mhurhangee/ep-ind-claims huggingface dataset:
An aircraft landing gear assembly (2, 3), in particular for helicopters, provided with an actuating device for actuating the landing gear (20, 34), from a retracted position to an extended position and vice versa, and a locking device for locking and releasing in and from said positions, the aircraft landing gear assembly being joinable to an aircraft at a respective hinge point, comprising: • a rotary actuator (20, 34), which constitutes said actuating device, acting on the landing gear assembly at said hinge point, having a rotary electric motor connected to an actuating arm, for the rotation of the landing gear assembly (2, 3) around a respective actuation axis, which is also the actuation axis of the rotary actuator, through a reduction gear group, with an interconnection so that, in case of power supply failure, the actuator (20, 34) is free to rotate dragged by the landing gear assembly by free fall; and • a linear actuator, which constitutes said locking device, wherein the actuation axes (R1, R2) of the rotary actuator and of the linear actuator are parallel, characterised in that said linear actuator is integral to the landing gear assembly (2, 3) and movable therewith, and it comprises a rotary electric motor and a cam mechanism to transform the rotary motion of the electric motor into an axial motion of a locking pin according to a respective actuation axis, acting in retraction opposed to a spring which determines the extension thereof in a position for locking the landing gear assembly, wherein the rotation axis of the rotary electric motor of the linear actuator coincides with the linear actuation axis of the locking pin. • a rotary actuator (20, 34), which constitutes said actuating device, acting on the landing gear assembly at said hinge point, having a rotary electric motor connected to an actuating arm, for the rotation of the landing gear assembly (2, 3) around a respective actuation axis, which is also the actuation axis of the rotary actuator, through a reduction gear group, with an interconnection so that, in case of power supply failure, the actuator (20, 34) is free to rotate dragged by the landing gear assembly by free fall; and • a linear actuator, which constitutes said locking device,
A portable electronic apparatus comprising: a first section comprising electronics; a second section movably connected to the first section by a hinge section, wherein the second section comprises a display, wherein the hinge section comprises a first hinge member pivotably connected to a second hinge member; and wherein the first hinge member comprises an access entry adapted to allow insertion of an electrical device (32, 65) through the access entry and at least partially into the first section and into electrical connection with an electrical connector (67, 69) inside the first section. a first section comprising electronics; a second section movably connected to the first section by a hinge section, wherein the second section comprises a display, wherein the hinge section comprises a first hinge member pivotably connected to a second hinge member; and wherein the first hinge member comprises an access entry adapted to allow insertion of an electrical device (32, 65) through the access entry and at least partially into the first section and into electrical connection with an electrical connector (67, 69) inside the first section.
Method for producing a structural element (18, 19) for a motor vehicle, wherein at least one support part, in particular a fibre-reinforced plastic or metal support part, is at least in some regions reinforced by a reinforcement structure of a plastic material to form a hybrid component, wherein at least one chamber of the hybrid component is at least partially bounded by the reinforcement structure, wherein the reinforcement structure is applied to the support part by injection mounding and wherein a further plastic material, in particular a foam, is placed in the at least one chamber, characterised in that the plastic material of the reinforcement structure and the further plastic material, in particular the foam, are produced in the same facility, in which a rotatable tool part comprises two injection moulding nozzles and with on the one hand an injection moulding nozzle for applying the reinforcement structure made of plastic to the support part and on the other hand an injection moulding nozzle for applying the plastic material or the foam.
