mhurhangee/ep-ind-claims huggingface dataset:
A method of attaching a tip extension to a wind turbine blade, the method comprising: providing a wind turbine blade having an outer surface and a tip end; providing a tip extension having an outer shell defining a substantially hollow interior for receiving the tip end of the blade; fitting the tip extension over the tip end of the blade such that an inboard portion of the tip extension overlaps the tip end of the blade and an overlap region is defined between the outer surface of the blade and an inner surface (54, 62) of the inboard portion of the tip extension; providing one or more adhesive dams (57, 57a, 70, 104) in the overlap region, the adhesive dam(s) being permeable to air and being arranged to at least partially define one or more bond cavities (94, 96) in the overlap region, wherein the adhesive dam(s) become sandwiched between the outer surface of the blade and the inner surface of the tip extension when the tip extension is fitted to the blade; and supplying adhesive to the one or more bond cavities via one or more holes (90, 91) provided in the outer shell of the tip extension to bond the tip extension to the blade. providing a wind turbine blade having an outer surface and a tip end; providing a tip extension having an outer shell defining a substantially hollow interior for receiving the tip end of the blade; fitting the tip extension over the tip end of the blade such that an inboard portion of the tip extension overlaps the tip end of the blade and an overlap region is defined between the outer surface of the blade and an inner surface (54, 62) of the inboard portion of the tip extension; providing one or more adhesive dams (57, 57a, 70, 104) in the overlap region, the adhesive dam(s) being permeable to air and being arranged to at least partially define one or more bond cavities (94, 96) in the overlap region, wherein the adhesive dam(s) become sandwiched between the outer surface of the blade and the inner surface of the tip extension when the tip extension is fitted to the blade; and supplying adhesive to the one or more bond cavities via one or more holes (90, 91) provided in the outer shell of the tip extension to bond the tip extension to the blade.
A wafer-level method for manufacturing a uniform layer of material, the method comprising: assembling a wafer assembly, the wafer assembly including a chuck, a tool wafer, and a module wafer wherein the module wafer includes a plurality of optoelectronic modules; injecting a formable material (124, 156, 158) into the wafer assembly, such that one or more surfaces of the plurality of optoelectronic modules are coated with a formable material layer (142, 144, 148, 150, 152, 162, 164, 168, 170, 172, 182, 184, 188, 190, 192); ejecting excess formable material (124, 156, 158) from the wafer assembly; and hardening the formable material layer (142, 144, 148, 150, 152, 162, 164, 168, 170, 172, 182, 184, 188, 190, 192); characterized in that: injecting the formable material (124, 156, 158) into the wafer assembly includes rotating the wafer assembly. assembling a wafer assembly, the wafer assembly including a chuck, a tool wafer, and a module wafer wherein the module wafer includes a plurality of optoelectronic modules; injecting a formable material (124, 156, 158) into the wafer assembly, such that one or more surfaces of the plurality of optoelectronic modules are coated with a formable material layer (142, 144, 148, 150, 152, 162, 164, 168, 170, 172, 182, 184, 188, 190, 192); ejecting excess formable material (124, 156, 158) from the wafer assembly; and hardening the formable material layer (142, 144, 148, 150, 152, 162, 164, 168, 170, 172, 182, 184, 188, 190, 192);
A method, including: - providing an integrated circuit card with a memory space including memory space locations for storing user profile data of a plurality of user profiles (P1, P2,.., PN), - partitioning the memory space in segments (Segment 1,..., Segment N) of memory space locations, - providing a segment map including segment map memory locations with the memory space locations in the memory space coupled to respective segment map memory locations in the segment map, - allocating the memory space locations in the memory space to the user profile data by recording in the respective segment map memory locations in the segment map the profile in the plurality of user profiles (P1, P2,.., PN) to which the memory space locations in the memory space are reserved. - providing an integrated circuit card with a memory space including memory space locations for storing user profile data of a plurality of user profiles (P1, P2,.., PN), - partitioning the memory space in segments (Segment 1,..., Segment N) of memory space locations, - providing a segment map including segment map memory locations with the memory space locations in the memory space coupled to respective segment map memory locations in the segment map, - allocating the memory space locations in the memory space to the user profile data by recording in the respective segment map memory locations in the segment map the profile in the plurality of user profiles (P1, P2,.., PN) to which the memory space locations in the memory space are reserved.
