mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing an aircraft blade comprising: attaching a fluid communicator to a plug tool connected to a blade plug (102; 200; 300); opening a passage in the blade plug (102; 200; 300) using the plug tool; communicating fluid to or from a blade cavity through the passage using the fluid communicator; and sealing the passage in the blade plug (102; 200; 300) using the plug tool. attaching a fluid communicator to a plug tool connected to a blade plug (102; 200; 300); opening a passage in the blade plug (102; 200; 300) using the plug tool; communicating fluid to or from a blade cavity through the passage using the fluid communicator; and sealing the passage in the blade plug (102; 200; 300) using the plug tool.
Cartridge (1, 2) for storing a gaseous reducing agent for selective catalytic reduction of nitrogen oxides, comprising a casing containing a storage material suitable for the storage of the reducing agent by absorption or adsorption, wherein the casing comprises an opening and closing means (V1, V2, C) enabling the storage material to be replaced, characterised in that: - the casing consists essentially of two half-shells (A, B); and - the opening and closing means consists of an assembly means enabling them to be dismantled and reassembled, said opening means being conformed so as to be able to be actuated only by a specific tool; and - the cartridge further comprises a protection device, that keeps the storage material in the cartridge when the casing is not opened by means of the specific tool. - the casing consists essentially of two half-shells (A, B); and - the opening and closing means consists of an assembly means enabling them to be dismantled and reassembled, said opening means being conformed so as to be able to be actuated only by a specific tool; and - the cartridge further comprises a protection device, that keeps the storage material in the cartridge when the casing is not opened by means of the specific tool.
An electrode wire for electro-discharge machining, comprising a core material and a surface metal layer, a transition layer being arranged between the core material and the surface metal layer, wherein, the core material comprises a brass alloy as a main component and a balance amount of zinc and inevitable impurities; and the surface metal layer comprises zinc oxide as a main component and a balance amount of copper and inevitable impurities, a transition layer is arranged between the core material and the surface metal layer, the transition layer comprises a copper-zinc alloy as a main component, and irregular cracks are distributed on the zinc oxide layer; characterised in that the core material has a diameter of 0.65-1.48 mm, the surface metal layer has a thickness of 0.45-10.23 μm, the maximum thickness of the cracks is less than or equal to 4.5 μm, and the maximum spacing of the cracks is 17 μm.
A method for obtaining information on subject's diabetes, comprising measuring lipoprotein's ability to uptake sterol in a biological sample of a subject, wherein a measured value of ability to uptake sterol per unit volume of the biological sample is an indicator of diabetes onset risk.
Motorcycle headlight fairing unit with a first fairing part with a visible side and a rear side, at least two self-supporting limbs (4, 5) with respective free ends being configured on the first fairing part, and the limbs (4, 5) in each case defining a cut-out for a headlight lens between them, characterized in that, on their rear side and spaced apart from a surface of the visible side, the free ends of the limbs (4, 5) are connected to at least one connecting web which closes a contour which is defined by way of the limbs (4, 5), with the result that the cut-out, defined between the limbs (4, 5), for the headlight lens is closed over the full periphery by way of the limbs (4, 5) and the connecting web, a second fairing part being fastened on the connecting web, and outer edges of the first fairing part and the second fairing part being held here such that they bear against one another, the second fairing part lying on the connecting web in such a way that the two fairing parts (2, 3) form a flush transition on the visible side of the fairing unit, and the connecting web extending from the rear side of the first fairing part not only to the respective opposite free end of the other limb, but also further along the limb direction and in the direction of the second fairing part, and fastening means for fastening fairing parts or motorcycle parts being provided on the connecting web.
