mhurhangee/patent-ind-claim-en huggingface dataset:
A tungsten carbide powder with - a BET specific surface area as determined according to ASTM D 3663 of from 1.8 to 2.0 m 2 /g; - a crystallite size c in the individual tungsten carbide grains of from 75 to 100 nm, as determined by radiography using XRD/X-ray diffraction, single line, Scherrer method, and Fourier peak transformation evaluation with a NIST-certified crystallite size specimen as a reference; - an average grain size d, calculated by means of the formula d (nm) = 0.38 ((m 2 *nm)/g)/BET (m 2 /g) x 1000 from the BET specific surface area, of from 186 nm to 217 nm; - an average maximum crystallite number, n, per tungsten carbide grain, calculated according to n = d/c, of from 1.8 to 2.7. - a BET specific surface area as determined according to ASTM D 3663 of from 1.8 to 2.0 m 2 /g; - a crystallite size c in the individual tungsten carbide grains of from 75 to 100 nm, as determined by radiography using XRD/X-ray diffraction, single line, Scherrer method, and Fourier peak transformation evaluation with a NIST-certified crystallite size specimen as a reference; - an average grain size d, calculated by means of the formula d (nm) = 0.38 ((m 2 *nm)/g)/BET (m 2 /g) x 1000 from the BET specific surface area, of from 186 nm to 217 nm; - an average maximum crystallite number, n, per tungsten carbide grain, calculated according to n = d/c, of from 1.8 to 2.7.
An electromagnetic screen comprising a plurality of antennas that are arranged so as to constitute a pattern and reflect an electromagnetic wave having a specific frequency, each of the plurality of antennas comprising: an electrically conductive material, three segment-shaped first element parts radially extending from a center of the antenna by a substantially same length such that any two of the three first element parts form an angle of 120° with each other; and a corresponding one of segment-shaped second element parts connected to an outer edge of each of the first element parts, characterized in that each of the second element parts forms a right angle with each of the first element parts connected with the second element part, and each of the first element parts and the second element parts have a substantially same length.
Structure for dissipating heat by natural convection, intended to be provided on the periphery of packaging for the transportation and/or storage of radioactive materials, the structure being characterised in that it has two adjacent half-structures each comprising primary fins that are parallel and inclined with respect to a direction of the height of the structure, the primary fins of the two half-structures forming, two by two, fins having the overall shape of an inverted V, when the packaging is arranged vertically with its bottom oriented downwards, the structure having the following parameters: - H: the height of each half-structure , in the direction of the height along which the inclined primary fins are successively arranged, this height being between 2 and 5m; - h: the height of each primary fin , between 10 and 100mm; - d: the width of each primary channel for circulation of air defined between two directly consecutive primary fins, this width being between 10 and 50mm; - Ep: the thickness of each primary fin , satisfying the condition d/Ep ≥ 2.5; - L: the width of each half-structure in a transverse direction orthogonal to the direction of the height , said width L satisfying the following condition: 0.30 . 0.35 . H 0.5 . h 0.6 / d 0.1 ≤ L ≤ 3.5 . 0.35 . H 0.5 . h 0.6 / d 0.1 - H: the height of each half-structure , in the direction of the height along which the inclined primary fins are successively arranged, this height being between 2 and 5m; - h: the height of each primary fin , between 10 and 100mm; - d: the width of each primary channel for circulation of air defined between two directly consecutive primary fins, this width being between 10 and 50mm; - Ep: the thickness of each primary fin , satisfying the condition d/Ep ≥ 2.5; - L: the width of each half-structure in a transverse direction orthogonal to the direction of the height , said width L satisfying the following condition: 0.30 . 0.35 . H 0.5 . h 0.6 / d 0.1 ≤ L ≤ 3.5 . 0.35 . H 0.5 . h 0.6 / d 0.1
A time-of-flight sensing circuitry for sensing image information in different imaging modes, comprising: a light sensing circuitry for detecting light and outputting light sensing signals; and a logic circuitry for processing the light sensing signals from the light sensing circuitry , wherein the logic circuitry is configured to decide an imaging mode among the different imaging modes, wherein the logic circuitry includes a sequencer circuitry and a register circuitry , wherein the register circuitry includes multiple registers for storing data which are derived on the basis of the light sensing signals and wherein each imaging mode of the different imaging modes is based on a predetermined set of registers, and wherein the sequencer circuitry is adapted to dynamically select a set of registers for setting the imaging mode among the different imaging modes in response to the decision. a light sensing circuitry for detecting light and outputting light sensing signals; and a logic circuitry for processing the light sensing signals from the light sensing circuitry , wherein the logic circuitry is configured to decide an imaging mode among the different imaging modes, wherein the logic circuitry includes a sequencer circuitry and a register circuitry , wherein the register circuitry includes multiple registers for storing data which are derived on the basis of the light sensing signals and wherein each imaging mode of the different imaging modes is based on a predetermined set of registers, and wherein the sequencer circuitry is adapted to dynamically select a set of registers for setting the imaging mode among the different imaging modes in response to the decision.
