mhurhangee/patent-ind-claim-en huggingface dataset:
A sole structure for an article of footwear, comprising: a rearfoot outsole component including an exterior major surface and an interior major surface; a rearfoot midsole component engaged with the interior major surface of the rearfoot outsole component, wherein the rearfoot midsole component includes a rearfoot receptacle defined therein; a rearfoot fluid-filled bladder system located at least partially within the rearfoot receptacle; and a rigid plate member including a rigid plate portion at least partially overlaying the rearfoot fluid-filled bladder system, wherein a bottom surface of the rigid plate member is exposed and forms a bottom surface of the sole structure in an arch area of the sole structure forward of the rearfoot outsole component, characterized in that the rigid plate portion of the rigid plate member directly contacts an upper surface of the rearfoot fluid-filled bladder system at least when a compressive force is applied between the exterior major surface of the rearfoot outsole component and a top surface of the rigid plate portion. a rearfoot outsole component including an exterior major surface and an interior major surface; a rearfoot midsole component engaged with the interior major surface of the rearfoot outsole component, wherein the rearfoot midsole component includes a rearfoot receptacle defined therein; a rearfoot fluid-filled bladder system located at least partially within the rearfoot receptacle; and a rigid plate member including a rigid plate portion at least partially overlaying the rearfoot fluid-filled bladder system, wherein a bottom surface of the rigid plate member is exposed and forms a bottom surface of the sole structure in an arch area of the sole structure forward of the rearfoot outsole component, characterized in that the rigid plate portion of the rigid plate member directly contacts an upper surface of the rearfoot fluid-filled bladder system at least when a compressive force is applied between the exterior major surface of the rearfoot outsole component and a top surface of the rigid plate portion.
A method for pressure calculation, being applied to a touch screen, comprising: sampling (S701), within a preset sampling period, a phase-encoded driving signal that is continuously provided to the touch screen by a stylus touching the touch screen, to obtain a sampled driving signal, wherein a phase difference is provided between adjacent frames of the driving signal within each driving period according to a preset step phase when phase encoding is performed; and calculating (S702) pressure data within the sampling period according to a phase difference between adjacent frames of the sampled driving signal within the sampling period. sampling (S701), within a preset sampling period, a phase-encoded driving signal that is continuously provided to the touch screen by a stylus touching the touch screen, to obtain a sampled driving signal, wherein a phase difference is provided between adjacent frames of the driving signal within each driving period according to a preset step phase when phase encoding is performed; and calculating (S702) pressure data within the sampling period according to a phase difference between adjacent frames of the sampled driving signal within the sampling period.
A nonwoven composite having a dimension in a machine direction and a cross-machine direction, the nonwoven composite comprising a nonwoven facing positioned adjacent to an elastic film, the nonwoven facing containing a necked spunbond web formed from a plurality of fibers that are generally oriented in the machine-direction, wherein the composite has a peak elongation in the cross-machine direction of 100% or more and experiences a load at 100% elongation in the cross-machine direction of 1.74 Newtons per centimeter (450 grams-force per inch) or less; characterised in that : the fibers are bonded together at multiple bond regions, wherein the bond regions are arranged in separate rows along the machine direction and spaced apart in the cross-machine direction within an individual row; wherein the bond regions are generally oriented in the machine direction; and wherein the bond regions have an aspect ratio of from about 2 to about 100. the fibers are bonded together at multiple bond regions, wherein the bond regions are arranged in separate rows along the machine direction and spaced apart in the cross-machine direction within an individual row; wherein the bond regions are generally oriented in the machine direction; and wherein the bond regions have an aspect ratio of from about 2 to about 100.
