mhurhangee/ep-ind-claims huggingface dataset:
An optical coupling device, comprising: a right-angle reflecting prism and an mobile optical fibre connector, wherein a reflecting surface of the right-angle reflecting prism is provided with a curve reflecting surface, the curve reflecting surface being used for gathering and reflecting rays propagated by an optical fibre of a predetermined numerical aperture; and the mobile optical fibre connector is fixed to the right-angle reflecting prism, to make the rays propagated by the optical fibre being all incident on the curve reflecting surface of the right-angle reflecting prism and totally reflected by the curve reflecting surface in a parallel light; characterized in that a diameter and position of a locating guide pin hole (42, 52, 62, 72) of the right-angle reflecting prism correspond to a diameter and position of a locating guide pin hole of the mobile optical fibre connector; wherein the mobile optical fibre connector is connected to the right-angle reflecting prism via a locating guide pin, and the locating guide pin is connected to the locating guide pin hole in the right-angle reflecting prism and the corresponding locating guide pin hole in the mobile optical fibre connector respectively; and the right-angle reflecting prism is fixed to a surface of the mobile optical fibre connector via ultraviolet glue, and the ultraviolet glue is applied to a joint between the locating guide pin and the right-angle reflecting prism, and a joint between the locating guide pin and the mobile optical fibre connector; or applied to an area, connected to the mobile optical fibre connector, at an edge of the right-angle reflecting prism. a reflecting surface of the right-angle reflecting prism is provided with a curve reflecting surface, the curve reflecting surface being used for gathering and reflecting rays propagated by an optical fibre of a predetermined numerical aperture; and the mobile optical fibre connector is fixed to the right-angle reflecting prism, to make the rays propagated by the optical fibre being all incident on the curve reflecting surface of the right-angle reflecting prism and totally reflected by the curve reflecting surface in a parallel light; characterized in that a diameter and position of a locating guide pin hole (42, 52, 62, 72) of the right-angle reflecting prism correspond to a diameter and position of a locating guide pin hole of the mobile optical fibre connector; wherein the mobile optical fibre connector is connected to the right-angle reflecting prism via a locating guide pin, and the locating guide pin is connected to the locating guide pin hole in the right-angle reflecting prism and the corresponding locating guide pin hole in the mobile optical fibre connector respectively; and the right-angle reflecting prism is fixed to a surface of the mobile optical fibre connector via ultraviolet glue, and the ultraviolet glue is applied to a joint between the locating guide pin and the right-angle reflecting prism, and a joint between the locating guide pin and the mobile optical fibre connector; or applied to an area, connected to the mobile optical fibre connector, at an edge of the right-angle reflecting prism.
A photovoltaic stringer for obtaining a cut ribbon for photovoltaic cells, the stringer comprising: a first clamping component for pulling a ribbon from a ribbon reel; a second clamping component for coordinating with the first clamping component to stretch the ribbon; and a cutting component for cutting the ribbon to obtain a cut ribbon; characterised by at least one first electrode and at least one second electrode for supplying an annealing current to the cut ribbon. a first clamping component for pulling a ribbon from a ribbon reel; a second clamping component for coordinating with the first clamping component to stretch the ribbon; and a cutting component for cutting the ribbon to obtain a cut ribbon; characterised by at least one first electrode and at least one second electrode for supplying an annealing current to the cut ribbon.
A method comprising: receiving, by a wireless device, parameters comprising: a first discontinuous reception, DRX, configuration associated with unicast transmissions in a cell; and a second DRX configuration associated with multicast and broadcast services, MBS, in the cell; receiving a power saving, PS, indication indicating not to start a DRX on duration timer, wherein the PS indication: is applied for the first DRX configuration; and is not applied for the second DRX configuration; skipping monitoring, in a first DRX on duration of the first DRX configuration, one or more first physical downlink control channels, PDCCHs, for the unicast transmissions based on receiving the PS indication; and monitoring, in a second DRX on duration of the second DRX configuration and while skipping monitoring the one or more first PDCCHs in the first DRX on duration, one or more second PDCCHs for the MBS. receiving, by a wireless device, parameters comprising: a first discontinuous reception, DRX, configuration associated with unicast transmissions in a cell; and a second DRX configuration associated with multicast and broadcast services, MBS, in the cell; a first discontinuous reception, DRX, configuration associated with unicast transmissions in a cell; and a second DRX configuration associated with multicast and broadcast services, MBS, in the cell; receiving a power saving, PS, indication indicating not to start a DRX on duration timer, wherein the PS indication: is applied for the first DRX configuration; and is not applied for the second DRX configuration; is applied for the first DRX configuration; and is not applied for the second DRX configuration; skipping monitoring, in a first DRX on duration of the first DRX configuration, one or more first physical downlink control channels, PDCCHs, for the unicast transmissions based on receiving the PS indication; and monitoring, in a second DRX on duration of the second DRX configuration and while skipping monitoring the one or more first PDCCHs in the first DRX on duration, one or more second PDCCHs for the MBS.
