mhurhangee/ep-ind-claims huggingface dataset:
Electrical connection element containing a copper/zinc alloy, comprising (in % by weight): from 28.0 to 36.0% Zn, from 0.5 to 1.5% Si, from 1.5 to 2.5% Mn, from 0.2 to 1.0% Ni, from 0.5 to 1.5% Al, from 0.1 to 1.0% Fe, optionally also up to a maximum of 0.1% Pb, optionally also up to a maximum of 0.1% P, optionally also up to 0.08% S, the balance being Cu and inevitable impurities, characterised in that - iron/nickel/manganese-containing mixed silicides are incorporated in the matrix, - in that the structure comprises an α-matrix, in which deposits of β-phase of from 5 to 45% by volume and iron/nickel/manganese-containing mixed silicides at up to 20% by volume are contained, - in that in the structure the iron/nickel/manganese-containing mixed silicides are present in stalk-like form and iron/nickel-enriched mixed silicides are present in globular form. from 28.0 to 36.0% Zn, from 0.5 to 1.5% Si, from 1.5 to 2.5% Mn, from 0.2 to 1.0% Ni, from 0.5 to 1.5% Al, from 0.1 to 1.0% Fe, optionally also up to a maximum of 0.1% Pb, optionally also up to a maximum of 0.1% P, optionally also up to 0.08% S, the balance being Cu and inevitable impurities, - iron/nickel/manganese-containing mixed silicides are incorporated in the matrix, - in that the structure comprises an α-matrix, in which deposits of β-phase of from 5 to 45% by volume and iron/nickel/manganese-containing mixed silicides at up to 20% by volume are contained, - in that in the structure the iron/nickel/manganese-containing mixed silicides are present in stalk-like form and iron/nickel-enriched mixed silicides are present in globular form.
A method for manufacturing a fertiliser based on ground feathers, comprising the following steps: - producing an intermediate composition comprising: ∘ ground feathers, ∘ a binder based on lignin sulfonate, ∘ an anti-adhesive, ∘ a filler, the distribution being 70% to 80% feathers and 20% to 30% admixed binder comprising the lignin sulfonate, the anti-adhesive and the filler, ∘ water, - mixing the intermediate composition, - extruding/granulating the intermediate composition, while cooling the extruder die in order to maintain the composition between 73°C and 135°C, and - extracting the excess water during said extrusion/granulation so as to obtain organic fertiliser granules. - producing an intermediate composition comprising: ∘ ground feathers, ∘ a binder based on lignin sulfonate, ∘ an anti-adhesive, ∘ a filler, the distribution being 70% to 80% feathers and 20% to 30% admixed binder comprising the lignin sulfonate, the anti-adhesive and the filler, ∘ water, ∘ ground feathers, ∘ a binder based on lignin sulfonate, ∘ an anti-adhesive, ∘ a filler, ∘ water, - mixing the intermediate composition, - extruding/granulating the intermediate composition, while cooling the extruder die in order to maintain the composition between 73°C and 135°C, and - extracting the excess water during said extrusion/granulation so as to obtain organic fertiliser granules.
A hard disk data recovery method, wherein the method is applied to a storage controller and the method comprises: recording a logical block address corresponding to erroneous data and existing in a hard disk if an error is discovered when data is read from the hard disk; performing a recovery operation for data at a first physical block address corresponding to the logical block address according to a preset algorithm to obtain recovered data; and sending an instruction of writing the recovered data into the logical block address to the hard disk so that the hard disk writes the recovered data into the logical block address according to the instruction, wherein the logical block address corresponds to a remapped second physical block address, characterized in that a remapping operation is triggered upon receiving the said instruction of writing the recovered data into the logical block address to the hard disk, wherein the remapping operation comprises: wherein the recovered data obtained by a recovering module is written into the remapped second physical block address and wherein a logical-block-address-to-physical-block-address mapping table is refreshed so that the second physical block address replaces the first physical block address, wherein a hard disk storage area corresponding to the second physical block address exists in a redundant area of the hard disk. recording a logical block address corresponding to erroneous data and existing in a hard disk if an error is discovered when data is read from the hard disk; performing a recovery operation for data at a first physical block address corresponding to the logical block address according to a preset algorithm to obtain recovered data; and sending an instruction of writing the recovered data into the logical block address to the hard disk so that the hard disk writes the recovered data into the logical block address according to the instruction, wherein the logical block address corresponds to a remapped second physical block address, characterized in that a remapping operation is triggered upon receiving the said instruction of writing the recovered data into the logical block address to the hard disk, wherein the remapping operation comprises: wherein the recovered data obtained by a recovering module is written into the remapped second physical block address and wherein a logical-block-address-to-physical-block-address mapping table is refreshed so that the second physical block address replaces the first physical block address, wherein a hard disk storage area corresponding to the second physical block address exists in a redundant area of the hard disk. wherein the recovered data obtained by a recovering module is written into the remapped second physical block address and wherein a logical-block-address-to-physical-block-address mapping table is refreshed so that the second physical block address replaces the first physical block address, wherein a hard disk storage area corresponding to the second physical block address exists in a redundant area of the hard disk.
