mhurhangee/ep-ind-claims huggingface dataset:
A method of photographing at least a portion of a subject with a platform carrying an imaging system, the subject being a person, wherein the method comprises: generating a photography scheme, the photography scheme comprising a set of photography control points, each of the photography control points comprising: a location of the platform relative to a representative subject, the representative subject being a representative person; an orientation of the platform relative to the representative subject; and one or more photography parameters; characterised by instructing the subject to assume a position and an orientation of the representative subject; determining a location and an orientation of the subject, wherein determining the location and the orientation of the subject comprises retrieving a location and an orientation of the representative subject; determining a location and an orientation of the platform carrying the imaging system; navigating the platform to each of the photography control points and operating the imaging system to capture an image of the subject at each of the photography control points according to the associated photography parameters; wherein capturing an image of the subject at each of the photography control points comprises determining a position and an orientation of the platform at each of the photography control points at least in part based on the location and orientation of the subject. generating a photography scheme, the photography scheme comprising a set of photography control points, each of the photography control points comprising: a location of the platform relative to a representative subject, the representative subject being a representative person; an orientation of the platform relative to the representative subject; and one or more photography parameters; characterised by instructing the subject to assume a position and an orientation of the representative subject; a location of the platform relative to a representative subject, the representative subject being a representative person; an orientation of the platform relative to the representative subject; and one or more photography parameters; characterised by instructing the subject to assume a position and an orientation of the representative subject; determining a location and an orientation of the subject, wherein determining the location and the orientation of the subject comprises retrieving a location and an orientation of the representative subject; determining a location and an orientation of the platform carrying the imaging system; navigating the platform to each of the photography control points and operating the imaging system to capture an image of the subject at each of the photography control points according to the associated photography parameters; wherein capturing an image of the subject at each of the photography control points comprises determining a position and an orientation of the platform at each of the photography control points at least in part based on the location and orientation of the subject.
A display device comprising a flexible circuit board, the flexible circuit board comprising: a base film including a bending area; and a plurality of signal wires (140, 140a, 140b) formed over the bending area of the base film; a first pad region (130a, 130b) in which a first end of the plurality of signal wires (140, 140a, 140b) is located; a second pad region in which a second end of the signal wires (140, 140a, 140b) is located; and an integrated circuit chip arranged over the base film and electrically connected to the signal wires (140, 140a, 140b) and disposed in the second pad region, wherein at least one through-hole is disposed in the base film, and wherein the at least one through-hole is disposed between the first pad region (130a, 130b) and the integrated circuit chip characterized in that the integrated circuit chip is disposed between the first pad region (130a, 130b) and the second pad region, the display device further comprising: a camera at least partly positioned in the at least one through-hole, wherein the at least one through-hole is formed in the flexible circuit board and is defined in the bending area. a base film including a bending area; and a plurality of signal wires (140, 140a, 140b) formed over the bending area of the base film; a first pad region (130a, 130b) in which a first end of the plurality of signal wires (140, 140a, 140b) is located; a second pad region in which a second end of the signal wires (140, 140a, 140b) is located; and an integrated circuit chip arranged over the base film and electrically connected to the signal wires (140, 140a, 140b) and disposed in the second pad region, wherein at least one through-hole is disposed in the base film, and wherein the at least one through-hole is disposed between the first pad region (130a, 130b) and the integrated circuit chip characterized in that the integrated circuit chip is disposed between the first pad region (130a, 130b) and the second pad region, the display device further comprising: a camera at least partly positioned in the at least one through-hole, wherein the at least one through-hole is formed in the flexible circuit board and is defined in the bending area. a camera at least partly positioned in the at least one through-hole, wherein the at least one through-hole is formed in the flexible circuit board and is defined in the bending area.
