mhurhangee/ep-ind-claims huggingface dataset:
A method of deploying distributed acoustic sensing sensors in a subterranean well, the method comprising: releasing a torpedo into gravity-driven advancement within a first portion of a wellbore of a subterranean well, the torpedo comprising: a distributed acoustic sensing fiber-optic umbilical that is physically coupled to a surface component and configured to unspool from the torpedo as the torpedo advances in the wellbore; and an engine configured to generate thrust to propel advancement of the torpedo in the wellbore; determining that the torpedo has reached a trigger point within the wellbore; and activating, in response to determining that the torpedo has reached the trigger point within the wellbore, the engine to generate forward thrust to propel the torpedo within a horizontal portion of the wellbore such that at least some of the DAS FO umbilical is disposed in the horizontal portion of the wellbore, and the torpedo comes to rest at a deployment location within the wellbore. releasing a torpedo into gravity-driven advancement within a first portion of a wellbore of a subterranean well, the torpedo comprising: a distributed acoustic sensing fiber-optic umbilical that is physically coupled to a surface component and configured to unspool from the torpedo as the torpedo advances in the wellbore; and an engine configured to generate thrust to propel advancement of the torpedo in the wellbore; a distributed acoustic sensing fiber-optic umbilical that is physically coupled to a surface component and configured to unspool from the torpedo as the torpedo advances in the wellbore; and an engine configured to generate thrust to propel advancement of the torpedo in the wellbore; determining that the torpedo has reached a trigger point within the wellbore; and activating, in response to determining that the torpedo has reached the trigger point within the wellbore, the engine to generate forward thrust to propel the torpedo within a horizontal portion of the wellbore such that at least some of the DAS FO umbilical is disposed in the horizontal portion of the wellbore, and the torpedo comes to rest at a deployment location within the wellbore.
A method for supporting a service for a user, the method comprising: receiving a request associated with the user; determining a characteristic of the service request; selecting, using said characteristic, a first wireless network layer of a plurality of wireless network layers available for supporting a service session; initiating establishment of a first service session between a first wireless user device of the user and an application server via the selected first wireless network layer, said first service session transporting heartbeat information of said user; detecting a trigger condition associated with the first service session, corresponding to an irregular heartbeat of said user based on said transported heartbeat information; and initiating, based on said detected trigger condition, establishment of a second service session via a second wireless network layer of the plurality of wireless network layers, wherein the establishment of the second service session is initiated for the first wireless user device of the user; wherein each of the wireless network layers has a respective wireless access technology associated therewith. receiving a request associated with the user; determining a characteristic of the service request; selecting, using said characteristic, a first wireless network layer of a plurality of wireless network layers available for supporting a service session; initiating establishment of a first service session between a first wireless user device of the user and an application server via the selected first wireless network layer, said first service session transporting heartbeat information of said user; detecting a trigger condition associated with the first service session, corresponding to an irregular heartbeat of said user based on said transported heartbeat information; and initiating, based on said detected trigger condition, establishment of a second service session via a second wireless network layer of the plurality of wireless network layers, wherein the establishment of the second service session is initiated for the first wireless user device of the user; wherein each of the wireless network layers has a respective wireless access technology associated therewith.
Ski boot comprising a lower part or shell, suitable for enclosing a user's foot and an upper part or cuff, suitable for enclosing the lower part of the user's leg, - wherein the cuff is hinged to the shell so as to be able rotate relative to the shell around hinges defining a rotation axis (X-X), forward, toward a tip of the boot, and backwards toward a heel of the boot, - wherein the boot comprises fastening means suitable for selectively locking and/or unlocking the rotation of the cuff with respect to the shell depending on whether the user wants to switch from a skiing configuration to a walking configuration, respectively, wherein - the fastening means comprise a slider interposed between the cuff and the shell, wherein said slider is fixed in rotation to the cuff and it comprises first and second end stops (36,40), placed at opposite sides of the slider, wherein the slider is movable with respect to the cuff in order to move from the unlock or walking configuration, wherein the first and second end stops (36, 40) do not interfere with the rotation of the cuff with respect to the shell, to the lock or ski configuration wherein the first and second end stops (36, 40) are configured so that, at the same time, they abut against respective first and second abutments (44, 48) of the shell, wherein the first abutment blocks the forward rotation of the cuff with respect to the shell and the second abutment blocks the backward rotation of the cuff with respect to the shell. - wherein the cuff is hinged to the shell so as to be able rotate relative to the shell around hinges defining a rotation axis (X-X), forward, toward a tip of the boot, and backwards toward a heel of the boot, - wherein the boot comprises fastening means suitable for selectively locking and/or unlocking the rotation of the cuff with respect to the shell depending on whether the user wants to switch from a skiing configuration to a walking configuration, respectively, wherein - the fastening means comprise a slider interposed between the cuff and the shell, wherein said slider is fixed in rotation to the cuff and it comprises first and second end stops (36,40), placed at opposite sides of the slider, wherein the slider is movable with respect to the cuff in order to move from the unlock or walking configuration, wherein the first and second end stops (36, 40) do not interfere with the rotation of the cuff with respect to the shell, to the lock or ski configuration wherein the first and second end stops (36, 40) are configured so that, at the same time, they abut against respective first and second abutments (44, 48) of the shell, wherein the first abutment blocks the forward rotation of the cuff with respect to the shell and the second abutment blocks the backward rotation of the cuff with respect to the shell.