Extendable lattice type crane boom for a crane, the boom comprising a lattice type base boom section and at least one lattice type telescopic boom section, wherein the at least one telescopic boom section is adjustable with respect to the base boom section between a retracted position, in which the telescopic boom section is substantially inside of the base boom section, and an extended position, in which the telescopic boom section is at least partly outside of the base boom section, further comprising a locking system configured to lock the at least one telescopic boom section with respect to the base boom section in at least the extended position, wherein said locking system includes a plurality of pins (24, 26), each pin being configured to extend, in at least the extended position of the boom, at least partly through a corresponding pin receiving aperture (25, 25b) provided in one of the base boom section and the at least one telescopic boom section, wherein the plurality of pins comprise at least one primary pin adapted to be received in a corresponding primary pin receiving apertures, and at least one secondary pin adapted to be received in a corresponding secondary pin receiving aperture, characterized in that the at least one primary pin receiving aperture is egg-shaped or droplet shaped such that the pin can be received at the larger part of the said aperture and then, upon further locking of the connection, the pin moves to the smaller part of the said aperture as to align and lock the pin in the aperture such that a size of the at least one primary pin receiving aperture is substantially larger than a cross-sectional dimension of a corresponding primary pin for engaging in the primary pin receiving aperture.
A reticle comprising a circle with a gap (10, 20, 30, 40) in quadrant 1, quadrant 2, quadrant 3, and quadrant 4 of the circle, a first aiming point in the inner portion of the circle, wherein the first aiming point is a shape or a number or a letter, a second aiming point located at the bottom of the circle, wherein the second aiming point is a shape or a number or a letter, and a horizontal line (50, 60) extending outward from a right and a left portion of the circle, wherein the horizontal line does not extend to the inner portion of the circle.
A system for de-icing a fan of a gas turbine engine, comprising: a fan; a nosecone which is configured to remain stationary about a longitudinal axis of the gas turbine engine; an electrical coil mounted to a non-rotating surface of the nosecone; a magnet mounted to a rotating surface of the fan, the rotating surface operatively associated with a rotating element of the gas turbine engine such that the rotating surface rotates relative to the non-rotating surface of the nosecone during operation of the fan, the magnet and the electrical coil thereby producing electricity during operation of the fan; and a heating element operatively associated with a surface on the fan, the heating element being powered by the electricity produced by the magnet and the electrical coil. a fan; a nosecone which is configured to remain stationary about a longitudinal axis of the gas turbine engine; an electrical coil mounted to a non-rotating surface of the nosecone; a magnet mounted to a rotating surface of the fan, the rotating surface operatively associated with a rotating element of the gas turbine engine such that the rotating surface rotates relative to the non-rotating surface of the nosecone during operation of the fan, the magnet and the electrical coil thereby producing electricity during operation of the fan; and a heating element operatively associated with a surface on the fan, the heating element being powered by the electricity produced by the magnet and the electrical coil.
A catheter device having a shaft that extends from a proximal end to a distal end to carry on its distal end a self-expanding implant for intraluminal advance on a guidewire and delivery of the implant to a stenting site by proximal withdrawal of a sheath that lies radially outside the implant in the catheter, the catheter including a first shaft element to pull the sheath proximally and a second shaft element (42, 52) to push the implant distally to prevent the implant moving proximally with the sheath when the sheath is pulled proximally, wherein i) the shaft defines a flushing lumen ii) the shaft defines a proximal guidewire exit port that is distal of the proximal end of the shaft, for rapid exchange of the catheter with respect to the guidewire, and characterized in that: iii) the first shaft element is a pull wire iv) the second shaft element is a pusher tube. i) the shaft defines a flushing lumen ii) the shaft defines a proximal guidewire exit port that is distal of the proximal end of the shaft, for rapid exchange of the catheter with respect to the guidewire, and characterized in that: iii) the first shaft element is a pull wire iv) the second shaft element is a pusher tube.