A method for monitoring a user's viewing progress of a series of related programs on user equipment of a media system, wherein a roaming media profile is stored at a location in the media system and is available by any user equipment in the media system upon authentication, the roaming media profile comprising the user's current viewing progress through a series of related programs, wherein the roaming media profile comprises: a media progress indicator containing an episode number of an episode in the series of related programs, the episode number being indicative of the user's current viewing progress through the series of related programs; a position indicator associated with the user's elapsed viewing time within the episode; and a last action indicator associated with the user's last monitored action for the series, wherein the last action indicator indicates one of: episode interrupted, episode skipped, episode watched; the method comprising: determining the user's viewing progress through the series; updating the user's current viewing progress in the roaming media profile, wherein updating the user's current viewing progress in the roaming media profile comprises updating the media progress indicator, the position indicator, and the last action indicator. a media progress indicator containing an episode number of an episode in the series of related programs, the episode number being indicative of the user's current viewing progress through the series of related programs; a position indicator associated with the user's elapsed viewing time within the episode; and a last action indicator associated with the user's last monitored action for the series, wherein the last action indicator indicates one of: episode interrupted, episode skipped, episode watched; determining the user's viewing progress through the series; updating the user's current viewing progress in the roaming media profile, wherein updating the user's current viewing progress in the roaming media profile comprises updating the media progress indicator, the position indicator, and the last action indicator.
A method for the functional test of a pressure pick-up, which is provided in a motor vehicle in order to determine a pressure change resulting from a collision of the motor vehicle with an obstacle and which provides at least one electrical output signal, characterised in that around the time of a test event, which occurs anyway with intended use of the motor vehicle and by means of which test stimuli are applied to the pressure pick-up, the output signal of the pressure pick-up is recorded at least in part, in that at least characteristic variables of the output signal are compared with characteristic variables of a reference signal, and in that a status relating to the functional capability of the pressure pick-up is derived from the result of the comparison.
A method for making an emulsion using a rotating membrane device comprising: i) a membrane assembly comprising a cylindrical porous surface enclosing an inner chamber concentrically positioned about an axis, characterized in that the device further comprises ii) a vane assembly comprising a plurality of vanes extending along the axial length of the porous surface of the membrane assembly, wherein the vanes comprise a shear surface located within 1 mm of, and without making physical contact with the porous surface, and iii) a vessel enclosing the membrane and vane assemblies; wherein the method comprises the step of moving a dispersible liquid phase through the porous surface into a continuous liquid phase while rotating at least one of the vane assembly or membrane assembly relative to the other about the axis such that the shear surfaces (24, 24') exert shear forces upon the dispersible liquid phase passing through the porous surface to form droplets of a dispersed liquid phase having a size of 1 to 500 μm within the continuous liquid phase. i) a membrane assembly comprising a cylindrical porous surface enclosing an inner chamber concentrically positioned about an axis, characterized in that the device further comprises ii) a vane assembly comprising a plurality of vanes extending along the axial length of the porous surface of the membrane assembly, wherein the vanes comprise a shear surface located within 1 mm of, and without making physical contact with the porous surface, and iii) a vessel enclosing the membrane and vane assemblies;
A compound represented by formula: wherein, in formula, R 1 represents a hydrogen atom or a methyl group; X 1 represents a halogen atom; L 1 represents an alkylene group having 1 to 6 carbon atoms; L 2 represents a straight or branched alkylene group having 2 to 4 carbon atoms, and L 2 is linked to adjacent groups through at least two carbon atoms; k represents 2 or 3; m represents an integer of 0 to 6; and a plurality of R 1 s, L 1 s, L 2 s, X 1 s, ks and ms may be the same or different from each other, respectively.
