mhurhangee/patent-ind-claim-en huggingface dataset:
A civil aviation component having a fibre-reinforced composite structure, the component comprising: a plurality of structural fibres embedded in a cured matrix material; and a plurality of nanostructures extending from one or more of the structural fibres, a density of the nanostructures being at least about 10 7 nanostructures per cm 2 of area of a surface of the one or more structural fibres, wherein the density of nanostructures is determined by the method set out in the description with reference to example 3; characterized in that the matrix material comprises a polyester, vinyl-ester, epoxy, benzoxazine and/or bismaleimide resin system, and wherein the matrix material is doped with graphene. a plurality of structural fibres embedded in a cured matrix material; and a plurality of nanostructures extending from one or more of the structural fibres, a density of the nanostructures being at least about 10 7 nanostructures per cm 2 of area of a surface of the one or more structural fibres, wherein the density of nanostructures is determined by the method set out in the description with reference to example 3;
A method of assisting and documenting a filling of tubular reactors , comprising: recording of a user selection (S10) of a filling plan for an arrangement of tubular reactors; recording of an amount of a first filling material (S21) with which a tubular reactor from the arrangement of tubular reactors has been filled; recording of a fill level height of the first filling material (S23) with which a tubular reactor from the arrangement of tubular reactors has been filled; recording of an amount of a second filling material (S31) with which a tubular reactor from the arrangement of tubular reactors has been filled; recording of a fill level height of the second filling material (S33) with which a tubular reactor from the arrangement of tubular reactors has been filled; recording of a fill level height of a total height (S60) of all filling materials in the respective tubular reactor; assigning (S70) of the recorded amounts of filling material and the recorded fill level heights in a data basis; performing a catalysis process (S80) in the respective tubular reactor and correlating a result of the catalysis process with the recorded amounts of filling material and the recorded fill level heights in the data basis. recording of a user selection (S10) of a filling plan for an arrangement of tubular reactors; recording of an amount of a first filling material (S21) with which a tubular reactor from the arrangement of tubular reactors has been filled; recording of a fill level height of the first filling material (S23) with which a tubular reactor from the arrangement of tubular reactors has been filled; recording of an amount of a second filling material (S31) with which a tubular reactor from the arrangement of tubular reactors has been filled; recording of a fill level height of the second filling material (S33) with which a tubular reactor from the arrangement of tubular reactors has been filled; recording of a fill level height of a total height (S60) of all filling materials in the respective tubular reactor; assigning (S70) of the recorded amounts of filling material and the recorded fill level heights in a data basis; performing a catalysis process (S80) in the respective tubular reactor and correlating a result of the catalysis process with the recorded amounts of filling material and the recorded fill level heights in the data basis.
A vehicle headlamp comprising: first and second lamp components mounted in a housing having a wall , said first and second lamp components being simultaneously adjustable from a double pivot rocker , said double pivot rocker being mounted to said wall by a stationary pivot bearing ; said first and second lamp components each having a fixed pivot bearing fixed to said wall and a floating pivot bearing fixed to said double pivot rocker , wherein in response to pivotable displacement of said double pivot rocker by an amount (α) about said stationary bearing , each of said first and second lamp components displaces said amount (α) about its respective fixed pivotal bearing ; characterized in that a distance (A) from each said fixed pivot bearing to a location of coupling each said floating pivot bearing to said double pivot rocker is equal for said first and second lamp components . first and second lamp components mounted in a housing having a wall , said first and second lamp components being simultaneously adjustable from a double pivot rocker , said double pivot rocker being mounted to said wall by a stationary pivot bearing ; said first and second lamp components each having a fixed pivot bearing fixed to said wall and a floating pivot bearing fixed to said double pivot rocker , wherein in response to pivotable displacement of said double pivot rocker by an amount (α) about said stationary bearing , each of said first and second lamp components displaces said amount (α) about its respective fixed pivotal bearing ; characterized in that a distance (A) from each said fixed pivot bearing to a location of coupling each said floating pivot bearing to said double pivot rocker is equal for said first and second lamp components .