A polylactic acid resin composition, comprising: a polylactic acid resin including a hard segment comprising a polylactic acid repeating unit of the following Chemical Formula 1, and a soft segment comprising a polyurethane polyol repeating unit in which polyether polyol repeating units of the following Chemical Formula 2 are linearly linked via a urethane bond; and an antioxidant of 100 to 1500 ppmw per the amount of the monomers for forming the polylactic acid repeating unit: wherein A is a linear or branched alkylene of 2 to 5 carbon atoms, m is an integer of 10 to 100, and n is an integer of 700 to 5000. a polylactic acid resin including a hard segment comprising a polylactic acid repeating unit of the following Chemical Formula 1, and a soft segment comprising a polyurethane polyol repeating unit in which polyether polyol repeating units of the following Chemical Formula 2 are linearly linked via a urethane bond; and an antioxidant of 100 to 1500 ppmw per the amount of the monomers for forming the polylactic acid repeating unit: wherein A is a linear or branched alkylene of 2 to 5 carbon atoms, m is an integer of 10 to 100, and n is an integer of 700 to 5000.
A method for implementing one-time programming comprising: applying a first programming signal generated by a write circuit (58, 308) to terminals of a switch element (51, 304) to provide a first current in the switch element sufficient to place the switch element (51, 304) in a high impedance or insulative state; applying a second programming signal from the write circuit (58, 308) to the terminals of the switch element (51, 304) to provide a voltage across the terminals of the switch element (51, 304) sufficient to place the switch element (51, 304) in a low impedance or conductive state, the second programming signal further providing a second current in the switch element (51, 304), the second current in the switch element has a magnitude greater than a magnitude of the first current, characterised in that the switch element is a correlated electron switch, CES, element comprising a correlated electron material, CEM; and the magnitude of the second current is sufficiently high to impart a current density (J comp 2) in a portion of the CEM of the CES element (51, 304) to thereby permanently place the CES element (51, 304) in the low impedance or conductive state, the current density in the portion of the CEM of the CES element (51, 304) imparted from application of the second programming signal being higher than a current density (J reset) imparted to the portion of the CEM of the CES element (51, 304) from application of the first programming signal. applying a first programming signal generated by a write circuit (58, 308) to terminals of a switch element (51, 304) to provide a first current in the switch element sufficient to place the switch element (51, 304) in a high impedance or insulative state; applying a second programming signal from the write circuit (58, 308) to the terminals of the switch element (51, 304) to provide a voltage across the terminals of the switch element (51, 304) sufficient to place the switch element (51, 304) in a low impedance or conductive state, the second programming signal further providing a second current in the switch element (51, 304), the second current in the switch element has a magnitude greater than a magnitude of the first current, characterised in that the switch element is a correlated electron switch, CES, element comprising a correlated electron material, CEM; and the magnitude of the second current is sufficiently high to impart a current density (J comp 2) in a portion of the CEM of the CES element (51, 304) to thereby permanently place the CES element (51, 304) in the low impedance or conductive state, the current density in the portion of the CEM of the CES element (51, 304) imparted from application of the second programming signal being higher than a current density (J reset) imparted to the portion of the CEM of the CES element (51, 304) from application of the first programming signal.