An exhaust gas heater for an exhaust gas system of an internal combustion engine, comprising: - a carrier arrangement, - a heating-conductor arrangement, carried on the carrier arrangement and having at least one heating conductor (14, 16) through which a current flows, wherein at least one heating conductor (14, 16) is carried in an electrically insulated manner with respect to the carrier arrangement by at least one carrier-arrangement supporting unit (38, 40) and/or wherein at least one heating conductor is carried in an electrically insulated manner with respect to a further heating conductor by a heating-conductor supporting unit, characterized in that at least one carrier-arrangement supporting unit (38, 40) comprises an insulating coating (50, 54) applied to the carrier arrangement. - a carrier arrangement, - a heating-conductor arrangement, carried on the carrier arrangement and having at least one heating conductor (14, 16) through which a current flows, wherein at least one heating conductor (14, 16) is carried in an electrically insulated manner with respect to the carrier arrangement by at least one carrier-arrangement supporting unit (38, 40) and/or wherein at least one heating conductor is carried in an electrically insulated manner with respect to a further heating conductor by a heating-conductor supporting unit,
A polyvinyl alcohol-based prepolymer comprising 4 to 10 % by mol of units of the formula, and 0.75 % to 12.5 % by mol of units of the formula: wherein each of R 1a, R 2a and R 3a independently is hydrogen or an organic group, X is a single bond or a bonding chain, and each of R 4a, R 5a and R 6a independently is hydrogen or an organic group; wherein R b is an alkylene group having up to 12 carbon atoms, R 1b is hydrogen or a C 1 -C 6 alkyl group, R 2b is an olefinically unsaturated, electron-withdrawing, crosslinkable functional group, and R 3b is hydrogen, a C 1 -C 6 alkyl group or a cycloalkyl group; wherein the contents of units of formulae and are measured by 1 H-NMR in d 6 -DMSO under the conditions of example 2. each of R 1a, R 2a and R 3a independently is hydrogen or an organic group, X is a single bond or a bonding chain, and each of R 4a, R 5a and R 6a independently is hydrogen or an organic group; R b is an alkylene group having up to 12 carbon atoms, R 1b is hydrogen or a C 1 -C 6 alkyl group, R 2b is an olefinically unsaturated, electron-withdrawing, crosslinkable functional group, and R 3b is hydrogen, a C 1 -C 6 alkyl group or a cycloalkyl group;
An image capturing apparatus, comprising: an image capturing section configured to capture an image of light and obtain image data; an image display section configured to display the image data obtained by the image capturing section, with a predetermined size corresponding to a size of a display screen; a storage section configured to store the image data obtained by the image capturing section; an interface section configured to be connectable to an external storage device; and a control section configured to cause the image data obtained by the image capturing section to be stored to the external storage device connected through the interface section, and after the captured image data are stored to the external storage device, if an automatic sub-image creation is turned on, the control section is configured to automatically convert the image data to image data having a smaller size and to automatically store the converted image to the storage section, characterized in that when the image capturing section has obtained image data having an aspect ratio different from that of a display screen of the image display section, the control section causes the image data to be stored to the storage section without conversion. an image capturing section configured to capture an image of light and obtain image data; an image display section configured to display the image data obtained by the image capturing section, with a predetermined size corresponding to a size of a display screen; a storage section configured to store the image data obtained by the image capturing section; an interface section configured to be connectable to an external storage device; and a control section configured to cause the image data obtained by the image capturing section to be stored to the external storage device connected through the interface section, and after the captured image data are stored to the external storage device, if an automatic sub-image creation is turned on, the control section is configured to automatically convert the image data to image data having a smaller size and to automatically store the converted image to the storage section, characterized in that when the image capturing section has obtained image data having an aspect ratio different from that of a display screen of the image display section, the control section causes the image data to be stored to the storage section without conversion.
Device for plasma treatment of surfaces, in particular of skin, comprising - a housing - a plasma source associated with the housing, and - at least one spacer device, by means of which a distance (d) between the plasma source and a surface being treated can be maintained at least in certain regions, wherein - the plasma source comprises two electrodes (7, 9), wherein - the housing comprises the two electrodes (7, 9), wherein - the spacer device is provided on the housing and/or the plasma source, wherein - the spacer device is configured to be adjustable in such a way that - the distance (d) can be varied by means of the spacer device in such a way that a preferred plasma chemistry can be selected at the location of the surface being treated, wherein - a distance of 4 to 30 mm can be set by means of the spacer device. - a housing - a plasma source associated with the housing, and - at least one spacer device, by means of which a distance (d) between the plasma source and a surface being treated can be maintained at least in certain regions, wherein - the plasma source comprises two electrodes (7, 9), wherein - the housing comprises the two electrodes (7, 9), wherein - the spacer device is provided on the housing and/or the plasma source, wherein - the spacer device is configured to be adjustable in such a way that - the distance (d) can be varied by means of the spacer device in such a way that a preferred plasma chemistry can be selected at the location of the surface being treated, wherein - a distance of 4 to 30 mm can be set by means of the spacer device.
