mhurhangee/patent-ind-claim-en huggingface dataset:
A pneumatic tire having a bead portion provided therein with a bead core , the bead core having a central bead core portion , a first annular layer of a plurality of sheath wires surrounding the central bead core portion , said plurality of sheath wires in said first annular layer having all the same diameter ranging from 1.5 to 3 mm, and a second annular layer formed of a plurality of sheath wires surrounding the first annular layer , said plurality of sheath wires in said second annular layer having all the same diameter ranging from 1 to 2.5 mm, wherein the sheath wires of the second annular layer have a diameter less than the diameter of the sheath wires of the first annular layer , characterized in that there are a total of n annular rows of sheath wires in the first annular layer and a total of n-1 annular rows of sheath wires in the second annular layer , n being an integer.
A deployment system , comprising: a catheter having a distal end and a proximal end ; one or more electrically controlled actuator(s) disposed at the distal end of the catheter ; and one or more connections coupled to the actuator and to a deployable medical device disposed at the distal end of the catheter, wherein each connection is removably attached to an element of the medical device wherein the one or more connections are individually controllable and operable by the one or more actuators , which is configured to receive signals for each connection, to manipulate each element in a selected order to deploy and position the medical device . a catheter having a distal end and a proximal end ; one or more electrically controlled actuator(s) disposed at the distal end of the catheter ; and one or more connections coupled to the actuator and to a deployable medical device disposed at the distal end of the catheter, wherein each connection is removably attached to an element of the medical device wherein the one or more connections are individually controllable and operable by the one or more actuators , which is configured to receive signals for each connection, to manipulate each element in a selected order to deploy and position the medical device .
A device for representing body colours for the purpose of simulating printing results with a screen, comprising at least one light source and a projection surface, wherein the primary colours are generated from white light through filters from body colours and the mixed colours are generated through subtractive colour mixing through reflective colour filters characterised in that the primary colours are formed by reflection of white light from printing substrates printed with printing inks, mixed colours being formed by subtractive colour mixing from the primary colours of the image, or whereby the body colours are produced from transmissive filter glasses or filter films, the mixed colours being formed by subtractive colour mixing from the primary colours, the image being projected from behind onto a glass or plastic surface, or where the image is projected onto a projection surface from the front, with subtractive colour mixing for each pixel individually or in pixel groups.
A cooling apparatus of an internal combustion engine of a water-cooled motor vehicle, wherein a cooling fan is controlled by the driving shaft faced to a radiator which is protected by a louver arranged on a side of the motor vehicle and receiving a substantially tangential air flow, deriving from the forward motion of the motor vehicle, said louver having a lower fastening edge and a top fastening edge , wherein: • said louver comprises at least a current rib extending in a direction concurrent with the motion direction (F) of the motor vehicle, intermediate between said lower fastening edge and a top fastening edge and more spaced-apart with respect thereto from the radiator ; and • said louver comprises a plurality of blades extending on both sides of said current rib , transversal to the motion direction (F) of the motor vehicle, having a front leading edge which is more spaced-apart from the radiator than the respective rear edge , characterized in that said current rib has a C-like section with the concavity faced towards the radiator , so as to increase the height of the empty space comprised therebetween and the radiator and so as to determine between louver and radiator , a space deviating the motion of the air sucked by the fan , and in that said at least a current rib being substantially parallel to the plane defined by the surface of the radiator faced thereto, so that the distance between them and said surface, defining said empty space , is constant if seen along the direction (F) defining the forward motion of the motor vehicle. • said louver comprises at least a current rib extending in a direction concurrent with the motion direction (F) of the motor vehicle, intermediate between said lower fastening edge and a top fastening edge and more spaced-apart with respect thereto from the radiator ; and • said louver comprises a plurality of blades extending on both sides of said current rib , transversal to the motion direction (F) of the motor vehicle, having a front leading edge which is more spaced-apart from the radiator than the respective rear edge ,
A polycrystalline silicon fragment obtained by fracturing a polycrystalline silicon block, and a content ratio of a polycrystalline silicon powder having a particle size of 500 to 1000 μm is 0.1 to 40 ppmw, wherein 90 wt% or more of said polycrystalline silicon fragment has a particle size of 2 to 90 mm.