A motion vector obtaining method, comprising: determining a target offset motion vector of a to-be-processed block in a current picture and identifier information of a target picture, wherein the to-be-processed block comprises at least one to-be-processed sub-block; determining, based on a location of the to-be-processed sub-block and the target offset motion vector, an initial location of a collocated sub-block that is of the to-be-processed sub-block and that is in the target picture; determining the initial location as a target location when the initial location is inside a preset area of the target picture; determining a location that is in the preset area and that is closest to the initial location as a target location when the initial location is outside the preset area; and obtaining a motion vector of the to-be-processed sub-block based on a motion vector corresponding to the target location; wherein the preset area is determined based on a location and a size of a current coding tree unit, CTU, in which the to-be-processed block is included, a size of the target picture, and an extension range of a temporal motion vector field of the current CTU. determining a target offset motion vector of a to-be-processed block in a current picture and identifier information of a target picture, wherein the to-be-processed block comprises at least one to-be-processed sub-block; determining, based on a location of the to-be-processed sub-block and the target offset motion vector, an initial location of a collocated sub-block that is of the to-be-processed sub-block and that is in the target picture; determining the initial location as a target location when the initial location is inside a preset area of the target picture; determining a location that is in the preset area and that is closest to the initial location as a target location when the initial location is outside the preset area; and obtaining a motion vector of the to-be-processed sub-block based on a motion vector corresponding to the target location; wherein the preset area is determined based on a location and a size of a current coding tree unit, CTU, in which the to-be-processed block is included, a size of the target picture, and an extension range of a temporal motion vector field of the current CTU.
An ultrasonic inspection system comprising: a test chamber configured to receive a test object, the test chamber characterised by: a plurality of ultrasonic probes aligned coaxially along an axis, wherein the plurality of ultrasonic probes is configured to remain in a fixed position during inspection of the test object, each ultrasonic probe comprising a phased array of ultrasonic transducers (101, 401, 501), and a plurality of fluid injectors interspersed with the plurality of ultrasonic probes coaxially along the axis and arranged to generate a rotating fluid jacket around the test object; and a fluid supply system coupled to the plurality of fluid injectors to supply fluid to the plurality of fluid injectors, wherein the plurality of ultrasonic probes is configured to generate ultrasonic waves in a rotating sound field around a circumference of the test object to identify an anomaly in the test object. a plurality of ultrasonic probes aligned coaxially along an axis, wherein the plurality of ultrasonic probes is configured to remain in a fixed position during inspection of the test object, each ultrasonic probe comprising a phased array of ultrasonic transducers (101, 401, 501), and a plurality of fluid injectors interspersed with the plurality of ultrasonic probes coaxially along the axis and arranged to generate a rotating fluid jacket around the test object; and a fluid supply system coupled to the plurality of fluid injectors to supply fluid to the plurality of fluid injectors, wherein the plurality of ultrasonic probes is configured to generate ultrasonic waves in a rotating sound field around a circumference of the test object to identify an anomaly in the test object.
An immersion lithographic apparatus, comprising: a projection system configured to project a patterned radiation beam through an immersion liquid onto a target portion of a substrate, an external surface of the projection system comprising a first surface having a non-planar shape; and an element attached to the first surface and positioned so that at least a portion of the element contacts the immersion liquid in use, characterized in that: the element comprises a closed loop of continuously integral material in a preformed state and conforming to the non-planar shape of the first surface such that there exists no interface on the closed loop. a projection system configured to project a patterned radiation beam through an immersion liquid onto a target portion of a substrate, an external surface of the projection system comprising a first surface having a non-planar shape; and an element attached to the first surface and positioned so that at least a portion of the element contacts the immersion liquid in use, characterized in that: the element comprises a closed loop of continuously integral material in a preformed state and conforming to the non-planar shape of the first surface such that there exists no interface on the closed loop.
High-pressure cleaning appliance comprising a first functional device required for operation in the form of a heatable heat exchanger for heating a liquid that is dischargeable from the high pressure cleaning appliance, and at least one further, second functional device (34, 36, 42, 44, 46, 48, 50) required for operation which, relating to a positioning of the high-pressure cleaning appliance with the heat exchanger standing upright on a set-down surface, is arranged below the heat exchanger, wherein the high-pressure cleaning appliance comprises a first appliance unit having a carrying device on which the heat exchanger is held, and a second appliance unit having a support device on which the at least one second functional device (34, 36, 42, 44, 46, 48, 50) is held, wherein the carrying device is releasably connectable to the support device in a force-locked and/or positively-locked manner, wherein the carrying device has a first carrying part for holding the heat exchanger, said first carrying part being releasably connectable to a plurality of support elements (62, 63, 66, 68) comprised by the support device, wherein the support elements (62, 63, 66, 68) in each case form an abutment face (64, 65, 67, 69) for the first carrying part on their respective sides that face towards the first appliance unit, and wherein the first carrying part has a plate-shaped configuration and forms a supporting surface for the heat exchanger standing thereon.
