mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: a housing having an opening , defined in a bottom cover of the housing; and an antenna assembly disposed in the housing, whereby the antenna assembly comprises: an antenna mounted to the bottom cover of the housing; an antenna module disposed corresponding to the opening; and a cable to connect the antenna to the antenna module via routing the cable through the opening, characterised in that the cable comprises: a first portion within the housing and fixed to the bottom cover via a supporting feature ; and a second portion routed via the opening to an exterior of the electronic device and connected to the antenna module via the opening; the electronic device further comprising a removable structure to cover the opening and the second portion of the cable. a housing having an opening , defined in a bottom cover of the housing; and an antenna assembly disposed in the housing, whereby the antenna assembly comprises: an antenna mounted to the bottom cover of the housing; an antenna module disposed corresponding to the opening; and a cable to connect the antenna to the antenna module via routing the cable through the opening, characterised in that the cable comprises: a first portion within the housing and fixed to the bottom cover via a supporting feature ; and a second portion routed via the opening to an exterior of the electronic device and connected to the antenna module via the opening; the electronic device further comprising a removable structure to cover the opening and the second portion of the cable. an antenna mounted to the bottom cover of the housing; an antenna module disposed corresponding to the opening; and a cable to connect the antenna to the antenna module via routing the cable through the opening, characterised in that the cable comprises: a first portion within the housing and fixed to the bottom cover via a supporting feature ; and a second portion routed via the opening to an exterior of the electronic device and connected to the antenna module via the opening; the electronic device further comprising a removable structure to cover the opening and the second portion of the cable. a first portion within the housing and fixed to the bottom cover via a supporting feature ; and a second portion routed via the opening to an exterior of the electronic device and connected to the antenna module via the opening; the electronic device further comprising a removable structure to cover the opening and the second portion of the cable.
A recombinant vector comprising a nucleic acid molecule encoding a Squalene Hopene Cyclase (SHC) polypeptide having at least 90% sequence identity to SEQ ID NO:2 and including amino acid alterations, relative to SEQ ID NO:2, at positions 45, 54, 184 222, 227, 278, 326, 574, 641 and 676, wherein the amino acid alterations comprise V45L, Q54E, M184I, V222R, D227T, I278T, T326S, A574A, P641S and M676L, wherein the amino acid alterations enhance the activity of the SHC polypeptide for converting homofarnesol to ambrox as compared to wild-type SHC, the wild-type SHC having the amino acid sequence of SEQ ID NO: 2.
A fan vane for an aircraft turbine engine, the vane comprising a blade connected to a root , the vane being made of a composite material based on woven fibres and embedded in a polymeric resin, the vane further comprising a medium for identifying the vane, which is a radio-identification medium, characterised in that it comprises at least a first portion , the fibres of which are only electrically conductive fibres and at least a second portion , the fibres of which are formed by a mixture of electrically conductive fibres and non-electrically conductive fibres, and in that the identification medium is located in or on said second portion .
A method of manufacturing an inspection reference standard comprising: positioning a tool , said tool comprising a tool first surface , said tool first surface comprising a non-planar characteristic ; applying a first charge to the tool first surface; at least partially curing the first charge, said first charge comprising a first charge first surface and a first charge second surface , said first charge first surface positioned proximate to the tool first surface; removing the first charge from the tool; applying a second charge to the first charge first surface; and at least partially curing the second charge. positioning a tool , said tool comprising a tool first surface , said tool first surface comprising a non-planar characteristic ; applying a first charge to the tool first surface; at least partially curing the first charge, said first charge comprising a first charge first surface and a first charge second surface , said first charge first surface positioned proximate to the tool first surface; removing the first charge from the tool; applying a second charge to the first charge first surface; and at least partially curing the second charge.
A particle accelerator comprising: a resonant cavity in which particles are accelerated, the resonant cavity having a background magnetic field having a first, bowed shape, the background magnetic field being at least 4 Tesla; and an extraction channel for receiving particles output from the resonant cavity, wherein the extraction channel comprises a series of focusing regions (751 -760) to focus a beam of received particles, wherein at least one of the focusing regions is a focusing element characterised in that the focusing element is configured to alter the first bowed shape of the background magnetic field to a second shape that bows in substantially the opposite direction of the first bowed shape in the presence of a magnetic field gradient resulting from reduction of the background magnetic field from the resonant cavity to the extraction channel. a resonant cavity in which particles are accelerated, the resonant cavity having a background magnetic field having a first, bowed shape, the background magnetic field being at least 4 Tesla; and an extraction channel for receiving particles output from the resonant cavity, wherein the extraction channel comprises a series of focusing regions (751 -760) to focus a beam of received particles, wherein at least one of the focusing regions is a focusing element characterised in that the focusing element is configured to alter the first bowed shape of the background magnetic field to a second shape that bows in substantially the opposite direction of the first bowed shape in the presence of a magnetic field gradient resulting from reduction of the background magnetic field from the resonant cavity to the extraction channel.
