mhurhangee/ep-ind-claims huggingface dataset:
A riser, comprising: a length of pipe; a coupling that is coupled to the pipe, the coupling comprising a body, wherein a radial thickness of the body of the coupling is greater than a radial thickness of the pipe; and an upper support member and a lower support member both of which are mechanically coupled to the body by mechanical means, the upper support member comprising an elevator engagement support shoulder, the lower support member comprising a riser weight load support shoulder, wherein the mechanical means comprises one of a plurality of mating grooves and teeth or a threaded connection. a length of pipe; a coupling that is coupled to the pipe, the coupling comprising a body, wherein a radial thickness of the body of the coupling is greater than a radial thickness of the pipe; and an upper support member and a lower support member both of which are mechanically coupled to the body by mechanical means, the upper support member comprising an elevator engagement support shoulder, the lower support member comprising a riser weight load support shoulder, wherein the mechanical means comprises one of a plurality of mating grooves and teeth or a threaded connection.
A method of making hot rolled steel strip, the steps comprising: assembling an internally cooled roll caster having laterally positioned casting rolls forming a nip between them, and forming a casting pool of molten steel supported on the casting rolls above the nip and confined adjacent the ends of the casting rolls by side dams, the molten steel having a free oxygen content between 20 and 75 ppm and a composition such that hot rolled thin cast strip produced has a composition consisting of, by weight, less than 0.25% carbon, greater than 0.01% and less than or equal to 0.15% phosphorus, between 1.0 and 2.0% manganese, between 0.05 and 0.50% silicon, less than 0.01% aluminum, and the balance Fe and impurities; characterised by: counter rotating the casting rolls to solidify metal shells on the casting rolls as the casting rolls move through the casting pool, forming a steel strip from the metal shells moving downwardly through the nip between the casting rolls, hot rolling the steel strip in a range of 10 to 50%, whereby the hardenability provided by manganese between 1.0 and 2.0% in the steel results in the mechanical properties of steel strip hot rolled at 10% reduction and the mechanical properties of steel strip hot rolled at 35% reduction being within 10% for yield strength, tensile strength and total elongation; and coiling the hot rolled steel strip at a temperature between 300 and 700°C to provide a microstructure comprising bainite and acicular ferrite. counter rotating the casting rolls to solidify metal shells on the casting rolls as the casting rolls move through the casting pool, forming a steel strip from the metal shells moving downwardly through the nip between the casting rolls, hot rolling the steel strip in a range of 10 to 50%, whereby the hardenability provided by manganese between 1.0 and 2.0% in the steel results in the mechanical properties of steel strip hot rolled at 10% reduction and the mechanical properties of steel strip hot rolled at 35% reduction being within 10% for yield strength, tensile strength and total elongation; and coiling the hot rolled steel strip at a temperature between 300 and 700°C to provide a microstructure comprising bainite and acicular ferrite.
An endoscopic system, comprising: a multi-lumen endoscope receiving member having a proximal balloon, the proximal balloon inflatable along a distal portion of the multi-lumen endoscope receiving member, a first lumen configured to receive an endoscope therethrough, a second lumen radially spaced from the first lumen to receive a first instrument therethrough and a third lumen radially spaced from the first lumen to receive a second instrument therethrough, a distal balloon positioned distal of the proximal balloon and inflatable beyond a distal end of the multi-lumen endoscope receiving member to form a chamber between the proximal and distal balloons (16, 5), first and second strips between the proximal and distal balloons (16, 5), and an endoscope slidably disposed within the first lumen such that a distal tip of the endoscope is extendable into the chamber. a multi-lumen endoscope receiving member having a proximal balloon, the proximal balloon inflatable along a distal portion of the multi-lumen endoscope receiving member, a first lumen configured to receive an endoscope therethrough, a second lumen radially spaced from the first lumen to receive a first instrument therethrough and a third lumen radially spaced from the first lumen to receive a second instrument therethrough, a distal balloon positioned distal of the proximal balloon and inflatable beyond a distal end of the multi-lumen endoscope receiving member to form a chamber between the proximal and distal balloons (16, 5), first and second strips between the proximal and distal balloons (16, 5), and an endoscope slidably disposed within the first lumen such that a distal tip of the endoscope is extendable into the chamber.