A microparticle comprising at least one biocompatible polymer, the microparticle encapsulating at least one nanoparticle, the nanoparticle comprising: (i) a core comprising a metal and/or a semiconductor; (ii) a corona comprising a plurality of ligands covalently linked to the core, wherein said ligands comprise at least one carbohydrate and/or glutathione, wherein the microparticle has a diameter along its longest dimension that is within the range 10 μm to 75 μm. (i) a core comprising a metal and/or a semiconductor; (ii) a corona comprising a plurality of ligands covalently linked to the core, wherein said ligands comprise at least one carbohydrate and/or glutathione,
A compound of formula wherein -- A is a 5-7 membered nitrogen-containing heterocyclyl optionally substituted with one oxo group; -- each R is C 1-6 alkyl, optionally substituted by one or more, identical or different R b1 and/or R c1; each R b1 is independently selected from among -OR c1 and -C OR c1; each R c1 independently of one another is selected from among hydrogen, C 1-6 alkyl, 3-10 membered heterocyclyl and C 1-6 alkyl substituted with a 3-10 membered heterocyclyl; -- q denotes the number 0, 1 or 2; or a salt thereof. -- A is a 5-7 membered nitrogen-containing heterocyclyl optionally substituted with one oxo group; -- each R is C 1-6 alkyl, optionally substituted by one or more, identical or different R b1 and/or R c1; each R b1 is independently selected from among -OR c1 and -C OR c1; each R c1 independently of one another is selected from among hydrogen, C 1-6 alkyl, 3-10 membered heterocyclyl and C 1-6 alkyl substituted with a 3-10 membered heterocyclyl; each R b1 is independently selected from among -OR c1 and -C OR c1; each R c1 independently of one another is selected from among hydrogen, C 1-6 alkyl, 3-10 membered heterocyclyl and C 1-6 alkyl substituted with a 3-10 membered heterocyclyl; -- q denotes the number 0, 1 or 2;
A method of treating a siliceous or metal oxide-containing subterranean formation penetrated by a well comprising: (a) preparing an aqueous treatment fluid comprising: (i) a surface modifying treatment agent having an anchor and a hydrophobic tail; and (ii) an aqueous media comprising an organic acid, wherein the organic acid of the aqueous media is selected from the group consisting of acetic acid, formic acid, citric acid and mixtures thereof; (b) pumping the aqueous treatment fluid into a well penetrating the subterranean formation; and (c) binding the surface modifying treatment agent to a surface of the subterranean formation by attaching the anchor to the formation. (a) preparing an aqueous treatment fluid comprising: (i) a surface modifying treatment agent having an anchor and a hydrophobic tail; and (ii) an aqueous media comprising an organic acid, wherein the organic acid of the aqueous media is selected from the group consisting of acetic acid, formic acid, citric acid and mixtures thereof; (i) a surface modifying treatment agent having an anchor and a hydrophobic tail; and (ii) an aqueous media comprising an organic acid, wherein the organic acid of the aqueous media is selected from the group consisting of acetic acid, formic acid, citric acid and mixtures thereof; (b) pumping the aqueous treatment fluid into a well penetrating the subterranean formation; and (c) binding the surface modifying treatment agent to a surface of the subterranean formation by attaching the anchor to the formation.