A locking module for selectively coupling a first component and a second component of a lockable device comprising: a locking element including a plurality of locking fingers movable between an open position and a closed position, said plurality of locking fingers being biased to said open position; a biasing mechanism wrapped about a circumference of the locking fingers of said locking element, wherein a compression force applied by said biasing mechanism to said plurality of locking fingers opposes a biasing force of the plurality of locking fingers and is operable to control movement of said plurality of locking fingers between said open position and said closed position; and an actuator associated with said biasing mechanism, said actuator being operable to control said compression force to selectively lock said locking element. a locking element including a plurality of locking fingers movable between an open position and a closed position, said plurality of locking fingers being biased to said open position; a biasing mechanism wrapped about a circumference of the locking fingers of said locking element, wherein a compression force applied by said biasing mechanism to said plurality of locking fingers opposes a biasing force of the plurality of locking fingers and is operable to control movement of said plurality of locking fingers between said open position and said closed position; and an actuator associated with said biasing mechanism, said actuator being operable to control said compression force to selectively lock said locking element.
Hub for at least partially muscle-powered vehicles and in particular bicycles comprising a hub shell rotatably supported relative to a hub axle , a rotor rotatably supported relative to, and on, the hub axle by at least two rotor bearings, and a freewheel device having two interacting freewheel components namely, a hub-side freewheel component and a rotor-side freewheel component , wherein the two freewheel components each comprise axial engagement components for intermeshing with one another, wherein the hub-side freewheel component is non-rotatably und axially fixedly connected with the hub shell, wherein the rotor-side freewheel component is non-rotatably connected with the rotor and is movable in the axial direction relative to the rotor and the hub shell at least between a freewheel position and an engagement position , and wherein the hub-side freewheel component provides for defined accommodation of rolling members to support the hub shell relative to the hub axle , characterized in that the hub-side freewheel component has an axial body section with an inner central receiving space and a bearing seat formed thereon and a roller bearing received thereon to rotatably support the hub shell , and that the hub-side freewheel component is connected with the hub shell through a multiple thread showing at least two separate, axially spaced-apart thread grooves. and a freewheel device having two interacting freewheel components namely, a hub-side freewheel component and a rotor-side freewheel component , wherein the two freewheel components each comprise axial engagement components for intermeshing with one another, wherein the hub-side freewheel component is non-rotatably und axially fixedly connected with the hub shell, wherein the rotor-side freewheel component is non-rotatably connected with the rotor and is movable in the axial direction relative to the rotor and the hub shell at least between a freewheel position and an engagement position , and wherein the hub-side freewheel component provides for defined accommodation of rolling members to support the hub shell relative to the hub axle , characterized in that the hub-side freewheel component has an axial body section with an inner central receiving space and a bearing seat formed thereon and a roller bearing received thereon to rotatably support the hub shell , and that the hub-side freewheel component is connected with the hub shell through a multiple thread showing at least two separate, axially spaced-apart thread grooves.
A fabric printing method for performing color printing on a surface of a cylindrical fabric by using an inkjet mechanism , wherein a shaft is inserted inside the fabric (C) to be printed through an opening at one end to integrally support the fabric (C), wherein either the shaft or the inkjet mechanism comprising a plurality of printheads aligned in the length direction (X) of the shaft , or both, are moved in the length direction (X) of the shaft at a moving speed while rotating the shaft to thereby perform helical printing on a surface of the fabric (C) to be printed placed on the shaft , wherein either of the shaft or inkjet mechanism , or both move a distance (L1) corresponding to a printing pitch of each printhead along the length direction (X) of the shaft while the shaft rotates once, wherein a distance (L2) between parts printed by adjacent printheads is larger than the distance (L1) corresponding to the printing pitch of each printhead , or the distance (L1) corresponding to the printing pitch of each printhead is larger than the distance (L2) between the parts printed by the adjacent printheads . wherein a shaft is inserted inside the fabric (C) to be printed through an opening at one end to integrally support the fabric (C), wherein either the shaft or the inkjet mechanism comprising a plurality of printheads aligned in the length direction (X) of the shaft , or both, are moved in the length direction (X) of the shaft at a moving speed while rotating the shaft to thereby perform helical printing on a surface of the fabric (C) to be printed placed on the shaft , wherein either of the shaft or inkjet mechanism , or both move a distance (L1) corresponding to a printing pitch of each printhead along the length direction (X) of the shaft while the shaft rotates once, wherein a distance (L2) between parts printed by adjacent printheads is larger than the distance (L1) corresponding to the printing pitch of each printhead , or the distance (L1) corresponding to the printing pitch of each printhead is larger than the distance (L2) between the parts printed by the adjacent printheads .