A drawer comprising: - a chassis adapted to enable insertion of the drawer in a location of a distribution switchboard, - a front panel closing the location of the distribution switchboard when the drawer is inserted into a distribution switchboard, - downstream connection terminals for connection to a load, - a plurality of connectors opening onto its front panel, each of these connectors being connected to a downstream connection terminal and enabling connection of a measurement device, wherein the drawer has a selector, the selector being actuatable from the front panel, characterised in that the selector enables the downstream connection terminals to be connected to and disconnected from an equipotential bonding and defines a measurement position wherein the downstream connection terminals are not connected to an equipotential bonding and a short-circuit position wherein the downstream connection terminals are connected to the equipotential bonding. - a chassis adapted to enable insertion of the drawer in a location of a distribution switchboard, - a front panel closing the location of the distribution switchboard when the drawer is inserted into a distribution switchboard, - downstream connection terminals for connection to a load, - a plurality of connectors opening onto its front panel, each of these connectors being connected to a downstream connection terminal and enabling connection of a measurement device, wherein the drawer has a selector, the selector being actuatable from the front panel, characterised in that the selector enables the downstream connection terminals to be connected to and disconnected from an equipotential bonding and defines a measurement position wherein the downstream connection terminals are not connected to an equipotential bonding and a short-circuit position wherein the downstream connection terminals are connected to the equipotential bonding.
An agricultural vehicle, in particular a combine harvester, comprising an apparatus for feeding or conveying grain including a conveyor [20/22] for moving grain and having an input end and an output end, wherein the apparatus further comprises an electromagnetically actuated viscous clutch either directly or indirectly connected to the input end of the conveyor [20/22] for transmitting torque from an input component to the input end of the conveyor [20/22], characterized in that: the apparatus further comprises a controller that is configured to either energize or deenergize the electromagnetically actuated viscous clutch clutch to adjust a torque imparted to the conveyor [20/22] by the input component, and the apparatus further comprises a sensor connected to the controller for detecting motion of the conveyor [20/22], and wherein the controller is configured to adjust a torque transmitted by the viscous clutch as a function of the detected motion. the apparatus further comprises a controller that is configured to either energize or deenergize the electromagnetically actuated viscous clutch clutch to adjust a torque imparted to the conveyor [20/22] by the input component, and the apparatus further comprises a sensor connected to the controller for detecting motion of the conveyor [20/22], and wherein the controller is configured to adjust a torque transmitted by the viscous clutch as a function of the detected motion.
A supercharger comprising: a centrifugal compressor for compressing air with an impeller upon rotation thereof; a rotational shaft coupled to the impeller; a motor comprising a stator mounted in a casing which houses the rotational shaft therein and a rotor mounted on the rotational shaft; and a journal bearing holding the rotational shaft radially in position; wherein the impeller, the journal bearing, and the motor are disposed on the rotational shaft successively in the order named from an end of the rotational shaft; the journal bearing comprises a non-rotatably secured ring member and a hollow cylindrical member rotatably supported by the ring member and having an inner space therein, which cylindrical member is coupled to a respective end of the rotor in an axial direction of the rotor, the rotor further comprising: a hollow cylindrical permanent magnet; and a hollow cylindrical protective sleeve housing the permanent magnet therein; wherein the hollow cylindrical protective sleeve has an axial end face disposed in contact with an axial end face of the hollow cylindrical member, and the hollow cylindrical member has a closed end face of the inner space near the rotor, characterized in that a heat transfer member (48, 74) is fitted in the inner space and is disposed in contact with the end face; the heat transfer member (48, 74) is made of a material which is less rigid and has a greater coefficient of thermal conductivity than the hollow cylindrical member; the impeller radiates heat transferred from the rotor through the heat transfer member (48, 74) into ambient air, and the heat transfer member is integral with the impeller. a centrifugal compressor for compressing air with an impeller upon rotation thereof; a rotational shaft coupled to the impeller; a motor comprising a stator mounted in a casing which houses the rotational shaft therein and a rotor mounted on the rotational shaft; and a journal bearing holding the rotational shaft radially in position; a hollow cylindrical permanent magnet; and a hollow cylindrical protective sleeve housing the permanent magnet therein; wherein
A silage compression device, comprising at least one edge compression device which is hinged to a carrier by means of a swivel axis, wherein the edge compression device can be swiveled with respect to the carrier into a work position in which the edge compression device is slopingly inclined towards its outer side facing away from the swivel axis so as to compress a lateral border of a silage, and can be swiveled into a transport position in which the edge compression device is aligned with its outer side, and the silage compression device has swiveling means for swiveling the edge compression device from the work position into the transport position and from the transport position into the work position, characterized in that the swiveling means serve for pressing the edge compression device in the work position against the lateral border of the silage.
