mhurhangee/ep-ind-claims huggingface dataset:
A method of responding to a touch gesture at a touch-enabled computing device comprising: presenting, at a first computing device, a virtual display of a remote application executing at a remote computing environment provided by a second computing device located remotely relative to the first computing device; presenting an interface control element at a native computing environment of the first computing device, the interface control element being used to indicate at which one of the native computing environment and the remote computing environment touch input received at a touchscreen of the first computing device should be interpreted; receiving a touch gesture at the touchscreen of the first computing device; determining whether a first portion of the touch gesture occurred at the interface control element and a second portion of the touch gesture did not occur at the interface control element; and based on determining that a first portion of the touch gesture occurred at the interface control element and the second portion of the touch gesture did not occur at the interface control element, interpreting the touch gesture locally at the native computing environment by adjusting a native display of the first computing device or, based on determining otherwise, remoting the touch gesture to the second computing device for interpretation remotely at the remote computing environment by transmitting information corresponding to the touch gesture to the second computing device. presenting, at a first computing device, a virtual display of a remote application executing at a remote computing environment provided by a second computing device located remotely relative to the first computing device; presenting an interface control element at a native computing environment of the first computing device, the interface control element being used to indicate at which one of the native computing environment and the remote computing environment touch input received at a touchscreen of the first computing device should be interpreted; receiving a touch gesture at the touchscreen of the first computing device; determining whether a first portion of the touch gesture occurred at the interface control element and a second portion of the touch gesture did not occur at the interface control element; and based on determining that a first portion of the touch gesture occurred at the interface control element and the second portion of the touch gesture did not occur at the interface control element, interpreting the touch gesture locally at the native computing environment by adjusting a native display of the first computing device or, based on determining otherwise, remoting the touch gesture to the second computing device for interpretation remotely at the remote computing environment by transmitting information corresponding to the touch gesture to the second computing device.
An extension ladder upon which a user climbs: a first rail of a base section of the extension ladder; a second rail of the base section of the extension ladder; rungs attached to the first and second rails upon which the user steps; a first leveler attached to the first rail, the first leveler having a foot peg and a latch, wherein a second leveler is provided, the second leveler being attached to the second rail, characterized in that, the foot peg, when being in an unfolded down position, and the latch extend inward toward the second rail, wherein when the user presses on the foot peg and the latch with the user's foot when the leveler is in an extended state, the first leveler moves into a retracted state. a first rail of a base section of the extension ladder; a second rail of the base section of the extension ladder; rungs attached to the first and second rails upon which the user steps; a first leveler attached to the first rail, the first leveler having a foot peg and a latch, wherein a second leveler is provided, the second leveler being attached to the second rail, characterized in that, the foot peg, when being in an unfolded down position, and the latch extend inward toward the second rail, wherein when the user presses on the foot peg and the latch with the user's foot when the leveler is in an extended state, the first leveler moves into a retracted state.
Electrical power transmission device (100, 200) for a rotatable friction clutch device, in particular for a motor vehicle which is driven by an internal combustion engine, the friction clutch device having an inductive rotary transmitter (202, 204, 312) comprising a stator (202, 314), which is associated with an electrical power source, and a rotor (204, 316), which is associated with the at least one actuator (344, 348), for contactlessly transmitting electrical energy between the stator (202, 314) and the rotor (204, 316), characterized in that the friction clutch device has an operating device (350, 352) comprising at least one electrical actuator (344, 348), which can rotate with the friction clutch device, in which friction clutch device the power transmission device (100, 200) has an electrical contact for conductively transmitting electrical energy from the power source to the at least one actuator (344, 348) with contact.
An echo suppressing method comprising: using either the output signal of a sound pickup device or the signal obtained by subtracting the output signal of said sound pickup device after echo suppression from the output signal of said sound pickup device as a first signal; using the output signal after echo suppression as a second signal; multiplying said second signal transformed in a frequency domain by an estimated crosstalk value; using the multiplication result to suppress the echo component in said first signal transformed in a frequency domain, wherein the corrected first signal is limited not to be smaller than an estimated value of near-end noise estimated for each frequency range; using said estimated crosstalk value and said second signal to estimate the amount of echo contained in said first signal; subtracting the estimated amount of echo from said first signal; and limiting the signal obtained by the subtraction not to be smaller than the estimated value of near-end noise. using either the output signal of a sound pickup device or the signal obtained by subtracting the output signal of said sound pickup device after echo suppression from the output signal of said sound pickup device as a first signal; using the output signal after echo suppression as a second signal; multiplying said second signal transformed in a frequency domain by an estimated crosstalk value; using the multiplication result to suppress the echo component in said first signal transformed in a frequency domain, wherein the corrected first signal is limited not to be smaller than an estimated value of near-end noise estimated for each frequency range; using said estimated crosstalk value and said second signal to estimate the amount of echo contained in said first signal; subtracting the estimated amount of echo from said first signal; and limiting the signal obtained by the subtraction not to be smaller than the estimated value of near-end noise.