A camera module autofocus actuator comprising: - a bottom plate, - a movable lens carrier having a protrusion with an apex for lodging a SMA wire, - a shield can, - a SMA wire, - at least six spheres, - two electric terminals, - a return elastic element, - anti-rotation means to prevent rotation of said lens carrier around its optical axis during its movement, wherein - the lens carrier is slidably mounted between said shield can and said bottom plate, - said anti-rotation means are arranged between the lens carrier and the bottom plate, - said two electric terminals are fixed onto the bottom plate, - said SMA wire is in contact with said lens carrier protrusion apex and its extremities are locked to the two electric terminals at a different height with respect to the protrusion apex, - said return elastic element exerts a force on the lens carrier opposing the force of the SMA wire on the lens carrier, characterized in that it further includes - a guide pin mounted on the bottom plate with its longitudinal axis parallel to the optical axis of the lens carrier and having surface hardness comparable to that of said at least six spheres, and - at least three slots formed in the lens carrier each containing and holding at least two spheres, said slots being formed symmetrically around said guide pin and extending parallel thereto such that the at least two spheres contained in each slot are always in contact with the guide pin, whereby the guide pin, slots and spheres form a linear bearing. - a bottom plate, - a movable lens carrier having a protrusion with an apex for lodging a SMA wire, - a shield can, - a SMA wire, - at least six spheres, - two electric terminals, - a return elastic element, - anti-rotation means to prevent rotation of said lens carrier around its optical axis during its movement, wherein - the lens carrier is slidably mounted between said shield can and said bottom plate, - said anti-rotation means are arranged between the lens carrier and the bottom plate, - said two electric terminals are fixed onto the bottom plate, - said SMA wire is in contact with said lens carrier protrusion apex and its extremities are locked to the two electric terminals at a different height with respect to the protrusion apex, - said return elastic element exerts a force on the lens carrier opposing the force of the SMA wire on the lens carrier, - a guide pin mounted on the bottom plate with its longitudinal axis parallel to the optical axis of the lens carrier and having surface hardness comparable to that of said at least six spheres, and - at least three slots formed in the lens carrier each containing and holding at least two spheres, said slots being formed symmetrically around said guide pin and extending parallel thereto such that the at least two spheres contained in each slot are always in contact with the guide pin, whereby the guide pin, slots and spheres form a linear bearing.
A magnetohydrodynamic power generation system configured in a pipeline, the magnetohydrodynamic power generation system characterized by: one or more permanent magnets; a plurality of flow tubes arranged inside the pipeline and arranged concentrically around the one or more permanent magnets; a set of electrode pairs lining inside each of the flow tubes and in contact with a flowing media through the pipeline to generate and store power in concert with the one or more permanent magnets; a plurality of downhole valves powered by the magnetohydrodynamic power generation system; and a processor connected to the set of electrode pairs and the one or more permanent magnets, the processor executing a set of instructions on a non-transitory computer readable media to calculate a water holdup measurement based upon an amount of power generated by the magnetohydrodynamic power generation system. one or more permanent magnets; a plurality of flow tubes arranged inside the pipeline and arranged concentrically around the one or more permanent magnets; a set of electrode pairs lining inside each of the flow tubes and in contact with a flowing media through the pipeline to generate and store power in concert with the one or more permanent magnets; a plurality of downhole valves powered by the magnetohydrodynamic power generation system; and a processor connected to the set of electrode pairs and the one or more permanent magnets, the processor executing a set of instructions on a non-transitory computer readable media to calculate a water holdup measurement based upon an amount of power generated by the magnetohydrodynamic power generation system.