An ink composition for reducing the etching of a printhead component comprising: a carrier medium; a colorant; a silicon doping agent, and a dispersant in the amount from 0.5% to 2% based on the overall total weight of the ink composition; wherein the silicon doping agent is a silicate which contains a silicate consisting of a silicate salt of aluminum, the silicon doping agent is added at an amount of at least 30 ppm silicon and silicon doping agent saturates the ink composition with silicon, wherein the dispersant is a graft copolymer, the graft copolymer contains a hydrophilic component, a hydrophobic component and a protective colloid component. a carrier medium; a colorant; a silicon doping agent, and a dispersant in the amount from 0.5% to 2% based on the overall total weight of the ink composition; wherein the silicon doping agent is a silicate which contains a silicate consisting of a silicate salt of aluminum, the silicon doping agent is added at an amount of at least 30 ppm silicon and silicon doping agent saturates the ink composition with silicon, wherein the dispersant is a graft copolymer, the graft copolymer contains a hydrophilic component, a hydrophobic component and a protective colloid component.
A removable module for an ink supply system of an inkjet printer comprising: a housing ; a plurality of fluid conduits disposed within the housing; two cartridge connections , each for releasable engagement with a fluid cartridge, each cartridge connection being exposed by the housing and comprising: a fluid connector for engaging an outlet of a fluid cartridge to allow fluid to flow from the engaged cartridge to one of the plurality of fluid conduits; and an electrical contact arranged to contact a corresponding electrical contact on the engaged fluid cartridge; a printer connection for releasable engagement with an inkjet printer, the printer connection being exposed by the housing and comprising: a plurality of fluid ports , each fluid port arranged to connect to a fluid pathway within the inkjet printer to allow fluid to flow between one or more of the plurality of fluid conduits and the fluid pathway; and an electrical connector arranged to engage with a corresponding connector on the inkjet printer; and an electrical link between the electrical connector of the printer connection and the electrical contact of each of the two cartridge connections, the electrical link being disposed within the housing. a housing ; a plurality of fluid conduits disposed within the housing; two cartridge connections , each for releasable engagement with a fluid cartridge, each cartridge connection being exposed by the housing and comprising: a fluid connector for engaging an outlet of a fluid cartridge to allow fluid to flow from the engaged cartridge to one of the plurality of fluid conduits; and an electrical contact arranged to contact a corresponding electrical contact on the engaged fluid cartridge; a printer connection for releasable engagement with an inkjet printer, the printer connection being exposed by the housing and comprising: a plurality of fluid ports , each fluid port arranged to connect to a fluid pathway within the inkjet printer to allow fluid to flow between one or more of the plurality of fluid conduits and the fluid pathway; and an electrical connector arranged to engage with a corresponding connector on the inkjet printer; and an electrical link between the electrical connector of the printer connection and the electrical contact of each of the two cartridge connections, the electrical link being disposed within the housing.
