mhurhangee/ep-ind-claims huggingface dataset:
An optical connector comprising: a collimator lens for emitting by converting a light signal from a light transmission path or a light source to a collimated light; a housing configured to retain the collimator lens and be coupled to a reception side optical connector of the light signal; and a lens drive unit configured to drive the collimator lens between an unconnected position, when the reception side optical connector is not connected to the housing, and a connected position, when the reception side optical connector is connected to the housing, wherein the light signal emitted via the collimator lens has a predetermined divergence angle, when the housing is not coupled to the reception side optical connector, wherein the predetermined divergence angle is greater than a divergence angle of the collimated light, wherein the lens drive unit includes: a lens retention portion that is movable in a state retaining the collimator lens; and a pressing portion configured to press the lens retention portion in a direction of a position at which the light signal emitted via the collimator lens has the predetermined divergence angle, wherein the lens retention portion is attached to a shaft and arranged to turn about a center at the shaft provided at a side end side of the collimator lens in an orthogonal direction to an optical axis of the collimator lens. a collimator lens for emitting by converting a light signal from a light transmission path or a light source to a collimated light; a housing configured to retain the collimator lens and be coupled to a reception side optical connector of the light signal; and a lens drive unit configured to drive the collimator lens between an unconnected position, when the reception side optical connector is not connected to the housing, and a connected position, when the reception side optical connector is connected to the housing, wherein the light signal emitted via the collimator lens has a predetermined divergence angle, when the housing is not coupled to the reception side optical connector, wherein the predetermined divergence angle is greater than a divergence angle of the collimated light, wherein the lens drive unit includes: a lens retention portion that is movable in a state retaining the collimator lens; and a pressing portion configured to press the lens retention portion in a direction of a position at which the light signal emitted via the collimator lens has the predetermined divergence angle, a lens retention portion that is movable in a state retaining the collimator lens; and a pressing portion configured to press the lens retention portion in a direction of a position at which the light signal emitted via the collimator lens has the predetermined divergence angle, wherein the lens retention portion is attached to a shaft and arranged to turn about a center at the shaft provided at a side end side of the collimator lens in an orthogonal direction to an optical axis of the collimator lens.
A method comprising: in response to a first stream of writes to a first non-volatile memory system, generating a second stream of writes for a second non-volatile memory system; and coordinating replication of data stored in the first non-volatile memory system, comprising embedding at least one command in the second stream of writes to create a synchronization point for data storage in the second non-volatile memory system in response to at least one corresponding command in the first stream to create a synchronization point for data storage in the first non-volatile memory system. in response to a first stream of writes to a first non-volatile memory system, generating a second stream of writes for a second non-volatile memory system; and coordinating replication of data stored in the first non-volatile memory system, comprising embedding at least one command in the second stream of writes to create a synchronization point for data storage in the second non-volatile memory system in response to at least one corresponding command in the first stream to create a synchronization point for data storage in the first non-volatile memory system.
A method of reducing power consumption of an optical transport network having a first communication node of the optical transport network configured to provide an interface between a client and the optical transport network, wherein optical data units comprising an overhead area and a payload area are generated and wherein ingress packet data is encapsulated into frames and said frames are mapped into the optical data units; the method comprising the steps of: determining, at said first communication node, whether or not ingress packet data is currently being received; if it has been determined that no ingress packet data is currently being received at said first communication node, reducing or switching off of available data processing resources at said first communication node and inserting an indicator in the overhead area of an optical data unit, wherein the inserted indicator indicates that the payload area of said optical data unit does not contain any valid payload data. determining, at said first communication node, whether or not ingress packet data is currently being received; if it has been determined that no ingress packet data is currently being received at said first communication node, reducing or switching off of available data processing resources at said first communication node and inserting an indicator in the overhead area of an optical data unit, wherein the inserted indicator indicates that the payload area of said optical data unit does not contain any valid payload data.
