mhurhangee/ep-ind-claims huggingface dataset:
A bearing unit (1, 1', 20) comprising an outer member concentrically arranged around an inner member, a first rolling element bearing (4, 4') and a first load measuring device (8, 8', 300) with a bore, whereby: - the first load measuring device (8, 8', 300) is mounted to one of the members (2, 3) and supports the first rolling element bearing (4, 4') relatively to this one of the members; - the first rolling element bearing (4, 4') is mounted to the other of the members (2, 3) and supports this other of the members relatively to the first load measuring device (8, 8', 300); characterized in that, the first load measuring device (8, 8', 300) and the first rolling element bearing (4, 4') are arranged laterally to each other in a radial gap between the inner and outer members (2, 3), and in that the load measuring device (8, 8', 300) comprises a rigid first section and a rigid second section, radially spaced from the rigid first section, which sections are joined by at least one deformable portion (15, 315) that is provided with one or more strain sensors (18, 318) that lie on a plane perpendicular to an axis of rotation of the bearing unit. - the first load measuring device (8, 8', 300) is mounted to one of the members (2, 3) and supports the first rolling element bearing (4, 4') relatively to this one of the members; - the first rolling element bearing (4, 4') is mounted to the other of the members (2, 3) and supports this other of the members relatively to the first load measuring device (8, 8', 300);
An apparatus, comprising: a block of memory cells (BLK0-3), the memory cells (MC1, MC2, 702-716, 722-736, 742-756, 762-776, 1250-1261) comprise 3D NAND flash memory cells connected to word lines (WLL0-WLL10) and arranged in NAND strings (NS1, NS2, 700n, 710n, 720n and 730n); and a control circuit (110, 122), the control circuit is configured to: make a detection of a failure in an attempt to program data into memory cells of a particular word line (WLrec+1) in the block; in response to the detection of the failure, make a determination that memory cells in an adjacent word line (WLrec) comprise one or more uncorrectable errors, wherein the adjacent word line is programmed before the particular word line; characterised in that the control circuit is further configured to: in response to the determination, erase memory cells (1022, 1032) of the particular word line followed by reading data from the memory cells (1021, 1031) in the adjacent word line. a block of memory cells (BLK0-3), the memory cells (MC1, MC2, 702-716, 722-736, 742-756, 762-776, 1250-1261) comprise 3D NAND flash memory cells connected to word lines (WLL0-WLL10) and arranged in NAND strings (NS1, NS2, 700n, 710n, 720n and 730n); and a control circuit (110, 122), the control circuit is configured to: make a detection of a failure in an attempt to program data into memory cells of a particular word line (WLrec+1) in the block; in response to the detection of the failure, make a determination that memory cells in an adjacent word line (WLrec) comprise one or more uncorrectable errors, wherein the adjacent word line is programmed before the particular word line; characterised in that the control circuit is further configured to: in response to the determination, erase memory cells (1022, 1032) of the particular word line followed by reading data from the memory cells (1021, 1031) in the adjacent word line. make a detection of a failure in an attempt to program data into memory cells of a particular word line (WLrec+1) in the block; in response to the detection of the failure, make a determination that memory cells in an adjacent word line (WLrec) comprise one or more uncorrectable errors, wherein the adjacent word line is programmed before the particular word line; characterised in that the control circuit is further configured to: in response to the determination, erase memory cells (1022, 1032) of the particular word line followed by reading data from the memory cells (1021, 1031) in the adjacent word line. in response to the determination, erase memory cells (1022, 1032) of the particular word line followed by reading data from the memory cells (1021, 1031) in the adjacent word line.
A treated textile comprising (a) a textile substrate; (b) applied on one side of the substrate, a composition comprising (i) a fluorochemical-containing soil release component; (ii) an antimicrobial agent; and (iii) a crosslinking component; which composition comprises the component (i) in an amount of less than 6 wt.-%, based on the weight of the composition; and (c) applied on the other side of the substrate, an electrically conductive coating. (a) a textile substrate; (b) applied on one side of the substrate, a composition comprising (i) a fluorochemical-containing soil release component; (ii) an antimicrobial agent; and (iii) a crosslinking component; which composition comprises the component (i) in an amount of less than 6 wt.-%, based on the weight of the composition; and (i) a fluorochemical-containing soil release component; (ii) an antimicrobial agent; and (iii) a crosslinking component; (c) applied on the other side of the substrate, an electrically conductive coating.
