mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method, the method comprising: detecting an anchor point and a second point corresponding to a radial menu based on touch input on a touch-sensitive screen, wherein the radial menu comprises a display area including one or more menu options, the display area comprising a portion of a circle defined by a radius based on the distance between the second point and the anchor point; displaying a graphical element that indicates availability of a sub-menu for a menu option provided in the radial menu; receiving a subsequent touch input on the touch-sensitive screen corresponding to the radial menu, wherein the subsequent touch input comprises a gesture including an initial position corresponding to the detected second point and a third point corresponding to an end position of the gesture; determining that the third point corresponds to the sub-menu when the third point is within a predetermined distance from the graphical element that indicates availability of the sub-menu; and in response to determining that the third point corresponds to the sub-menu, providing for display of the sub-menu based on the distance between the second point and the anchor point plus an additional distance, wherein the sub-menu comprises a second display area including one or more additional menu options. detecting an anchor point and a second point corresponding to a radial menu based on touch input on a touch-sensitive screen, wherein the radial menu comprises a display area including one or more menu options, the display area comprising a portion of a circle defined by a radius based on the distance between the second point and the anchor point; displaying a graphical element that indicates availability of a sub-menu for a menu option provided in the radial menu; receiving a subsequent touch input on the touch-sensitive screen corresponding to the radial menu, wherein the subsequent touch input comprises a gesture including an initial position corresponding to the detected second point and a third point corresponding to an end position of the gesture; determining that the third point corresponds to the sub-menu when the third point is within a predetermined distance from the graphical element that indicates availability of the sub-menu; and in response to determining that the third point corresponds to the sub-menu, providing for display of the sub-menu based on the distance between the second point and the anchor point plus an additional distance, wherein the sub-menu comprises a second display area including one or more additional menu options.
Method for producing Al-Zn-Cu-Mg type alloy thick plates having a thickness greater than 40 mm comprising between 4 and 12% zinc, less than 4% magnesium and less than 4% copper, minor elements ≤ 0.5% each, and the remainder aluminium, said method comprising hot rolling, solution heat-treatment, quenching, controlled stretching with permanent elongation greater than 0.5% and ageing, characterised in that the elapsed time D between the end of quenching and the start of controlled stretching is less than 1 hour.
Pipe fitting for expansion tanks, suitable for the direct or indirect hydraulic connection with at least one duct of a hydraulic system, said pipe fitting being made up of the following: - a half shell of an expansion tank; - a first coupling body permanently constrained to said half shell of an expansion tank and comprising a substantially cylindrical body provided with an axial hole; - a second adapter body permanently constrained to said coupling body which in turn is mounted on said half shell, and wherein said second adapter body is suitable for the direct or indirect connection with a duct of a hydraulic system, wherein said coupling body is made of a metallic material and is welded in any way to the half shell of the expansion tank, while said adapter body is made of a plastic or metallic material, and wherein said adapter body (30, 30') comprises a substantially cylindrical body provided with a through axial hole and comprising a standard engagement portion inserted in the axial hole of said coupling body thereby engaging said coupling body, the substantially cylindrical body also comprising a connecting portion (34, 34') suited to be connected to the hydraulic system, and wherein said connecting portion (34, 34') comprises shaped parts (38, 38') for the direct or indirect connection with the duct of the hydraulic system in which the expansion tank will be installed, said shaped parts (38, 38') being sized and shaped according to the duct to be connected. - a half shell of an expansion tank; - a first coupling body permanently constrained to said half shell of an expansion tank and comprising a substantially cylindrical body provided with an axial hole; - a second adapter body permanently constrained to said coupling body which in turn is mounted on said half shell,
Frame of a front bumper assembly of a motor vehicle, the frame comprising a front wall intended to be fixed to an outer screen of a front bumper assembly, and a rear wall; the rear wall comprising a front portion inclined by report to the front wall, and a rear portion; wherein the rear portion comprises a zone connecting zone intended to be connected to a support of the motor vehicle, the connecting part comprising breakable means so as to detach the rear part from the support in the event of a pedestrian impact.