A method for reconstructing an image based on spectral image data acquired for at least two different effective energies, wherein the spectral image data is acquired from a spectral Computed Tomography, CT, system, and wherein the method comprises: - obtaining a first set of spectral image data related to an object to be imaged and a second set of spectral image data related to a calibration phantom including at least one reference material; - performing basis decomposition based on the first set of spectral image data to provide estimated basis images of the object to be imaged with respect to associated basis functions; - performing basis decomposition based on the second set of spectral image data to provide calibrated estimates of reference basis coefficients corresponding to said at least one reference material; and - determining image values representing the object to be imaged based on a system model of an imaging system to be emulated, the estimated basis images and their associated basis functions, and the calibrated estimates of reference basis coefficients, wherein the imaging system to be emulated is a conventional non-spectral CT system, wherein the determined image values are represented by modified synthetic Hounsfield units, which are Hounsfield units determined based on basis decomposition and with respect to the calibrated estimates of reference basis coefficients. - obtaining a first set of spectral image data related to an object to be imaged and a second set of spectral image data related to a calibration phantom including at least one reference material; - performing basis decomposition based on the first set of spectral image data to provide estimated basis images of the object to be imaged with respect to associated basis functions; - performing basis decomposition based on the second set of spectral image data to provide calibrated estimates of reference basis coefficients corresponding to said at least one reference material; and - determining image values representing the object to be imaged based on a system model of an imaging system to be emulated, the estimated basis images and their associated basis functions, and the calibrated estimates of reference basis coefficients, wherein the imaging system to be emulated is a conventional non-spectral CT system, wherein the determined image values are represented by modified synthetic Hounsfield units, which are Hounsfield units determined based on basis decomposition and with respect to the calibrated estimates of reference basis coefficients.
A non-woven fabric sheet having mutually perpendicular longitudinal, transverse and thickness directions, having a front surface and an opposing surface thereto in the form of a back surface in the direction of thickness, and having ridges and grooves alternately formed so as to extend mutually in parallel in the longitudinal direction so as to form repeated undulations in the transverse direction; wherein, the non-woven fabric sheet has a bottom surface that contacts a horizontal surface when placed on the horizontal surface with the back surface, which is the opposing surface of the front surface that contacts the skin of a wearer, facing down, sites (3a, 3b) where the height from the bottom surface is relatively high and low sites corresponding to the bottom surface are alternately formed along the longitudinal direction on the back surface of the grooves, openings are formed at least in the sites where the height from the bottom surface is relatively high, and a space is provided below the openings; and the back surface of the non-woven fabric sheet has a bottom surface B 0 and a surface B 1 of a height b 1 from the bottom surface, the bottom surface B 0 and the surface B 1 are arranged in a staggered pattern, each bottom surface B 0 is separated from the adjacent bottom surface B 0, and each surface B 1 is connected to four adjacent surfaces B 1.
A valve arrangement for a pressurized fluid source, the valve arrangement comprising: a valve housing comprising an inlet, an outlet, and a main fluid channel extending along a longitudinal axis of the valve housing; a spool located in the main fluid channel, the spool configured to translate along the longitudinal axis of the valve housing; a poppet valve located around the spool, the poppet valve configured to translate along the longitudinal axis of the valve housing; and a fluid feed channel, characterised in that the fluid feed channel is fluidly disconnected from the inlet of the valve housing when the spool is in a closed position, the fluid feed channel is fluidly connected with the inlet of the valve housing when the spool is in an open position, the outlet is fluidly connected with the inlet of the valve housing by the fluid feed channel when the spool is in the open position, and the poppet valve regulates a flow of a fluid from the inlet to the outlet when the spool is in the open position. a valve housing comprising an inlet, an outlet, and a main fluid channel extending along a longitudinal axis of the valve housing; a spool located in the main fluid channel, the spool configured to translate along the longitudinal axis of the valve housing; a poppet valve located around the spool, the poppet valve configured to translate along the longitudinal axis of the valve housing; and a fluid feed channel, characterised in that the fluid feed channel is fluidly disconnected from the inlet of the valve housing when the spool is in a closed position, the fluid feed channel is fluidly connected with the inlet of the valve housing when the spool is in an open position, the outlet is fluidly connected with the inlet of the valve housing by the fluid feed channel when the spool is in the open position, and the poppet valve regulates a flow of a fluid from the inlet to the outlet when the spool is in the open position. the fluid feed channel is fluidly disconnected from the inlet of the valve housing when the spool is in a closed position, the fluid feed channel is fluidly connected with the inlet of the valve housing when the spool is in an open position, the outlet is fluidly connected with the inlet of the valve housing by the fluid feed channel when the spool is in the open position, and the poppet valve regulates a flow of a fluid from the inlet to the outlet when the spool is in the open position.