Gas supply module for a motor vehicle engine, comprising: - a charge-air heat exchanger provided with a bundle, - an interface part between a cylinder head of the engine and the heat exchanger, and - a valve comprising an element comprising a movable part, the interface part comprising: - a first opening for the passage of recirculated exhaust gases, said first opening having a profile able to cooperate with said element of the valve in order to at least partially close off said first opening by means of said movable part, - a second opening for the passage of charge air that faces at least a part of the bundle of the heat exchanger, and - a connection channel, said first opening and said second opening being connected by said connection channel, - an injection channel extending between said connection channel and a remote end of said connection channel for said second opening, the injection channel extending along the second opening, the injection channel extending over the entirety of the length of the second opening. - a charge-air heat exchanger provided with a bundle, - an interface part between a cylinder head of the engine and the heat exchanger, and - a valve comprising an element comprising a movable part, - a first opening for the passage of recirculated exhaust gases, said first opening having a profile able to cooperate with said element of the valve in order to at least partially close off said first opening by means of said movable part, - a second opening for the passage of charge air that faces at least a part of the bundle of the heat exchanger, and - a connection channel, said first opening and said second opening being connected by said connection channel, - an injection channel extending between said connection channel and a remote end of said connection channel for said second opening,
A method for manufacturing a wind turbine rotor blade in which the blade is formed as a laminated structure (10, 23, 29) by - laying a composite material of fibre reinforcement material and/or core material in a mould defining the shape of the blade; - evacuating the mould after laying the composite material; - introducing a liquid polymer into the evacuated mould and wetting the composite material; - curing the liquid polymer after the composite material has been wetted; and - removing the mould after curing the liquid polymer; integrating at least one lightning conductor (18, 28) into the composite material before wetting it with the liquid polymer, characterised in that at least one braided lightning conductor (18, 28) is used. - laying a composite material of fibre reinforcement material and/or core material in a mould defining the shape of the blade; - evacuating the mould after laying the composite material; - introducing a liquid polymer into the evacuated mould and wetting the composite material; - curing the liquid polymer after the composite material has been wetted; and - removing the mould after curing the liquid polymer; integrating at least one lightning conductor (18, 28) into the composite material before wetting it with the liquid polymer,
A method of preparing a cellulose ether, the method comprising: a step of obtaining alkalized cellulose by reacting cellulose with an alkalizing agent; a step of obtaining a cellulose ether in a slurry state by etherifying the alkalized cellulose; and a step of adding a surfactant to the cellulose ether in a slurry state upon completion of etherification. a step of obtaining alkalized cellulose by reacting cellulose with an alkalizing agent; a step of obtaining a cellulose ether in a slurry state by etherifying the alkalized cellulose; and a step of adding a surfactant to the cellulose ether in a slurry state upon completion of etherification.
Printing apparatus for digitally printing on objects, comprising: (a) a movable blanket carrier having an exterior on which a printing blanket is disposed, the printing blanket having a plurality of blanket sections along the exterior of the carrier, with each blanket sections being so placed along the carrier and being of such length as to transfer ink on the blanket section to a respective object to be printed which moves in contact with the respective blanket section; (b) at least one print head operative to digitally controlled print at least one color in at least one pattern, and the print head is directed so as to provide non-contact printing of a blanket section moved past the print head by the blanket carrier; (c) an object transport device for transporting objects to be printed by contact with respective blanket sections of the blanket carrier after the print head has printed the blanket section, the transport device including a plurality of supports for the objects to be printed, the supports being spaced apart on the transport device, the transport device being so shaped and being so positioned with respect to the blanket carrier as to move each object supported thereon in turn past a respective blanket section and in contact with the blanket sections sufficiently for enabling transfer of an ink image on the respective blanket section to the respective object then in contact with the blanket section, the transport device then transporting each object printed by a respective blanket section away from the blanket carrier for further processing. (a) a movable blanket carrier having an exterior on which a printing blanket is disposed, the printing blanket having a plurality of blanket sections along the exterior of the carrier, with each blanket sections being so placed along the carrier and being of such length as to transfer ink on the blanket section to a respective object to be printed which moves in contact with the respective blanket section; (b) at least one print head operative to digitally controlled print at least one color in at least one pattern, and the print head is directed so as to provide non-contact printing of a blanket section moved past the print head by the blanket carrier; (c) an object transport device for transporting objects to be printed by contact with respective blanket sections of the blanket carrier after the print head has printed the blanket section, the transport device including a plurality of supports for the objects to be printed, the supports being spaced apart on the transport device, the transport device being so shaped and being so positioned with respect to the blanket carrier as to move each object supported thereon in turn past a respective blanket section and in contact with the blanket sections sufficiently for enabling transfer of an ink image on the respective blanket section to the respective object then in contact with the blanket section, the transport device then transporting each object printed by a respective blanket section away from the blanket carrier for further processing.
