mhurhangee/ep-ind-claims huggingface dataset:
A motorcycle tyre comprising: a tread portion having a ground contacting surface; a carcass; a breaker layer disposed outwardly in a tyre radial direction of the carcass in the tread portion, the breaker layer comprising one or more breaker plies (7A, 7B) having a plurality of cords oriented at an angle equal to or more than 15 degrees with respect to a tyre equator; and a tread rubber disposed outwardly in the tyre radial direction of the breaker layer so as to form a band-less structure in which the tread rubber is arranged so as to be directly in contact with the breaker layer in the tyre radial direction, wherein the tread rubber comprises a cap rubber layer forming the ground contacting surface of the tread portion, and a base rubber layer disposed inwardly in the tyre radial direction of the cap rubber layer and having a complex modulus greater than that of the cap rubber layer, the base rubber layer extends between a pair of outermost ends thereof so as to cross the tyre equator, and a thickness (ta) of the base rubber layer at the tyre equator is greater than that of the outermost ends, characterized in that a width (Wb) in a tyre axial direction between the outermost ends of the base rubber layer is equal to or more than 60% and equal to or less than 80% of a tread width between tread edges (Te) in the tyre axial direction. a tread portion having a ground contacting surface; a carcass; a breaker layer disposed outwardly in a tyre radial direction of the carcass in the tread portion, the breaker layer comprising one or more breaker plies (7A, 7B) having a plurality of cords oriented at an angle equal to or more than 15 degrees with respect to a tyre equator; and a tread rubber disposed outwardly in the tyre radial direction of the breaker layer so as to form a band-less structure in which the tread rubber is arranged so as to be directly in contact with the breaker layer in the tyre radial direction, wherein the tread rubber comprises a cap rubber layer forming the ground contacting surface of the tread portion, and a base rubber layer disposed inwardly in the tyre radial direction of the cap rubber layer and having a complex modulus greater than that of the cap rubber layer, the base rubber layer extends between a pair of outermost ends thereof so as to cross the tyre equator, and a thickness (ta) of the base rubber layer at the tyre equator is greater than that of the outermost ends, characterized in that a cap rubber layer forming the ground contacting surface of the tread portion, and a base rubber layer disposed inwardly in the tyre radial direction of the cap rubber layer and having a complex modulus greater than that of the cap rubber layer, the base rubber layer extends between a pair of outermost ends thereof so as to cross the tyre equator, and a thickness (ta) of the base rubber layer at the tyre equator is greater than that of the outermost ends, characterized in that a width (Wb) in a tyre axial direction between the outermost ends of the base rubber layer is equal to or more than 60% and equal to or less than 80% of a tread width between tread edges (Te) in the tyre axial direction.
A core for armrest, the core being for an armrest that is supported rotatably onto a seat in a cantilevered manner, and the core comprising: a framed body being made of resin; a stopper pin (30, or 130) being made of metal, the stopper pin being subjected to insert molding in said framed body so as to protrude a leading-end side thereof toward an outer side of said framed body, and being hooked onto a stopper of said seat, thereby being restricted from rotating; and a rib (42, or 242) being integrally molded onto said framed body inside the framed body, and being disposed so as to overlap with respect to a base-end face of said stopper pin in an axial direction of said stopper pin; wherein said stopper pin (30; 130) has a base-end large-sized section (32, or 132) on a base-end side thereof, the base-end large-sized section (32; 132) being formed as a cross-sectional configuration that is larger than that of the leading-end side, and of one of faces of said base-end large-sized section (32, or 132), a face on the leading end side of said stopper pin (30; 130) is covered with resin forming said framed body. a framed body being made of resin; a stopper pin (30, or 130) being made of metal, the stopper pin being subjected to insert molding in said framed body so as to protrude a leading-end side thereof toward an outer side of said framed body, and being hooked onto a stopper of said seat, thereby being restricted from rotating; and a rib (42, or 242) being integrally molded onto said framed body inside the framed body, and being disposed so as to overlap with respect to a base-end face of said stopper pin in an axial direction of said stopper pin; wherein said stopper pin (30; 130) has a base-end large-sized section (32, or 132) on a base-end side thereof, the base-end large-sized section (32; 132) being formed as a cross-sectional configuration that is larger than that of the leading-end side, and of one of faces of said base-end large-sized section (32, or 132), a face on the leading end side of said stopper pin (30; 130) is covered with resin forming said framed body.
