mhurhangee/ep-ind-claims huggingface dataset:
A control device for a vehicle having a connection port to which a connector is connectable, the control device comprising a processor, wherein: the vehicle includes a power storage device configured to store electric power; and the vehicle is configured to transmit the electric power between a power grid and the power storage device by connecting, to the connection port, the connector electrically connected to the power grid; wherein the processor is configured to execute connector locking control for locking the connector connected to the connection port when participation of the vehicle in demand-and-supply adjustment of the power grid is confirmed, characterised in that the processor is configured to respond whether the processor accepts a request when the request to participate in the demand-and-supply adjustment of the power grid is received from a management computer (10; 30) for the power grid; and the participation of the vehicle in the demand-and-supply adjustment of the power grid is confirmed when the processor sends a response to accept the request in a state where the connector is connected to the connection port. the vehicle includes a power storage device configured to store electric power; and the vehicle is configured to transmit the electric power between a power grid and the power storage device by connecting, to the connection port, the connector electrically connected to the power grid; wherein the processor is configured to execute connector locking control for locking the connector connected to the connection port when participation of the vehicle in demand-and-supply adjustment of the power grid is confirmed, characterised in that the processor is configured to respond whether the processor accepts a request when the request to participate in the demand-and-supply adjustment of the power grid is received from a management computer (10; 30) for the power grid; and the participation of the vehicle in the demand-and-supply adjustment of the power grid is confirmed when the processor sends a response to accept the request in a state where the connector is connected to the connection port.
An apparatus for inspecting the contents of a cargo container, comprising: a neutron source (10, 24) and a radiation detector; wherein the neutron source (10, 24) comprises: an ion source configured to provide deuterium or tritium ions; an accelerator operating at a first gas pressure and configured to accelerate the deuterium or tritium ions; a target chamber operating at a second gas pressure, the target chamber holding a target gas comprising at least one of deuterium or tritium; wherein a plurality of differential pumping stages, each differential pumping stage configured to reduce a pressure in the neutron source (10, 24) by a factor of between 10 and 1000 to maintain a pressure differential between the accelerator and the target chamber; the neutron source (10, 24) is configured to deliver a neutron flux into the cargo container and the radiation detector is configured to detect radiation exiting the cargo container subsequent to the delivery of the neutron flux into the cargo container, wherein the radiation detector is an electronic detector comprising a plurality of neutron detectors configured provide data to an imaging computer for display on a screen or reconstruction into an image or wherein the radiation detector is a neutron sensitive film for imaging the interior of the container; wherein the radiation detector is shielded from thermal neutrons; and the neutron source (10, 24) and radiation detector are configured for coupling to one of: a crane configured to unload cargo containers from a ship; or a conveyor configured to provide cargo containers for inspection. an ion source configured to provide deuterium or tritium ions; an accelerator operating at a first gas pressure and configured to accelerate the deuterium or tritium ions; a target chamber operating at a second gas pressure, the target chamber holding a target gas comprising at least one of deuterium or tritium; wherein a plurality of differential pumping stages, each differential pumping stage configured to reduce a pressure in the neutron source (10, 24) by a factor of between 10 and 1000 to maintain a pressure differential between the accelerator and the target chamber; a crane configured to unload cargo containers from a ship; or a conveyor configured to provide cargo containers for inspection.