A method for producing a battery electrode employing a configuration in which a compound material layer containing an active material and a binder is retained on a current collector wherein the compound material layer is formed by applying a compound material paste containing the active material to the current collector followed by drying, and formation of the compound material layer includes the following steps: a step of forming a binder solution layer by applying a binder solution containing a first binder to the current collector; a step of depositing the binder solution layer and a compound material paste layer on the current collector by applying the compound material paste over the binder solution layer; and a step of obtaining an electrode in which the compound material layer is formed on the current collector by drying both the deposited binder solution layer and compound material paste layer characterized in that the binder solution is composed of a solvent capable of separating into two phases with a solvent of the compound material paste so as to be able to maintain a state of being separated from the compound material paste at least over a fixed period of time. a step of forming a binder solution layer by applying a binder solution containing a first binder to the current collector; a step of depositing the binder solution layer and a compound material paste layer on the current collector by applying the compound material paste over the binder solution layer; and a step of obtaining an electrode in which the compound material layer is formed on the current collector by drying both the deposited binder solution layer and compound material paste layer characterized in that the binder solution is composed of a solvent capable of separating into two phases with a solvent of the compound material paste so as to be able to maintain a state of being separated from the compound material paste at least over a fixed period of time.
A method comprising: receiving, by a wireless device being served by a plurality of TRPs comprising a first TRP and a second TRP, one or more messages comprising one or more configuration parameters: indicating a plurality of transmission configuration indication,TCI, states; and comprising at least one configuration parameter of a first downlink transmission group and a second downlink transmission group; wherein the first downlink transmission group and the second downlink transmission group are corresponding to the first TRP and the second TRP; receiving a medium access control control element, MAC CE, comprising: a first field identifying one of the first downlink transmission group and the second downlink transmission group; and a second field activating one or more TCI states, of the plurality of TCI states, for a downlink transmission group identified by the first field; receiving a downlink control information,DCI, scheduling a transport block; and in response to receiving the DCI, receiving the transport block based on a TCI state among the one or more TCI states of the downlink transmission group. receiving, by a wireless device being served by a plurality of TRPs comprising a first TRP and a second TRP, one or more messages comprising one or more configuration parameters: indicating a plurality of transmission configuration indication,TCI, states; and comprising at least one configuration parameter of a first downlink transmission group and a second downlink transmission group; indicating a plurality of transmission configuration indication,TCI, states; and comprising at least one configuration parameter of a first downlink transmission group and a second downlink transmission group; wherein the first downlink transmission group and the second downlink transmission group are corresponding to the first TRP and the second TRP; receiving a medium access control control element, MAC CE, comprising: a first field identifying one of the first downlink transmission group and the second downlink transmission group; and a second field activating one or more TCI states, of the plurality of TCI states, for a downlink transmission group identified by the first field; a first field identifying one of the first downlink transmission group and the second downlink transmission group; and a second field activating one or more TCI states, of the plurality of TCI states, for a downlink transmission group identified by the first field; receiving a downlink control information,DCI, scheduling a transport block; and in response to receiving the DCI, receiving the transport block based on a TCI state among the one or more TCI states of the downlink transmission group.
A sole component for an article of footwear, the sole component comprising: a baseplate having a bottom surface; an arrangement of ground engaging members extending downward from the bottom surface of the baseplate; and a reinforcing shank arrangement including a plurality of reinforcing strips formed of a different material than portions of the baseplate adjacent the reinforcing strips, the plurality of reinforcing strips including a first reinforcing strip extending in a direction toward a medial side of the baseplate, a second reinforcing strip extending toward a lateral side of the baseplate, wherein the first reinforcing strip intersects the second reinforcing strip to form an X-configuration, characterized in that the plurality of reinforcing strips includes a third reinforcing strip (200, 205) extending from the intersection of the first reinforcing strip and the second reinforcing strip into an area between the first reinforcing strip and the second reinforcing strip. a baseplate having a bottom surface; an arrangement of ground engaging members extending downward from the bottom surface of the baseplate; and a reinforcing shank arrangement including a plurality of reinforcing strips formed of a different material than portions of the baseplate adjacent the reinforcing strips, the plurality of reinforcing strips including a first reinforcing strip extending in a direction toward a medial side of the baseplate, a second reinforcing strip extending toward a lateral side of the baseplate, wherein the first reinforcing strip intersects the second reinforcing strip to form an X-configuration, characterized in that the plurality of reinforcing strips includes a third reinforcing strip (200, 205) extending from the intersection of the first reinforcing strip and the second reinforcing strip into an area between the first reinforcing strip and the second reinforcing strip.