An electrochemical double-layer capacitor, comprising: a cathode; an anode; a separator; an electrolyte comprising an ionic species, a stabilizer and a solvent, wherein the ionic species is a quaternary ammonium salt, the stabilizer is benzonitrile, and the solvent is acetonitrile; and an additive which is an alkyl halide or an aryl halide; wherein a concentration of the additive in the electrolyte of the electrochemical double-layer capacitor is about 0.1 vol% to about 10 vol%. a cathode; an anode; a separator; an electrolyte comprising an ionic species, a stabilizer and a solvent, wherein the ionic species is a quaternary ammonium salt, the stabilizer is benzonitrile, and the solvent is acetonitrile; and an additive which is an alkyl halide or an aryl halide; wherein a concentration of the additive in the electrolyte of the electrochemical double-layer capacitor is about 0.1 vol% to about 10 vol%.
A print mode determination method, comprising: receiving, using a processor, image data defining parameters of pixels of an image to be printed using a print apparatus; identifying, using a processor and based on the image data, a first fill area in the image that exceeds a defined threshold area, wherein the first fill area is to be printed in a first color, whereby the first fill area is an area in which all of the pixels have substantially the same color; determining, using a processor and based on the image data, a first proportion of print agent of each of a plurality of colors to be used to print the first color; and determining, using a processor and based on the determined first proportions of print agent, a print mode to be used by the print apparatus to print the image. receiving, using a processor, image data defining parameters of pixels of an image to be printed using a print apparatus; identifying, using a processor and based on the image data, a first fill area in the image that exceeds a defined threshold area, wherein the first fill area is to be printed in a first color, whereby the first fill area is an area in which all of the pixels have substantially the same color; determining, using a processor and based on the image data, a first proportion of print agent of each of a plurality of colors to be used to print the first color; and determining, using a processor and based on the determined first proportions of print agent, a print mode to be used by the print apparatus to print the image.
A method for generating a summary video sequence from a source video sequence, the method comprising: identifying, in the source video sequence, event video sequences, wherein each event video sequence comprises consecutive video frames in which one or more objects of interest are present; extracting, from video frames of one or more event video sequences of the event video sequences, pixels depicting the respective one or more objects of interest; while keeping spatial and temporal relations of the extracted pixels as in the source video sequence, overlaying the extracted pixels of the video frames of the one or more event video sequences onto video frames of a main event video sequence acting as a background video sequence, the main event video sequence being one of the event video sequences, thereby generating the summary video sequence. identifying, in the source video sequence, event video sequences, wherein each event video sequence comprises consecutive video frames in which one or more objects of interest are present; extracting, from video frames of one or more event video sequences of the event video sequences, pixels depicting the respective one or more objects of interest; while keeping spatial and temporal relations of the extracted pixels as in the source video sequence, overlaying the extracted pixels of the video frames of the one or more event video sequences onto video frames of a main event video sequence acting as a background video sequence, the main event video sequence being one of the event video sequences, thereby generating the summary video sequence.
A system for use in a computing environment which includes a traffic director component, comprising: a traffic director having one or more traffic director instances, (102,104) which is configured to receive and communicate requests, from clients, to origin servers having one or more pools of servers; a pool of origin servers, which is configured so that more than one of the servers within the pool are assigned as primary and more than one of the other servers within the pool are assigned as backup servers, wherein each of the origin servers in the pool is associated with a configuration identifying that server as either a primary server or a backup server; and wherein the traffic director is configured so that it determines the availability of the primary servers in the pool, and directs requests only to the primary servers in the pool while at least one primary server in the pool is available; wherein the traffic director is further configured so that if no primary server is available, then the traffic director will direct requests to the backup servers in the particular pool until at least one primary server becomes available again; and wherein the traffic director is further configured so that once any primary server becomes available again, the traffic director will stop sending requests to the backup servers and will route subsequent requests only to the primary server again. a traffic director having one or more traffic director instances, (102,104) which is configured to receive and communicate requests, from clients, to origin servers having one or more pools of servers; a pool of origin servers, which is configured so that more than one of the servers within the pool are assigned as primary and more than one of the other servers within the pool are assigned as backup servers, wherein each of the origin servers in the pool is associated with a configuration identifying that server as either a primary server or a backup server; and wherein the traffic director is configured so that it determines the availability of the primary servers in the pool, and directs requests only to the primary servers in the pool while at least one primary server in the pool is available; wherein the traffic director is further configured so that if no primary server is available, then the traffic director will direct requests to the backup servers in the particular pool until at least one primary server becomes available again; and wherein the traffic director is further configured so that once any primary server becomes available again, the traffic director will stop sending requests to the backup servers and will route subsequent requests only to the primary server again.