Nozzle head for atomizing a fluid for a fuel injection valve with a valve body, through which flow can pass, wherein the nozzle head has a longitudinal axis and a nozzle perforated disk which has a front surface and an opposite inner surface, wherein the nozzle perforated disk has at least one nozzle perforated channel and a further nozzle perforated channel which completely penetrate the nozzle perforated disk in the direction of the longitudinal axis, and wherein the nozzle perforated channel has an entry surface at its first channel end and an outlet surface at its second channel end, which is arranged facing away from the first channel end, wherein the entry surface is formed on the inner surface, and wherein the nozzle perforated channel and the further nozzle perforated channel are arranged lying opposite at a certain radius from a nozzle perforated disk center, wherein - the nozzle perforated channel and the further nozzle perforated channel each have a nozzle hole projection which has a channel wall completely encircling a channel axis of the nozzle perforated channel or of the further nozzle perforated channel, wherein the channel wall has a wall height h which extends away from the inner surface, starting from the front surface, in the direction of the longitudinal axis and is configured over a circumference of the nozzle hole projection in such a manner that the second channel end corresponds to a channel wall end of the channel wall, which channel wall end is configured so as to face away from the front surface, characterized in that - at an axial distance from the front surface, which axial distance is formed in the direction of the longitudinal axis, a free radial distance D is formed between the channel walls the nozzle perforated channel and the further nozzle perforated channel, for which: h ≥ 1 / 4 ⋅ D wherein the axial distance corresponds to the wall height h. - the nozzle perforated channel and the further nozzle perforated channel each have a nozzle hole projection which has a channel wall completely encircling a channel axis of the nozzle perforated channel or of the further nozzle perforated channel, wherein the channel wall has a wall height h which extends away from the inner surface, starting from the front surface, in the direction of the longitudinal axis and is configured over a circumference of the nozzle hole projection in such a manner that the second channel end corresponds to a channel wall end of the channel wall, which channel wall end is configured so as to face away from the front surface, characterized in that - at an axial distance from the front surface, which axial distance is formed in the direction of the longitudinal axis, a free radial distance D is formed between the channel walls the nozzle perforated channel and the further nozzle perforated channel, for which: h ≥ 1 / 4 ⋅ D wherein the axial distance corresponds to the wall height h.
An electronic device comprising: a display module; a first memory having display data stored therein; at least one processor configured to: generate a plurality of display layers for composing into one screen, each display layer including display data, identify the display data included in each of the plurality of display layers as one of general data, protected data, or security data, and when it is identified that the display data of at least one display layer of the plurality of display layers comprises the security data, control attributes of the plurality of display layers so as to display a display layer, which includes the security data, at an uppermost position with respect to remaining display layers of the plurality of display layers, wherein the display layer which includes the security data is always displayed at the uppermost position so as to display the security data to a user of the electronic. a display module; a first memory having display data stored therein; at least one processor configured to: generate a plurality of display layers for composing into one screen, each display layer including display data, identify the display data included in each of the plurality of display layers as one of general data, protected data, or security data, and when it is identified that the display data of at least one display layer of the plurality of display layers comprises the security data, control attributes of the plurality of display layers so as to display a display layer, which includes the security data, at an uppermost position with respect to remaining display layers of the plurality of display layers, generate a plurality of display layers for composing into one screen, each display layer including display data, identify the display data included in each of the plurality of display layers as one of general data, protected data, or security data, and when it is identified that the display data of at least one display layer of the plurality of display layers comprises the security data, control attributes of the plurality of display layers so as to display a display layer, which includes the security data, at an uppermost position with respect to remaining display layers of the plurality of display layers, wherein the display layer which includes the security data is always displayed at the uppermost position so as to display the security data to a user of the electronic.