A display apparatus for use in displaying an image to a viewer, comprising: an optical waveguide arranged to receive image-bearing light into the optical waveguide to guide the received image-bearing light therealong to an output part of the optical waveguide for output therefrom, the optical waveguide comprising an input diffraction grating for receiving image-bearing light and directing the received image-bearing light into the optical waveguide by diffraction, for guiding therealong and the output part comprises an output diffraction grating to output the image-bearing light wherein the input diffraction grating and output diffraction grating periods are matched; and, a combiner arranged adjacent to the output part of the optical waveguide for reflecting image-bearing light output by the waveguide in a direction which passes back through the optical waveguide and for allowing light from an external scene to pass through the combiner in said direction through the optical waveguide to combine with said reflected image-bearing light so that said image-bearing light overlays light from said external scene for viewing by a viewer wherein the output part of the optical waveguide is substantially planar and the output diffraction grating is arranged to output said image-bearing light in an output direction which is substantially perpendicular to the plane thereof, and the combiner has a generally planar surface which is orientated obliquely relative to the plane of the output part for said reflecting of image-bearing light obliquely. an optical waveguide arranged to receive image-bearing light into the optical waveguide to guide the received image-bearing light therealong to an output part of the optical waveguide for output therefrom, the optical waveguide comprising an input diffraction grating for receiving image-bearing light and directing the received image-bearing light into the optical waveguide by diffraction, for guiding therealong and the output part comprises an output diffraction grating to output the image-bearing light wherein the input diffraction grating and output diffraction grating periods are matched; and, a combiner arranged adjacent to the output part of the optical waveguide for reflecting image-bearing light output by the waveguide in a direction which passes back through the optical waveguide and for allowing light from an external scene to pass through the combiner in said direction through the optical waveguide to combine with said reflected image-bearing light so that said image-bearing light overlays light from said external scene for viewing by a viewer wherein the output part of the optical waveguide is substantially planar and the output diffraction grating is arranged to output said image-bearing light in an output direction which is substantially perpendicular to the plane thereof, and the combiner has a generally planar surface which is orientated obliquely relative to the plane of the output part for said reflecting of image-bearing light obliquely.
Stator unit for driving a rotor of an electrical planar motor , wherein the stator unit comprises a first arrangement of stator longitudinal layers and a second arrangement of stator oblique or transverse layers , wherein the stator longitudinal layers comprise first coil conductors , and wherein the stator oblique or transverse layers comprise second coil conductors , wherein the second coil conductors are configured to interact with second drive magnets of the rotor in order to drive the rotor in a first direction , wherein the first coil conductors are configured to interact with first drive magnets of the rotor in order to drive the rotor in a second direction different from the first direction , wherein the stator longitudinal layers and the stator oblique or transverse layers are arranged one above another in a third direction oriented perpendicularly to the first and second directions , characterized in that the stator longitudinal layers and the stator oblique or transverse layers in the third direction are at the same average distance from a stator surface of the stator unit , wherein the stator surface is the flat surface of the stator unit that faces the rotor . wherein the stator longitudinal layers comprise first coil conductors , and wherein the stator oblique or transverse layers comprise second coil conductors , wherein the second coil conductors are configured to interact with second drive magnets of the rotor in order to drive the rotor in a first direction , wherein the first coil conductors are configured to interact with first drive magnets of the rotor in order to drive the rotor in a second direction different from the first direction , wherein the stator longitudinal layers and the stator oblique or transverse layers are arranged one above another in a third direction oriented perpendicularly to the first and second directions , characterized in that the stator longitudinal layers and the stator oblique or transverse layers in the third direction are at the same average distance from a stator surface of the stator unit , wherein the stator surface is the flat surface of the stator unit that faces the rotor .
A compound of formula (I) or a pharmaceutically acceptable salt thereof, wherein R 1 and R 2 are each independently selected from the group consisting of H and C 1-4 alkyl, or R 1 and R 2 together with the N atom to which they are attached form a 4-8 membered heterocycloalkyl, the 4-8 membered heterocycloalkyl is optionally substituted with one or more R 3 , R 3 is each independently selected from the group consisting of hydroxyl, halogen, cyano, C 1-4 alkyl and C 1-4 alkoxy. R 1 and R 2 are each independently selected from the group consisting of H and C 1-4 alkyl, or R 1 and R 2 together with the N atom to which they are attached form a 4-8 membered heterocycloalkyl, the 4-8 membered heterocycloalkyl is optionally substituted with one or more R 3 , R 3 is each independently selected from the group consisting of hydroxyl, halogen, cyano, C 1-4 alkyl and C 1-4 alkoxy.