A hand held power tool comprising: an elongated member operably coupled to a handle assembly; a working assembly disposed at one end of the elongated member and configured to be bi-directionally rotatable to perform a cutting function using cutting equipment attachable to the hand held power tool; a power unit operably coupled to the working assembly to selectively cause rotation of the working assembly; and a control assembly configured to control the selective rotation of the working assembly, characterized in that the control assembly is configured to: receive information indicative of a type of cutting equipment attached to the trimmer based on operation of the working assembly in a selected direction of rotation; determine the type of cutting equipment attached based on the received information; and selectively insert operational constraints based on the type of cutting equipment and the selected direction of rotation. an elongated member operably coupled to a handle assembly; a working assembly disposed at one end of the elongated member and configured to be bi-directionally rotatable to perform a cutting function using cutting equipment attachable to the hand held power tool; a power unit operably coupled to the working assembly to selectively cause rotation of the working assembly; and a control assembly configured to control the selective rotation of the working assembly, characterized in that the control assembly is configured to: receive information indicative of a type of cutting equipment attached to the trimmer based on operation of the working assembly in a selected direction of rotation; determine the type of cutting equipment attached based on the received information; and selectively insert operational constraints based on the type of cutting equipment and the selected direction of rotation. receive information indicative of a type of cutting equipment attached to the trimmer based on operation of the working assembly in a selected direction of rotation; determine the type of cutting equipment attached based on the received information; and selectively insert operational constraints based on the type of cutting equipment and the selected direction of rotation.
A spill containment boom unit for deployment in ambient water in an axially extending arrangement, comprising: one or more surfaces configured to form at least one hollow chamber with walls substantially surrounding the chamber in a plane transverse to said axis, wherein at least one segment (252, 254) defines at least one wall of said hollow chamber, each segment comprising at least one compartment filled with gas; wherein when said boom unit is deployed, said chamber defines one or more openings through which ambient water can flow; said boom unit characterized in that sponge material (282, 284) is provided within and/or between segments, optionally near a fold location, said sponge material suitable for assisting in setting a shape of said boom unit when said boom unit is deployed, said sponge material suitable for absorbing water; said chamber sized to interfere with the motion of a volume of said ambient water contained within it, said volume sufficient for stabilizing said boom unit. one or more surfaces configured to form at least one hollow chamber with walls substantially surrounding the chamber in a plane transverse to said axis, wherein at least one segment (252, 254) defines at least one wall of said hollow chamber, each segment comprising at least one compartment filled with gas; wherein when said boom unit is deployed, said chamber defines one or more openings through which ambient water can flow; said boom unit characterized in that sponge material (282, 284) is provided within and/or between segments, optionally near a fold location, said sponge material suitable for assisting in setting a shape of said boom unit when said boom unit is deployed, said sponge material suitable for absorbing water; said chamber sized to interfere with the motion of a volume of said ambient water contained within it, said volume sufficient for stabilizing said boom unit.
An assistance device for replacing an equipment connected to a rack, which allows the equipment to be removed from the rack from the rear end of the rack, the assistance device comprising a first and second rail (21, 22) fixed to the rack, a tray for supporting the equipment that has slides (231, 232) engaging with said rails (21, 22), respectively, so that the tray is movable back and forth; a first locking plate protruding from an end of the first rail and being connected to a first movable lug; a second locking plate protruding from an end of the second rail and connected to a second movable lug; wherein the first movable lug comprises a first hinge having a first left plate and a first right plate which is connectable to the first locking plate by locking members and which is pivotably connected to the first left plate, wherein the first left plate has an elongate hole the longitudinal axis of which is oriented vertically in operation and the first right plate has multiple locking holes, wherein the second movable lug comprises a second hinge having a second left plate which is connectable to the second locking plate by locking members and a second right plate which is pivotably connected to the second left plate, wherein the second left plate has multiple locking holes and the second right plate has an elongate hole the longitudinal axis of which is oriented vertically in operation; the first movable lug further comprising a first top plate having a locking hole and an elongate hole and a first bottom plate having a locking hole and an elongate hole, wherein the longitudinal axis of the elongated holes (1132, 1142) is oriented horizontally in operation; the second movable lug further comprising a second top plate having a locking hole and an elongate hole and a second bottom plate having a locking hole and an elongate hole, wherein the longitudinal axis of the elongate holes (1232, 1242) is oriented horizontally in operation; wherein the first left plate is connected to the first top plate and the first bottom plate, wherein the second right plate is connected to the second top plate and the second bottom plate, such that when the first right plate and the second left plate are respectively rotated relative to the first left plate and the second right plate and locking members connecting the first right plate and the second left plate to the first and second locking plate (24, 25) are removed, the equipment can be moved backward so that the cables on the front of the equipment cannot interfere the movement of the equipment.