A rotor for a rotating electric machine, comprising: - a rotor core having magnet insertion holes ; - rotor winding portions provided in the rotor core ; and - rotor permanent magnets inserted into the magnet insertion holes , wherein each of the rotor winding portions includes: - a non-magnet portion formed of a magnetic member other than a permanent magnet or a non-magnetic member; and - a rotor winding wound around the non-magnet portion , wherein, when a direction perpendicular to a winding direction of each of the rotor winding portions is defined as a winding axis direction, each of the rotor winding portions is arranged in such a manner that the winding axis direction matches a radial direction of the rotor core , wherein each of the non-magnet portions has a fixed surface fixed to the rotor core , wherein the rotor windings are fixed to the rotor core through intermediation of the non-magnet portions , wherein the rotor core has winding-portion insertion holes , wherein the rotor winding portions are inserted into the winding-portion insertion holes , and wherein the fixed surface is fixed to an inner surface of the winding-portion insertion hole . - a rotor core having magnet insertion holes ; - rotor winding portions provided in the rotor core ; and - rotor permanent magnets inserted into the magnet insertion holes , wherein each of the rotor winding portions includes: - a non-magnet portion formed of a magnetic member other than a permanent magnet or a non-magnetic member; and - a rotor winding wound around the non-magnet portion , - a non-magnet portion formed of a magnetic member other than a permanent magnet or a non-magnetic member; and - a rotor winding wound around the non-magnet portion , wherein, when a direction perpendicular to a winding direction of each of the rotor winding portions is defined as a winding axis direction, each of the rotor winding portions is arranged in such a manner that the winding axis direction matches a radial direction of the rotor core , wherein each of the non-magnet portions has a fixed surface fixed to the rotor core , wherein the rotor windings are fixed to the rotor core through intermediation of the non-magnet portions , wherein the rotor core has winding-portion insertion holes , wherein the rotor winding portions are inserted into the winding-portion insertion holes , and wherein the fixed surface is fixed to an inner surface of the winding-portion insertion hole .
An apparatus device for packaging objects from a folded blank into an outer packaging with - a punching device for punching out the blank and/or producing grooves on the blank along a predefined fold line , - a folding device for folding the blank into the outer packaging, in that a cushion punching device is provided, by means of which cushioning tabs can be folded out from a blank plane (Z) of the blank by forming a fold line and a punch line , characterized in that the cushioning tabs have a number of tab portions that can be moved to an angle relative to one another, wherein a second tab portion adjoins a first tab portion at right angles and wherein the first tab portion as an end of the cushioning tab is supported on a main surface of the blank , in that the cushion punching device is provided such that the cushioning tab has two fold lines and two punch lines with the first tab portion and with the second tab portion . - wherein the first tab portion forms an end tab portion with an end edge which forms a free face end edge of the cushioning tab , - wherein a connecting line between the first tab portion and the second tab portion is formed by a first fold line , - wherein a connecting line between the second tab portion and the flat side wall is formed by a further fold line , - wherein the two fold lines run parallel to one another and perpendicular to an edge of the side wall , - wherein a first punch line is formed on a longitudinal edge of the cushioning tab facing the side wall , - wherein a second punch line is formed on the end edge of the first tab portion which, in the folded state, is located in the plane of the blank (Z)together with the first tab portion . - a punching device for punching out the blank and/or producing grooves on the blank along a predefined fold line , - a folding device for folding the blank into the outer packaging, in that a cushion punching device is provided, by means of which cushioning tabs can be folded out from a blank plane (Z) of the blank by forming a fold line and a punch line , - wherein the first tab portion forms an end tab portion with an end edge which forms a free face end edge of the cushioning tab , - wherein a connecting line between the first tab portion and the second tab portion is formed by a first fold line , - wherein a connecting line between the second tab portion and the flat side wall is formed by a further fold line , - wherein the two fold lines run parallel to one another and perpendicular to an edge of the side wall , - wherein a first punch line is formed on a longitudinal edge of the cushioning tab facing the side wall , - wherein a second punch line is formed on the end edge of the first tab portion which, in the folded state, is located in the plane of the blank (Z)together with the first tab portion .
A transmission unit with a continuously variable transmission, for motor vehicle , comprising: a shaft of the driving wheel operatively connected to a main drive to control forward drive; a reverse drive electric motor ; a control bushing rotated by the reverse drive electric motor ; a driven transmission bushing , operatively connected to the shaft of the driving wheel; an actuator for controlling mutual coupling between the control bushing and the driven transmission bushing to transmit the motion of the reverse drive electric motor to the shaft of the driving wheel ; wherein the control bushing and the driven transmission bushing are coaxial to the shaft of the driving wheel and rotate with this latter about a rotation axis (X) during reverse drive; and wherein the continuously variable transmission comprises a driven pulley , which is coaxial to the shaft of the driving wheel and around which a transmission belt of the continuously variable transmission is guided. a shaft of the driving wheel operatively connected to a main drive to control forward drive; a reverse drive electric motor ; a control bushing rotated by the reverse drive electric motor ; a driven transmission bushing , operatively connected to the shaft of the driving wheel; an actuator for controlling mutual coupling between the control bushing and the driven transmission bushing to transmit the motion of the reverse drive electric motor to the shaft of the driving wheel ;