Method for evaluating a headphone , wherein the headphone comprises an Active Noise Cancellation, ANC, headphone, or an Active Noise Reduction, ANR, headphone, the method comprising: determining , with an acoustic tube , a value of a first parameter ( Z OE ), the value of the first parameter ( Z OE ) being indicative of the acoustic impedance of a reference termination ; determining , with the acoustic tube , a value of a second parameter Z _ OE Hp , the value of the second parameter Z _ OE Hp being indicative of the acoustic impedance of the reference termination , when occluded by the headphone ; and calculating a value of a third parameter (Z HP ), the value of the third parameter (Z HP ) being indicative of the acoustic impedance of the headphone , based on the value of the first parameter ( Z OE ) and the value of the second parameter Z _ OE Hp , calculating a value of a fourth parameter as Occlusion Index, OI, based on the value of the third parameter (Z HP ), wherein the value of the OI represents the strength of the acoustic impedance of the headphone with respect to the occlusion effect; selecting, based on the value of the OI, a frequency dependent weighting factor, K1, for a feedback filter of the headphone , when the value of the OI is larger than a threshold value; applying the K1 to the headphone ; and recalculating the value of the fourth parameter as OI, after applying the K1 to the headphone. determining , with an acoustic tube , a value of a first parameter ( Z OE ), the value of the first parameter ( Z OE ) being indicative of the acoustic impedance of a reference termination ; determining , with the acoustic tube , a value of a second parameter Z _ OE Hp , the value of the second parameter Z _ OE Hp being indicative of the acoustic impedance of the reference termination , when occluded by the headphone ; and calculating a value of a third parameter (Z HP ), the value of the third parameter (Z HP ) being indicative of the acoustic impedance of the headphone , based on the value of the first parameter ( Z OE ) and the value of the second parameter Z _ OE Hp , calculating a value of a fourth parameter as Occlusion Index, OI, based on the value of the third parameter (Z HP ), wherein the value of the OI represents the strength of the acoustic impedance of the headphone with respect to the occlusion effect; selecting, based on the value of the OI, a frequency dependent weighting factor, K1, for a feedback filter of the headphone , when the value of the OI is larger than a threshold value; calculating a value of a fourth parameter as Occlusion Index, OI, based on the value of the third parameter (Z HP ), wherein the value of the OI represents the strength of the acoustic impedance of the headphone with respect to the occlusion effect; selecting, based on the value of the OI, a frequency dependent weighting factor, K1, for a feedback filter of the headphone , when the value of the OI is larger than a threshold value; applying the K1 to the headphone ; and recalculating the value of the fourth parameter as OI, after applying the K1 to the headphone.
A method for delivering a compound into a cell, wherein: (i) the cell comprises a cell wall and the method comprises passing a cell suspension through a constriction, wherein said constriction deforms the cell comprising a cell wall, thereby causing a perturbation of the cell such that the compound enters the cell, wherein said cell suspension is contacted with the compound, wherein the method further comprises removing all or part of the cell wall and wherein said constriction deforms the cell that has been modified to remove all or part of the cell wall; or (ii) the cell is modified to remove all or part of a cell wall, the method comprising passing a cell suspension through a constriction, wherein said constriction deforms the cell that has been modified to remove all or part of a cell wall, thereby causing a perturbation of the cell such that the compound enters the cell, wherein said cell suspension is contacted with the compound; further wherein all or part of the cell wall is removed prior to passing the cell suspension through the constriction by treating the cell suspension with an enzyme, heat or ultrasound. (i) the cell comprises a cell wall and the method comprises passing a cell suspension through a constriction, wherein said constriction deforms the cell comprising a cell wall, thereby causing a perturbation of the cell such that the compound enters the cell, wherein said cell suspension is contacted with the compound, wherein the method further comprises removing all or part of the cell wall and wherein said constriction deforms the cell that has been modified to remove all or part of the cell wall; or (ii) the cell is modified to remove all or part of a cell wall, the method comprising passing a cell suspension through a constriction, wherein said constriction deforms the cell that has been modified to remove all or part of a cell wall, thereby causing a perturbation of the cell such that the compound enters the cell, wherein said cell suspension is contacted with the compound; further wherein all or part of the cell wall is removed prior to passing the cell suspension through the constriction by treating the cell suspension with an enzyme, heat or ultrasound.