A bi-directional repeater having a switchable antenna port, comprising: a switchable common port; a switchable second-band port; a first-band amplification and filtering path coupled to the switchable common port via a first path of a first multiplexer; characterized by said repeater further comprising a second-band amplification and filtering path coupled to one of: the switchable common port via a second path of the first multiplexer, a first path of a first radio frequency (RF) switch, and a first path of a second multiplexer; or the switchable second-band port via the first path of the second multiplexer, and a second path of the first RF switch. a switchable common port; a switchable second-band port; a first-band amplification and filtering path coupled to the switchable common port via a first path of a first multiplexer; characterized by said repeater further comprising a second-band amplification and filtering path coupled to one of: the switchable common port via a second path of the first multiplexer, a first path of a first radio frequency (RF) switch, and a first path of a second multiplexer; or the switchable second-band port via the first path of the second multiplexer, and a second path of the first RF switch. the switchable common port via a second path of the first multiplexer, a first path of a first radio frequency (RF) switch, and a first path of a second multiplexer; or the switchable second-band port via the first path of the second multiplexer, and a second path of the first RF switch.
Vehicle cladding with display functionality, comprising: a panel unit having at least one window region that is transparent to transillumination in the visible wavelength range at least in regions; and a functional unit having at least one lighting means or having at least one lighting means and one input unit , wherein the functional unit is configured as a base module having a sealed waterproof housing , in the interior of which the at least one lighting means and, if the input unit is present, the input unit are arranged, wherein the base module is mechanically connected to the panel unit , characterized in that an optical waveguide module is arranged between the panel unit and the base module , wherein the optical waveguide module has at least one recess for forming an information field that can be backlit, wherein the at least one recess is covered by the window region , which is transparent at least in regions, of the panel unit . a panel unit having at least one window region that is transparent to transillumination in the visible wavelength range at least in regions; and a functional unit having at least one lighting means or having at least one lighting means and one input unit , wherein the functional unit is configured as a base module having a sealed waterproof housing , in the interior of which the at least one lighting means and, if the input unit is present, the input unit are arranged, wherein the base module is mechanically connected to the panel unit , characterized in that an optical waveguide module is arranged between the panel unit and the base module , wherein the optical waveguide module has at least one recess for forming an information field that can be backlit, wherein the at least one recess is covered by the window region , which is transparent at least in regions, of the panel unit .
A method for hiding personal information on a call screen performed by a device, the method comprising: a.) identifying a called number dialed by a user of the device, wherein a display mode of the device is a direct display, in which any obtained characters entered by the user are displayed in an input display area on the call screen (S201); b.) determining that a call is established to an another device corresponding to the called number (S202); c.) displaying a preset identifier in an interaction area on the call screen (S 2031); d.) detecting a user operation and determining whether there is a click operation on the preset identifier (S2032); e.) in case of yes in step d.), switching the display mode of the call screen to an indirect display, in which any obtained characters entered by the user are replaced with preset characters and the preset characters are displayed on the input display area on the call screen (S204); f.) obtaining characters entered by the user of the device and displaying characters according to the display mode on the call screen (S205). a.) identifying a called number dialed by a user of the device, wherein a display mode of the device is a direct display, in which any obtained characters entered by the user are displayed in an input display area on the call screen (S201); b.) determining that a call is established to an another device corresponding to the called number (S202); c.) displaying a preset identifier in an interaction area on the call screen (S 2031); d.) detecting a user operation and determining whether there is a click operation on the preset identifier (S2032); e.) in case of yes in step d.), switching the display mode of the call screen to an indirect display, in which any obtained characters entered by the user are replaced with preset characters and the preset characters are displayed on the input display area on the call screen (S204); f.) obtaining characters entered by the user of the device and displaying characters according to the display mode on the call screen (S205).
Passenger seat , comprising: - a backrest , - a seat element , - an enlargement mechanism , which is designed to convert a weight (FG) acting on the seat element when a user sits on the passenger seat into an increase in a depth of a seat surface , usable by the user, of the seat element from an inoperative position depth (TR) into a use position depth (TN), and - a seat element carrier , wherein the seat element is fastened to the seat element carrier so as to be pivotable about a pivot axis (S1) relative to the seat element carrier between an inoperative position, in which the seat surface of the seat element is inclined relative to a carrier surface of the seat element carrier , said carrier surface facing the seat element , and a use position, in which the seat surface of the seat element extends substantially parallel to the carrier surface of the seat element carrier , and wherein the seat element is connected via the pivot axis (S1) to the seat element carrier in such a manner that a rear edge of the seat element facing the backrest is pivotable freely relative to the seat element carrier and relative to the backrest . - a backrest , - a seat element , - an enlargement mechanism , which is designed to convert a weight (FG) acting on the seat element when a user sits on the passenger seat into an increase in a depth of a seat surface , usable by the user, of the seat element from an inoperative position depth (TR) into a use position depth (TN), and - a seat element carrier , wherein the seat element is fastened to the seat element carrier so as to be pivotable about a pivot axis (S1) relative to the seat element carrier between an inoperative position, in which the seat surface of the seat element is inclined relative to a carrier surface of the seat element carrier , said carrier surface facing the seat element , and a use position, in which the seat surface of the seat element extends substantially parallel to the carrier surface of the seat element carrier , and wherein the seat element is connected via the pivot axis (S1) to the seat element carrier in such a manner that a rear edge of the seat element facing the backrest is pivotable freely relative to the seat element carrier and relative to the backrest .