A method for bandwidth part configuration, comprising: sending a downlink transmission to a terminal device in a first bandwidth part, wherein the first bandwidth part is usable for sending a first control channel and a first data channel to the terminal device; and sending information about a second bandwidth part to the terminal device in a third bandwidth part, wherein the second bandwidth part is a bandwidth part to which the terminal device is to switch, and the second bandwidth part is usable for sending a second control channel and a second data channel to the terminal device, and the third bandwidth part is an access bandwidth part, or the third bandwidth part is comprised in one or more candidate operating bandwidth parts of the terminal device; wherein the first bandwidth part is different from the third bandwidth part. sending a downlink transmission to a terminal device in a first bandwidth part, wherein the first bandwidth part is usable for sending a first control channel and a first data channel to the terminal device; and sending information about a second bandwidth part to the terminal device in a third bandwidth part, wherein the second bandwidth part is a bandwidth part to which the terminal device is to switch, and the second bandwidth part is usable for sending a second control channel and a second data channel to the terminal device, and the third bandwidth part is an access bandwidth part, or the third bandwidth part is comprised in one or more candidate operating bandwidth parts of the terminal device; wherein the first bandwidth part is different from the third bandwidth part.
A chromatography system comprising: a heating device (110, 810, 910, 1010, 1200, 1300, 1410, 1510, 1630, 1730, 2030) configured to thermally couple to an inlet section of a gas chromatography column (120, 820, 920, 1020, 1120) in a first position and to thermally couple to an exit section of a gas chromatography column (120, 820, 920, 1020, 1120) in a second position, the heating device (110, 810, 910, 1010, 1200, 1300, 1410, 1510, 1630, 1730, 2030) configured to move longitudinally along the gas chromatography column (120, 820, 920, 1020) within an inner space formed by coiling of the gas chromatography column (120, 820, 920, 1020) from the first position to the second position during a gas chromatographic separation; and a processor configured to control movement of the heating device (110, 810, 910, 1010, 1200, 1300, 1410, 1510, 1630, 1730, 2030) from the first position to the second position during the gas chromatographic separation using the heating device (110, 810, 910, 1010, 1200, 1300, 1410, 1510, 1630, 1730, 2030) to provide a thermal gradient to the gas chromatography column (120, 820, 920, 1020, 1120) during the chromatographic separation. a heating device (110, 810, 910, 1010, 1200, 1300, 1410, 1510, 1630, 1730, 2030) configured to thermally couple to an inlet section of a gas chromatography column (120, 820, 920, 1020, 1120) in a first position and to thermally couple to an exit section of a gas chromatography column (120, 820, 920, 1020, 1120) in a second position, the heating device (110, 810, 910, 1010, 1200, 1300, 1410, 1510, 1630, 1730, 2030) configured to move longitudinally along the gas chromatography column (120, 820, 920, 1020) within an inner space formed by coiling of the gas chromatography column (120, 820, 920, 1020) from the first position to the second position during a gas chromatographic separation; and a processor configured to control movement of the heating device (110, 810, 910, 1010, 1200, 1300, 1410, 1510, 1630, 1730, 2030) from the first position to the second position during the gas chromatographic separation using the heating device (110, 810, 910, 1010, 1200, 1300, 1410, 1510, 1630, 1730, 2030) to provide a thermal gradient to the gas chromatography column (120, 820, 920, 1020, 1120) during the chromatographic separation.
A system for measuring a work piece, the system comprising: a trajectory module configured to store an established measurement trajectory; a controller in data communication with the trajectory module to receive, from the trajectory module, the established measurement trajectory, and configured to control a measuring probe according to a subset of, but less than all of, the established measurement trajectory; a trajectory analysis module configured to analyze an actual trajectory executed by the measuring probe, relative to the established measurement trajectory, based on measurements of the work piece taken according to at least two consecutive target points of the established measurement trajectory, and to produce a trajectory divergence; and a trajectory revision module configured to generate a revised trajectory for acquiring a remainder of the measurements based on the established measurement trajectory and the trajectory divergence, the controller configured to control the measuring probe to measure the work piece according to the revised trajectory. a trajectory module configured to store an established measurement trajectory; a controller in data communication with the trajectory module to receive, from the trajectory module, the established measurement trajectory, and configured to control a measuring probe according to a subset of, but less than all of, the established measurement trajectory; a trajectory analysis module configured to analyze an actual trajectory executed by the measuring probe, relative to the established measurement trajectory, based on measurements of the work piece taken according to at least two consecutive target points of the established measurement trajectory, and to produce a trajectory divergence; and a trajectory revision module configured to generate a revised trajectory for acquiring a remainder of the measurements based on the established measurement trajectory and the trajectory divergence, the controller configured to control the measuring probe to measure the work piece according to the revised trajectory.