Device for dispensing a liquid product comprising a receiving body, a locking and fastening device and an adapter device , wherein the receiving body is of multi-part design and comprises at least one inner container for receiving the liquid product and an outer container of two-part design, wherein the outer container comprises an upper part and a lower part and is adapted to receive and enclose the inner container , wherein the receiving body can be fastened to the adapter device by means of the locking and fastening device .
Offshore aquaculture installation comprising one or several cage(s) for breeding of fish and a floating, ballasted and submersible structure , wherein the installation is elongated in shape and comprises a main anchoring device with an anchoring line connected on one side to the structure and enabling on the other side to be anchored on a single anchoring point in the environment of the installation, and wherein the one or several cage(s) arranged in the interior of the structure are rectangular and longitudinal along the entire length of the installation and wherein the upper portion of the installation forms a handling bridge securing access to the cages, characterized in that the structure comprises at least two parallel hulls containing adjustable ballasts, whereas these hulls are installed at the bottom of each of the side faces of the structure .
Device for sealing screws - having an eyelet element which is fastenable to the screw in such a way that the eyelet element is arranged below the screw head , - having a cover tab which is fastened to the eyelet element , wherein the cover tab is able to be folded over in such a way that, in the folded-over state , the cover tab is arranged above the screw head , - having a first fixing tab which has an aperture for a sealing wire and is arranged on the cover tab , - having a second fixing tab which has an aperture for a sealing wire and is arranged on the eyelet element , wherein, in the folded-over state of the cover tab , the first fixing tab and the second fixing tab are arranged parallel to one another, wherein - the first fixing tab has a first tab wall and a second tab wall which are arranged at a certain mutual distance from one another, - a respective aperture for a sealing wire is present in the first tab wall and in the second tab wall , wherein the apertures of the first tab wall and the second tab wall are aligned with one another, - the second fixing tab is arranged between the first tab wall and the second tab wall in the folded-over state of the cover tab , - the first fixing tab is oriented so as to be approximately perpendicular to the plane of the cover tab and projects upwards from the top side of the cover tab . - having an eyelet element which is fastenable to the screw in such a way that the eyelet element is arranged below the screw head , - having a cover tab which is fastened to the eyelet element , wherein the cover tab is able to be folded over in such a way that, in the folded-over state , the cover tab is arranged above the screw head , - having a first fixing tab which has an aperture for a sealing wire and is arranged on the cover tab , - having a second fixing tab which has an aperture for a sealing wire and is arranged on the eyelet element , wherein, in the folded-over state of the cover tab , the first fixing tab and the second fixing tab are arranged parallel to one another, wherein - the first fixing tab has a first tab wall and a second tab wall which are arranged at a certain mutual distance from one another, - a respective aperture for a sealing wire is present in the first tab wall and in the second tab wall , wherein the apertures of the first tab wall and the second tab wall are aligned with one another, - the second fixing tab is arranged between the first tab wall and the second tab wall in the folded-over state of the cover tab , - the first fixing tab is oriented so as to be approximately perpendicular to the plane of the cover tab and projects upwards from the top side of the cover tab .
An internal combustion engine comprising a cylinder head ; an exhaust valve ; a cam shaft rotatably supported on the cylinder head with an exhaust cam ; and an exhaust side rocker arm ; wherein the exhaust cam includes a base face and a lift face , the base face has a shape with a partial cylindrical face that is coaxial with a rotational axis (Xc) of the cam shaft , the lift face is provided to be continuous from the base face in a rotational direction and bulges further radially outward than the base face to define an amount of lift of the exhaust valve , a cam follower is provided on the exhaust side rocker arm and causes the exhaust side rocker arm to swing while maintaining contact with the base face and the lift face , a decompression cam is provided to make a curved protruding face having a generatrix parallel to the rotational axis (Xc) of the cam shaft project from an imaginary cylindrical face coaxial with the cam shaft when the rotational speed is less than a preset value, a convex decompression follower face with a convexly curved face is provided on the exhaust side rocker arm on an outer side of the imaginary cylindrical face , that faces the imaginary cylindrical face at a position closest to the imaginary cylindrical face , and that makes contact with the curved protruding face , and a concave decompression follower face is provided on the upstream of the convex decompression follower face in a normal rotational direction of the cam shaft , that is formed as a concavely curved face having a generatrix parallel to the rotational axis (Xc) of the cam shaft , and that makes contact with the curved protruding face .
