mhurhangee/patent-ind-claim-en huggingface dataset:
A battery enclosure for a battery of a vehicle system, the battery enclosure comprising: (I) a bottom panel comprising: (i) a first reinforced thermoplastic composite sheet; (ii) one or more structural ribs formed of thermoplastic material to distribute weight; and (iii) a first attachment member positioned at a perimeter of the bottom panel; (II) a top panel to enclose cells of the battery when coupled to the bottom panel , the top panel comprising: (iv) a top inner cover comprising a second reinforced thermoplastic composite sheet molded to define a cavity; (v) one or more crossbeams coupled to an inner surface of the top inner cover ; (III) one or more outer covers comprising: (vi) an outer flange having a second attachment member included therein to releasably couple to the first attachment member; (vii) a structural honeycomb ; and (viii) an inner flange to retain the top panel in position when the one or more outer covers are secured to the bottom panel. (I) a bottom panel comprising: (i) a first reinforced thermoplastic composite sheet; (ii) one or more structural ribs formed of thermoplastic material to distribute weight; and (iii) a first attachment member positioned at a perimeter of the bottom panel; (i) a first reinforced thermoplastic composite sheet; (ii) one or more structural ribs formed of thermoplastic material to distribute weight; and (iii) a first attachment member positioned at a perimeter of the bottom panel; (II) a top panel to enclose cells of the battery when coupled to the bottom panel , the top panel comprising: (iv) a top inner cover comprising a second reinforced thermoplastic composite sheet molded to define a cavity; (v) one or more crossbeams coupled to an inner surface of the top inner cover ; (iv) a top inner cover comprising a second reinforced thermoplastic composite sheet molded to define a cavity; (v) one or more crossbeams coupled to an inner surface of the top inner cover ; (III) one or more outer covers comprising: (vi) an outer flange having a second attachment member included therein to releasably couple to the first attachment member; (vii) a structural honeycomb ; and (viii) an inner flange to retain the top panel in position when the one or more outer covers are secured to the bottom panel. (vi) an outer flange having a second attachment member included therein to releasably couple to the first attachment member; (vii) a structural honeycomb ; and (viii) an inner flange to retain the top panel in position when the one or more outer covers are secured to the bottom panel.
Device for interfacing for establishing a connection between a fluid-injection instrument and a flask to be perforated , comprising: - a base comprising: * a first duct , suitable for being attached to the flask to be perforated , * a second duct , suitable for allowing gas flow circulation in the flask to be perforated , and * a third duct , suitable for being connected to the fluid-injection instrument , - fluid flow circulation means , comprising a proximal opening in fluidic communication with the third duct , The interfacing device being characterised in that the fluid flow circulation means further comprise a tube , housed in the second duct and translatable in said second duct , and comprising at its distal end a distal opening in fluid communication with the second duct , the proximal opening and the distal opening being configured such as to open into the flask to be perforated when the interfacing device is attached to said flask to be perforated . - a base comprising: * a first duct , suitable for being attached to the flask to be perforated , * a second duct , suitable for allowing gas flow circulation in the flask to be perforated , and * a third duct , suitable for being connected to the fluid-injection instrument , * a first duct , suitable for being attached to the flask to be perforated , * a second duct , suitable for allowing gas flow circulation in the flask to be perforated , and * a third duct , suitable for being connected to the fluid-injection instrument , - fluid flow circulation means , comprising a proximal opening in fluidic communication with the third duct ,
Process for producing diisobutene by oligomerization of isobutene over an acid catalyst in at least one reaction stage which in each case contains at least one reactor and at least one distillation column, wherein an isobutene-containing input stream which comprises an isobutene-containing hydrocarbon stream as feed and a recirculated stream as recycle is converted in the at least one reactor of the at least one reaction stage to obtain a product mixture containing at least the diisobutene formed having a proportion of 2,4,4-trimethylpent-1-ene of at least 75 mol%, preferably at least 76.5 mol%, particularly preferably at least 78 mol%, and unconverted isobutene, and the obtained product mixture is supplied to the at least one distillation column, at the top of the distillation column a residual hydrocarbon stream depleted in the diisobutene formed based on the obtained product mixture is withdrawn and at least partially recirculated to the at least one reactor as recycle, characterized in that the ratio of recycle to feed is at least 4. an isobutene-containing input stream which comprises an isobutene-containing hydrocarbon stream as feed and a recirculated stream as recycle is converted in the at least one reactor of the at least one reaction stage to obtain a product mixture containing at least the diisobutene formed having a proportion of 2,4,4-trimethylpent-1-ene of at least 75 mol%, preferably at least 76.5 mol%, particularly preferably at least 78 mol%, and unconverted isobutene, and the obtained product mixture is supplied to the at least one distillation column, at the top of the distillation column a residual hydrocarbon stream depleted in the diisobutene formed based on the obtained product mixture is withdrawn and at least partially recirculated to the at least one reactor as recycle, characterized in that the ratio of recycle to feed is at least 4.