Machine for launching discoid targets (2, 3) for archery, comprising a launch housing extending along a substantially vertical launching plane suitable for receiving a first target comprising two parallel faces and an edge separating the two parallel faces, a launching device suitable for moving at least partially in the launch housing and suitable for launching the first target from the launch housing, and a feed charger extending along a sliding plane also known as the feed plane suitable for storing at least one second target comprising two parallel faces and an edge separating the two parallel faces pending loading in the launch housing, characterised in that the supply charger opens into the launch housing at the first target suitable for being received such that the second target is suitable for being held in the supply charger and rests by contact of the edge thereof on an upper edge of the first target which opposes at least partially gravity and that the feed plane and the launching plane form an angle greater than or equal to 5° and less than or equal to 45°.
An electric brake system for an electric vehicle, comprising: an inductor, in a spherical shape, formed so that a drive axle penetrates through a center portion of the inductor; a plurality of springs inserted into holes defined in the inductor; an armature, in a disk shape, provided to contact the spring; a friction disk mounted on a side of a motor; and a brake member disposed between the motor and the friction disk, characterized in that a braking force is generated by operating the friction disk toward the armature, wherein the brake member operates the friction disk toward the armature. an inductor, in a spherical shape, formed so that a drive axle penetrates through a center portion of the inductor; a plurality of springs inserted into holes defined in the inductor; an armature, in a disk shape, provided to contact the spring; a friction disk mounted on a side of a motor; and a brake member disposed between the motor and the friction disk, characterized in that a braking force is generated by operating the friction disk toward the armature, wherein the brake member operates the friction disk toward the armature.
A method of manufacturing a three-dimensional object comprising: imparting a first liquid having a first composition including a solvent and a curable material and a second liquid having a second composition to form a liquid film; curing the liquid film; and repeating the imparting and the curing to obtain the three-dimensional object, wherein an imparting position and an imparting amount of each of the first liquid and the second liquid are controlled such that the first liquid and second liquid are imparted to determined sites in predetermined amounts to form a liquid film including multiple areas where at least one of post-curing compression stress and post-curing modulus of elasticity is different. imparting a first liquid having a first composition including a solvent and a curable material and a second liquid having a second composition to form a liquid film; curing the liquid film; and repeating the imparting and the curing to obtain the three-dimensional object, wherein an imparting position and an imparting amount of each of the first liquid and the second liquid are controlled such that the first liquid and second liquid are imparted to determined sites in predetermined amounts to form a liquid film including multiple areas where at least one of post-curing compression stress and post-curing modulus of elasticity is different.
Device for supplying heating fluid either symmetrically or asymmetrically to at least two heating elements, possibly heating plates, connected in a fluid-conducting manner to the device, wherein the device comprises a valve housing with two fluid connections (2, 2') coming from said valve housing in different, if necessary opposite directions and a valve which can be inserted into a valve recess of the valve housing with a valve body having a fluid inlet and a fluid outlet, wherein - the valve body with the fluid outlet can be inserted by rotating about its longitudinal axis into the valve housing in at least two different angular positions about the longitudinal axis of the valve recess, and - depending on the selected angular position the heating fluid can flow from the fluid outlet to the fluid connection (2, 2') of the valve housing assigned to said angular position or simultaneously to both fluid connections (2, 2'), characterised in that the device comprises a pressure nut and in that the valve body is fixed or can be fixed by the pressure nut which can be screwed onto or into the valve housing in the different angular positions on the valve housing. - the valve body with the fluid outlet can be inserted by rotating about its longitudinal axis into the valve housing in at least two different angular positions about the longitudinal axis of the valve recess, and - depending on the selected angular position the heating fluid can flow from the fluid outlet to the fluid connection (2, 2') of the valve housing assigned to said angular position or simultaneously to both fluid connections (2, 2'),