A method comprising: identifying a target row of memory that has been accessed more than a threshold number of times; the method characterised in that it further comprises: determining whether the target row of memory has been repaired; if the target row of memory has not been repaired, refreshing one or more rows of memory physically adjacent the target row of memory ; and if the target row of memory has been repaired, determining if one or more rows physically adjacent a row of redundant memory associated with the target row of memory are enabled and, if enabled, refreshing the one or more rows physically adjacent the row of redundant memory associated with the target row of memory . identifying a target row of memory that has been accessed more than a threshold number of times; the method characterised in that it further comprises: determining whether the target row of memory has been repaired; if the target row of memory has not been repaired, refreshing one or more rows of memory physically adjacent the target row of memory ; and if the target row of memory has been repaired, determining if one or more rows physically adjacent a row of redundant memory associated with the target row of memory are enabled and, if enabled, refreshing the one or more rows physically adjacent the row of redundant memory associated with the target row of memory .
Ink reservoir for supplying ink to a print head of an inkjet printer, comprising an ink chamber delimited by at least a front wall surface , a back wall surface , two side wall surfaces , and a bottom wall surface , the ink chamber having an outlet located in a portion of a wall surface delimiting a lower portion of the ink chamber , the ink chamber having a return inlet located in a portion of a wall surface delimiting an upper portion of the ink chamber , wherein the bottom wall surface comprises a curved surface extending between the front wall surface and the back wall surface in a first direction (X) and extending from the one side wall surface to the other side wall surface in a second direction (Y), wherein the curved surface has a slope (K) in a plane normal to the second direction (Y) and wherein the curved surface has a concave contour comprising a semi-elliptical curve having a width-to-height ratio (Q/P) of more than one in a plane normal to the first direction (X) and parallel to the second direction (Y).
Arrangement for switching a tongue rail to a stock rail comprising a holder with at least one roller element which is the support for the tongue rail, the holder being adjustable relative to the stock rail, wherein the holder is connected to a base plate having a wedge-shaped geometry or to a region designed wedge-shaped on which the holder is supported on the base plate, the base plate is adjustable in guided manner in the direction running transversely to the longitudinal direction of the stock or tongue rail , and the holder is adjustable step-by-step both horizontally and vertically relative to the base plate transversely to the longitudinal direction of the stock or tongue rail.
An enclosure for use in a fiber optic distribution network, the enclosure comprising: a housing including first and second housing pieces configured to be coupled together to define a housing interior, the first and second housing pieces interfacing at an interface location that extends about a perimeter of the housing; a gasket for providing a perimeter seal between the first housing piece and the second housing piece, the gasket being positioned between the first and second housing pieces at the interface location; characterised by the gasket having a transverse cross-sectional shape including a web having a length (L) that extends between first and second ends , the web including first and second sides that extend along the length between the first and second ends, the transverse cross-sectional shape having enlarged heads at the first and second ends, the transverse cross-sectional shape having at least one first rib that projects outwardly from the first side of the web at a location between the enlarged heads and at least one second rib that projects outwardly from the second side of the web at a location between the enlarged heads, and the gasket being compressed between the first and second housing pieces in a compression orientation parallel to the length of the web such that the web is axially compressed along its length, wherein the transverse cross-sectional shape of the gasket is symmetric about an axis that is parallel to the length of the web and that bisects the web. a housing including first and second housing pieces configured to be coupled together to define a housing interior, the first and second housing pieces interfacing at an interface location that extends about a perimeter of the housing; a gasket for providing a perimeter seal between the first housing piece and the second housing piece, the gasket being positioned between the first and second housing pieces at the interface location; characterised by the gasket having a transverse cross-sectional shape including a web having a length (L) that extends between first and second ends , the web including first and second sides that extend along the length between the first and second ends, the transverse cross-sectional shape having enlarged heads at the first and second ends, the transverse cross-sectional shape having at least one first rib that projects outwardly from the first side of the web at a location between the enlarged heads and at least one second rib that projects outwardly from the second side of the web at a location between the enlarged heads, and the gasket being compressed between the first and second housing pieces in a compression orientation parallel to the length of the web such that the web is axially compressed along its length, wherein the transverse cross-sectional shape of the gasket is symmetric about an axis that is parallel to the length of the web and that bisects the web.
An array substrate, comprising a gate layer (11;12), a gate insulating layer , an active layer , a source and drain layer , a scanning line and a signal line formed on a substrate , wherein the signal line is provided in a same layer as the gate layer, the scanning line is provided in a same layer as the source and drain layer, the gate insulating layer is provided between the gate layer, the signal line and the active layer; the array substrate further comprises a first through hole and a second through hole penetrating through the gate insulating layer, the signal line is connected to the source and drain layer via the first through hole, and the scanning line is connected to the gate layer via the second through hole.