A method to be performed by a primary computing device of a user, the method for transmitting a message to a secondary computing device (104, 106) of the user, the method comprising: receiving a communication message at the primary computing device of the user; identifying a message mode for communicating with the secondary computing device (104, 106) of the user based on the context of the user; determining that the communication message is to be transmitted to the secondary computing device (104, 106) based on the message mode; and based on the determining: translating the communication message into a translated message by truncating the content of the communication message according to the message mode; determining a default response option for response to the communication message based on the context and the past behavior of the user; and transmitting the translated message and the default response option to the secondary computing device (104, 106) from the primary computing device. receiving a communication message at the primary computing device of the user; identifying a message mode for communicating with the secondary computing device (104, 106) of the user based on the context of the user; determining that the communication message is to be transmitted to the secondary computing device (104, 106) based on the message mode; and based on the determining: translating the communication message into a translated message by truncating the content of the communication message according to the message mode; determining a default response option for response to the communication message based on the context and the past behavior of the user; and transmitting the translated message and the default response option to the secondary computing device (104, 106) from the primary computing device. translating the communication message into a translated message by truncating the content of the communication message according to the message mode; determining a default response option for response to the communication message based on the context and the past behavior of the user; and transmitting the translated message and the default response option to the secondary computing device (104, 106) from the primary computing device.
A fitting device of a cylindrical film body to cylindrically open and feed downward an individual film body which is formed by carrying a long cylindrical film base material folded into a sheet shape and then sequentially cutting the film base material to a predetermined length, and fitting the individual film body around a fitting target carried to a fitting position, the fitting device comprising: a feed unit which feeds downward the film base material while changing the carrying direction thereof, and a fitting unit which carries downward the film body and fits the film body to the fitting target, the fitting unit comprising a cutting unit configured to cut the film base material fed by the feed unit to form a film body, characterized in that the fitting unit is configured to be turnable relative to the fitting target to thereby enable adjustment of the fitting angular position of the cylindrical film body relative to the circumferential direction of the fitting target. a feed unit which feeds downward the film base material while changing the carrying direction thereof, and a fitting unit which carries downward the film body and fits the film body to the fitting target, the fitting unit comprising a cutting unit configured to cut the film base material fed by the feed unit to form a film body,
A connector for a water system, the connector comprising: an inlet, a connector body and an outlet arranged in sequence, wherein the connector body is an open-sided tundish having an open air gap between the inlet and outlet through which water can fall in use, characterised by a sensor mounted inside the connector body between the inlet and outlet for detecting the presence of water within the connector body, the sensor being configured to output a detection signal in response to sensing water in the connector body. an inlet, a connector body and an outlet arranged in sequence, wherein the connector body is an open-sided tundish having an open air gap between the inlet and outlet through which water can fall in use, characterised by a sensor mounted inside the connector body between the inlet and outlet for detecting the presence of water within the connector body, the sensor being configured to output a detection signal in response to sensing water in the connector body.
A method for supporting frequency hopping by a base station in a wireless communication system, the method comprising: determining whether frequency hopping for a terminal is applied every group of transmission time intervals, TTIs, or every TTI; and transmitting, to the terminal, information indicating that the frequency hopping is applied every group of TTI and information related to a number of consecutive TTIs included in each group of TTIs for the frequency hopping, if the frequency hopping is applied every group of TTI, wherein data for the terminal is transmitted using same frequency band in each of said groups of consecutive TTIs. determining whether frequency hopping for a terminal is applied every group of transmission time intervals, TTIs, or every TTI; and transmitting, to the terminal, information indicating that the frequency hopping is applied every group of TTI and information related to a number of consecutive TTIs included in each group of TTIs for the frequency hopping, if the frequency hopping is applied every group of TTI, wherein data for the terminal is transmitted using same frequency band in each of said groups of consecutive TTIs.