A method, comprising: - illuminating a sample with a light source, wherein the sample includes a plurality of fluorescent species, and wherein illuminating the sample with the light source excites at least two of the plurality of fluorescent species; - measuring at least two fluorescence signals (110, 114) from the sample, wherein the at least two fluorescence signals include component signals from the at least two of the plurality of fluorescent species; further comprising, by an assaying device, determining a correlation between each pair of derivatives of the at least two fluorescence signals (110, 114), calculating a crosstalk metric based on these pair wise correlations, characterized in that: the correlation is the pointwise product of the respective time derivatives of the pair and wherein the crosstalk metric is defined as one of the integral of the absolute value of the point-wise product, the integral of the square of the values of the point-wise product, the RMS average of the point-wise product, the sum of absolute values of the point-wise product. - illuminating a sample with a light source, wherein the sample includes a plurality of fluorescent species, and wherein illuminating the sample with the light source excites at least two of the plurality of fluorescent species; - measuring at least two fluorescence signals (110, 114) from the sample, wherein the at least two fluorescence signals include component signals from the at least two of the plurality of fluorescent species;
An electronic apparatus, comprising: a light source that outputs a laser light; a scanning unit that scans the laser light in a first direction (x-axis) and a second direction (y-axis) orthogonal to the first direction; a reflective member (27, 27A-27C) comprising a reflective surface (28, 28a-28c) that reflects the laser light; a light-receiving unit that receives a first reflected light reflected by the reflective member (27, 27A-27C); and a signal processing unit that calculates a distance from the light source to the reflective surface (28, 28b, 28c) using the first reflected light and determines, based on the distance, a direction in which the laser light is output, characterized in that the light source, the scanning unit, the reflective member (27, 27A-27C), the light-receiving unit and the signal processing unit are inside a casing, the reflective member (27, 27A-27C) is disposed within a scanning range of the laser light except an opening portion of the casing, and a distance in the second direction from the scanning unit to a side of the reflective surface (28, 28a-28c) of the reflective member is shorter than a distance in the second direction from the scanning unit to the opposite side of the reflective surface (28, 28a-28c). a light source that outputs a laser light; a scanning unit that scans the laser light in a first direction (x-axis) and a second direction (y-axis) orthogonal to the first direction; a reflective member (27, 27A-27C) comprising a reflective surface (28, 28a-28c) that reflects the laser light; a light-receiving unit that receives a first reflected light reflected by the reflective member (27, 27A-27C); and a signal processing unit that calculates a distance from the light source to the reflective surface (28, 28b, 28c) using the first reflected light and determines, based on the distance, a direction in which the laser light is output, characterized in that the light source, the scanning unit, the reflective member (27, 27A-27C), the light-receiving unit and the signal processing unit are inside a casing, the reflective member (27, 27A-27C) is disposed within a scanning range of the laser light except an opening portion of the casing, and a distance in the second direction from the scanning unit to a side of the reflective surface (28, 28a-28c) of the reflective member is shorter than a distance in the second direction from the scanning unit to the opposite side of the reflective surface (28, 28a-28c).
Motor vehicle tailgate comprising a light unit, an inner box and an outer skin attached to said inner box, said inner box comprising a frame and a set of technical elements (11, 12, 13, 14, 15) for components to pass through or be secured to, said technical elements (11, 12, 13, 14, 15) being carried by a technical panel fitted onto said frame, said frame having in its upper portion a first opening to accommodate a rear window, and in its lower portion a second central opening, accommodating said technical panel, said frame being made of a first material and said technical panel being made of a second material less dense than the first material, characterized in that the outer skin is attached to the inner box by covering the technical panel.
Manufacturing process for a watch component in a composite material with a ceramic matrix, comprising the following steps: - depositing in a mould a succession of layers (10, 20, 30, 40), each comprising a ceramic powder, at least one layer (10; 10, 30; 10, 20, 30, 40) of said succession of layers further comprising fibres mixed with the ceramic powder, the fibres being arranged randomly; - performing a FAST/SPS sintering operation; - demoulding the sintered watch component comprising the succession of layers (10, 20, 30, 40), and - machining or finishing the sintered component to the final dimensions of the watch component such as said fibres are visible on the surface of the watch component. - depositing in a mould a succession of layers (10, 20, 30, 40), each comprising a ceramic powder, at least one layer (10; 10, 30; 10, 20, 30, 40) of said succession of layers further comprising fibres mixed with the ceramic powder, the fibres being arranged randomly; - performing a FAST/SPS sintering operation; - demoulding the sintered watch component comprising the succession of layers (10, 20, 30, 40), and - machining or finishing the sintered component to the final dimensions of the watch component such as said fibres are visible on the surface of the watch component.
A thermoplastic bag having dual drawtapes comprising: a first panel and a second panel, the first panel and the second panel joined together at a first side edge, a second side edge, and a bottom edge, wherein the first panel and the second panel define an opening along respective top edges (19, 23) of the first panel and the second panel and define a closed end along the bottom edge; a first hem defining a first channel, the first hem being formed along the top edge of the first panel; a second hem defining a second channel, the second hem being formed along the top edge of the second panel; characterized in that the first hem consists of a first drawtape disposed within the first channel, wherein the first drawtape consists of a linear low density polyethylene having a density of from 0.902 g/cc to 0.920 g/cc; the second hem consists of a second drawtape disposed within the second channel, wherein the second drawtape consists of a high density polyethylene having a density of from 0.940 g/cc to 0.965 g/cc; and wherein the first drawtape, the second drawtape, or both comprise monolayer or coextruded films. a first panel and a second panel, the first panel and the second panel joined together at a first side edge, a second side edge, and a bottom edge, wherein the first panel and the second panel define an opening along respective top edges (19, 23) of the first panel and the second panel and define a closed end along the bottom edge; a first hem defining a first channel, the first hem being formed along the top edge of the first panel; a second hem defining a second channel, the second hem being formed along the top edge of the second panel; characterized in that the first hem consists of a first drawtape disposed within the first channel, wherein the first drawtape consists of a linear low density polyethylene having a density of from 0.902 g/cc to 0.920 g/cc; the second hem consists of a second drawtape disposed within the second channel, wherein the second drawtape consists of a high density polyethylene having a density of from 0.940 g/cc to 0.965 g/cc; and wherein the first drawtape, the second drawtape, or both comprise monolayer or coextruded films.