Underfloor equipment carrier for a rail vehicle , comprising a forced-ventilation system with at least one supply-air intake point and at least one discharge-air outlet opening , and an air-guiding device which is switchable between at least two positions, wherein, in a first position of the air-guiding device , the discharge air flows out in a first outflow direction and, in a second position of the air-guiding device , the discharge air flows out in a second outflow direction, wherein the first outflow direction and the second outflow direction are oriented oppositely in relation to one another, wherein, in the installation position of the underfloor equipment carrier , the first outflow direction and the second outflow direction are in each case oriented transversely to the longitudinal direction of a rail vehicle, wherein provision is made of an electric drive for actuating the air-guiding device , or the actuation of the air-guiding device is realized by a means for transmission of force guided into the underfloor equipment carrier from the outside.
A system for operatively connecting alternatively a reservoir and a longer reservoir in a fluid delivery device comprising: a fluid delivery device including a reservoir compartment having a length shorter than the longer reservoir , the reservoir compartment including: a first interior space; an outlet end ; a reservoir compartment adapter comprising a stepped cylindrical structure including: a second interior space; a first end configured to mate with the outlet end ; and a second end ; and a connector for coupling to and securing the reservoir and alternatively the longer reservoir within the device configured to mate with the outlet end and alternatively the second end ; wherein a housing for accommodating the reservoir is formed comprising the first interior space when the connector is mated with the outlet end ; wherein an extended housing combining the first interior space and second interior space for accommodating the longer reservoir is formed when the first end of the adapter is mated with the outlet end and the connector is mated with the second end . a fluid delivery device including a reservoir compartment having a length shorter than the longer reservoir , the reservoir compartment including: a first interior space; an outlet end ; a first interior space; an outlet end ; a reservoir compartment adapter comprising a stepped cylindrical structure including: a second interior space; a first end configured to mate with the outlet end ; and a second end ; and a second interior space; a first end configured to mate with the outlet end ; and a second end ; and a connector for coupling to and securing the reservoir and alternatively the longer reservoir within the device configured to mate with the outlet end and alternatively the second end ; wherein a housing for accommodating the reservoir is formed comprising the first interior space when the connector is mated with the outlet end ; wherein an extended housing combining the first interior space and second interior space for accommodating the longer reservoir is formed when the first end of the adapter is mated with the outlet end and the connector is mated with the second end .
An optical waveguide , comprising: an axial direction; a cross-section perpendicular to said axial direction; a core region having a core thickness, wherein the core region includes an integrally formed hologram , which extends along a first axial segment of the optical waveguide , the first axial segment having a first axial length, wherein the hologram seen in the cross-section includes a micro-structure with written elements having a modified refractive index different from areas of the core region with an unmodified refractive index, wherein the waveguide is configured for propagating light in the axial direction, and wherein the written elements individually have a dimension, which is smaller than the core thickness. an axial direction; a cross-section perpendicular to said axial direction; a core region having a core thickness, wherein the core region includes an integrally formed hologram , which extends along a first axial segment of the optical waveguide , the first axial segment having a first axial length, wherein the hologram seen in the cross-section includes a micro-structure with written elements having a modified refractive index different from areas of the core region with an unmodified refractive index, wherein the waveguide is configured for propagating light in the axial direction, and wherein the written elements individually have a dimension, which is smaller than the core thickness.
A method performed by a terminal device , wherein the method comprises: « starting a level 2 kernel, and transferring an image file of a to-be-recovered operating system to a specified location of a memory by using the started level 2 kernel, so that a location of a recovery program in the level 2 kernel in the memory is the same as a location of a recovery program in an original kernel in the memory, wherein the level 2 kernel is a compiled tailored image file of the original kernel, the original kernel being comprised in the to-be-recovered operating system, wherein the image file of the original kernel includes multiple code segments and the tailored image file is the image file of the original kernel without at least one of the multiple code segments being irrelevant to recovery of the to-be-recovered operating system, and the image file of the to-be-recovered operating system comprises hibernation state information of the to-be-recovered operating system (S303, S313, S323), • using, through the recovery program in the started level 2 kernel, the hibernation state information of the to-be-recovered operating system comprised in the image file of the to-be-recovered operating system in the specified location of the memory to recover the to-be-recovered operating system to a state before the to-be-recovered operating system enters a hibernation mode, thereby arriving at a recovered operating system (S305,S315, S325), • replacing the level 2 kernel with the original kernel comprised in the recovered operating system (S317, S327). « starting a level 2 kernel, and transferring an image file of a to-be-recovered operating system to a specified location of a memory by using the started level 2 kernel, so that a location of a recovery program in the level 2 kernel in the memory is the same as a location of a recovery program in an original kernel in the memory, wherein the level 2 kernel is a compiled tailored image file of the original kernel, the original kernel being comprised in the to-be-recovered operating system, wherein the image file of the original kernel includes multiple code segments and the tailored image file is the image file of the original kernel without at least one of the multiple code segments being irrelevant to recovery of the to-be-recovered operating system, and the image file of the to-be-recovered operating system comprises hibernation state information of the to-be-recovered operating system (S303, S313, S323), • using, through the recovery program in the started level 2 kernel, the hibernation state information of the to-be-recovered operating system comprised in the image file of the to-be-recovered operating system in the specified location of the memory to recover the to-be-recovered operating system to a state before the to-be-recovered operating system enters a hibernation mode, thereby arriving at a recovered operating system (S305,S315, S325), • replacing the level 2 kernel with the original kernel comprised in the recovered operating system (S317, S327).