An electric toothbrush comprising: an elongated body portion having an interior cavity which accommodates a battery and an electric circuit board; a stem member having an elongated cavity with a closed end and an open end, the open end being adjacent to the elongated body portion, said elongated cavity having a cone-shaped wall extending from the open end towards the closed end of the elongated cavity such that a cross-sectional area of the elongated cavity gradually decreases from the open end towards a middle point of the elongated cavity which is located between the closed end and the open end, said elongated cavity further having a recessed hole formed at the closed end, wherein the stem member is configured to receive a replaceable brush removeably mounted thereon; a DC motor positioned in the elongated cavity such that a shoulder portion and/or a side surface of the DC motor is in contact with the cone-shaped wall; and a vibration shaft having one end connected to the DC motor and another end formed with an axial shaft portion which is rotatably inserted into the recessed hole, said vibration shaft having an eccentric shaft with a gravity center, wherein a first distance between the gravity center of the eccentric shaft and the axial shaft portion is less than a second distance between the shoulder portion of the DC motor and the gravity center. an elongated body portion having an interior cavity which accommodates a battery and an electric circuit board; a stem member having an elongated cavity with a closed end and an open end, the open end being adjacent to the elongated body portion, said elongated cavity having a cone-shaped wall extending from the open end towards the closed end of the elongated cavity such that a cross-sectional area of the elongated cavity gradually decreases from the open end towards a middle point of the elongated cavity which is located between the closed end and the open end, said elongated cavity further having a recessed hole formed at the closed end, wherein the stem member is configured to receive a replaceable brush removeably mounted thereon; a DC motor positioned in the elongated cavity such that a shoulder portion and/or a side surface of the DC motor is in contact with the cone-shaped wall; and a vibration shaft having one end connected to the DC motor and another end formed with an axial shaft portion which is rotatably inserted into the recessed hole, said vibration shaft having an eccentric shaft with a gravity center, wherein a first distance between the gravity center of the eccentric shaft and the axial shaft portion is less than a second distance between the shoulder portion of the DC motor and the gravity center.
A connector (1, 1a) for a hollow fibre waveguide gas cell, the connector (1, 1a) comprising: a first bore comprising a first central axis, the first bore comprising a tapered end and being configured to receive a hollow fibre waveguide; a second bore comprising a second central axis, the second bore being configured to provide a fluidic communication with a gas source or sink, which provides or receives a gas passing through the hollow fibre wave guide, wherein the first and second bores meet at a junction such that the first and second bores are in fluidic communication with each other, the second central axis being disposed at an angle relative to the first central axis; and a window (2, 2') provided at the junction where the first and second bores meet, characterized in that the connector (1, 1a) further comprises an elongated sleeve (3, 3') configured to receive the hollow fibre waveguide, the hollow fibre waveguide being disposed in a central passage of the elongated sleeve (3, 3'), wherein the connector (1, 1a) further comprises a frusto-conical sleeve (15, 15') configured to receive the hollow fibre waveguide in a central passage of the frusto-conical sleeve (15, 15'), the frusto-conical sleeve (15, 15') being received in the tapered end of the first bore, and wherein the frusto-conical sleeve (15, 15') is configured to receive the elongated sleeve (3, 3') in the central passage of the frusto-conical sleeve (15, 15'). a first bore comprising a first central axis, the first bore comprising a tapered end and being configured to receive a hollow fibre waveguide; a second bore comprising a second central axis, the second bore being configured to provide a fluidic communication with a gas source or sink, which provides or receives a gas passing through the hollow fibre wave guide, wherein the first and second bores meet at a junction such that the first and second bores are in fluidic communication with each other, the second central axis being disposed at an angle relative to the first central axis; and a window (2, 2') provided at the junction where the first and second bores meet, characterized in that the connector (1, 1a) further comprises an elongated sleeve (3, 3') configured to receive the hollow fibre waveguide, the hollow fibre waveguide being disposed in a central passage of the elongated sleeve (3, 3'), wherein the connector (1, 1a) further comprises a frusto-conical sleeve (15, 15') configured to receive the hollow fibre waveguide in a central passage of the frusto-conical sleeve (15, 15'), the frusto-conical sleeve (15, 15') being received in the tapered end of the first bore, and wherein the frusto-conical sleeve (15, 15') is configured to receive the elongated sleeve (3, 3') in the central passage of the frusto-conical sleeve (15, 15').