A bearing arrangement for a wind turbine generator that comprises a drive shaft extending through a housing, which bearing arrangement comprises - a front-end bearing configured to be arranged about a front end of the drive shaft, and - a back-end bearing configured to be arranged about the opposite end of the drive shaft; wherein the bearings (1F, 1B) comprise a plurality of bearing pads arranged in an annular space (231, 232) between the drive shaft and the housing, and wherein the bearings (1F, 1B) are virtually divided into an upper half (1F_u, 1B_u) and a lower half (1F_l, 1B_l) by a horizontal plane containing the axis of rotation of the drive shaft, and wherein an uneven distribution of bearing pads comprises different numbers of bearing pads in the upper half (1F_u, 1B_u) and the lower half (1F_l, 1B_l), and wherein at least one bearing (1F, 1B) comprises an uneven distribution of bearing pads about the drive shaft, with more bearing pads in its upper half (1B_U) than in its lower half (1B_l). - a front-end bearing configured to be arranged about a front end of the drive shaft, and - a back-end bearing configured to be arranged about the opposite end of the drive shaft;
A key derivation method in a core network including a plurality of network slices, the key derivation method comprising: deriving a key for each of the plurality of network slices; and deriving a common key common to the plurality of network slices, wherein both the key for each of the plurality of network slices and the common key are derived from one master key. deriving a key for each of the plurality of network slices; and deriving a common key common to the plurality of network slices, wherein both the key for each of the plurality of network slices and the common key are derived from one master key.
Thermolabile liposome having a controlled release temperature for the liposome content, characterised in that it is formed of at least one phosphatidylcholine having a main transition temperature in the range of from 0 to 80 °C and more than 15 to 70 wt.% phosphatidyl-oligo-glycerol, and in that it does not contain any cholesterol.
An inductive ballast drive power supply for a LED lamp with a variable power energy saving function, said inductive ballast drive power supply comprising an inductive ballast (Lz) and a bridge rectifier circuit comprising input ends, namely D and N ends, said bridge rectifier circuit being connected with said input ends to an output end of the inductive ballast (Lz), the drive power supply further comprises a DC power supply circuit having an A end and an N end for supplying energy to a control circuit, characterized in that an eleventh capacitor is connected to said input ends, namely D and N ends of the bridge rectifier circuit; a series circuit of an eighth capacitor and a fifth switch, a series circuit of a ninth capacitor and a sixth switch, and a series circuit of a tenth capacitor and a seventh switch are further connected to the input ends, namely the D and N ends, of the bridge rectifier circuit; and a drive circuit for driving the state conversion of the fifth switch, a drive circuit of the sixth switch and a drive circuit of the seventh switch are connected with output ends, namely to the A end and the N end of the DC power supply circuit.
An autofocus, AF and optical image stabilization, OIS system, comprising: a) a camera housing; b) a lens barrel comprising a set of optical lenses; c) a MEMS lens-barrel actuator having an opening that allows light to go through, and having an actuator stator that is attached to an actuator rotor through a set of mechanical springs that deform when the rotor moves, the actuator stator being rigidly attached to the camera housing, and the lens barrel being attached to the actuator rotor to move therewith; d) an image sensor, and e) a MEMS image-sensor actuator attached to said image sensor, the MEMS image-sensor actuator having an image sensor stator that is attached to an image sensor rotor through a second set of mechanical springs, and wherein the image sensor stator is rigidly attached to a PCB board, and wherein the PCB board and the camera housing are attached to each other or to an external fixed frame, and wherein the image sensor actuator provides translation of the image sensor along an optical axis away from the lens barrel and tilts around an in-plane axis for a yaw and a pitch, characterized in that the MEMS lens barrel actuator provides a translation along an optical axis when the actuator rotor moves towards the actuator stator and moves the lens barrel with it, and whereby the MEMS lens barrel actuator also provides a tilt for yaw and pitch around an in plane axis, thereby the AF and OIS compensation are achieved using tilt of both the lens barrel and the image sensor separately, whereby both optical image stabilization and/or translation for AF are achieved. a) a camera housing; b) a lens barrel comprising a set of optical lenses; c) a MEMS lens-barrel actuator having an opening that allows light to go through, and having an actuator stator that is attached to an actuator rotor through a set of mechanical springs that deform when the rotor moves, the actuator stator being rigidly attached to the camera housing, and the lens barrel being attached to the actuator rotor to move therewith; d) an image sensor, and e) a MEMS image-sensor actuator attached to said image sensor, the MEMS image-sensor actuator having an image sensor stator that is attached to an image sensor rotor through a second set of mechanical springs, and wherein the image sensor stator is rigidly attached to a PCB board, and wherein the PCB board and the camera housing are attached to each other or to an external fixed frame, and wherein the image sensor actuator provides translation of the image sensor along an optical axis away from the lens barrel and tilts around an in-plane axis for a yaw and a pitch, characterized in that the MEMS lens barrel actuator provides a translation along an optical axis when the actuator rotor moves towards the actuator stator and moves the lens barrel with it, and whereby the MEMS lens barrel actuator also provides a tilt for yaw and pitch around an in plane axis, thereby the AF and OIS compensation are achieved using tilt of both the lens barrel and the image sensor separately, whereby both optical image stabilization and/or translation for AF are achieved.
