mhurhangee/ep-ind-claims huggingface dataset:
An x-ray gun comprising: an electron beam generator and an x-ray emission target rotatably positioned such that electrons from the electron beam generator irradiate a portion of an annular target region while the target rotates, the rotary x-ray emission target comprising: a support hub defining a predetermined axis of rotation of the target; and a plurality of target plates, each consisting of target material, supported on the hub, wherein the plates are arranged on the hub to provide the annular target region about the axis of rotation, wherein: the hub has a first radially inner region of relatively reduced thickness and a second radially outward region of relatively increased thickness, and the relatively reduced thickness of the first region defines a recess in an axial face of the hub, characterised in that: the second region is provided with a plurality of radially-extending passages for cooling fluid; and the plurality of passages (521a, 521b) terminate in corresponding ports provided in a circumferential wall of the recess. a support hub defining a predetermined axis of rotation of the target; and a plurality of target plates, each consisting of target material, supported on the hub, wherein the plates are arranged on the hub to provide the annular target region about the axis of rotation, wherein: the hub has a first radially inner region of relatively reduced thickness and a second radially outward region of relatively increased thickness, and the relatively reduced thickness of the first region defines a recess in an axial face of the hub, characterised in that: the second region is provided with a plurality of radially-extending passages for cooling fluid; and the plurality of passages (521a, 521b) terminate in corresponding ports provided in a circumferential wall of the recess. the hub has a first radially inner region of relatively reduced thickness and a second radially outward region of relatively increased thickness, and the relatively reduced thickness of the first region defines a recess in an axial face of the hub, characterised in that: the second region is provided with a plurality of radially-extending passages for cooling fluid; and the plurality of passages (521a, 521b) terminate in corresponding ports provided in a circumferential wall of the recess. the second region is provided with a plurality of radially-extending passages for cooling fluid; and the plurality of passages (521a, 521b) terminate in corresponding ports provided in a circumferential wall of the recess.
A rotor for a hover-capable aircraft, comprising: - a hub rotatable about a first axis and, in turn, comprising a plurality of blades; - a mast connectable to a drive member of said aircraft and operatively connected to said hub to drive the hub in rotation about said axis; and damping means to dampen the transmission of vibrations to said mast, which comprise a mass designed to oscillate, in use, in a plane transversal to said axis so as to contain, in use, the flexural vibrations of said mast generated by rotation of the blades; said damping means further comprising elastic means possessing a desired stiffness along said axis and operatively connected to said mass to contain, in use, the vibration of said mast along said axis; said damping means further comprising a first elastic element supported by said mast and designed to flexurally oscillate in a plane transversal to said axis; said first elastic element extending along said axis; said elastic means also being interposed between said mass and said first elastic element; characterized in that said elastic means comprise at least a second elastic element with a serpentine-like shape, having a plurality of first sections extending mainly radially with respect to said axis alternating with a plurality of second sections extending mainly parallel to said axis. - a hub rotatable about a first axis and, in turn, comprising a plurality of blades; - a mast connectable to a drive member of said aircraft and operatively connected to said hub to drive the hub in rotation about said axis; and
A method of interaction between at least one pointing and control device and a system of representation of a geographical area comprising a terrain, the system of representation comprising a support and a plurality of elements movable in translation with respect to the support along a direction of elevation, each movable element comprising a head having at least one display face forming a part of said terrain, the pointing and control device being movable with respect to the system of representation, the interaction method comprising the following steps: - acquisition of a translational position of each movable element, - reception of a measurement of a position and of an orientation of the pointing and control device with respect to the system of representation, - determination, depending on said measurement and of the translational position of each movable element, of a three-dimensional position forming an intersection between a virtual line extending from the pointing and control device, and the terrain, - development of a display signal according to the three-dimensional position for a display of at least one image of the geographical area on each display, the step of developing the display signal comprising a computation of image deformation in order to obtain said image, adapted to the translation position of each movable element, the computation of image deformation preferentially comprising an anamorphosis processing. - acquisition of a translational position of each movable element, - reception of a measurement of a position and of an orientation of the pointing and control device with respect to the system of representation, - determination, depending on said measurement and of the translational position of each movable element, of a three-dimensional position forming an intersection between a virtual line extending from the pointing and control device, and the terrain, - development of a display signal according to the three-dimensional position for a display of at least one image of the geographical area on each display,
Cleaning unit for cleaning a sensor window pane of an optical sensing device of a motor vehicle, said cleaning unit comprising a wiper blade, the cleaning unit further comprising at least a first scraper for scraping impediments off the wiper blade, wherein the cleaning unit is arranged for wiping the wiper blade over the sensor window pane, said cleaning unit further being arranged for moving the wiper blade with respect to and along the first scraper and/or the first scraper with respect to and along the wiper blade for scraping impediments off the wiper blade, characterised in that the cleaning unit comprises a wipe off surface, and wherein the cleaning unit is arranged for allowing the wiper blade tip to sweep over said wipe off surface, wherein the wipe off surface is spaced apart from a first scraper edge, wherein the cleaning unit further comprises a further scraper, wherein the sensor window pane extends substantially upwardly, wherein the further scraper is located at a height level below a lower end of the sensor window pane, wherein the further scraper includes a further scraping edge and a lower face, said lower face extends from said further scraping edge and slopes away in a backward direction towards the virtual plane in which the outer face of the sensor window pane extends.