A drier for drying a board, the board having two principal surfaces that are opposed to each other, the drier comprising: conveying means for conveying the board along a longitudinal direction of the drier, the conveying means further being for supporting the board in a support plane containing the longitudinal direction of the drier; air inflow means for directing airflow towards at least one of the principal surfaces of the board; and airflow control means comprising a panel within the drier that is aligned with the longitudinal direction of the drier and intersects the support plane, the panel being for enhancing airflow in the longitudinal direction of the drier, and wherein the air inflow means comprises a conduit (40, 34) extending transversely to the longitudinal direction of the board, the conduit (40, 34) comprising a plurality of apertures (42, 44, 36, 38) for directing airflow towards the board, and characterised in that the panel is located at the downstream end of the conduit (40, 34), relative to the direction of airflow along the conduit. conveying means for conveying the board along a longitudinal direction of the drier, the conveying means further being for supporting the board in a support plane containing the longitudinal direction of the drier; air inflow means for directing airflow towards at least one of the principal surfaces of the board; and airflow control means comprising a panel within the drier that is aligned with the longitudinal direction of the drier and intersects the support plane, the panel being for enhancing airflow in the longitudinal direction of the drier, and wherein the air inflow means comprises a conduit (40, 34) extending transversely to the longitudinal direction of the board, the conduit (40, 34) comprising a plurality of apertures (42, 44, 36, 38) for directing airflow towards the board, and characterised in that the panel is located at the downstream end of the conduit (40, 34), relative to the direction of airflow along the conduit.
A shoe construction comprising: a sole having a toe end and an opposite heel end and having opposite medial and lateral sides (108, 110) extending between the toe end and the heel end; an upper of flexible material attached to the sole, the upper extending upwardly from the sole to an upper top edge, the upper top edge defining a forefoot opening and an ankle opening into an interior of the shoe; a tongue of flexible material having opposite medial and lateral sides (226, 228) along a length that extends upwardly from the sole to a distal end of the tongue positionable at the ankle opening; the tongue having a first fastener attached along a portion of either the medial side or the lateral side; and a stretchable member attached proximate to a portion of the medial side or the lateral side that is opposite the first fastener, wherein the first fastener is attachable to the upper proximate the respective location of the first fastener on the tongue characterized in that the stretchable member is permanently affixed to both the tongue and the upper proximate the respective location of the stretchable member on the tongue. a sole having a toe end and an opposite heel end and having opposite medial and lateral sides (108, 110) extending between the toe end and the heel end; an upper of flexible material attached to the sole, the upper extending upwardly from the sole to an upper top edge, the upper top edge defining a forefoot opening and an ankle opening into an interior of the shoe; a tongue of flexible material having opposite medial and lateral sides (226, 228) along a length that extends upwardly from the sole to a distal end of the tongue positionable at the ankle opening; the tongue having a first fastener attached along a portion of either the medial side or the lateral side; and a stretchable member attached proximate to a portion of the medial side or the lateral side that is opposite the first fastener, wherein the first fastener is attachable to the upper proximate the respective location of the first fastener on the tongue characterized in that the stretchable member is permanently affixed to both the tongue and the upper proximate the respective location of the stretchable member on the tongue.
A method comprising: steering a plurality of ion beamlets using a grid assembly, the grid assembly comprising: a screen grid; an acceleration grid positioned downstream of the screen grid; and a deceleration grid positioned downstream of the acceleration grid; each of the screen grid, acceleration grid and deceleration grid having an elliptical pattern of holes and wherein steering the plurality of ion beamlets further comprises steering the plurality of beamlets using offsets between corresponding holes in the screen grid and the acceleration grid so as to generate an ion beam, wherein ion current density profile of a cross-section of the ion beam is non-elliptical. a screen grid; an acceleration grid positioned downstream of the screen grid; and a deceleration grid positioned downstream of the acceleration grid;
A muffler having a shell of a double-layer structure, comprising: an inner shell formed by fixing ends of a tubularly rolled plate material to each other through a lock seam; and an outer shell formed substantially in a same manner as the inner shell, characterized in that the inner shell includes a through-hole at a position where the inner shell overlaps with a lock seam portion of the outer shell. an inner shell formed by fixing ends of a tubularly rolled plate material to each other through a lock seam; and an outer shell formed substantially in a same manner as the inner shell,
Method for the production of an additive- and blowing agent-containing polymer melt, the method comprising the following steps: - providing a first polymer melt (P 1) and a second polymer melt (P 2); - mixing at least one additive with the first polymer melt (P 1) by means of the screw machine to obtain an additive-containing polymer melt (P A); - mixing at least one blowing agent with the second polymer melt (P 2) to obtain a blowing agent-containing polymer melt (P T); - adding the blowing agent-containing polymer melt (P T) to the additive-containing polymer melt (P A) provided in the screw machine; and - mixing the blowing agent-containing polymer melt (P T) and the additive-containing polymer melt (P A) by means of the screw machine to obtain an additive- and blowing agent-containing polymer melt (P AT). - providing a first polymer melt (P 1) and a second polymer melt (P 2); - mixing at least one additive with the first polymer melt (P 1) by means of the screw machine to obtain an additive-containing polymer melt (P A); - mixing at least one blowing agent with the second polymer melt (P 2) to obtain a blowing agent-containing polymer melt (P T); - adding the blowing agent-containing polymer melt (P T) to the additive-containing polymer melt (P A) provided in the screw machine; and - mixing the blowing agent-containing polymer melt (P T) and the additive-containing polymer melt (P A) by means of the screw machine to obtain an additive- and blowing agent-containing polymer melt (P AT).