A method for increasing the number or weight of seeds of a crop, the method comprising a step of: treating a crop with effective amounts of a compound represented by Formula and tebuconazole, wherein the crop is rapeseed
A security document with a carrier with a viewing region in which a surface pattern is prepared by at least a part of the outer surface of the carrier being executed as a matte region and at least an adjacent different part having surface properties which differ from those of the matte region by a higher gloss value, characterized in that - at least one matte region is formed by the outer surface of the carrier being deformed into a microscopic knob grid, - in the carrier an individual pattern is prepared by the carrier being discolored in a manner corresponding to the individual pattern, - and the individual pattern and the surface pattern are mutually superposed at least partially. - at least one matte region is formed by the outer surface of the carrier being deformed into a microscopic knob grid, - in the carrier an individual pattern is prepared by the carrier being discolored in a manner corresponding to the individual pattern, - and the individual pattern and the surface pattern are mutually superposed at least partially.
An article storage and retrieval apparatus, comprising: a main frame; an accommodating assembly, having an article storing state and a folded state, the accommodating assembly comprising a closed frame rotatably arranged on the main frame and an openable door, and the closed frame being configured to enclose an article storing space between the accommodating assembly and the main frame in the article storing state; a first locking assembly, configured to realize locking between the closed frame and the main frame, and allow opening of the article storage and retrieval apparatus after unlocking; and a second locking assembly, configured to realize locking between the closed frame and the openable door, and allow the accommodating assembly to switch from the folded state to the article storage state after unlocking. a main frame; an accommodating assembly, having an article storing state and a folded state, the accommodating assembly comprising a closed frame rotatably arranged on the main frame and an openable door, and the closed frame being configured to enclose an article storing space between the accommodating assembly and the main frame in the article storing state; a first locking assembly, configured to realize locking between the closed frame and the main frame, and allow opening of the article storage and retrieval apparatus after unlocking; and a second locking assembly, configured to realize locking between the closed frame and the openable door, and allow the accommodating assembly to switch from the folded state to the article storage state after unlocking.
A rolled tissue product comprising a spirally wound creped single ply tissue web having a first outer surface and a non-crosslinked latex polymer disposed thereon, the product having a basis weight from 45 to 55 gsm, a geometric mean tensile strength from 700 to 1,000 g/3" (g/7.62 cm) and a Slosh time less than about 30 seconds, wherein the Slosh time is measured according to the test procedure described herein, wherein the non-crosslinked latex polymer is a vinyl acetate-ethylene latex polymer, and wherein the non-crosslinked latex polymer is comprised in a binder composition which is applied to the web in an amount of 1 to 25 % by weight based upon the total weight of the web.
Stackable modular element (10, 11, 11a, 11b, 11c, 12, 12a, 12b, 12c, 13, 20, 21, 22, 22a, 22b, 23, 23a, 23b, 24, 31, 31a, 31b, 32, 32a, 32b, 33, 41, 42, 43, 44, 45, 46, 47, 48, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P), for constructing a mass- and/or heat-exchange device comprising a parallelepiped box having a length, a width and a height, the box having an upper face and a lower face, horizontally opposite, two front faces, vertically opposite, as well as two side faces, vertically opposite, the upper and lower faces of the box being defined by the length and the width of the box, the two front faces of the box by the length and the height of the box and the two side faces of the box by the width and the height of the box, the insulating layer coating at least the side and front faces of the box and optionally the upper and lower faces and surrounding at least one chamber (4, 5, 6, 6') with a parallelepiped volume and inside the box, the at least one chamber having a length, a width and a height, the chamber having an upper face and a lower face, horizontally opposite, the upper face and the lower face of the chamber being at least partially open, two front faces, vertically opposite, the upper and lower faces of the chamber being defined by the length and the width of the chamber, the two front faces of the chamber by the length and the height of the chamber and the two side faces of the chamber by the width and the height of the chamber, the chamber containing at least one body of matter allowing the exchange or mass and/or heat, the body being of parallelepiped shape and filling at least one portion of the chamber, the chamber having an opening on the upper face and an opening on the lower face and communicating with an opening in the upper face of the box and an opening in the lower face of the box respectively to allow the transfer of fluid to the body from the outside of the element and/or from the body to the outside of the element, characterised in that the box contains at least one thermal insulating layer of thickness less than one third of the width of the box and the chamber is open on the upper face and the lower face of the box and the height of the chamber is substantially equal to the height of the box.