A system for diffusing one or more volatile compounds carried by a volatile compound mass, the system comprising: a base carrying a selectively activatable airflow generator and having a base outlet port defined therein; a resealable pod (12a, 12b, 12c), including: a tray (13/15, 13b/15b, 13c/15c) and a cover (11, 11b, 11c), moveable relative to one another, the tray (13/15, 13b/15b, 13c/15c) and the cover (11, 11b, 11c) collectively defining a containment chamber that contains the volatile compound mass, the containment chamber having an inlet and an outlet, the chamber inlet and outlet being openable and closeable by relative movement of the tray (13/15, 13b/15b, 13c/15c) and the cover (11, 11b, 11c); the pod (12a, 12b, 12c) being positionable upon the base such that the base outlet port is in fluid communication with the chamber inlet to enable airflow generated by the airflow generator to pass through the base outlet port, through the chamber inlet, through the containment chamber, and through the chamber outlet to thereby diffuse the one or more volatile compounds carried by the volatile compound mass. a base carrying a selectively activatable airflow generator and having a base outlet port defined therein; a resealable pod (12a, 12b, 12c), including: a tray (13/15, 13b/15b, 13c/15c) and a cover (11, 11b, 11c), moveable relative to one another, the tray (13/15, 13b/15b, 13c/15c) and the cover (11, 11b, 11c) collectively defining a containment chamber that contains the volatile compound mass, the containment chamber having an inlet and an outlet, the chamber inlet and outlet being openable and closeable by relative movement of the tray (13/15, 13b/15b, 13c/15c) and the cover (11, 11b, 11c); the pod (12a, 12b, 12c) being positionable upon the base such that the base outlet port is in fluid communication with the chamber inlet to enable airflow generated by the airflow generator to pass through the base outlet port, through the chamber inlet, through the containment chamber, and through the chamber outlet to thereby diffuse the one or more volatile compounds carried by the volatile compound mass. a tray (13/15, 13b/15b, 13c/15c) and a cover (11, 11b, 11c), moveable relative to one another, the tray (13/15, 13b/15b, 13c/15c) and the cover (11, 11b, 11c) collectively defining a containment chamber that contains the volatile compound mass, the containment chamber having an inlet and an outlet, the chamber inlet and outlet being openable and closeable by relative movement of the tray (13/15, 13b/15b, 13c/15c) and the cover (11, 11b, 11c); the pod (12a, 12b, 12c) being positionable upon the base such that the base outlet port is in fluid communication with the chamber inlet to enable airflow generated by the airflow generator to pass through the base outlet port, through the chamber inlet, through the containment chamber, and through the chamber outlet to thereby diffuse the one or more volatile compounds carried by the volatile compound mass.
A method of detecting and signalling a hot box condition on a rail vehicle comprising the steps of: acquiring temperature data from undercarriage components of the rail vehicle through temperature sensors provided in hot box detection devices arranged in a sequence; and relaying temperature data through a wireless network of the hot box detection devices to a data recorder located in a locomotive, characterised by the step of removably coupling the hot box detection devices to each undercarriage component wherein the hot box detection devices are coupled magnetically and by the step of sequentially relaying the temperature data detected by each of the hot box detection devices to the next nearest active hot box detection devices in the sequence from the locomotive side of the train. acquiring temperature data from undercarriage components of the rail vehicle through temperature sensors provided in hot box detection devices arranged in a sequence; and relaying temperature data through a wireless network of the hot box detection devices to a data recorder located in a locomotive,
A lateral cabinet for a gate for controlling access to a restricted area, said lateral cabinet comprising: - a box intended to be arranged along a passage for access to the restricted area and having a surface for installation on the ground, - at least one swing leaf for blocking the passage, said swing leaf being movably mounted relative to the box between a retracted position in the box and a deployed position outside the box, and formed of a primary flap and a secondary flap mounted so as to be movable relative to each other between a folded configuration in which the secondary flap is nested within the primary flap and an unfolded configuration in which the secondary flap extends mainly out of the primary flap, and - a mechanism for hinging the swing leaf to the box, the hinge mechanism comprising a primary pivot link for pivoting the primary flap relative to the box about a primary axis (A-A') substantially parallel to the positioning surface of the box, wherein the hinge mechanism also comprises a secondary pivot link for pivoting the secondary flap relative to the box about a secondary axis (B-B') substantially parallel to the primary axis (A-A') and spaced from the primary axis (A-A'), and a rigid part hinged to the primary and secondary flaps (50, 52); characterized in that the primary and secondary pivot links (56, 58) are each fixed relative to the box. - a box intended to be arranged along a passage for access to the restricted area and having a surface for installation on the ground, - at least one swing leaf for blocking the passage, said swing leaf being movably mounted relative to the box between a retracted position in the box and a deployed position outside the box, and formed of a primary flap and a secondary flap mounted so as to be movable relative to each other between a folded configuration in which the secondary flap is nested within the primary flap and an unfolded configuration in which the secondary flap extends mainly out of the primary flap, and - a mechanism for hinging the swing leaf to the box, the hinge mechanism comprising a primary pivot link for pivoting the primary flap relative to the box about a primary axis (A-A') substantially parallel to the positioning surface of the box, wherein the hinge mechanism also comprises a secondary pivot link for pivoting the secondary flap relative to the box about a secondary axis (B-B') substantially parallel to the primary axis (A-A') and spaced from the primary axis (A-A'), and a rigid part hinged to the primary and secondary flaps (50, 52); characterized in that the primary and secondary pivot links (56, 58) are each fixed relative to the box.