Direct printing machine for printing containers , comprising a transport device for transporting the containers and comprising direct print heads having printing nozzles for applying a direct print to the containers , the transport device comprising a conveyor, in particular a rotor, arranged at least partially or completely in a treatment chamber , at which conveyor printing stations having the direct print heads are arranged so as to be stationary and/or so as to be able to be carried along with the containers , characterised in that at least the printing nozzles of the direct print heads are arranged in the treatment chamber under a vacuum, which treatment chamber is formed with gates for introducing and discharging the containers , and in that the gates comprise accompanying container receptacle pockets which are designed with openings for introducing the containers into and discharging them from the treatment chamber . the transport device comprising a conveyor, in particular a rotor, arranged at least partially or completely in a treatment chamber , at which conveyor printing stations having the direct print heads are arranged so as to be stationary and/or so as to be able to be carried along with the containers , characterised in that at least the printing nozzles of the direct print heads are arranged in the treatment chamber under a vacuum, which treatment chamber is formed with gates for introducing and discharging the containers , and in that the gates comprise accompanying container receptacle pockets which are designed with openings for introducing the containers into and discharging them from the treatment chamber .
An aerosolisable gel comprising (a) nicotine; (b) one or more gel forming materials, wherein the one or more gel forming materials is at least agarose, wherein the agarose is present in an amount of 1 to 12 wt.% based on the aerosolisable gel; (c) an aerosol forming material; and (d) water; wherein the aerosolisable gel contains agaropectin in an amount of less than 0.1 wt.% based on the aerosolisable gel. (a) nicotine; (b) one or more gel forming materials, wherein the one or more gel forming materials is at least agarose, wherein the agarose is present in an amount of 1 to 12 wt.% based on the aerosolisable gel; (c) an aerosol forming material; and (d) water;
A shaping apparatus comprising: a control unit configured to control operation of each unit of the shaping apparatus ; a receiving portion configured to receive a linear shaping material comprising a bundle of continuous fibers impregnated with a resin ; a conveyance portion configured to convey the shaping material from a supply mechanism to a discharging portion ; a support supporting each portion of the supply mechanism and the conveyance portion ; a rotation mechanism configured to twist the shaping material around the axis along the vertical direction by rotating the support ; and a shaping unit configured to move relative to the receiving portion in a curved shape and discharge the shaping material on the receiving portion while rotating the shaping material in a range of less than 180 degrees to an opposite direction to a bending direction with respect to the receiving portion ; characterized in that the shaping apparatus comprises a plurality of the shaping units configured to set a rotation angle of one shaping unit to be larger than rotation angles of the other shaping units in a case where one curved shape in which the one shaping unit moves relative to the receiving portion has larger curvature than the other curved shapes in which the other shaping units move relative to the receiving portion . a control unit configured to control operation of each unit of the shaping apparatus ; a receiving portion configured to receive a linear shaping material comprising a bundle of continuous fibers impregnated with a resin ; a conveyance portion configured to convey the shaping material from a supply mechanism to a discharging portion ; a support supporting each portion of the supply mechanism and the conveyance portion ; a rotation mechanism configured to twist the shaping material around the axis along the vertical direction by rotating the support ; and a shaping unit configured to move relative to the receiving portion in a curved shape and discharge the shaping material on the receiving portion while rotating the shaping material in a range of less than 180 degrees to an opposite direction to a bending direction with respect to the receiving portion ; characterized in that the shaping apparatus comprises a plurality of the shaping units configured to set a rotation angle of one shaping unit to be larger than rotation angles of the other shaping units in a case where one curved shape in which the one shaping unit moves relative to the receiving portion has larger curvature than the other curved shapes in which the other shaping units move relative to the receiving portion .