A device for collecting a tissue sample, comprising: a needle extending longitudinally from a proximal end to a distal end and comprising a lumen extending therethrough; and a stylet movably housed in the lumen of the needle , the stylet extending along a longitudinal axis from a proximal end to a distal end and comprising a scooper at the distal end thereof, the scooper connected to a proximal portion of the stylet via a hinge biased toward a bent position in which the scooper is bent away from the longitudinal axis, the stylet movable between a constrained configuration, in which an interior surface of the needle constrains the scooper in axial alignment with the proximal portion, and the tissue-collecting configuration, in which the scooper extends distally past the distal end of the needle such that the hinge is permitted to revert to the biased bent position so that the scooper bends away from the longitudinal axis, the scooper including a channel extending longitudinally therethrough and a window extending laterally through a wall thereof in communication with the channel to collect a tissue sample therethrough as the stylet is moved from the tissue-collecting configuration to the constrained configuration; characterized in that the needle includes a longitudinal slot extending proximally from the distal end thereof, the longitudinal slot sized and shaped to pass a portion of the hinge therethrough, when the stylet is in the tissue-collecting configuration. a needle extending longitudinally from a proximal end to a distal end and comprising a lumen extending therethrough; and a stylet movably housed in the lumen of the needle , the stylet extending along a longitudinal axis from a proximal end to a distal end and comprising a scooper at the distal end thereof, the scooper connected to a proximal portion of the stylet via a hinge biased toward a bent position in which the scooper is bent away from the longitudinal axis, the stylet movable between a constrained configuration, in which an interior surface of the needle constrains the scooper in axial alignment with the proximal portion, and the tissue-collecting configuration, in which the scooper extends distally past the distal end of the needle such that the hinge is permitted to revert to the biased bent position so that the scooper bends away from the longitudinal axis, the scooper including a channel extending longitudinally therethrough and a window extending laterally through a wall thereof in communication with the channel to collect a tissue sample therethrough as the stylet is moved from the tissue-collecting configuration to the constrained configuration; characterized in that the needle includes a longitudinal slot extending proximally from the distal end thereof, the longitudinal slot sized and shaped to pass a portion of the hinge therethrough, when the stylet is in the tissue-collecting configuration.
An antenna comprising a movable phase shifter linkage and a remote electrical tilt drive for driving the movable phase shifter linkage , characterised in that the remote electrical tilt drive comprises a shape memory alloy arrangement attached to a non-moving part of the antenna and to the movable phase shifter linkage , the shape memory alloy arrangement being configured to move the movable phase shifter linkage in a predetermined direction upon energy being supplied to the shape memory alloy arrangement , and a counter motion member attached to the non-moving part of the antenna and to the movable phase shifter linkage and configured to move the movable phase shifter linkage in a direction opposite to the predetermined direction. a shape memory alloy arrangement attached to a non-moving part of the antenna and to the movable phase shifter linkage , the shape memory alloy arrangement being configured to move the movable phase shifter linkage in a predetermined direction upon energy being supplied to the shape memory alloy arrangement , and a counter motion member attached to the non-moving part of the antenna and to the movable phase shifter linkage and configured to move the movable phase shifter linkage in a direction opposite to the predetermined direction.
A customization system for printing a graphic onto a tubular article of apparel, comprising: a stationary platform ; a printing system , including a printer ; a carrier attached to the printing system ; two rollers above the carrier that are in contact with the platform ; a cylinder for holding the tubular article in proximity to the printer ; wherein the tubular article can be disposed over an outer surface of the cylinder ; wherein the cylinder rests on top of the rollers ; wherein the carrier translates linear movement of the printing system along tracks into rotational movement of the cylinder ; wherein the rollers rotate when the printing system moves along the tracks ; wherein the rotation of the rollers causes the cylinder to rotate; and wherein the cylinder is configured to rotate relative to the printer to allow the printer to print a graphic onto the tubular article . a stationary platform ; a printing system , including a printer ; a carrier attached to the printing system ; two rollers above the carrier that are in contact with the platform ; a cylinder for holding the tubular article in proximity to the printer ; wherein the tubular article can be disposed over an outer surface of the cylinder ; wherein the cylinder rests on top of the rollers ; wherein the carrier translates linear movement of the printing system along tracks into rotational movement of the cylinder ; wherein the rollers rotate when the printing system moves along the tracks ; wherein the rotation of the rollers causes the cylinder to rotate; and wherein the cylinder is configured to rotate relative to the printer to allow the printer to print a graphic onto the tubular article .