An unfolding propeller unit type unmanned aerial vehicle comprising: a body unit; a plurality of propeller units configured to be overlappable on the body unit in a folded state; a locking unit configured to lock the propeller units and the body unit so that the estate in which the propeller units are overlapping on the body unit is maintained; and propeller unit unfolders, each configured to connect each of the propeller units to the body unit and unfold the propeller units from the body unit so that the propeller units are positioned around the body unit in an unfolded state when locking of the locking unit is released. a body unit; a plurality of propeller units configured to be overlappable on the body unit in a folded state; a locking unit configured to lock the propeller units and the body unit so that the estate in which the propeller units are overlapping on the body unit is maintained; and propeller unit unfolders, each configured to connect each of the propeller units to the body unit and unfold the propeller units from the body unit so that the propeller units are positioned around the body unit in an unfolded state when locking of the locking unit is released.
A traction device for towing an object along a water surface or through a body of water, the traction device comprising at least one propulsive engine, the device having a common center of gravity, center of thrust and center of buoyancy, and a bridle being attached to turn about an axis through said common center, said bridle having an attachment at a distal end from the turn axis to attach a tow line extending to the towed object.
A personalization machine for personalizing electronic data carriers, comprising: - a central management system, - a transportable workpiece carrier for transporting at least one electronic data carrier, - a first interface (COM 1; 14, 15) on the workpiece carrier for data transfer between the workpiece carrier and the management system, - a second interface (COM 2) on the workpiece carrier, which is optionally realized as a common interface with the first interface (COM 1), for data transfer between the workpiece carrier and an electronic data carrier to be transported by means of the workpiece carrier, and - a programmable control (CTRL) in the workpiece carrier, wherein the programmable control (CTRL) in the workpiece carrier is adapted to autonomously control the transfer of personalization data into a memory of the electronic data carrier to be transported by means of the workpiece carrier, characterized in that the workpiece carrier is adapted with an interface for data communication between adjacent workpiece carriers. - a central management system, - a transportable workpiece carrier for transporting at least one electronic data carrier, - a first interface (COM 1; 14, 15) on the workpiece carrier for data transfer between the workpiece carrier and the management system, - a second interface (COM 2) on the workpiece carrier, which is optionally realized as a common interface with the first interface (COM 1), for data transfer between the workpiece carrier and an electronic data carrier to be transported by means of the workpiece carrier, and - a programmable control (CTRL) in the workpiece carrier, wherein the programmable control (CTRL) in the workpiece carrier is adapted to autonomously control the transfer of personalization data into a memory of the electronic data carrier to be transported by means of the workpiece carrier, characterized in that the workpiece carrier is adapted with an interface for data communication between adjacent workpiece carriers.
A structural element for naturalization of horizontal and inclined sealed surfaces, constituted by: a container with quadrangular layout, the inside of which is articulated in the form of trays communicating with one another in order to provide proper hydraulic continuity inside it; a filling for said container, constituted by materials that favour the growth of plants, and a top closing layer that has the function of separation and filtration element in regard to any growing medium that is laid on top, albeit enabling passage within the container itself of the roots of the various species planted in the medium itself; thereby facilitating development of the roots of the plants ensuring proper circulation of air and water and consequently enabling reduction of the thickness of the top growing medium itself; characterized in that the container and the top closing layer are obtained by thermoforming of non-woven draining geotextiles, of different mass per unit area, preferably consisting of 100% polyester. a container with quadrangular layout, the inside of which is articulated in the form of trays communicating with one another in order to provide proper hydraulic continuity inside it; a filling for said container, constituted by materials that favour the growth of plants, and a top closing layer that has the function of separation and filtration element in regard to any growing medium that is laid on top, albeit enabling passage within the container itself of the roots of the various species planted in the medium itself; thereby facilitating development of the roots of the plants ensuring proper circulation of air and water and consequently enabling reduction of the thickness of the top growing medium itself; characterized in that the container and the top closing layer are obtained by thermoforming of non-woven draining geotextiles, of different mass per unit area, preferably consisting of 100% polyester.