A jaw crusher support frame to support a movable jaw of a jaw crusher via a mechanically actuated link assembly connected to the movable jaw , at least a part of the link assembly configured to allow the movable jaw to oscillate relative to a substantially stationary jaw in order to crush material in a zone between the movable and stationary jaws , the support frame comprising: a force transmission wall having a first side to be forward facing towards the movable jaw and a second side to be rearward facing away from the movable jaw , the first side having an abutment face aligned to extend generally in a plane transverse or perpendicular to a longitudinal axis of the link assembly; a first and a second flange extending lengthwise along the wall and projecting widthwise forward from the first side of the wall to extend towards the movable jaw , a cavity defined between the first and second flanges to receive at least a part of the link assembly for contact with the abutment face ; a rearward end of each of the first and second flanges in the widthwise direction terminates at a first region of the wall and a second region of the wall positioned at or towards the second side of the wall projects rearwardly beyond the rearward ends of the first and second flanges ; characterised in that : each flange comprises a lengthwise extending reinforcement rib positioned at or towards a forward end of the first and second flanges , each respective rib projecting outwardly from the first and second flanges in a Y direction perpendicular to the longitudinal axis away from the cavity . a force transmission wall having a first side to be forward facing towards the movable jaw and a second side to be rearward facing away from the movable jaw , the first side having an abutment face aligned to extend generally in a plane transverse or perpendicular to a longitudinal axis of the link assembly; a first and a second flange extending lengthwise along the wall and projecting widthwise forward from the first side of the wall to extend towards the movable jaw , a cavity defined between the first and second flanges to receive at least a part of the link assembly for contact with the abutment face ; a rearward end of each of the first and second flanges in the widthwise direction terminates at a first region of the wall and a second region of the wall positioned at or towards the second side of the wall projects rearwardly beyond the rearward ends of the first and second flanges ; characterised in that : each flange comprises a lengthwise extending reinforcement rib positioned at or towards a forward end of the first and second flanges , each respective rib projecting outwardly from the first and second flanges in a Y direction perpendicular to the longitudinal axis away from the cavity .
A method for a user equipment, UE, operating in a wireless communication system, the method comprising transmitting a first uplink data to a first base station, BS, or a second BS if an amount of first uplink data available for transmission is equal to or greater than a threshold value; checking (S1305), by a Packet Data Convergence Protocol, PDCP, entity of the UE , whether an amount of second uplink data available for transmission is less than the threshold value, wherein the second uplink data includes remaining parts of the first uplink data other than a part of the first uplink data transmitted, wherein the threshold value is configured (S1301) for the PDCP entity of the UE associated with a first Medium Access Control, MAC, entity of the UE and a second MAC entity of the UE for a radio bearer; wherein the first MAC entity of the UE is associated with the first BS , and the second MAC entity of the UE is associated with the second BS ; and indicating, by the PDCP entity of the UE , the amount of the second uplink data available for transmission in the PDCP entity to the first MAC entity (S1309) and the amount of second uplink data available for transmission in the PDCP entity as '0' to the second MAC entity (S1307), if the amount of second uplink data available for transmission is less than the threshold value.
Device for receiving a cuboidal object , which has three side edges (K1, K2, K3) of different length, in a motor vehicle, having a mounting frame which has an insertion opening , the length (L) of which corresponds at least to the length of the longest side edge (K1) of the object and the width (B) of which corresponds at least to the length of the shortest side edge (K3) of the object but, at least in sections, is smaller than the length of the side edge (K2) of the object with the medium length, wherein the mounting frame has a size such that the object , after being inserted into the mounting frame through the insertion opening , can be rotated through an angle of at least approximately 90° about its longitudinal axis and can be moved to a storage position in the mounting frame , characterised in that the depth (T) of the mounting frame corresponds at least to the length of the side edge (K2) of the object having the medium length, and the height (H) of the mounting frame corresponds at least to the length of the side edge (K2) of the object having the medium length, and the mounting frame has a recess , the extension of which in the direction of the depth (T) of the mounting frame corresponds at least approximately to the length of the shortest side edge (K3) of the object .