A method for attaching a sound absorbing member to an inner face (S) of a vulcanized tire (T), the method comprising the steps of: placing the sound absorbing member with an adhesive interposed between a first face of the sound absorbing member and the inner face (S) of the tire (T); expanding a bag that is expandable and contractible disposed inside the tire (T); and bonding the first face to the inner face (S) of the tire (T) with the adhesive between the first face and the inner face (S) of the tire (T) by pressing a second face of the sound absorbing member with the bag that is expanded. placing the sound absorbing member with an adhesive interposed between a first face of the sound absorbing member and the inner face (S) of the tire (T); expanding a bag that is expandable and contractible disposed inside the tire (T); and bonding the first face to the inner face (S) of the tire (T) with the adhesive between the first face and the inner face (S) of the tire (T) by pressing a second face of the sound absorbing member with the bag that is expanded.
A mobile terminal comprising: a metal chassis used for holding a panel for display and maintaining mechanical strength of the panel; and a PIFA type antenna comprising a radiation element having a resonance pattern; and a coaxial cable in which a coating removed portion is provided in a part in a manner that an external conductor of the coaxial cable is exposed, the PIFA type antenna being configured to fix the coating removed portion in a vicinity of an upper end of the metal chassis , characterized in that the panel constitutes an optical touch panel, and the PIFA type antenna is disposed outside the optical touch panel between an upper end of the metal chassis and an upper end of the mobile terminal, wherein a distance d between the radiation element and the upper end of the metal chassis is set at 3 mm or greater. a metal chassis used for holding a panel for display and maintaining mechanical strength of the panel; and a PIFA type antenna comprising a radiation element having a resonance pattern; and a coaxial cable in which a coating removed portion is provided in a part in a manner that an external conductor of the coaxial cable is exposed, the PIFA type antenna being configured to fix the coating removed portion in a vicinity of an upper end of the metal chassis , characterized in that the panel constitutes an optical touch panel, and the PIFA type antenna is disposed outside the optical touch panel between an upper end of the metal chassis and an upper end of the mobile terminal, wherein a distance d between the radiation element and the upper end of the metal chassis is set at 3 mm or greater.
An apparatus for the separation of a mixture of two liquids, comprising: a section configured to receive a mixture of two liquids ; a first flow conditioner section downstream of the section and comprising at least one first electrode for generating a first electric field and a first flow conditioner having a first permittivity, wherein the first flow conditioner comprises a helicoidal-shaped flow conditioner comprising a helicoidal flow path or a branched flow conditioner comprising a plurality of branched flow paths; a second flow conditioner section downstream of the first flow conditioner section and comprising at least one second electrode for generating a second electric field and a second flow conditioner having a second permittivity, wherein the second flow conditioner comprises a helicoidal-shaped flow conditioner comprising a helicoidal flow path or a branched flow conditioner comprising a plurality of branched flow paths; a permittivity measurement apparatus coupled to the first section and configured to measure the permittivity of the mixture; a flow conditioner section selector configured to receive the mixture permittivity from the permittivity measurement apparatus and energize the at least one first electrode of the first flow conditioner section or energize the at least one second electrode of the second flow conditioner section based on a comparison between the mixture permittivity and the first permittivity and the mixture permittivity and the second permittivity. a section configured to receive a mixture of two liquids ; a first flow conditioner section downstream of the section and comprising at least one first electrode for generating a first electric field and a first flow conditioner having a first permittivity, wherein the first flow conditioner comprises a helicoidal-shaped flow conditioner comprising a helicoidal flow path or a branched flow conditioner comprising a plurality of branched flow paths; a second flow conditioner section downstream of the first flow conditioner section and comprising at least one second electrode for generating a second electric field and a second flow conditioner having a second permittivity, wherein the second flow conditioner comprises a helicoidal-shaped flow conditioner comprising a helicoidal flow path or a branched flow conditioner comprising a plurality of branched flow paths; a permittivity measurement apparatus coupled to the first section and configured to measure the permittivity of the mixture; a flow conditioner section selector configured to receive the mixture permittivity from the permittivity measurement apparatus and energize the at least one first electrode of the first flow conditioner section or energize the at least one second electrode of the second flow conditioner section based on a comparison between the mixture permittivity and the first permittivity and the mixture permittivity and the second permittivity.