A chuck comprising: first and second support portions each of which has an annular shape and is arranged on a base, wherein at least one support portion of the first support portion and the second support portion includes at least four convex portions and three concave portions that are continuously formed such that the concave portions are located between the corresponding convex portions that are adjacent to each other, and wherein a substrate is held by bringing each convex portion into contact with the substrate and exhausting gas in each concave portion such that a pressure with respect to three of spaces surrounded by the substrate and the three concave portions to be lower than a pressure with respect to a space surrounded by the substrate, the first support portion and the second support portion. first and second support portions each of which has an annular shape and is arranged on a base, wherein at least one support portion of the first support portion and the second support portion includes at least four convex portions and three concave portions that are continuously formed such that the concave portions are located between the corresponding convex portions that are adjacent to each other, and wherein a substrate is held by bringing each convex portion into contact with the substrate and exhausting gas in each concave portion such that a pressure with respect to three of spaces surrounded by the substrate and the three concave portions to be lower than a pressure with respect to a space surrounded by the substrate, the first support portion and the second support portion.
Method for accessing at least one enciphered datum previously stored in a mass memory of a portable electronic entity or in a mass memory accessible via said portable electronic entity, said portable electronic entity, adapted to be connected to a host station, said portable electronic entity comprising means of access to said mass memory comprising said at least one enciphered datum and securing means adapted to decipher said at least one enciphered datum, said access means and said securing means being distinct and independent and not exchanging data with one another, this method comprising the following steps, - reception of said at least one enciphered datum from said access means; - transmission of said at least one received enciphered datum to said securing means so as to be deciphered therein; and, - reception of said at least one deciphered datum, said steps being implemented in said host station. - reception of said at least one enciphered datum from said access means; - transmission of said at least one received enciphered datum to said securing means so as to be deciphered therein; and, - reception of said at least one deciphered datum, said steps being implemented in said host station.
A polymer having the structure: Where R 1 is C n H 2n+1 R 2 is a diheterofunctional group n has a value from 1 to 10 x has a value from 1 to 10,000 y has a value from 1 to 10,000 P is a polyether chain; and D is a Xanthene dye selected from at least one of Acid Red 52, Acid Red 289, Gallein, Bromopyrogallol Red, 2',7'-Dichlorofluorescein Sodium Salt, 9-(4'-Dimethylaminophenyl)-2,6,7-trihydroxyfluorone Sulfate Hydrate, Dibromofluorescein, Uranine K, Fluorescein, Uranine, Pyrogallol Red, Sulfonfluorescein, Tetrabromofluorescein Potassium Salt, Acid Red 91 ( Eosin Bluish), Acid Red 94 (Rose Bengal), Acid Red 87( Eosin), Acid Red 92 (Phloxine B), 3,4,5,6-Tetrachlorofluorescein, Tetraiodofluorescein (Erythrosin B or Erythrosine B) and Phenylfluorone R 1 is C n H 2n+1 R 2 is a diheterofunctional group n has a value from 1 to 10 x has a value from 1 to 10,000 y has a value from 1 to 10,000 P is a polyether chain; and D is a Xanthene dye selected from at least one of Acid Red 52, Acid Red 289, Gallein, Bromopyrogallol Red, 2',7'-Dichlorofluorescein Sodium Salt, 9-(4'-Dimethylaminophenyl)-2,6,7-trihydroxyfluorone Sulfate Hydrate, Dibromofluorescein, Uranine K, Fluorescein, Uranine, Pyrogallol Red, Sulfonfluorescein, Tetrabromofluorescein Potassium Salt, Acid Red 91 ( Eosin Bluish), Acid Red 94 (Rose Bengal), Acid Red 87( Eosin), Acid Red 92 (Phloxine B), 3,4,5,6-Tetrachlorofluorescein, Tetraiodofluorescein (Erythrosin B or Erythrosine B) and Phenylfluorone
Apparatus for producing a vehicle tyre having a shaping drum, the shaping drum having a shaft, two shaping heads (9, 10), two shaping bellows (11, 12) and two pusher bells (1, 2) which can be moved in the axial direction, the two pusher bells (1, 2) being mounted in each case on a first and second movable carriage (3, 4), the movable carriages (3, 4) being mounted on a rail system (24, 25) and being configured such that they can be moved along the rail system (24, 25) in the axial direction by way of drives (13, 14), characterized in that the drives (13, 14) for the first and second movable carriages (3, 4) are mounted with the respective drive spindles (21, 22) on a third carriage, all three carriages (3, 4, 17) being mounted on the rail system such that they can be moved with respect to the blank centre, floating mounting of the two pusher bells (1, 2) in relation to the blank centre being achieved via the third carriage, a compensation means being arranged on the third carriage, and a displacement movement of the centre offset of the two pusher bells (1, 2) in relation to the blank centre being regulated by way of the compensation means.