A hollow body molding device in which a molten resin is injected into a main cavity having on its one end a pressure port including a floating core and on its other end an outlet, a pressurized fluid is pressure-injected through the pressure port after the injection of the molten resin, the floating core is moved to the outlet side, the molten resin is extruded from the outlet simultaneously with the movement of the floating core, and the hollow molded body is molded, comprising: a floating core storage portion which is connected to the main cavity and stores the floating core moved by the pressurized fluid; an auxiliary cavity which stores a molten resin discharged from the main cavity and the floating core storage portion; a communication passage which communicates the floating core storage portion and the auxiliary cavity with each other; and an opening and closing means that opens and closes the communication passage by sliding movement in a direction perpendicular to the outlet cross-section of the main cavity, wherein the communication passage includes a discharge passage connected to the floating core storage portion and a runner branched from the discharge passage and communicating the discharge passage and the auxiliary cavity with each other, the opening and closing means slides in the discharge passage, and an inlet cross-sectional area B of the communication passage is B < πA 2 /4 and B > πA 2 /80 (A is the maximum diameter of the floating core). a floating core storage portion which is connected to the main cavity and stores the floating core moved by the pressurized fluid; an auxiliary cavity which stores a molten resin discharged from the main cavity and the floating core storage portion; a communication passage which communicates the floating core storage portion and the auxiliary cavity with each other; and an opening and closing means that opens and closes the communication passage by sliding movement in a direction perpendicular to the outlet cross-section of the main cavity, wherein the communication passage includes a discharge passage connected to the floating core storage portion and a runner branched from the discharge passage and communicating the discharge passage and the auxiliary cavity with each other, the opening and closing means slides in the discharge passage, and an inlet cross-sectional area B of the communication passage is B < πA 2 /4 and B > πA 2 /80 (A is the maximum diameter of the floating core).
A valve lash adjustment system for adjusting a valve lash of a valve train for actuating a valve (132, 134), said valve lash adjustment system comprising: a lash adjustment assembly for adjusting the valve lash, said lash adjustment assembly mounted remotely from the valve train, a rocker shaft assembly rotatable about a fixed axis and operatively connected to the valve train, the rocker shaft assembly including a rocker bearing portion which provides a movable axis offset from the fixed axis; the lash adjustment assembly being extendable along a centerline axis, wherein said valve train and said valve lash adjustment system do not share any common actuating elements; characterised by a rocker shaft lever operatively connected between the lash adjustment assembly and the rocker shaft assembly to provide a lever ratio; wherein the rocker shaft assembly has a stiffness that includes a bending component caused by at least a deflection resulting from deformation of the rocker bearing portion, and a rotating component caused by at least a deflection resulting from rotation of the rocker shaft assembly; and wherein the lash adjustment assembly has a stiffness that is within 25 percent of the stiffness of the rotating component multiplied by the square of the lever ratio. a lash adjustment assembly for adjusting the valve lash, said lash adjustment assembly mounted remotely from the valve train, a rocker shaft assembly rotatable about a fixed axis and operatively connected to the valve train, the rocker shaft assembly including a rocker bearing portion which provides a movable axis offset from the fixed axis; the lash adjustment assembly being extendable along a centerline axis, wherein said valve train and said valve lash adjustment system do not share any common actuating elements; characterised by a rocker shaft lever operatively connected between the lash adjustment assembly and the rocker shaft assembly to provide a lever ratio; wherein the rocker shaft assembly has a stiffness that includes a bending component caused by at least a deflection resulting from deformation of the rocker bearing portion, and a rotating component caused by at least a deflection resulting from rotation of the rocker shaft assembly; and wherein the lash adjustment assembly has a stiffness that is within 25 percent of the stiffness of the rotating component multiplied by the square of the lever ratio.