A pellet grill , comprising: a main body defining a cooking chamber , the main body including a first end, a second end located opposite the first end, and an outer wall extending between the first and second ends, the main body having a lateral extent defined by the first and second ends; characterized by a hopper mounted to a rear portion of the outer wall of the main body , the hopper including a fuel intake opening extending from a first location within the lateral extent of the main body to a second location outside of the lateral extent of the main body . a main body defining a cooking chamber , the main body including a first end, a second end located opposite the first end, and an outer wall extending between the first and second ends, the main body having a lateral extent defined by the first and second ends; characterized by a hopper mounted to a rear portion of the outer wall of the main body , the hopper including a fuel intake opening extending from a first location within the lateral extent of the main body to a second location outside of the lateral extent of the main body .
An optimised laser cutting method of a piece from a material by a cutting system comprising - a laser source for producing a laser beam having a power, and - a cutting head comprising an end nozzle for the passage of the cutting laser beam , wherein the method is characterized in that it comprises a step (S5) of determining a cutting power Pd such that Pd = Max Popt λe where Max is the mathematical operator of the maximum, Popt is an optimal power of the laser beam of the cutting system , which is determined in accordance with of the piece to be cut out, and/or with cutting parameters and/or with the type of system , in order to minimize the amount of aerosols produced when the piece is being cut out, λ is a leading coefficient representing the number of kW required for cutting out the piece per mm of thickness of the piece , and e is the thickness of the part, in mm. - a laser source for producing a laser beam having a power, and - a cutting head comprising an end nozzle for the passage of the cutting laser beam , wherein the method is characterized in that it comprises a step (S5) of determining a cutting power Pd such that Pd = Max Popt λe where Max is the mathematical operator of the maximum, Popt is an optimal power of the laser beam of the cutting system , which is determined in accordance with of the piece to be cut out, and/or with cutting parameters and/or with the type of system , in order to minimize the amount of aerosols produced when the piece is being cut out, λ is a leading coefficient representing the number of kW required for cutting out the piece per mm of thickness of the piece , and e is the thickness of the part, in mm. where Max is the mathematical operator of the maximum, Popt is an optimal power of the laser beam of the cutting system , which is determined in accordance with of the piece to be cut out, and/or with cutting parameters and/or with the type of system , in order to minimize the amount of aerosols produced when the piece is being cut out, λ is a leading coefficient representing the number of kW required for cutting out the piece per mm of thickness of the piece , and e is the thickness of the part, in mm.
A self-propelled vehicle for laying two or more individual, pipe sections within one or more trenches located on sloped terrain, the vehicle comprising: an undercarriage supporting a vehicle chassis , wherein the undercarriage is capable of climbing the sloped terrain; a rotating platform carried by the vehicle chassis ; and a boom carried by the rotating platform ; characterised by two independent winch cables configured to lift and position the two or more individual, pipe sections ; the boom having a boom head positionable at a tilt angle (β) offset from a longitudinal axis forming a centreline of the boom , wherein the angled boom head utilizes the two independent winch cables to lift and position the two or more individual, pipe sections ; whereby the vehicle is useable to sequentially lift the two or more pipe sections, one at a time, and to swing and position the pipe sections in a trench , end-to-end, without the need to relocate the vehicle . an undercarriage supporting a vehicle chassis , wherein the undercarriage is capable of climbing the sloped terrain; a rotating platform carried by the vehicle chassis ; and a boom carried by the rotating platform ; characterised by two independent winch cables configured to lift and position the two or more individual, pipe sections ; the boom having a boom head positionable at a tilt angle (β) offset from a longitudinal axis forming a centreline of the boom , wherein the angled boom head utilizes the two independent winch cables to lift and position the two or more individual, pipe sections ; whereby the vehicle is useable to sequentially lift the two or more pipe sections, one at a time, and to swing and position the pipe sections in a trench , end-to-end, without the need to relocate the vehicle .