A nasal cannula (700, 800, 1000) comprising: a manifold (701, 1001) and at least one nasal prong (702, 1002) or outlet extending from the manifold (701, 1001) to be received by a user's nare, and a side member (703, 704, 1003, 1004) extending from each side of the manifold (701, 1001), and wherein in plan view the cannula (700, 800, 1001) comprises an obtuse angle between the side members (703, 704, 1003, 1004) when in a neutral or unbent configuration, wherein the nasal cannula (700, 800) comprises a wall near to and on an inlet side of said nasal prong or outlet, to separate a lumen of one side member (703, 704) from the other side member (703, 704), such that only one of the side members (703, 704) acts as a conduit to provide a flow of gases from an inlet of the cannula to the manifold. a manifold (701, 1001) and at least one nasal prong (702, 1002) or outlet extending from the manifold (701, 1001) to be received by a user's nare, and a side member (703, 704, 1003, 1004) extending from each side of the manifold (701, 1001), and wherein in plan view the cannula (700, 800, 1001) comprises an obtuse angle between the side members (703, 704, 1003, 1004) when in a neutral or unbent configuration, wherein the nasal cannula (700, 800) comprises a wall near to and on an inlet side of said nasal prong or outlet, to separate a lumen of one side member (703, 704) from the other side member (703, 704), such that only one of the side members (703, 704) acts as a conduit to provide a flow of gases from an inlet of the cannula to the manifold.
A camera module package comprising: a housing having an inner space in an upper portion thereof; a lens barrel coupled to the housing through the inner space and receiving one or more lenses; an image sensor including an imaging area converting light, falling thereon via the lens, into an electrical signal, and a sensor contact pad formed on an upper side thereof; a board including a cavity receiving the image sensor, and an external contact pad formed on an upper side thereof; and a connection part electrically connecting the external contact pad to the sensor contact pad, wherein the cavity has substantially the same depth as the thickness of the image sensor such that the upper side of the image sensor and the upper side of the board are on the same level, characterised in that the connection part is provided using screen printing and covers the sensor contact pad and the external contact pad integrally to electrically connect the sensor contact pad to the external contact pad. a housing having an inner space in an upper portion thereof; a lens barrel coupled to the housing through the inner space and receiving one or more lenses; an image sensor including an imaging area converting light, falling thereon via the lens, into an electrical signal, and a sensor contact pad formed on an upper side thereof; a board including a cavity receiving the image sensor, and an external contact pad formed on an upper side thereof; and a connection part electrically connecting the external contact pad to the sensor contact pad, wherein the cavity has substantially the same depth as the thickness of the image sensor such that the upper side of the image sensor and the upper side of the board are on the same level, characterised in that the connection part is provided using screen printing and covers the sensor contact pad and the external contact pad integrally to electrically connect the sensor contact pad to the external contact pad.
Method for producing a device with a membrane used to encapsulate a fluid contained in a cavity, wherein: two substrates (110, 120) are provided; a membrane is placed on one and/or on the other of the substrates; one or more walls are formed, helping to laterally define the cavity, in which said walls are located on or in one of the substrates and/or on or in the other of the substrates, and said cavity is intended to contain the fluid, the two substrates (110, 120) are assembled together by superimposing one on the other so as to complete the cavity, in which the or each membrane also helps to define the cavity, the fluid is encapsulated in the cavity between the substrates, and the or each membrane is soaked by the fluid, at least a portion of one of the substrates and/or the other of the substrates is removed insofar a membrane has been place on said portion, in order to release at least a central portion of said membrane, and the membrane is at least partially supported by the fluid in its central portion as it is released. two substrates (110, 120) are provided; a membrane is placed on one and/or on the other of the substrates; one or more walls are formed, helping to laterally define the cavity, in which said walls are located on or in one of the substrates and/or on or in the other of the substrates, and said cavity is intended to contain the fluid, the two substrates (110, 120) are assembled together by superimposing one on the other so as to complete the cavity, in which the or each membrane also helps to define the cavity, the fluid is encapsulated in the cavity between the substrates, and the or each membrane is soaked by the fluid, at least a portion of one of the substrates and/or the other of the substrates is removed insofar a membrane has been place on said portion, in order to release at least a central portion of said membrane, and the membrane is at least partially supported by the fluid in its central portion as it is released.