A method of manufacturing a portion of a wind turbine blade, the method comprising: providing one or more fibre layers in a mould for forming the blade portion, arranging a plurality of pre impregnated metal inserts on top of the fibre layers at a blade root portion of the mould, wherein the pre impregnated metal inserts have previously been obtained by providing a metal insert comprising an outer surface and an open end adapted to receive a fastening element for attachment to a wind turbine rotor hub, covering the outer surface of the metal insert with one or more resin pre impregnated fibre layers, and heating for curing such that a resin impregnated fibre layer adheres to the outer surface of the metal insert, and the method further comprising: providing further fibre layers on top of the pre impregnated metal inserts, introducing a resin in the mould using an infusion technique, and curing the resin such that the pre impregnated metal inserts are joined to the fibre layers. providing one or more fibre layers in a mould for forming the blade portion, arranging a plurality of pre impregnated metal inserts on top of the fibre layers at a blade root portion of the mould, wherein the pre impregnated metal inserts have previously been obtained by providing a metal insert comprising an outer surface and an open end adapted to receive a fastening element for attachment to a wind turbine rotor hub, covering the outer surface of the metal insert with one or more resin pre impregnated fibre layers, and heating for curing such that a resin impregnated fibre layer adheres to the outer surface of the metal insert, providing a metal insert comprising an outer surface and an open end adapted to receive a fastening element for attachment to a wind turbine rotor hub, covering the outer surface of the metal insert with one or more resin pre impregnated fibre layers, and heating for curing such that a resin impregnated fibre layer adheres to the outer surface of the metal insert, providing further fibre layers on top of the pre impregnated metal inserts, introducing a resin in the mould using an infusion technique, and curing the resin such that the pre impregnated metal inserts are joined to the fibre layers.
A laser device including: a semiconductor waveguide containing a gain element and limited by rear and front facets (16, 18) of the semiconductor waveguide, a face of the front facet of the semiconductor waveguide being arranged non-orthogonal to a propagation direction of a laser mode; an optical fiber waveguide with a fiber lens coupling radiation between the optical fiber and the front facet of the semiconductor waveguide; and a wavelength-selective reflector arranged within the optical fiber to form a laser cavity between the rear facet and the wavelength-selective reflector; wherein the fiber lens has a planar face arranged non-orthogonal to the propagation direction and parallel to the face of the front facet of the semiconductor waveguide. a semiconductor waveguide containing a gain element and limited by rear and front facets (16, 18) of the semiconductor waveguide, a face of the front facet of the semiconductor waveguide being arranged non-orthogonal to a propagation direction of a laser mode; an optical fiber waveguide with a fiber lens coupling radiation between the optical fiber and the front facet of the semiconductor waveguide; and a wavelength-selective reflector arranged within the optical fiber to form a laser cavity between the rear facet and the wavelength-selective reflector; wherein the fiber lens has a planar face arranged non-orthogonal to the propagation direction and parallel to the face of the front facet of the semiconductor waveguide.
An electronic cigarette comprising: a cartridge; a body; characterized in that the electronic cigarette further comprises a system for wireless communication comprising: a tag having a first antenna, said tag being carried by the cartridge; a reader included in said system for wireless communication and having a second antenna made of a planar coil and carried by said body, wherein the first antenna comprises: a first planar coil; and a second planar coil; the first and second planar coils of said first antenna being electrically connected in series, placed on two opposite sides of the cartridge, said coils being mechanically face to face; and the cartridge being removable from the body but having always the same position with respect to the body, when mounted on it, such that the distance between the first antenna and the second antenna is then constant, the second antenna having a central axis perpendicular to the central axis of the coils (62, 64) of the first antenna. a cartridge; a body; characterized in that the electronic cigarette further comprises a system for wireless communication comprising: a tag having a first antenna, said tag being carried by the cartridge; a reader included in said system for wireless communication and having a second antenna made of a planar coil and carried by said body, wherein the first antenna comprises: a first planar coil; and a second planar coil; the first and second planar coils of said first antenna being electrically connected in series, placed on two opposite sides of the cartridge, said coils being mechanically face to face; and the cartridge being removable from the body but having always the same position with respect to the body, when mounted on it, such that the distance between the first antenna and the second antenna is then constant, the second antenna having a central axis perpendicular to the central axis of the coils (62, 64) of the first antenna. a tag having a first antenna, said tag being carried by the cartridge; a reader included in said system for wireless communication and having a second antenna made of a planar coil and carried by said body, wherein the first antenna comprises: a first planar coil; and a second planar coil; a first planar coil; and a second planar coil; the first and second planar coils of said first antenna being electrically connected in series, placed on two opposite sides of the cartridge, said coils being mechanically face to face; and the cartridge being removable from the body but having always the same position with respect to the body, when mounted on it, such that the distance between the first antenna and the second antenna is then constant, the second antenna having a central axis perpendicular to the central axis of the coils (62, 64) of the first antenna.