to the inner tube; wherein a length of the surgical access device is adjusted by applying opposite proximal or distal forces on the inner tube and outer tube, thereby causing engagement features of the inner tube to slip from the corresponding one or more engagement features of the outer tube to adjacent others of the one or more engagement feature of the outer tube. an inner tube including one or more engagement features of a first type disposed on an outer surface thereof and wherein the inner tube comprises one or more slots formed along part of the length of the inner tube, through the external and internal surfaces of the inner tube; and an outer tube telescopically mated with the inner tube, and including one or more engagement features of a second type formed at least on the inner surface thereof, wherein the outer tube comprises one or more slots formed along part of the length of the outer tube, through the external and internal surface of the outer tube; wherein the first type of engagement features and the second type of engagement features are complementary to each other, and an auxiliary tool comprising at least one tab configured to engage with the at least one slot formed in the outer tube and the at least one slot formed in the inner tube to facilitate extension or retraction of the outer tube relative to the inner tube; wherein a length of the surgical access device is adjusted by applying opposite proximal or distal forces on the inner tube and outer tube, thereby causing engagement features of the inner tube to slip from the corresponding one or more engagement features of the outer tube to adjacent others of the one or more engagement feature of the outer tube.
A roasting device for roasting partially roasted coffee beans, the roasting device comprising: - an obtaining unit for obtaining a roast level of the partially roasted coffee beans; - a determining unit configured to determine a roasting profile for roasting based on at least the roast level of the partially roasted coffee beans prior to roasting; and - a roasting unit for roasting the partially roasted coffee beans according to the determined roasting profile. - an obtaining unit for obtaining a roast level of the partially roasted coffee beans; - a determining unit configured to determine a roasting profile for roasting based on at least the roast level of the partially roasted coffee beans prior to roasting; and - a roasting unit for roasting the partially roasted coffee beans according to the determined roasting profile.
A system for treating a native mitral valve, comprising: a delivery catheter; a prosthetic mitral valve assembly comprising a self-expanding stent and a valve made from pericardial tissue, the valve mounted within the stent and forming collapsible leaflets for replacing the function of the native mitral valve, the stent having a substantially D-shape cross-section configured to conform to the natural opening of the native mitral valve, the stent including an upper portion having an enlarged or flared end that tapers to a lower portion having a reduced diameter, the enlarged or flared end being sized to be positioned above an annulus of the native mitral valve; and a tether coupled between a lower portion of the prosthetic mitral valve assembly and a wall of the heart for preventing upward movement of the prosthetic mitral valve assembly; wherein the prosthetic mitral valve assembly is adapted to be advanced in a radially compressed state along a distal end of the delivery catheter for insertion through the wall of the heart. a delivery catheter; a prosthetic mitral valve assembly comprising a self-expanding stent and a valve made from pericardial tissue, the valve mounted within the stent and forming collapsible leaflets for replacing the function of the native mitral valve, the stent having a substantially D-shape cross-section configured to conform to the natural opening of the native mitral valve, the stent including an upper portion having an enlarged or flared end that tapers to a lower portion having a reduced diameter, the enlarged or flared end being sized to be positioned above an annulus of the native mitral valve; and a tether coupled between a lower portion of the prosthetic mitral valve assembly and a wall of the heart for preventing upward movement of the prosthetic mitral valve assembly; wherein the prosthetic mitral valve assembly is adapted to be advanced in a radially compressed state along a distal end of the delivery catheter for insertion through the wall of the heart.
At a front-end node of a distributed storage system, a method, comprising: receiving a query regarding data stored in an object, the query comprising one or more predicates, wherein the data stored in the object comprises records; obtaining information identifying a plurality of data nodes at which blocks of the object are stored; sending, to a first data node at which a first block of the object is stored, a query regarding data in the first block based upon the one or more predicates; receiving, from the first data node, first results for the query regarding the data in the first block, the first results comprising an incomplete record; sending, to a second data node at which a second block of the object is stored, a query regarding data in the second block based upon the one or more predicates, the query comprising the incomplete record, the second block being stored on a different physical device than the first block, wherein the second block of the object is an adjacent consecutive block of the first block of the object; receiving, from the second data node, second results for the query regarding the data in the second block; and outputting the first results and the second results for the queries regarding the data in the first block and the data in the second block. receiving a query regarding data stored in an object, the query comprising one or more predicates, wherein the data stored in the object comprises records; obtaining information identifying a plurality of data nodes at which blocks of the object are stored; sending, to a first data node at which a first block of the object is stored, a query regarding data in the first block based upon the one or more predicates; receiving, from the first data node, first results for the query regarding the data in the first block, the first results comprising an incomplete record; sending, to a second data node at which a second block of the object is stored, a query regarding data in the second block based upon the one or more predicates, the query comprising the incomplete record, the second block being stored on a different physical device than the first block, wherein the second block of the object is an adjacent consecutive block of the first block of the object; receiving, from the second data node, second results for the query regarding the data in the second block; and outputting the first results and the second results for the queries regarding the data in the first block and the data in the second block.