A manufacturing method of a cover by bending a non-magnetic metal sheet the cover being provided between an annular magnet fixed to a rotary member and a magnetic sensor detecting magnetism generated from the annular magnet, the method comprising a bending step of bending the metal sheet characterized by the use of a forming machine of which contact portion with the metal sheet is a non-magnetized portion.
An oral product, comprising a body that is wholly receivable in an oral cavity, the body comprising: a mouth-stable polymer matrix; cellulosic fibers embedded in the mouth-stable polymer matrix, wherein the cellulosic fibers and the mouth-stable polymer matrix form a fiber-polymer matrix; and nicotine or derivative thereof dispersed in the mouth-stable polymer matrix, wherein the fiber-polymer matrix is configured with pathways for releasing the nicotine or derivative thereof from the body when the body is received within the oral cavity and exposed to saliva, and wherein the body has a compressibility @ 250 N of between 45% and 90%. a mouth-stable polymer matrix; cellulosic fibers embedded in the mouth-stable polymer matrix, wherein the cellulosic fibers and the mouth-stable polymer matrix form a fiber-polymer matrix; and nicotine or derivative thereof dispersed in the mouth-stable polymer matrix, wherein the fiber-polymer matrix is configured with pathways for releasing the nicotine or derivative thereof from the body when the body is received within the oral cavity and exposed to saliva, and wherein the body has a compressibility @ 250 N of between 45% and 90%.
A smokeless tobacco composition configured for insertion into the mouth of a user, the smokeless tobacco composition comprising a tobacco material and a polysaccharide filler component, wherein the polysaccharide filler component comprises polydextrose.
A tongue cleaner provided with a plurality of looped linear materials for scraping tongue coating in a protruding manner on a sheet attached to a main body of said tongue cleaner, wherein each of said looped linear materials includes first and second protrusions, standing at an interval and rising from the sheet, and a bridging portion provided between distal ends of said first and second protrusions,, and characterized in that depressed portions and protruded portions are provided along a longitudinal direction of each of said linear materials in at least part of said first and second protrusions, and said bridging portion, such that each of said linear materials is formed into a corrugated shape.
A method in a wireless Local Area Network, LAN, system, the method comprising: receiving, by a receiving station, STA, a Physical Protocol Data Unit, PPDU, through a broadband from a transmitting STA; and decoding, by the receiving STA, the PPDU, wherein the PPDU includes a control field and a data field, wherein the broadband is a 320 MHz band including a primary 160MHz channel and a secondary 160MHz channel, wherein the data field is received through first multiple resource units, RUs, in which 996RU and 484RU are aggregated, wherein the first multiple RUs are allocated within both the primary 160 MHz channel and the secondary 160 MHz channel, wherein the PPDU is transmitted based on an Orthogonal Frequency Division Multiple Access, OFDMA, scheme, and wherein a combination of the 996RU and the 484RU is allocated in both the primary 160 MHz channel and the secondary 160 MHz channel. receiving, by a receiving station, STA, a Physical Protocol Data Unit, PPDU, through a broadband from a transmitting STA; and decoding, by the receiving STA, the PPDU, wherein the PPDU includes a control field and a data field, wherein the broadband is a 320 MHz band including a primary 160MHz channel and a secondary 160MHz channel, wherein the data field is received through first multiple resource units, RUs, in which 996RU and 484RU are aggregated, wherein the first multiple RUs are allocated within both the primary 160 MHz channel and the secondary 160 MHz channel, wherein the PPDU is transmitted based on an Orthogonal Frequency Division Multiple Access, OFDMA, scheme, and wherein a combination of the 996RU and the 484RU is allocated in both the primary 160 MHz channel and the secondary 160 MHz channel.