Flow meter for detecting the flow rate of a flowing fluid for fitting into a supply line containing the fluid, having a measuring arrangement which is flowed through by the fluid in a predefined meter throughflow direction, in which the flow meter is continuously operated, a control and evaluation unit which controls the measuring arrangement and determines flow rate data, characterized in that the fitting situation with respect to the throughflow direction is not predefined on the device, but rather is established by the flow meter itself on the basis of the measurement data available to the flow meter in that the fitting-dependent throughflow direction is automatically determined by the control and evaluation unit as the fitting throughflow direction on the basis of the flow rate data, and, with a first installation or re-installation of the flow meter, the control and evaluation unit is automatically configured during a configuration routine on the basis of the flow rate data in such a way that, during the continuous operation following the first installation or re-installation, the meter throughflow direction is matched to the fitting throughflow direction control-internally, with the result that the meter throughflow direction and the fitting throughflow direction coincide. a measuring arrangement which is flowed through by the fluid in a predefined meter throughflow direction, in which the flow meter is continuously operated, a control and evaluation unit which controls the measuring arrangement and determines flow rate data, characterized in that the fitting situation with respect to the throughflow direction is not predefined on the device, but rather is established by the flow meter itself on the basis of the measurement data available to the flow meter in that the fitting-dependent throughflow direction is automatically determined by the control and evaluation unit as the fitting throughflow direction on the basis of the flow rate data, and, with a first installation or re-installation of the flow meter, the control and evaluation unit is automatically configured during a configuration routine on the basis of the flow rate data in such a way that, during the continuous operation following the first installation or re-installation, the meter throughflow direction is matched to the fitting throughflow direction control-internally, with the result that the meter throughflow direction and the fitting throughflow direction coincide.
A method for preparing a photomask blank comprising a transparent substrate, at least one film containing chromium and nitrogen, and free of silicon, and at least one film containing silicon and oxygen, and free of a transition metal, the film and film being in contact with one another, by a sputtering method and wherein (i) when the film is deposited on the film, for a predetermined period of time at the initial stage of deposition, the film is sputtered with supply of an oxygen-containing gas in an amount or flow rate which is reduced relative to a set value for a prescribed composition of the film, or without supply of oxygen-containing gas, after which the film is sputtered with supply of oxygen-containing gas in an amount or flow rate of the set value conforming to the prescribed composition; or (ii) when the film is deposited on the film, the film is sputtered with supply of oxygen-containing gas in an amount or flow rate of a set value conforming to a prescribed composition of the film and then, for a predetermined period of time at the final stage of the deposition, the film is sputtered with supply of the oxygen-containing gas in an amount or flow rate reduced from the set value, or without supply of oxygen-containing gas. (i) when the film is deposited on the film, for a predetermined period of time at the initial stage of deposition, the film is sputtered with supply of an oxygen-containing gas in an amount or flow rate which is reduced relative to a set value for a prescribed composition of the film, or without supply of oxygen-containing gas, after which the film is sputtered with supply of oxygen-containing gas in an amount or flow rate of the set value conforming to the prescribed composition; or (ii) when the film is deposited on the film, the film is sputtered with supply of oxygen-containing gas in an amount or flow rate of a set value conforming to a prescribed composition of the film and then, for a predetermined period of time at the final stage of the deposition, the film is sputtered with supply of the oxygen-containing gas in an amount or flow rate reduced from the set value, or without supply of oxygen-containing gas.