An injection device comprising: an outer housing configured to receive a syringe, the syringe having a barrel for containing medicament and a needle in fluid communication with the barrel; a needle shield axially moveable relative to the outer housing between a needle covering position and a needle exposing position to selectively provide a needle enclosure, the needle exposing position being axially rearward of the needle covering position; a biasing means for biasing the needle shield axially forwardly toward the needle covering position; a locking means; and a locking sleeve axially movable relative to the outer housing between a non-locking position and a locking position, the locking position being axially rearward of the non-locking position, in which axial movement of the locking sleeve is selectively limited by the locking means; wherein in a first configuration the needle shield is in the needle covering position and the locking sleeve is in the non-locking position so that at least a portion of the needle shield is axially slideable within the locking sleeve to permit rearward axial movement of the needle shield from the needle covering position to the needle exposing position; and in a subsequent configuration the needle shield is in the needle covering position and the locking sleeve is in the locking position so that the needle shield is prevented from moving axially rearwardly by interference with the locking sleeve. an outer housing configured to receive a syringe, the syringe having a barrel for containing medicament and a needle in fluid communication with the barrel; a needle shield axially moveable relative to the outer housing between a needle covering position and a needle exposing position to selectively provide a needle enclosure, the needle exposing position being axially rearward of the needle covering position; a biasing means for biasing the needle shield axially forwardly toward the needle covering position; a locking means; and a locking sleeve axially movable relative to the outer housing between a non-locking position and a locking position, the locking position being axially rearward of the non-locking position, in which axial movement of the locking sleeve is selectively limited by the locking means; wherein in a first configuration the needle shield is in the needle covering position and the locking sleeve is in the non-locking position so that at least a portion of the needle shield is axially slideable within the locking sleeve to permit rearward axial movement of the needle shield from the needle covering position to the needle exposing position; and in a subsequent configuration the needle shield is in the needle covering position and the locking sleeve is in the locking position so that the needle shield is prevented from moving axially rearwardly by interference with the locking sleeve.
A dispenser for dispensing sheets from a roll of a web material comprising: a housing which forms a compartment; a holder (14,16) for supporting a roll of a web material within the compartment; a motor engagably connected to an actuator roller; a motor activation means; the dispenser comprising a cutting blade contained within an actuator roller, the actuator roller having a rotational path, the cutting blade being extendable from the actuator roller at a first predetermined location in the rotational path of the actuator roller and retractable at a second predetermined location in the rotational path of the actuator roller, wherein the cutting blade is extended from the actuator roller to cut the web material to form a sheet of the web material to be dispensed from the dispenser; characterised in that the motor activation means activates the motor at or near the first predetermined location of the rotational path and deactivates the motor at or near the second predetermined location of the rotational path. a housing which forms a compartment; a holder (14,16) for supporting a roll of a web material within the compartment; a motor engagably connected to an actuator roller; a motor activation means; the dispenser comprising a cutting blade contained within an actuator roller, the actuator roller having a rotational path, the cutting blade being extendable from the actuator roller at a first predetermined location in the rotational path of the actuator roller and retractable at a second predetermined location in the rotational path of the actuator roller, wherein the cutting blade is extended from the actuator roller to cut the web material to form a sheet of the web material to be dispensed from the dispenser;
Epilator comprising: a. a pair of corresponding and separable epilator heads (2,3;21,21A) for trapping hair for removal; b. each head (2,3;21,21A) having an exposed portion for allowing at least one or more parts of each head (2,3) to get in touch with a user's skin; c. each head (2,3;21,21A) having a rotating body having an axis of rotation and being adapted to be rotated by a driving unit; d. wherein the rotating body is adapted to trap the hair for removal at the exposed portion; and e. wherein the axis of the rotating body is essentially concave relative to the exposed portion of each head (2,3). a. a pair of corresponding and separable epilator heads (2,3;21,21A) for trapping hair for removal; b. each head (2,3;21,21A) having an exposed portion for allowing at least one or more parts of each head (2,3) to get in touch with a user's skin; c. each head (2,3;21,21A) having a rotating body having an axis of rotation and being adapted to be rotated by a driving unit; d. wherein the rotating body is adapted to trap the hair for removal at the exposed portion; and e. wherein the axis of the rotating body is essentially concave relative to the exposed portion of each head (2,3).
A spot-on pesticidal composition comprising 8% to 11% (w/w) fipronil, 14% to 16% (w/w) etofenprox, and 60% to 75% (w/w) of an organic solvent, wherein the organic solvent is diethylene glycol monoethyl ether, and wherein the composition further comprises an insect growth regulator, wherein the insect growth regulator is S-methoprene.