An introducer configured for introducing a surgical circular stapler having a handle portion, an elongated shaft protruding from the handle portion, and stapling head coupled to the elongated shaft into a patient, said introducer comprising: a hollow flexible sheath having a distal end and an open proximal end, said hollow flexible sheath sized to receive the stapling head and at least a portion of the elongated shaft therein; a radially-openable barrel member, comprising a partial ring-like member that has two opposed ends (154, 156), attached to said distal end of said hollow flexible sheath and defining an opening for receiving the stapling head therein, a rigid cap member hingably attached to said radially-openable barrel member and movable between a closed position wherein said rigid cap member covers a distal end of said opening in said barrel member and open position wherein said rigid cap member is movable to a position exposing said distal end of said opening in said barrel member; and. a latch member in engagement with the two opposed ends (154, 156) of said radially-openable barrel member, said latch member being selectively movable from a latched position engaging said opposed ends of said barrel member and retaining said rigid cap member in said closed position and an unlatched position wherein said opposed ends may move radially away from each other to enable said rigid cap member to move to said open position. a hollow flexible sheath having a distal end and an open proximal end, said hollow flexible sheath sized to receive the stapling head and at least a portion of the elongated shaft therein; a radially-openable barrel member, comprising a partial ring-like member that has two opposed ends (154, 156), attached to said distal end of said hollow flexible sheath and defining an opening for receiving the stapling head therein, a rigid cap member hingably attached to said radially-openable barrel member and movable between a closed position wherein said rigid cap member covers a distal end of said opening in said barrel member and open position wherein said rigid cap member is movable to a position exposing said distal end of said opening in said barrel member; and. a latch member in engagement with the two opposed ends (154, 156) of said radially-openable barrel member, said latch member being selectively movable from a latched position engaging said opposed ends of said barrel member and retaining said rigid cap member in said closed position and an unlatched position wherein said opposed ends may move radially away from each other to enable said rigid cap member to move to said open position.
A drinking cup comprising: a container and a detachable closure, the closure having a connection end for connection to the container, the connection end being open for receipt of liquid from within the container, the closure having a closed end opposite the connection end and a drinking rim formed at the peripheral edge of the closed end, the closure having a side wall extending between the connection end and the closed end, and at least one opening that facilitates the passage of liquid from within the container to the drinking rim, a seal supported by the closure and extending around an outside surface of the side wall and sealing the drinking rim against the passage of liquid through the drinking rim, the seal being flexible and being responsive to pressure to lift away from the drinking rim to allow the passage of liquid through the drinking rim for drinking from the cup. a container and a detachable closure, the closure having a connection end for connection to the container, the connection end being open for receipt of liquid from within the container, the closure having a closed end opposite the connection end and a drinking rim formed at the peripheral edge of the closed end, the closure having a side wall extending between the connection end and the closed end, and at least one opening that facilitates the passage of liquid from within the container to the drinking rim, a seal supported by the closure and extending around an outside surface of the side wall and sealing the drinking rim against the passage of liquid through the drinking rim, the seal being flexible and being responsive to pressure to lift away from the drinking rim to allow the passage of liquid through the drinking rim for drinking from the cup.
A hand-held probe (100, 200, 300, 400) comprising: a detector having a first mating component and being configured to generate a low-level electrical signal from an operative portion of the detector, the electrical signal relating to a radiation source proximate the detector; a handle including a second mating component configured to removably mate with the first mating component such that the handle is removably coupleable with the detector; and a graphical user interface having a first numerical representation; characterised in that the graphical user interface has a second numerical representation, wherein the first numerical representation is configured to depict a count generated by the detector in real-time, wherein the second numerical representation is configured to depict an operator selectable target count. a detector having a first mating component and being configured to generate a low-level electrical signal from an operative portion of the detector, the electrical signal relating to a radiation source proximate the detector; a handle including a second mating component configured to removably mate with the first mating component such that the handle is removably coupleable with the detector; and a graphical user interface having a first numerical representation; characterised in that the graphical user interface has a second numerical representation, wherein the first numerical representation is configured to depict a count generated by the detector in real-time, wherein the second numerical representation is configured to depict an operator selectable target count.