A housing structure, comprising: a housing and a rotating mechanism connected to the housing, wherein an axis of a rotating shaft of the rotating mechanism is parallel to a plane where a bottom surface of the housing is located, a supporting foot connected to the housing by the rotating shaft, the supporting foot having a working position for rotating relative to the housing, and the supporting foot having a storage position to which the supporting foot gradually rotates from the working position toward the housing, wherein when the supporting foot is located in the working position or the storage position, an included angle between a geometric central line in a length direction of the supporting foot and the axis of the rotating shaft is β, and 0 < β < 90°, characterized in that when the supporting foot is located in the working position, the geometric central line in the length direction of the supporting foot is perpendicular to a geometric central line in a longitudinal direction of a bottom of the housing. a supporting foot connected to the housing by the rotating shaft, the supporting foot having a working position for rotating relative to the housing, and the supporting foot having a storage position to which the supporting foot gradually rotates from the working position toward the housing, wherein when the supporting foot is located in the working position or the storage position, an included angle between a geometric central line in a length direction of the supporting foot and the axis of the rotating shaft is β, and 0 < β < 90°, characterized in that when the supporting foot is located in the working position, the geometric central line in the length direction of the supporting foot is perpendicular to a geometric central line in a longitudinal direction of a bottom of the housing.
A display system that displays a screen for a user, the system comprising: a touch panel display configured to display the screen and accept a manipulation performed on the screen, a position at which to display the screen being variable; and a display control means configured to control a display of the screen on the touch panel display; characterized in that the display control means decides whether the screen to be displayed has visual content for appreciation according to a predetermined criterion; if the screen to be displayed includes no visual content for appreciation, the display control means displays the screen at a suitable-for-manipulation position comparatively close to the user; if the screen to be displayed has visual content for appreciation, the display control means displays the screen at a suitable-for-manipulation position comparatively distant from the user. a touch panel display configured to display the screen and accept a manipulation performed on the screen, a position at which to display the screen being variable; and a display control means configured to control a display of the screen on the touch panel display; characterized in that the display control means decides whether the screen to be displayed has visual content for appreciation according to a predetermined criterion; if the screen to be displayed includes no visual content for appreciation, the display control means displays the screen at a suitable-for-manipulation position comparatively close to the user; if the screen to be displayed has visual content for appreciation, the display control means displays the screen at a suitable-for-manipulation position comparatively distant from the user.
A negative pressure isolation hood assembly, comprising: - a hood, - an outerwear, - an exhaust hose, and - an air-exhaust filtration system, for filtering polluted air from the hood and discharging filtered air to the atmosphere, the air-exhaust filtration system comprising: - a power air-exhaust device and - an air filter, connected to the power air-exhaust device and to the exhaust hose, wherein the hood is disposed above the outerwear and is in air tight connection with the outerwear, and the hood is connected to the air-exhaust filtration system through the exhaust hose, the hood assembly being characterized by further comprising a one-way air inlet valve, disposed at the top of the hood, and which is intended to be opened, when negative pressure inside the hood reaches a threshold value, to make air automatically inflow for adjusting negative pressure inside the hood, and by the outerwear further comprising an arm and a waist and laces disposed at said arm and said waist for tightening the arm and the waist. - a hood, - an outerwear, - an exhaust hose, and - an air-exhaust filtration system, for filtering polluted air from the hood and discharging filtered air to the atmosphere, the air-exhaust filtration system comprising: - a power air-exhaust device and - an air filter, connected to the power air-exhaust device and to the exhaust hose, - a power air-exhaust device and - an air filter, connected to the power air-exhaust device and to the exhaust hose,