An apparatus for controlling operation of a first light source of a first color and a second light source of a second color, the apparatus comprising an input portion configured to receive an input control signal having a user-controllable duration, characterized in that the apparatus comprises a control portion configured to switch, in response to a single input control signal having the overall duration not exceeding a first predetermined threshold, the first and second light sources on or off, and change characteristics of light provided by the first and second light sources in response to the duration of the input control signal exceeding a second predetermined threshold that is no smaller than the first predetermined threshold, the change in characteristics being dependent on duration of the input control signal and the change comprising adjustment of the ratio between the light intensities of the first light source and the second light source.
A rolling bearing assembly, comprising: a housing, a shaft, a first rolling bearing and a second rolling bearing for rotatably supporting the shaft in the housing, wherein the first rolling bearing is designed as a fixed bearing by an outer ring of the first rolling bearing being stationarily arranged in the housing and an inner ring of the first rolling bearing being fixedly connected to the shaft, wherein the second rolling bearing is designed as a floating bearing by the outer ring of the second rolling bearing being arranged axially displaceable in the housing and the inner ring of the second rolling bearing being axially displaceably connected to the shaft, characterized in that both the outer ring and the inner ring of the second rolling bearing are each pushed toward the first rolling bearing by a respective biasing means in the axial direction to prevent rotational movement of the outer ring with respect to the housing and rotational movement of the inner ring with respect to the shaft. a housing, a shaft, a first rolling bearing and a second rolling bearing for rotatably supporting the shaft in the housing, wherein the first rolling bearing is designed as a fixed bearing by an outer ring of the first rolling bearing being stationarily arranged in the housing and an inner ring of the first rolling bearing being fixedly connected to the shaft, wherein the second rolling bearing is designed as a floating bearing by the outer ring of the second rolling bearing being arranged axially displaceable in the housing and the inner ring of the second rolling bearing being axially displaceably connected to the shaft, characterized in that both the outer ring and the inner ring of the second rolling bearing are each pushed toward the first rolling bearing by a respective biasing means in the axial direction to prevent rotational movement of the outer ring with respect to the housing and rotational movement of the inner ring with respect to the shaft.
A method of drilling ground along a drilling direction, the method comprising providing at least first and second drill tubes (40, 42), each having a first end (40a, 42a) and a second end (40b, 42b) opposite from the first end, the second end of the second drill tube being suitable for securing to the first end of the first drill tube; providing a manipulator arm, which is an articulated and motorized arm presenting at least three articulation points, not having a slide, and provided with a gripper member; gripping the first drill tube via its first end using the gripper member; aligning the first drill tube with the drilling direction using the manipulator arm; moving the gripper member along the drilling direction by actuating the manipulator so as to drive the first drill tube into the ground; after driving the first drill tube into the ground, the gripper member releases the first drill tube; then gripping the second drill tube via its first end using the gripper member; moving the gripper member so as to bring the second end of the second drill tube into a position facing the first end of the first drill tube; fastening the second end of the second drill tube to the first end of the first drill tube; and moving the gripper member in the drilling direction in order to drive the second drill tube fastened to the first drill tube into the ground. providing at least first and second drill tubes (40, 42), each having a first end (40a, 42a) and a second end (40b, 42b) opposite from the first end, the second end of the second drill tube being suitable for securing to the first end of the first drill tube; providing a manipulator arm, which is an articulated and motorized arm presenting at least three articulation points, not having a slide, and provided with a gripper member; gripping the first drill tube via its first end using the gripper member; aligning the first drill tube with the drilling direction using the manipulator arm; moving the gripper member along the drilling direction by actuating the manipulator so as to drive the first drill tube into the ground; after driving the first drill tube into the ground, the gripper member releases the first drill tube; then gripping the second drill tube via its first end using the gripper member; moving the gripper member so as to bring the second end of the second drill tube into a position facing the first end of the first drill tube; fastening the second end of the second drill tube to the first end of the first drill tube; and moving the gripper member in the drilling direction in order to drive the second drill tube fastened to the first drill tube into the ground.