A colorant splitting method for a content constituent output device of a n-dimensional color in a n-dimensional colorant space to a m-dimensional color in a m-dimensional colorant space - wherein the colorants of the n-dimensional colorant space are n base colorants {C 1,..., C n}; and - wherein a set of the colorants of the m-dimensional colorant space are constituent colorants {c i,1,..., C i,k} of a base colorant C i; the colorant splitting method comprising the steps of: - determining a first colorant splitting curve set CSC i,1 (FIG. 1, 200) of the base colorant C i1, said first colorant splitting curve CSC i,1 being associated with a first level of graininess; - determining a second colorant splitting curve set CSC i,2 (FIG. 2, 200) of the base colorant C i2, said second colorant splitting curve CSC i,2 being associated with a second level of graininess that is higher than the first level of graininess; using an interpolation factor α (0<α<1) for interpolating between the first colorant splitting curve CSC i,1 and the second colorant splitting curve CSC i,2 to obtain a new colorant splitting curve set CSC i,new (FIG. 8, 200); converting the tone value of the base colorant C i in the n-dimensional colorant space by means of the new colorant splitting curve CSC i,new to obtain tone values for the constituent colorants {C i,1,..., C i,k} in the m-dimensional colorant space; wherein the interpolating step is characterized by comprising the steps of: - determining weight values (w i,...n) that are representative for the relative contrast of the n base colorants {c 1,..., C n}; - calculating an equivalent coverage EC i for the base colorant C i, said equivalent coverage EC i representing a coverage by one or more of the base colorants {C 1,..., C n} weighted by the weight values (w i,...n) and excluding the base colorant C i itself; - deriving from the equivalent coverage EC i for the base colorant C i the interpolation factor α. - wherein the colorants of the n-dimensional colorant space are n base colorants {C 1,..., C n}; and - wherein a set of the colorants of the m-dimensional colorant space are constituent colorants {c i,1,..., C i,k} of a base colorant C i; - determining a first colorant splitting curve set CSC i,1 (FIG. 1, 200) of the base colorant C i1, said first colorant splitting curve CSC i,1 being associated with a first level of graininess; - determining a second colorant splitting curve set CSC i,2 (FIG. 2, 200) of the base colorant C i2, said second colorant splitting curve CSC i,2 being associated with a second level of graininess that is higher than the first level of graininess; - determining weight values (w i,...n) that are representative for the relative contrast of the n base colorants {c 1,..., C n}; - calculating an equivalent coverage EC i for the base colorant C i, said equivalent coverage EC i representing a coverage by one or more of the base colorants {C 1,..., C n} weighted by the weight values (w i,...n) and excluding the base colorant C i itself; - deriving from the equivalent coverage EC i for the base colorant C i the interpolation factor α.
A method for producing a double-structured bimodal tungsten cemented carbide composite material, said method comprises: milling of tungsten, carbon such as graphite or carbon-black, and cobalt elemental powders, resulting in a first mixture W+C+Co for obtaining ultrafine tungsten carbide particles in a final material; milling of tungsten carbide powder and cobalt elemental powder, resulting in the second mixture WC+Co for obtaining coarse or extra coarse tungsten particles in the final material; granulating of said second mixture resulting in a granulated second mixture, wherein said granules comprise a plurality of grains; - mixing of said first mixture W+C+Co and said granulated second mixture WC+Co, resulting in a third mixture; - consolidating said third mixture; and - sintering said consolidated powder mixture resulting in the final material. milling of tungsten, carbon such as graphite or carbon-black, and cobalt elemental powders, resulting in a first mixture W+C+Co for obtaining ultrafine tungsten carbide particles in a final material; milling of tungsten carbide powder and cobalt elemental powder, resulting in the second mixture WC+Co for obtaining coarse or extra coarse tungsten particles in the final material; granulating of said second mixture resulting in a granulated second mixture, wherein said granules comprise a plurality of grains; - mixing of said first mixture W+C+Co and said granulated second mixture WC+Co, resulting in a third mixture; - consolidating said third mixture; and - sintering said consolidated powder mixture resulting in the final material. - mixing of said first mixture W+C+Co and said granulated second mixture WC+Co, resulting in a third mixture; - consolidating said third mixture; and - sintering said consolidated powder mixture resulting in the final material.