An organic light emitting display apparatus, comprising: a plurality of pixel areas, each pixel area comprising an emission area and a non-emission area; a first electrode formed in the emission area; a bus electrode formed in the non-emission area; a bank overlapping a rim of the first electrode and a rim of the bus electrode; an adherent pattern formed on a portion of the bus electrode exposed by the bank and being spaced from the bank; a separation pattern formed on at least a portion of the adherent pattern, the separation pattern having an inverted tapered shape; an organic layer formed on the first electrode, on the separation pattern and on the bank and comprising an emission layer, and a second electrode formed on the organic layer, wherein the second electrode is further formed on a portion of the bus electrode exposed by the separation pattern, so that the second electrode is electrically in contact with the bus electrode, characterized in that the separation pattern is spaced from the bus electrode. a plurality of pixel areas, each pixel area comprising an emission area and a non-emission area; a first electrode formed in the emission area; a bus electrode formed in the non-emission area; a bank overlapping a rim of the first electrode and a rim of the bus electrode; an adherent pattern formed on a portion of the bus electrode exposed by the bank and being spaced from the bank; a separation pattern formed on at least a portion of the adherent pattern, the separation pattern having an inverted tapered shape; an organic layer formed on the first electrode, on the separation pattern and on the bank and comprising an emission layer, and a second electrode formed on the organic layer, wherein the second electrode is further formed on a portion of the bus electrode exposed by the separation pattern, so that the second electrode is electrically in contact with the bus electrode, characterized in that the separation pattern is spaced from the bus electrode.
A weak-link latch for simultaneously pulling, in a pulling direction, a cylindrical conduit and a cable, said cable being arranged to be longitudinally movable inside the conduit, wherein the weak-link latch is releasable from the conduit while remaining securely connected to the cable, and wherein the weak-link latch comprises: a. an elongated central member having a first connection point at a leading end and a second connection point at a trailing end, the first connection point arranged for attachment to a pull-line for pulling in the pull direction and the second connection point arranged for connection to the cable, b. a plurality of rigid arms (4,5) extending laterally from the central member, said rigid arms arranged, in a first, extended position, to lockingly engage a groove in the interior surface at a leading end of the conduit, wherein at least one of said arms is a rotatable rigid arm (5,19), rotatable in the direction toward the trailing end of the elongated central member about an axle from the first extended position in which the arms hold the weak-link latch in locked engagement with the conduit to a second, collapsed position in which the rotation of the arm causes the weak-link latch to disengage from the conduit, c. a shear pin arranged between the rigid rotatable arm (5,19) and the central member, the shear pin arranged to prevent rotation of the rotatable arm about axle from the extended position to the collapsed position, said shear pin having a predetermined breaking force, said breaking force being a shear force due to rotational force from the rotatable arm. a. an elongated central member having a first connection point at a leading end and a second connection point at a trailing end, the first connection point arranged for attachment to a pull-line for pulling in the pull direction and the second connection point arranged for connection to the cable, b. a plurality of rigid arms (4,5) extending laterally from the central member, said rigid arms arranged, in a first, extended position, to lockingly engage a groove in the interior surface at a leading end of the conduit, wherein at least one of said arms is a rotatable rigid arm (5,19), rotatable in the direction toward the trailing end of the elongated central member about an axle from the first extended position in which the arms hold the weak-link latch in locked engagement with the conduit to a second, collapsed position in which the rotation of the arm causes the weak-link latch to disengage from the conduit, c. a shear pin arranged between the rigid rotatable arm (5,19) and the central member, the shear pin arranged to prevent rotation of the rotatable arm about axle from the extended position to the collapsed position, said shear pin having a predetermined breaking force, said breaking force being a shear force due to rotational force from the rotatable arm.
A method of controlling, surveying or regulating thrips populations by providing at least one thrips behaviour-modifying compound of formula wherein: R 1 is selected from R 2, R 3, R 4 and R 5 are each independently selected from hydrogen, halogen, or methyl; and R 6 is selected from hydrogen or optionally substituted straight or branched chain (C 1 -C 5)alkyl, (C 2 -C 5)alkenyl or (C 2 -C 5)alkynyl; provided that when R 1 is and R 2, R 3, R 4 and R 5 are all hydrogen, R 6 is not isopentenyl. R 1 is selected from R 2, R 3, R 4 and R 5 are each independently selected from hydrogen, halogen, or methyl; and R 6 is selected from hydrogen or optionally substituted straight or branched chain (C 1 -C 5)alkyl, (C 2 -C 5)alkenyl or (C 2 -C 5)alkynyl;