A use of polymer separation membranes being able to selective separate CO 2 and H 2 from CH 4 in a membrane separation step for purifying methane contained in an optionally pre-dried product gas mixture of a methanation method, which comprises CH 4 , H 2 and CO 2 , characterized in that a) the separation is carried out at an operation temperature T B between -20 °C and 100 °C; and b) the polymer membranes b1) are able to simultaneously separate CO 2 and H 2 from CH 4 , b2) have a higher selectivity for the separation of CO 2 than of H 2 from CH 4 , i.e., a ratio α1/α2 < 1, and b3) have a glass transition temperature T g that is lower than the operation temperature T B . a) the separation is carried out at an operation temperature T B between -20 °C and 100 °C; and b) the polymer membranes b1) are able to simultaneously separate CO 2 and H 2 from CH 4 , b2) have a higher selectivity for the separation of CO 2 than of H 2 from CH 4 , i.e., a ratio α1/α2 < 1, and b3) have a glass transition temperature T g that is lower than the operation temperature T B . b1) are able to simultaneously separate CO 2 and H 2 from CH 4 , b2) have a higher selectivity for the separation of CO 2 than of H 2 from CH 4 , i.e., a ratio α1/α2 < 1, and b3) have a glass transition temperature T g that is lower than the operation temperature T B .
A piezoelectric element , comprising: a first electrode provided above a base body ; a first piezoelectric layer provided so as to be in contact with the base body and cover the first electrode; a second piezoelectric layer provided above the first piezoelectric layer; and a second electrode provided above the second piezoelectric layer, wherein the first piezoelectric layer includes a composite oxide that contains potassium and niobium and that has a perovskite-type structure containing potassium as a main component at an A-site, and the second piezoelectric layer includes a composite oxide that contains potassium, sodium, and niobium and that has a perovskite-type structure, characterized in that : the first piezoelectric layer has a higher potassium atomic concentration (atm%) than the second piezoelectric layer. a first electrode provided above a base body ; a first piezoelectric layer provided so as to be in contact with the base body and cover the first electrode; a second piezoelectric layer provided above the first piezoelectric layer; and a second electrode provided above the second piezoelectric layer, wherein the first piezoelectric layer includes a composite oxide that contains potassium and niobium and that has a perovskite-type structure containing potassium as a main component at an A-site, and the second piezoelectric layer includes a composite oxide that contains potassium, sodium, and niobium and that has a perovskite-type structure, characterized in that : the first piezoelectric layer has a higher potassium atomic concentration (atm%) than the second piezoelectric layer.
An energy storage device electrode, comprising a current-collecting substrate and an undercoat layer formed on at least one side of the current-collecting substrate and an active material layer formed on a part of a surface of the undercoat layer, wherein the undercoat layer includes carbon nanotubes and a dispersant, and has a thickness of from 1 to 200 nm.
A single chain variable fragment CD3 binding protein, comprising the amino acid sequence set forth in SEQ ID NO: 8 or SEQ ID NO: 9.
An apparatus comprising: a disk body including: a first side , a second side opposite the first side and a central axis ; a sealing surface , the sealing surface extending around an outer circumference of the disk body adjacent the first side , the sealing surface having a radius of curvature adapted to sealingly engage a valve body in a closed position; and a wall , the wall protruding from the second side of the disk body and extending at least partially around the outer circumference of the disk body , characterised in that the wall includes an outer surface adjacent the sealing surface and having a radius of curvature different than the radius of curvature of the sealing surface and adapted to enable the apparatus to provide a substantially equal percentage fluid flow characteristic, the outer surface defining a depression , the depression comprising a flat surface extending along a plane parallel to the central axis of the disk body from adjacent the sealing surface toward an end of the wall , wherein the outer surface and the depression provide a substantially equal percentage fluid flow characteristic when the disk body transitions between the closed position and an open position. a first side , a second side opposite the first side and a central axis ; a sealing surface , the sealing surface extending around an outer circumference of the disk body adjacent the first side , the sealing surface having a radius of curvature adapted to sealingly engage a valve body in a closed position; and a wall , the wall protruding from the second side of the disk body and extending at least partially around the outer circumference of the disk body , characterised in that the wall includes an outer surface adjacent the sealing surface and having a radius of curvature different than the radius of curvature of the sealing surface and adapted to enable the apparatus to provide a substantially equal percentage fluid flow characteristic, the outer surface defining a depression , the depression comprising a flat surface extending along a plane parallel to the central axis of the disk body from adjacent the sealing surface toward an end of the wall , wherein the outer surface and the depression provide a substantially equal percentage fluid flow characteristic when the disk body transitions between the closed position and an open position.