A method for admission control in a Fiber to the x network scenario, wherein a Resource and Admission Control Sub-system, RACS, manages bandwidth reserved for unicast video and wherein an Optical Network Unit, ONU, and an Optical Line Terminal, OLT, manage bandwidth reserved for multicast video, the method comprises: receiving (2101, 2201), by the ONU, a multicast video request from a subscriber; judging (2102, 2202), by the ONU, whether remaining multicast bandwidth is sufficient for admitting the subscriber's request; if the ONU judges that the remaining multicast bandwidth is insufficient, requesting, by the ONU, borrowing of unicast bandwidth from the RACS for the multicast video and forwarding, by the ONU, the multicast video request from the subscriber to the OLT after the RACS allocates unicast bandwidth to the ONU; if the ONU judges that the remaining multicast bandwidth is sufficient, forwarding, by the ONU, the multicast video request from the subscriber to the OLT; judging (2104, 2207), by the OLT, whether remaining multicast bandwidth is sufficient for admitting the subscriber's request; instructing (2105, 2208), by the OLT, the ONU to admit the subscriber for watching the multicast video if the OLT judges that the remaining multicast bandwidth is sufficient; and starting (2106, 2209), by the ONU, replicating the multicast video. receiving (2101, 2201), by the ONU, a multicast video request from a subscriber; judging (2102, 2202), by the ONU, whether remaining multicast bandwidth is sufficient for admitting the subscriber's request; if the ONU judges that the remaining multicast bandwidth is insufficient, requesting, by the ONU, borrowing of unicast bandwidth from the RACS for the multicast video and forwarding, by the ONU, the multicast video request from the subscriber to the OLT after the RACS allocates unicast bandwidth to the ONU; if the ONU judges that the remaining multicast bandwidth is sufficient, forwarding, by the ONU, the multicast video request from the subscriber to the OLT; judging (2104, 2207), by the OLT, whether remaining multicast bandwidth is sufficient for admitting the subscriber's request; instructing (2105, 2208), by the OLT, the ONU to admit the subscriber for watching the multicast video if the OLT judges that the remaining multicast bandwidth is sufficient; and starting (2106, 2209), by the ONU, replicating the multicast video.
An installation guide system for an air conditioner, the installation guide system comprising: a memory for storing drawing information of a building in which the air conditioner comprising an outdoor unit and an indoor unit is installed; and a display providing a user interface to design a disposition of the air conditioner, wherein the display comprises: a drawing display part configured for displaying at least two tubes that are installed to connect the outdoor unit to the indoor unit; and a tube information display part configured for displaying information with respect to interfering tubes when the at least two tubes interfere with each other. a memory for storing drawing information of a building in which the air conditioner comprising an outdoor unit and an indoor unit is installed; and a display providing a user interface to design a disposition of the air conditioner, wherein the display comprises: a drawing display part configured for displaying at least two tubes that are installed to connect the outdoor unit to the indoor unit; and a tube information display part configured for displaying information with respect to interfering tubes when the at least two tubes interfere with each other. a drawing display part configured for displaying at least two tubes that are installed to connect the outdoor unit to the indoor unit; and a tube information display part configured for displaying information with respect to interfering tubes when the at least two tubes interfere with each other.
A package for a foodstuff product, comprising a wrapping sheet that is wrapped around said product so as to enclose it within a cavity that is delimited by said sheet and so as to remain adherent to the outer surface of said product, wherein said sheet wrapped around said product has a first side and a second side opposite to one another, wherein said sheet has a single sealing portion, in which flaps of said sheet are brought into contact with one another starting from a plane that separates said first and second sides (2A, 2B) of said package and are sealed to one another so as to close said inner cavity hermetically, said package being characterized in that: - said sealing portion has a point of facilitated opening; and - said sealing portion is folded about a folding line, which is contained in said separation plane, towards said second side and against a corresponding portion of said sheet that wraps said product so that said point of facilitated opening comes to be positioned on said second side. wherein said sheet wrapped around said product has a first side and a second side opposite to one another, wherein said sheet has a single sealing portion, in which flaps of said sheet are brought into contact with one another starting from a plane that separates said first and second sides (2A, 2B) of said package and are sealed to one another so as to close said inner cavity hermetically, said package being characterized in that: - said sealing portion has a point of facilitated opening; and - said sealing portion is folded about a folding line, which is contained in said separation plane, towards said second side and against a corresponding portion of said sheet that wraps said product so that said point of facilitated opening comes to be positioned on said second side. - said sealing portion has a point of facilitated opening; and - said sealing portion is folded about a folding line, which is contained in said separation plane, towards said second side and against a corresponding portion of said sheet that wraps said product so that said point of facilitated opening comes to be positioned on said second side.