A method of locating bore-lining tubing in a drilled bore, the method comprising: selecting a buoyant material having a density lower than the density of an ambient fluid; locating the buoyant material in a bore-lining tubing; locating an inner tubing within the bore-lining tubing, with the inner tubing extending from a distal end of the bore-lining tubing to a proximal end of the bore-lining tubing and defining an inner annulus between the inner tubing and the bore-lining tubing; coupling and sealing the distal end of the inner tubing to the distal end of the bore-lining tubing by engaging a coupling on the inner tubing with a coupling on the bore-lining tubing; sealing the inner tubing to a portion of the bore-lining tubing spaced from the distal end thereof to isolate a portion of the inner annulus between the distal end and the sealing location; retaining a volume of the buoyant material within the isolated portion of the inner annulus; running an assembly comprising the inner tubing and the bore-lining tubing and containing the volume of buoyant material into a drilled bore; flowing fluid through the inner tubing and into an outer annulus surrounding the bore-lining tubing, and opening a port in a distal end of the inner tubing and flowing fluid into the inner annulus defined between the inner tubing and the bore-lining tubing via the port. selecting a buoyant material having a density lower than the density of an ambient fluid; locating the buoyant material in a bore-lining tubing; locating an inner tubing within the bore-lining tubing, with the inner tubing extending from a distal end of the bore-lining tubing to a proximal end of the bore-lining tubing and defining an inner annulus between the inner tubing and the bore-lining tubing; coupling and sealing the distal end of the inner tubing to the distal end of the bore-lining tubing by engaging a coupling on the inner tubing with a coupling on the bore-lining tubing; sealing the inner tubing to a portion of the bore-lining tubing spaced from the distal end thereof to isolate a portion of the inner annulus between the distal end and the sealing location; retaining a volume of the buoyant material within the isolated portion of the inner annulus; running an assembly comprising the inner tubing and the bore-lining tubing and containing the volume of buoyant material into a drilled bore; flowing fluid through the inner tubing and into an outer annulus surrounding the bore-lining tubing, and opening a port in a distal end of the inner tubing and flowing fluid into the inner annulus defined between the inner tubing and the bore-lining tubing via the port.
An ion guide for guiding an ion beam along an ion path, said ion guide having a longitudinal axis corresponding to said ion path, said ion guide comprising a plurality of elongate electrodes arranged around and extending along said longitudinal axis, wherein an inner envelope of the plurality of electrodes defines an ion guide volume, wherein said elongate electrodes are formed by electrode wires having a diameter of 1.0 mm or less, wherein adjacent electrode wires are arranged at an inter-wire distance, wherein the electrode wires are arranged on a circle or an ellipse around said longitudinal axis, wherein said ion guide comprises holding structures for supporting and for straightening the electrode wires by applying a tension or maintaining a tension applied to them, wherein the ratio of the diameter of the electrode wire and the local inter-wire distance is between 0.8 and 6.0, wherein any portion of said holding structures which is separated from said ion guide volume by less than the local inter-wire distance, preferably by less than twice the local inter-wire distance, and most preferably by less than three times the local inter-wire distance is made from a material having a resistivity of less than 10 12 Ohm·cm, preferably of less than 10 9 Ohm·cm, or has a sheet resistivity of less than 10 14 Ohm, preferably of less than 10 10 Ohm on a surface facing said ion guide volume. wherein an inner envelope of the plurality of electrodes defines an ion guide volume, wherein said elongate electrodes are formed by electrode wires having a diameter of 1.0 mm or less, wherein adjacent electrode wires are arranged at an inter-wire distance, wherein the electrode wires are arranged on a circle or an ellipse around said longitudinal axis, wherein said ion guide comprises holding structures for supporting and for straightening the electrode wires by applying a tension or maintaining a tension applied to them, wherein the ratio of the diameter of the electrode wire and the local inter-wire distance is between 0.8 and 6.0, wherein any portion of said holding structures which is separated from said ion guide volume by less than the local inter-wire distance, preferably by less than twice the local inter-wire distance, and most preferably by less than three times the local inter-wire distance is made from a material having a resistivity of less than 10 12 Ohm·cm, preferably of less than 10 9 Ohm·cm, or has a sheet resistivity of less than 10 14 Ohm, preferably of less than 10 10 Ohm on a surface facing said ion guide volume.
A method of manufacturing a cleaning tool having a cleaning sheet and a holder for holding the cleaning sheet, comprising the steps of: feeding a plurality of band-like elements for forming the cleaning sheet, superposing the band-like elements, feeding the superposed band-like elements to a bonding device having a single drum roller and a bonding section, and forming a bonded region in a prescribed region of the superposed band-like elements by the bonding device, characterised in that the bonding section has a first bonded region forming section and a second bonded region forming section, the first bonded region forming section forms a first bonded region in the prescribed region of the superposed band-like elements, the second bonded region forming section forms a second bonded region in the prescribed region of the superposed band-like elements, wherein the bonding device includes a first bonding device and a second bonding device, wherein the first bonding device and the second bonding device are positioned on the single drum roller, the first bonding device configures the first bonded region forming section, and the second bonding device configures the second bonded region forming section. feeding a plurality of band-like elements for forming the cleaning sheet, superposing the band-like elements, feeding the superposed band-like elements to a bonding device having a single drum roller and a bonding section, and forming a bonded region in a prescribed region of the superposed band-like elements by the bonding device, characterised in that the bonding section has a first bonded region forming section and a second bonded region forming section, the first bonded region forming section forms a first bonded region in the prescribed region of the superposed band-like elements, the second bonded region forming section forms a second bonded region in the prescribed region of the superposed band-like elements,