A vacuum seal for sealing a connection between two sealing surfaces, in particular flanges (43, 45, 113), in particular an outlet of a recipient and an inlet (45, 113) of a vacuum pump (23, 111), in particular of a turbomolecular pump, wherein the seal has a metal body closed in ring shape; wherein a jacket composed of a non-metallic material is arranged at the metal body; and wherein the metal body has two surface sides (711, 713), with one of the surface sides facing the one sealing surface and the other one of the surface sides facing the other sealing surface when the seal is arranged as intended between the two sealing surfaces, characterized in that at least one of the two surface sides has an elevated portion running around in the peripheral direction U of the seal and projecting from the surface side, with the jacket covering the elevated portion.
A composition comprising one or more sources of copper ions, an electrolyte and a polymer that is a reaction product of one or more sulfonamides or salts thereof, and one or more epoxides.
A semiconductor light-emitting device (110, 111, 112) comprising: a first metal member including a first metal plate including copper, and a first metal layer including silver; a semiconductor light-emitting element, the first metal layer being disposed between the semiconductor light-emitting element and the first metal plate; and an insulating layer including silicon oxide, the first metal plate including a first region including copper, and a second region provided between the first region and the insulating layer, a concentration of oxygen in the second region being higher than a concentration of oxygen in the first region, the first metal plate (51 c) having a first metal plate side surface (51 cs) of the second region, the first metal plate side surface crossing a plane (X; Y) perpendicular to a first direction, the first direction being from the first metal layer toward the semiconductor light-emitting element, and the insulating layer contacting the first metal plate side surface of the second region, characterised in that the first metal plate side surface includes a region including silver. a first metal member including a first metal plate including copper, and a first metal layer including silver; a first metal plate including copper, and a first metal layer including silver; a semiconductor light-emitting element, the first metal layer being disposed between the semiconductor light-emitting element and the first metal plate; and an insulating layer including silicon oxide, the first metal plate including a first region including copper, and a second region provided between the first region and the insulating layer, a concentration of oxygen in the second region being higher than a concentration of oxygen in the first region, the first metal plate (51 c) having a first metal plate side surface (51 cs) of the second region, the first metal plate side surface crossing a plane (X; Y) perpendicular to a first direction, the first direction being from the first metal layer toward the semiconductor light-emitting element, and the insulating layer contacting the first metal plate side surface of the second region, characterised in that the first metal plate side surface includes a region including silver.
A mobile container assembly comprising a container assembly with a wheeled base container configured with at least a rear rolling wheel assembly, and a handle assembly attached to the wheeled container; the handle assembly being configured with a telescopic handle that is manipulable between a retracted handle position and an extended handle position, and a tilt support that is manipulable between a retracted position and an extended position, wherein when the tilt support is at the extended position, a ground support thereof extends behind and below an axis of the rear rolling wheel assembly, the telescopic handle being integrated with the tilt support and comprising at least one rod being configured with a handle gripping member at an upper portion thereof and with the tilt support at a lower portion of said rod, the telescopic handle being secured to the container assembly via a handle support member, such that said rod extends and retracts coaxially within said handle support member, wherein the telescopic handle comprises a locking mechanism for securing the telescopic handle at a retracted handle position and the tilt support at an extended position and/or securing the telescopic handle at an extended handle position and the tilt support at a retracted position. the handle assembly being configured with a telescopic handle that is manipulable between a retracted handle position and an extended handle position, and a tilt support that is manipulable between a retracted position and an extended position, wherein when the tilt support is at the extended position, a ground support thereof extends behind and below an axis of the rear rolling wheel assembly, the telescopic handle being integrated with the tilt support and comprising at least one rod being configured with a handle gripping member at an upper portion thereof and with the tilt support at a lower portion of said rod, the telescopic handle being secured to the container assembly via a handle support member, such that said rod extends and retracts coaxially within said handle support member, wherein the telescopic handle comprises a locking mechanism for securing the telescopic handle at a retracted handle position and the tilt support at an extended position and/or securing the telescopic handle at an extended handle position and the tilt support at a retracted position.