Confined pressure compaction procedure for ferrous sulphate heptahydrate-based compositions, characterised in that it consists of at least the following steps: a) supplying a mass of ferrous sulphate heptahydrate. b) adding an additive with drying properties capable to reduce the plastic phase of the ferrous sulphate heptahydrate by capturing hydration water. c) confined pressure compacting using roller-type compactors wherein the rollers are ribbed rollers. d) conditioning the end product by cooling, screening and polish. a) supplying a mass of ferrous sulphate heptahydrate. b) adding an additive with drying properties capable to reduce the plastic phase of the ferrous sulphate heptahydrate by capturing hydration water. c) confined pressure compacting using roller-type compactors wherein the rollers are ribbed rollers. d) conditioning the end product by cooling, screening and polish.
Device for degassing a liquid from a liquid-conveying heating or coolant circuit or a make-up line to the heating or coolant circuit, comprising a degassing device for removing gas from a liquid by alternately generating negative pressure and overpressure, wherein the degassing device comprises a degassing vessel, a feed line for feeding the liquid to the degassing vessel, a discharge line for removing the liquid from the degassing vessel, which discharge line has a pump and can be connected to the heating or coolant circuit, and a degassing valve unit, which enables the withdrawal of gas from the degassing vessel, but prevents the throughflow of liquid from the degassing vessel and the return flow of gas if there is negative pressure in the degassing vessel, characterised in that the device comprises a hydrocyclone for generating a vortex flow of liquid, wherein the hydrocyclone is connected on the one hand to the degassing device and on the other hand to a feed line for supplying the liquid, which feed line can be connected to the heating or coolant circuit or to the make-up line, and comprises a control unit (41, 43) for controlling the fluid supply or fluid removal.
Method for operating a combined casting and rolling installation, wherein molten steel is cast in a continuous casting machine to form an endless strand with a slab cross section, preferably a thin slab cross section, the strand is rough-rolled in a rough rolling train to form a roughed strip, the roughed strip is finish-rolled in a finishing rolling train to form a finished strip, and the finished strip is discharged in the form of a plate or coil after being cooled down, wherein the two broad sides of the strand are coated with a coating material either in the continuous casting machine or after leaving the continuous casting machine, characterized in that: during the coating, the strand has a surface temperature T Surf of 1150°C > T Surf > 900°C and the coating material impedes the diffusion of oxygen (O 2) into the strand or reduces the reactivity of the hot broad sides, and the coated strand enters the rough rolling train without being descaled. wherein molten steel is cast in a continuous casting machine to form an endless strand with a slab cross section, preferably a thin slab cross section, the strand is rough-rolled in a rough rolling train to form a roughed strip, the roughed strip is finish-rolled in a finishing rolling train to form a finished strip, and the finished strip is discharged in the form of a plate or coil after being cooled down, wherein the two broad sides of the strand are coated with a coating material either in the continuous casting machine or after leaving the continuous casting machine, characterized in that: during the coating, the strand has a surface temperature T Surf of 1150°C > T Surf > 900°C and the coating material impedes the diffusion of oxygen (O 2) into the strand or reduces the reactivity of the hot broad sides, and the coated strand enters the rough rolling train without being descaled.