A composition comprising a biologically pure isolate of the micro-organism Duddingtonia flagrans (D. flagrans) having all of the identifying characteristics of the strain deposited under Accession No. V16/019156 at National Measurement Institute, 1/153 Bertie Street, Port Melbourne, Victoria 3207, Australia referred to herein as "IAH 1297".
An item of furniture for displaying various items, of the type comprising a stationary part, at least one opening panel, the opening panel(s) defining, with said stationary part, an enclosure for displaying items, and lighting means for the inside said enclosure, said or at least one of the opening panels including a transparent or translucent element, preferably made from glass, having two opposite edges, called transverse, and two longitudinal edges connecting said transverse edges to one another, the lighting means comprise at least one strip of light-emitting diodes and electricity supply means for said at least one strip, in that the opening panel, or at least one of the opening panels, is provided, on its so-called inner face turned toward the inside of the enclosure, with the or at least one of the strips of light-emitting diodes, this strip of diodes extending from one of the longitudinal edges of said opening panel toward the other longitudinal edge, characterized in that each transverse edge being bordered by an electrically conductive profile, such as a metal profile, equipped with rolling or friction members for a sliding assembly of each of said transverse edges along a stationary rail arranged on the stationary part of said item of furniture, in that the power supply means for said strip comprise a first series of electrical wires (61, 62), called electrification wires, for the stationary rails, on the one hand, these wires extending from said stationary rails to a low-voltage transformer able to be connected to a current source, and on the other hand, a second series of electrical wires (64, 65) extending from said strip of light-emitting diodes to the profiles bordering the transverse edges of the transparent or translucent element or passing through one of the longitudinal edges of said opening panel, and in that the rolling or friction members are made from an electrically conductive material to ensure the electrical continuity between stationary rails and profiles.
An inorganic fiber-formed article formed of a mat-shaped inorganic fiber assembly, the inorganic fiber-formed article comprising: needle marks that extend in a direction including a thickness direction of the mat-shaped inorganic fiber assembly, wherein the needle marks include needle marks A and needle marks B having a diameter smaller than that of the needle marks A, dense portions in which a plurality of the needle marks A lie densely are arranged apart, non-dense portions in which a needle mark density of the needle marks A is lower than that in the dense portions are present between the dense portions in both a first direction which is any mat-surface direction extending through the dense portions and a second direction orthogonal to the first direction, and the needle marks B are present at least in the non-dense portions. needle marks that extend in a direction including a thickness direction of the mat-shaped inorganic fiber assembly, wherein the needle marks include needle marks A and needle marks B having a diameter smaller than that of the needle marks A, dense portions in which a plurality of the needle marks A lie densely are arranged apart, non-dense portions in which a needle mark density of the needle marks A is lower than that in the dense portions are present between the dense portions in both a first direction which is any mat-surface direction extending through the dense portions and a second direction orthogonal to the first direction, and the needle marks B are present at least in the non-dense portions.
An infrastructure equipment comprising circuitry configured to transmit system information specific for aerial UEs, the system information specific for aerial UEs comprising assistance information for cell selection/reselection, wherein the assistance information for cell selection/reselection comprises information identifying the location of neighbouring base stations (100; 200), wherein the assistance information for cell selection/reselection comprises information indicating whether or not a base station (100; 200) supports beam forming.
A feed unit comprising: a rotary device having one or more channels adapted to receive components, one on top of another; a guide member; and, a transfer drum; wherein the rotary device is configured to rotate with respect to the guide member so that components pass through the channels, the said feed unit being characterised in that it further comprises one or more pushers associated with each channel, and that the components are pushed by the pushers along a path defined by the guide member such that said components are delivered to the transfer drum for output from the feed unit. a rotary device having one or more channels adapted to receive components, one on top of another; a guide member; and, a transfer drum; wherein the rotary device is configured to rotate with respect to the guide member so that components pass through the channels, the said feed unit being characterised in that it further comprises one or more pushers associated with each channel, and that the components are pushed by the pushers along a path defined by the guide member such that said components are delivered to the transfer drum for output from the feed unit.