A mobile terminal, comprising: a display unit configured to display a home screen page comprising an object having an image associated with an application; a sensing unit configured to sense a touch on the object; and a controller configured to: execute the application in response to a first type of touch on the object; execute an edit mode for said object to replace the image of the object in response to a second type of touch applied to the object, wherein an indicator informing a user that the edit mode on the object has been initiated is overlapped on at least a portion of the object when the edit mode for said object is executed; control the display unit to display an edit screen comprising a plurality of images including the image of the object if an additional touch which is different from the second type of touch is sensed within a predetermined time upon a release of the second type of touch; and replace the image of the object with one of the plurality of images if the one of the plurality of images is selected by the user via the edit screen. a display unit configured to display a home screen page comprising an object having an image associated with an application; a sensing unit configured to sense a touch on the object; and a controller configured to: execute the application in response to a first type of touch on the object; execute an edit mode for said object to replace the image of the object in response to a second type of touch applied to the object, wherein an indicator informing a user that the edit mode on the object has been initiated is overlapped on at least a portion of the object when the edit mode for said object is executed; control the display unit to display an edit screen comprising a plurality of images including the image of the object if an additional touch which is different from the second type of touch is sensed within a predetermined time upon a release of the second type of touch; and replace the image of the object with one of the plurality of images if the one of the plurality of images is selected by the user via the edit screen. execute the application in response to a first type of touch on the object; execute an edit mode for said object to replace the image of the object in response to a second type of touch applied to the object, wherein an indicator informing a user that the edit mode on the object has been initiated is overlapped on at least a portion of the object when the edit mode for said object is executed; control the display unit to display an edit screen comprising a plurality of images including the image of the object if an additional touch which is different from the second type of touch is sensed within a predetermined time upon a release of the second type of touch; and replace the image of the object with one of the plurality of images if the one of the plurality of images is selected by the user via the edit screen.
A system for measuring and/or characterizing a multi-element antenna wherein the multi-element antenna comprises at least two antenna elements (A1... A8) the system comprising a vector network analyzer with at least two input/output ports (P1...P8), wherein each input/output port (P1...P8) of the vector network analyzer is connected to one antenna element (A1...A8) of the multi-element antenna and wherein the vector network analyzer has generator means for generating waves at each of its input/output ports (P1...P8), which are coherent to each other, the system further comprising manipulation means for manipulating the position of at least one antenna element (A1...A8) of the multi-element antenna, wherein the manipulation means and the generator means are synchronized, the vector network analyzer further comprises receiver means for coherently receiving waves at each of its input/output ports (P1...P8), and synchronization means for synchronizing the generator means and the receiver means of the vector network analyzer in a manner that there is coherence between generating the waves and receiving the waves.
A compressor outlet housing comprising: a housing body having a volute and a radially inwardly extending wall extending from a radially inner surface of said volute, and said radially inwardly extending wall extending inwardly to a ledge, a radially inwardly extending web extending to a bearing support, and a fillet which will face an impeller when said compressor outlet housing is mounted in a compressor, said fillet connecting said ledge to said web; and characterised by an erosion resistant coating being formed at least on said fillet, and further wherein a first radial distance is defined between a radially innermost surface of said ledge to a radially outermost surface of said bearing support, and measured perpendicular a central axis of said bearing support and a second radial distance is defined from a radially innermost end of said coating to said radially outermost surface of said bearing support also measured perpendicular to said central axis of said bearing support and a ratio of said first radial distance to said second radial distance is between 1.1 and 2.0, and wherein a third axial distance is defined between an axially forward end of said ledge to an axially forward end of said wall and a fourth axial distance being defined from an axially forward end of said coating to said axially forward end of said ledge along a line parallel to said central axis, and said ratio of said third axial distance to said fourth axial distance is between 1.1 and 2.0. a housing body having a volute and a radially inwardly extending wall extending from a radially inner surface of said volute, and said radially inwardly extending wall extending inwardly to a ledge, a radially inwardly extending web extending to a bearing support, and a fillet which will face an impeller when said compressor outlet housing is mounted in a compressor, said fillet connecting said ledge to said web; and characterised by an erosion resistant coating being formed at least on said fillet, and further wherein a first radial distance is defined between a radially innermost surface of said ledge to a radially outermost surface of said bearing support, and measured perpendicular a central axis of said bearing support and a second radial distance is defined from a radially innermost end of said coating to said radially outermost surface of said bearing support also measured perpendicular to said central axis of said bearing support and a ratio of said first radial distance to said second radial distance is between 1.1 and 2.0, and wherein a third axial distance is defined between an axially forward end of said ledge to an axially forward end of said wall and a fourth axial distance being defined from an axially forward end of said coating to said axially forward end of said ledge along a line parallel to said central axis, and said ratio of said third axial distance to said fourth axial distance is between 1.1 and 2.0.