A method of manufacturing a compressed coil, the method comprising: providing a wire comprising a first lead section , a central section and a second lead section ; winding the central section of the wire around a spindle of a bobbin to form a coil, wherein the bobbin comprises the spindle and a flange at a first end of the spindle; locating a punch top over a second end of the spindle of the bobbin such that the second end of the spindle is located at least partially within a through-hole of the punch top, the punch top comprising the through-hole, the through-hole having a cross-section sized and shaped to accommodate at least a portion of the second end of the spindle of the bobbin; locating the first lead section of the wire in a first groove in an outer surface of the bobbin or in a surface of the through-hole of the punch top; locating the second lead section of the wire within a further groove in an outer surface of the punch top or bobbin; locating the bobbin, coil and punch top within a through-hole of a die , wherein the through-hole of the die is sized and shaped to accommodate the bobbin and the punch top; and applying pressure to the bobbin and/or punch top to compress the coil. providing a wire comprising a first lead section , a central section and a second lead section ; winding the central section of the wire around a spindle of a bobbin to form a coil, wherein the bobbin comprises the spindle and a flange at a first end of the spindle; locating a punch top over a second end of the spindle of the bobbin such that the second end of the spindle is located at least partially within a through-hole of the punch top, the punch top comprising the through-hole, the through-hole having a cross-section sized and shaped to accommodate at least a portion of the second end of the spindle of the bobbin; locating the first lead section of the wire in a first groove in an outer surface of the bobbin or in a surface of the through-hole of the punch top; locating the second lead section of the wire within a further groove in an outer surface of the punch top or bobbin; locating the bobbin, coil and punch top within a through-hole of a die , wherein the through-hole of the die is sized and shaped to accommodate the bobbin and the punch top; and applying pressure to the bobbin and/or punch top to compress the coil.
A device for manufacturing an uneven-thickness film comprising a first roller and a second roller for molding the uneven-thickness film, wherein: the first roller comprises a disc-shaped portion ; the second roller comprises a column-shaped portion; characterized in that the first roller also comprises a pair of truncated-cone-shaped portions sandwiching the disc-shaped portion , and a pair of column-shaped portions arranged outside the respective pair of truncated-cone-shaped portions ; wherein the diameter of the disc-shaped portion is larger than the diameter of the larger-diameter face of the truncated-cone-shaped portion; and the pair of truncated-cone-shaped portions are symmetrically arranged with respect to the disc-shaped portion with the smaller-diameter faces facing inside and the larger-diameter faces facing outside; wherein the manufacturing device is arranged to form a pair of thick parts to the molded body of the uneven-thickness film between the pair of truncated-cone-shaped portions of the first roller and the column-shaped portion of the second roller , and a thin connecting portion to the molded body between the disc-shaped portion of the first roller and the column-shaped portion of the second roller . the first roller comprises a disc-shaped portion ; the second roller comprises a column-shaped portion; characterized in that the first roller also comprises a pair of truncated-cone-shaped portions sandwiching the disc-shaped portion , and a pair of column-shaped portions arranged outside the respective pair of truncated-cone-shaped portions ; wherein the diameter of the disc-shaped portion is larger than the diameter of the larger-diameter face of the truncated-cone-shaped portion; and the pair of truncated-cone-shaped portions are symmetrically arranged with respect to the disc-shaped portion with the smaller-diameter faces facing inside and the larger-diameter faces facing outside; wherein the manufacturing device is arranged to form a pair of thick parts to the molded body of the uneven-thickness film between the pair of truncated-cone-shaped portions of the first roller and the column-shaped portion of the second roller , and a thin connecting portion to the molded body between the disc-shaped portion of the first roller and the column-shaped portion of the second roller .
An explosion protection system, for an engine having an exhaust output at which high temperature gases are discharged, comprising: a turbocharger and an exhaust coupled to each other and to the exhaust output of the engine; a first coat of thermal insulation material applied to the outer surfaces of said turbocharger and said exhaust manifold; and a second coat of surface protecting material applied over the first coat to protect the first coat from being scratched or damaged; characterized in that a tubing for enabling water-cooling is wound around said turbocharger and said exhaust manifold ; and wherein a protective jacket is fitted onto each one of said exhaust manifold and turbocharger. a turbocharger and an exhaust coupled to each other and to the exhaust output of the engine; a first coat of thermal insulation material applied to the outer surfaces of said turbocharger and said exhaust manifold; and a second coat of surface protecting material applied over the first coat to protect the first coat from being scratched or damaged; characterized in that a tubing for enabling water-cooling is wound around said turbocharger and said exhaust manifold ; and wherein a protective jacket is fitted onto each one of said exhaust manifold and turbocharger.