An apparatus for imaging microcomedones in skin comprising: means for illuminating the skin with a blue light (112, 115); means for capturing an image of the illuminated skin through a green filter; and means for processing the captured image to detect one or more skin areas containing a porphyrin including coproporphyrin III, the one or more areas representing one or more possible microcomedones, wherein processing the captured image includes: detecting fluorescent spots in the captured image, the fluorescent spots being indicative of the porphyrin, characterized in that processing the captured image further includes: selecting a subset of the detected fluorescent spots, including selecting spots having an intensity less than an intensity threshold, regular round shapes, an area smaller than an area threshold, and that are not located within areas of inflammation, and generating a further image of the skin indicating the subset of spots as possible microcomedones. means for illuminating the skin with a blue light (112, 115); means for capturing an image of the illuminated skin through a green filter; and means for processing the captured image to detect one or more skin areas containing a porphyrin including coproporphyrin III, the one or more areas representing one or more possible microcomedones, wherein processing the captured image includes: detecting fluorescent spots in the captured image, the fluorescent spots being indicative of the porphyrin, characterized in that processing the captured image further includes: selecting a subset of the detected fluorescent spots, including selecting spots having an intensity less than an intensity threshold, regular round shapes, an area smaller than an area threshold, and that are not located within areas of inflammation, and generating a further image of the skin indicating the subset of spots as possible microcomedones. detecting fluorescent spots in the captured image, the fluorescent spots being indicative of the porphyrin, characterized in that processing the captured image further includes: selecting a subset of the detected fluorescent spots, including selecting spots having an intensity less than an intensity threshold, regular round shapes, an area smaller than an area threshold, and that are not located within areas of inflammation, and generating a further image of the skin indicating the subset of spots as possible microcomedones.
Autonomous aquaculture fish weight prediction system for feeding fish in a fish pond, comprising: an autonomous vessel having a plurality of temperature and salinity sensors for two or more predetermined pond water depth ranges; an electronic data processor configured for calculating a fish weight prediction model from collected temperature and salinity data from said temperature and salinity sensors; wherein said fish weight prediction model is segmented into one or more prediction model segments for each of the predetermined pond water depth ranges; wherein the electronic data processor is configured for calculating each fish weight prediction model segment from collected temperature and salinity data from the corresponding predetermined pond water depth range. an autonomous vessel having a plurality of temperature and salinity sensors for two or more predetermined pond water depth ranges; an electronic data processor configured for calculating a fish weight prediction model from collected temperature and salinity data from said temperature and salinity sensors; wherein said fish weight prediction model is segmented into one or more prediction model segments for each of the predetermined pond water depth ranges; wherein the electronic data processor is configured for calculating each fish weight prediction model segment from collected temperature and salinity data from the corresponding predetermined pond water depth range.
A utility vehicle comprising: a travel structure including a front wheel, a rear wheel, a steering structure mounted to the front wheel, and a drive source that drives the front wheel and/or the rear wheel; circuitry that controls the travel structure to effect autonomous travel without manned operation in a given travel area; a route setter that sets a travel route for the autonomous travel; a vehicle location detector that detects a location of the utility vehicle; and a target detector that detects a monitoring target in the travel area, wherein in case that the monitoring target is detected at a location during the autonomous travel, the circuitry stores the location of the monitoring target as history information, and wherein the route setter sets a reference point at the location where the monitoring target was detected and sets the travel route based on the reference point, the utility vehicle being characterized in that: the reference point is one of a plurality of reference points; the route setter assigns an importance level for setting of the travel route to each of the reference points such that the newer the reference point is, the higher the importance level is; and the route setter sets the travel route around each of the reference points in a different pattern depending on the importance level. a travel structure including a front wheel, a rear wheel, a steering structure mounted to the front wheel, and a drive source that drives the front wheel and/or the rear wheel; circuitry that controls the travel structure to effect autonomous travel without manned operation in a given travel area; a route setter that sets a travel route for the autonomous travel; a vehicle location detector that detects a location of the utility vehicle; and a target detector that detects a monitoring target in the travel area, wherein in case that the monitoring target is detected at a location during the autonomous travel, the circuitry stores the location of the monitoring target as history information, and wherein the route setter sets a reference point at the location where the monitoring target was detected and sets the travel route based on the reference point, the utility vehicle being characterized in that: the reference point is one of a plurality of reference points; the route setter assigns an importance level for setting of the travel route to each of the reference points such that the newer the reference point is, the higher the importance level is; and the route setter sets the travel route around each of the reference points in a different pattern depending on the importance level. the reference point is one of a plurality of reference points; the route setter assigns an importance level for setting of the travel route to each of the reference points such that the newer the reference point is, the higher the importance level is; and the route setter sets the travel route around each of the reference points in a different pattern depending on the importance level.