A light-selective mulch comprising: a fibrous web substrate, and a light selective surface coating, wherein the light selective surface coating comprises lignin and a polysaccharide or polyvinyl alcohol, characterized in that the light-selective surface coating comprises: - a lignin to starch ratio of 25:1 to 4:1 in weight % lignin to weight % starch, and/or - a lignin to polysaccharide and/or polyvinyl alcohol ratio of 20: 1 to 2:1 in weight % lignin to weight % polysaccharide and/or polyvinyl alcohol, respectively. a fibrous web substrate, and a light selective surface coating, wherein the light selective surface coating comprises lignin and a polysaccharide or polyvinyl alcohol, characterized in that the light-selective surface coating comprises: - a lignin to starch ratio of 25:1 to 4:1 in weight % lignin to weight % starch, and/or - a lignin to polysaccharide and/or polyvinyl alcohol ratio of 20: 1 to 2:1 in weight % lignin to weight % polysaccharide and/or polyvinyl alcohol, respectively. - a lignin to starch ratio of 25:1 to 4:1 in weight % lignin to weight % starch, and/or - a lignin to polysaccharide and/or polyvinyl alcohol ratio of 20: 1 to 2:1 in weight % lignin to weight % polysaccharide and/or polyvinyl alcohol, respectively.
A cartridge for an aerosol provision system , wherein the cartridge comprises: a reservoir for containing aerosolisable material for vaporising; a vaporiser for vaporising the aerosolisable material to generate vaporised aerosolisable-material, the vaporiser being located in an aerosol generation region; an air channel (38;62) extending from an air inlet for the cartridge to a mouthpiece outlet ; wherein the air channel (38;62) comprises a first portion , for receiving vaporised aerosolisable-material, extending from the mouthpiece outlet ; a seal located between the first portion of the air channel (38;62) and the aerosol generation region, wherein the seal is located between the first portion of the air channel and the vaporiser , and wherein the seal comprises an internal circumferential ridge which engages against the first portion of the air channel; wherein the reservoir is annular, and wherein the first portion of the air channel is at least partially surrounded by the reservoir ; wherein the first portion of the air channel (38;62) extends between the aerosol generation region and the mouthpiece outlet , and wherein the first portion of the air channel is integrally formed with the mouthpiece outlet ; wherein the cartridge further comprises an aerosolisable-material-level observation means for allowing a user to observe a level of aerosolisable material inside the reservoir ; wherein the aerosolisable-material-level observation means comprises a portion of the cartridge ; wherein the portion of the cartridge comprises a plurality of windows for viewing into the reservoir . a reservoir for containing aerosolisable material for vaporising; a vaporiser for vaporising the aerosolisable material to generate vaporised aerosolisable-material, the vaporiser being located in an aerosol generation region; an air channel (38;62) extending from an air inlet for the cartridge to a mouthpiece outlet ; wherein the air channel (38;62) comprises a first portion , for receiving vaporised aerosolisable-material, extending from the mouthpiece outlet ; a seal located between the first portion of the air channel (38;62) and the aerosol generation region, wherein the seal is located between the first portion of the air channel and the vaporiser , and wherein the seal comprises an internal circumferential ridge which engages against the first portion of the air channel; wherein the reservoir is annular, and wherein the first portion of the air channel is at least partially surrounded by the reservoir ; wherein the first portion of the air channel (38;62) extends between the aerosol generation region and the mouthpiece outlet , and wherein the first portion of the air channel is integrally formed with the mouthpiece outlet ; wherein the cartridge further comprises an aerosolisable-material-level observation means for allowing a user to observe a level of aerosolisable material inside the reservoir ; wherein the aerosolisable-material-level observation means comprises a portion of the cartridge ; wherein the portion of the cartridge comprises a plurality of windows for viewing into the reservoir .
A planer comprising: - a body , - a plurality of blades mounted on the body , each blade having a fastening portion , the body comprising: - a first portion integrating, for each blade , a first fastening member intended to cooperate with the fastening portion to form a sliding connection according to an axis of insertion (A) of the blade into the first portion ; characterised in that the body comprises: - a second portion integrating, for each blade , a second fastening member intended to cooperate with the fastening portion to block the blade with respect to the body , according to the insertion axis (A), - means for assembling the first portion with the second portion . - a body , - a plurality of blades mounted on the body , each blade having a fastening portion , - a first portion integrating, for each blade , a first fastening member intended to cooperate with the fastening portion to form a sliding connection according to an axis of insertion (A) of the blade into the first portion ; - a second portion integrating, for each blade , a second fastening member intended to cooperate with the fastening portion to block the blade with respect to the body , according to the insertion axis (A), - means for assembling the first portion with the second portion .