A strike tip for a pick tool , comprising a strike structure consisting of polycrystalline diamond (PCD) material, joined to a substrate comprising carbide material at an interface boundary , the strike tip having a proximate strike end at a free end of the PCD material and a distal end defined by the substrate, and a side connecting the strike and distal ends ; the strike end including a flat apex area and an outer area extending from the apex area to the side, the outer area comprising a frusto-conical surface arranged concentrically with the side, the frusto-conical surface having a cone angle of 70 ° to 120°, the apex area being less than the outer area and 1 to 25 square millimetres, the apex area being at least partly bounded by an edge formed between the apex area and the outer area, characterised in that the thickness of the strike structure between the apex area and the interface boundary opposite the apex area is 2.5 mm to 10 mm.
Method for preventing the deactivation of an impermissible number of components (A, B, C, D) of a rail vehicle of the same type with a plurality of components (A, B, C, D) of the same type, which are each equipped with an assigned control device , with which the components (A, B, C, D) can be deactivated by a deactivation command , and wherein a vehicle controller of the rail vehicle is designed to transmit deactivation commands to the control devices , wherein the method is executed by computing means in each control device comprising a counter, having the following method steps: - receiving a deactivation command , - incrementing a counter when the deactivation command is addressed to another control device, - comparing the state of the counter with a maximum value , - ignoring the deactivation command when the counter state corresponds to the maximum value, - executing the deactivation command when the counter state is smaller than the maximum value. - receiving a deactivation command , - incrementing a counter when the deactivation command is addressed to another control device, - comparing the state of the counter with a maximum value , - ignoring the deactivation command when the counter state corresponds to the maximum value, - executing the deactivation command when the counter state is smaller than the maximum value.
A method for the diagnosis and/or prognosis of neuroinflammatory, neurological, and/or neurodegenerative and aging diseases, wherein said method comprises: - centrifugation of a plasma sample at about 14000 g for a period of between 10 seconds and 40 minutes, with consequent precipitation of the microvesicle fraction; - isolation of said micro-vesicle fraction and analysis thereof for the identification of microglia microvesicles, wherein the presence in said plasma sample of microglia microvesicles is indicative of a neuroinflammatory, neurodegenerative and/or neurological and/or aging disease. - centrifugation of a plasma sample at about 14000 g for a period of between 10 seconds and 40 minutes, with consequent precipitation of the microvesicle fraction; - isolation of said micro-vesicle fraction and analysis thereof for the identification of microglia microvesicles, wherein the presence in said plasma sample of microglia microvesicles is indicative of a neuroinflammatory, neurodegenerative and/or neurological and/or aging disease.
A method for the stepped combustion of a fuel by supplying combustion air into a burner tube , comprising: - supplying of a first amount of fuel to form a significantly overstoichiometric primary flame into the burner tube , with a stoichiometry greater than 1.5, in particular greater than 2.0; - supplying a second amount of fuel downstream to form a slightly overstoichiometric main flame into a combustion chamber, wherein a temperature of the main flame is reduced by exhaust gases recirculated within the combustion chamber, and wherein the main flame stabilizes downstream of the burner tube, wherein the main flame is slightly overstoichiometric, preferably with a stoichiometry between 1.03 and 1.18, and wherein the supply of the second amount of fuel into the combustion chamber takes place with a higher fuel exit speed, such that, due to the resulting impulses, the main flame stabilizes at a distance from the burner tube . - supplying of a first amount of fuel to form a significantly overstoichiometric primary flame into the burner tube , with a stoichiometry greater than 1.5, in particular greater than 2.0; - supplying a second amount of fuel downstream to form a slightly overstoichiometric main flame into a combustion chamber, wherein a temperature of the main flame is reduced by exhaust gases recirculated within the combustion chamber, and wherein the main flame stabilizes downstream of the burner tube, wherein the main flame is slightly overstoichiometric,
A sample holder comprising: a base member ; a holder member attached to the base member, the holder member having a flexible tab resiliently biased towards the base member; characterised in that the flexible tab is one of a plurality of flexible tabs resiliently biased toward the base member , and wherein for each flexible tab: one of the base member and the tab comprises a first formation provided on a face thereof so that when a sample having a corresponding second formation is located between the tab and the base member it is retained by cooperation of the first and second formations. a base member ; a holder member attached to the base member, the holder member having a flexible tab resiliently biased towards the base member; characterised in that the flexible tab is one of a plurality of flexible tabs resiliently biased toward the base member , and wherein for each flexible tab: one of the base member and the tab comprises a first formation provided on a face thereof so that when a sample having a corresponding second formation is located between the tab and the base member it is retained by cooperation of the first and second formations.