A method for correcting errors received over a communication link, comprising: receiving a first retransmission of a packet at a channel decoder located at the back end of a receiver, wherein the first retransmission of the packet originates from a channel encoder; determining if the packet contains an error which is uncorrectable using an initial transmission and/or the first retransmission; performing a first level of error correction at a Peak-to-Average Power Ratio, PAPR, management module decoder located at the front end of the receiver based upon a second retransmission of the packet, wherein the second retransmission originates from a Peak-to-Average Power Ratio, PAPR, management module encoder; determining if the corrupted packet was corrected by the first level of error correction; and performing a second level of error correction at the said channel decoder based upon a third retransmission of the packet if the corrupted packet was not corrected by the first level of error correction, wherein the third retransmission of the packet originates from the channel encoder. receiving a first retransmission of a packet at a channel decoder located at the back end of a receiver, wherein the first retransmission of the packet originates from a channel encoder; determining if the packet contains an error which is uncorrectable using an initial transmission and/or the first retransmission; performing a first level of error correction at a Peak-to-Average Power Ratio, PAPR, management module decoder located at the front end of the receiver based upon a second retransmission of the packet, wherein the second retransmission originates from a Peak-to-Average Power Ratio, PAPR, management module encoder; determining if the corrupted packet was corrected by the first level of error correction; and performing a second level of error correction at the said channel decoder based upon a third retransmission of the packet if the corrupted packet was not corrected by the first level of error correction, wherein the third retransmission of the packet originates from the channel encoder.
Device for dispensing artificial eyelashes, comprising a case provided with a dispensing zone, a support on which a plurality of artificial eyelashes is fixed grouped by units of eyelashes using a connection strip, and a displacement mechanism capable of being actuated to cause a displacement of the support so as to convey the artificial eyelashes to the dispensing zone and make it possible for the exiting of the artificial eyelashes through said dispensing zone, said eyelashes being oriented transversally to an axis of extension of the support, at least during their passage at said dispensing zone, characterised in that the connection strip of the eyelash units is furthermore positioned laterally beyond said support.
A refrigerator comprising a body; a door which provides access into the body; a receptacle which is disposed on the door, which is suitable for vegetables and fruits therein and which has a perforated cover for discharging the moisture therein and a lid which is placed on the perforated cover; and a door shelf which is disposed on the door so as to remain above the receptacle, characterized by the receptacle having an air inlet port through which the cold air coming from the body enters the receptacle, an air outlet port through which said air exits the receptacle and a ramp which enables the air sweeping the perforated cover to be guided towards the air outlet port; an air discharge hole which is provided on the door shelf; and a guiding member which enables the air exiting through the air outlet port to be guided towards the air discharge hole.
A gas turbine engine comprising: a shaft defining an axis of rotation; a first bearing supporting the shaft for rotation relative to an inlet case; and a second bearing also supporting the shaft for relative rotation to the inlet case; wherein the first bearing is positioned within a bearing compartment formed between the shaft and the inlet case and the second bearing is also positioned within the bearing compartment; a geared architecture coupled to the shaft and a fan coupled to and rotationally driven by the geared architecture; wherein the inlet case comprises a first inlet case portion defining an inlet case flow path and a second inlet case portion removably secured to the first inlet case portion, the first and second bearings (122,124) being mounted to the second inlet case portion; characterised in that the first inlet case portion extends upstream from the second inlet case portion to surround said geared architecture. a shaft defining an axis of rotation; a first bearing supporting the shaft for rotation relative to an inlet case; and a second bearing also supporting the shaft for relative rotation to the inlet case; wherein the first bearing is positioned within a bearing compartment formed between the shaft and the inlet case and the second bearing is also positioned within the bearing compartment; a geared architecture coupled to the shaft and a fan coupled to and rotationally driven by the geared architecture; wherein the inlet case comprises a first inlet case portion defining an inlet case flow path and a second inlet case portion removably secured to the first inlet case portion, the first and second bearings (122,124) being mounted to the second inlet case portion; characterised in that the first inlet case portion extends upstream from the second inlet case portion to surround said geared architecture.