An audio encoder operating on overlapped frames of an audio signal, said audio encoder comprising: a time-domain aliasing unit configured to generate a time-domain aliased frame having a length N based on an overlapped frame having a length 2N; a time-segmentation unit configured to generate, based on the time-domain aliased frame of length N, a selectable number of overlapped segments, where said selectable number is equal to or greater than 2, said time-segmentation unit being configured for producing a frame having a length larger than N based on the time-domain aliased frame and then dividing the resulting produced frame into overlapped segments each having a length equal to or smaller than N; and a transform coder configured to perform segmented spectral analysis based on said overlapped segments by applying, on each of said overlapped segments, a Modified Discrete Cosine Transform, MDCT, adapted to obtain, for each segment, a corresponding set of spectral coefficients representative of the frequency content of the segment. a time-domain aliasing unit configured to generate a time-domain aliased frame having a length N based on an overlapped frame having a length 2N; a time-segmentation unit configured to generate, based on the time-domain aliased frame of length N, a selectable number of overlapped segments, where said selectable number is equal to or greater than 2, said time-segmentation unit being configured for producing a frame having a length larger than N based on the time-domain aliased frame and then dividing the resulting produced frame into overlapped segments each having a length equal to or smaller than N; and a transform coder configured to perform segmented spectral analysis based on said overlapped segments by applying, on each of said overlapped segments, a Modified Discrete Cosine Transform, MDCT, adapted to obtain, for each segment, a corresponding set of spectral coefficients representative of the frequency content of the segment.
A device for winding and unwinding a cable comprising a winch comprising a chassis, drive means and a drum, the drive means comprising an electric motor for rotating the drum relative to the chassis, means for rotationally locking/releasing the drum relative to the chassis to allow the drum to be rotationally immobilised and released relative to the chassis, the locking/releasing means comprising a first induction coil, called locking/releasing coil, the locking/releasing means being configured so as to immobilise the drum relative to the chassis when the locking/releasing coil is not electrically powered, characterised in that the device further comprises a second induction coil, called counter-reaction coil, the counter-reaction coil being electrically powered, dimensioned and arranged so that the magnetic field generated by the assembly formed by the locking and counter-reaction coils, when the locking/releasing coil is electrically powered, is less than the magnetic field generated by the locking/releasing coil at a point located at a predetermined distance from the winch, the energising and de-energising of the power supply of the counter-reaction coil being synchronised with the energising and, respectively, de-energising of the power supply of the locking/releasing coil.
A method, comprising: detecting (206, 208, 306, 308) a focus of attention of an observer of an anatomical image of a set of images; determining, in response to the detected focus of attention, that a location of the anatomical image includes tissue with a finding of interest; identifying (210, 310) an anatomical image, from an earlier acquired imaging data set, with a same portion of tissue as the displayed image; and visually displaying (214, 314) graphical indicia, concurrently with the displayed image, that identifies the earlier acquired image. detecting (206, 208, 306, 308) a focus of attention of an observer of an anatomical image of a set of images; determining, in response to the detected focus of attention, that a location of the anatomical image includes tissue with a finding of interest; identifying (210, 310) an anatomical image, from an earlier acquired imaging data set, with a same portion of tissue as the displayed image; and visually displaying (214, 314) graphical indicia, concurrently with the displayed image, that identifies the earlier acquired image.
An illuminated vanity mirror comprising: a housing; a front mirror panel connected to the housing; a frame connected to the housing and positioned behind the front mirror panel; and a light emitter connected to frame, wherein the light emitter includes a plurality of LEDs facing away from the front mirror panel, wherein the LEDs are positioned to direct emitted light toward the housing and wherein the emitted light is redirected through the front mirror panel, wherein the frame includes a first side wall and a second side wall extending from the first side wall at an oblique angle, and wherein the light emitter is connected to the second side wall. a housing; a front mirror panel connected to the housing; a frame connected to the housing and positioned behind the front mirror panel; and a light emitter connected to frame, wherein the light emitter includes a plurality of LEDs facing away from the front mirror panel, wherein the LEDs are positioned to direct emitted light toward the housing and wherein the emitted light is redirected through the front mirror panel, wherein the frame includes a first side wall and a second side wall extending from the first side wall at an oblique angle, and wherein the light emitter is connected to the second side wall.
A method for providing an intelligent signage service, the method comprising: receiving a notification at an intelligent signage device that a personal device is within an area of the intelligent signage device; establishing a connection from the intelligent signage device to the personal device; receiving user data from the personal device via the connection, the user data including user movement, the user movement including positions of the user over time within a second area, the second area being a building containing the intelligent signage device; determining a set of display options based on the user data, a member of the set of display options corresponding to an offer for a product selected because it is in an area of the second area that the user has not visited within a time period based on the user movement; and displaying the member of the set of display options on the intelligent signage device. receiving a notification at an intelligent signage device that a personal device is within an area of the intelligent signage device; establishing a connection from the intelligent signage device to the personal device; receiving user data from the personal device via the connection, the user data including user movement, the user movement including positions of the user over time within a second area, the second area being a building containing the intelligent signage device; determining a set of display options based on the user data, a member of the set of display options corresponding to an offer for a product selected because it is in an area of the second area that the user has not visited within a time period based on the user movement; and displaying the member of the set of display options on the intelligent signage device.
A power tool (10, 210) comprising: a housing (14, 214) having a first housing portion (28a, 228a) and a second housing portion (28b, 228b) coupled to the first housing portion (28a, 228a); a motor (42, 242) directly mounted within the housing (14, 214) between the first and second housing portions (28a, 28b, 228a, 228b) and including an output shaft (50, 250), the output shaft (50, 250) defining an axis (54, 254); a gear assembly (66, 266) supported within the housing (14, 214) and operably coupled to the motor (42, 242), the gear assembly (66, 266) including a ring gear (90, 290) directly supported by the first and second housing portions (28a, 28b, 228a, 228b), a pinion gear (82, 282) coupled for co-rotation with the output shaft (50, 250), and a plurality of planet gears (86, 286) meshed with the pinion gear (82, 282) and the ring gear (90, 290); and a drive assembly (70, 270) operably coupled to the gear assembly (66, 266), the drive assembly (70, 270) including a camshaft (94, 294), an anvil (126, 326), a hammer (130, 330) configured to reciprocate along the camshaft (94, 294) to impart rotational impacts to the anvil (126, 326) in response to rotation of the camshaft (94, 294), and a spring (134, 334) biasing the hammer (130, 330) towards the anvil (126, 326), characterized in that the ring gear (90, 290) includes a plurality of lugs (170, 240, 240b) engaged with the first housing portion (28a, 228a) and the second housing portion (28b, 228b) to rotationally constrain the ring gear (90, 290). a housing (14, 214) having a first housing portion (28a, 228a) and a second housing portion (28b, 228b) coupled to the first housing portion (28a, 228a); a motor (42, 242) directly mounted within the housing (14, 214) between the first and second housing portions (28a, 28b, 228a, 228b) and including an output shaft (50, 250), the output shaft (50, 250) defining an axis (54, 254); a gear assembly (66, 266) supported within the housing (14, 214) and operably coupled to the motor (42, 242), the gear assembly (66, 266) including a ring gear (90, 290) directly supported by the first and second housing portions (28a, 28b, 228a, 228b), a pinion gear (82, 282) coupled for co-rotation with the output shaft (50, 250), and a plurality of planet gears (86, 286) meshed with the pinion gear (82, 282) and the ring gear (90, 290); and a drive assembly (70, 270) operably coupled to the gear assembly (66, 266), the drive assembly (70, 270) including a camshaft (94, 294), an anvil (126, 326), a hammer (130, 330) configured to reciprocate along the camshaft (94, 294) to impart rotational impacts to the anvil (126, 326) in response to rotation of the camshaft (94, 294), and a spring (134, 334) biasing the hammer (130, 330) towards the anvil (126, 326), characterized in that the ring gear (90, 290) includes a plurality of lugs (170, 240, 240b) engaged with the first housing portion (28a, 228a) and the second housing portion (28b, 228b) to rotationally constrain the ring gear (90, 290).
Use of a preservative solution for low temperature preservation conducted between 20°C and -196°C of animal or human organs and animal or plant tissues or cells, the solution containing a rare sugar, wherein the rare sugar is D-allose.