mhurhangee/ep-ind-claims huggingface dataset:
A display device, comprising: an array of display pixels comprising display pixel apertures that are periodic along two orthogonal directions, x and y, at spatial frequencies f x and f y, respectively; and a first array of electrodes overlaid on the array of display pixels, the first array of electrodes comprised of a metal mesh having openings that are periodic along a first direction u 1 at an angle θ u1 relative to x, and along a second direction v 1 at an angle θ v1 relative to y, and at spatial frequencies f u1 and f v1, respectively, and wherein the parameter set {θ u1, f x, f u1} satisfies the following criteria: |tan θ u1 | is within the range of 0.26 to 0.28, and |f x /(f u1 *cos θ u1)| is within 1/12 of (m 1 /3-1/6), where m 1 is a positive integer; or |tan θ u1 | is within the range of 0.38 to 0.48, and |f x /(f u1 *cos θ u1)| is within 1/12 of (m 1 /3+1/6); or |tan θ u1 | is within the range of 0.52 to 0.56, and |f x /(f u1 *cos θ u1)| is within 1/12 of (m 1 /2-1/4); or |tan θ u1 | is within the range of 0.59 to 0.62, and |f x /(f u1 *cos θ u1)| is within 1/12 of (m 1 /3-1/4); or |tan θ u1 | is within the range of 0.7 to 0.8, and |f x /(f u1 *cos θ u1)| is within 1/12 of (m 1 /3-1/12). an array of display pixels comprising display pixel apertures that are periodic along two orthogonal directions, x and y, at spatial frequencies f x and f y, respectively; and a first array of electrodes overlaid on the array of display pixels, the first array of electrodes comprised of a metal mesh having openings that are periodic along a first direction u 1 at an angle θ u1 relative to x, and along a second direction v 1 at an angle θ v1 relative to y, and at spatial frequencies f u1 and f v1, respectively, and wherein the parameter set {θ u1, f x, f u1} satisfies the following criteria: |tan θ u1 | is within the range of 0.26 to 0.28, and |f x /(f u1 *cos θ u1)| is within 1/12 of (m 1 /3-1/6), where m 1 is a positive integer; or |tan θ u1 | is within the range of 0.38 to 0.48, and |f x /(f u1 *cos θ u1)| is within 1/12 of (m 1 /3+1/6); or |tan θ u1 | is within the range of 0.52 to 0.56, and |f x /(f u1 *cos θ u1)| is within 1/12 of (m 1 /2-1/4); or |tan θ u1 | is within the range of 0.59 to 0.62, and |f x /(f u1 *cos θ u1)| is within 1/12 of (m 1 /3-1/4); or |tan θ u1 | is within the range of 0.7 to 0.8, and |f x /(f u1 *cos θ u1)| is within 1/12 of (m 1 /3-1/12). |tan θ u1 | is within the range of 0.26 to 0.28, and |f x /(f u1 *cos θ u1)| is within 1/12 of (m 1 /3-1/6), where m 1 is a positive integer; or |tan θ u1 | is within the range of 0.38 to 0.48, and |f x /(f u1 *cos θ u1)| is within 1/12 of (m 1 /3+1/6); or |tan θ u1 | is within the range of 0.52 to 0.56, and |f x /(f u1 *cos θ u1)| is within 1/12 of (m 1 /2-1/4); or |tan θ u1 | is within the range of 0.59 to 0.62, and |f x /(f u1 *cos θ u1)| is within 1/12 of (m 1 /3-1/4); or |tan θ u1 | is within the range of 0.7 to 0.8, and |f x /(f u1 *cos θ u1)| is within 1/12 of (m 1 /3-1/12).
Surface plasmon-based electromagnetic radiation nanostructure (40; 60) suitable for being used as nanosensor for sensing chemical or biological agents, comprising: - a nanolaser configured to emit electromagnetic radiation (44; 64), - at least one first element (42; 62) of metal, preferably silver or gold, or of semiconductor, the first element (42; 62) having plasmon resonance, in particular localized surface plasmon resonance, in the presence of electromagnetic radiation (44; 64) emitted from the nanolaser, the at least one first element (42; 62) being arranged such that, in use, the at least one first element (42; 62) is in direct or indirect contact with a chemical or biological agent to be sensed, and - at least one second element (46; 66), preferably near the first element (42; 62), that in the presence of the electromagnetic radiation (44; 64) emitted from the nanolaser is exciton-plasmon coupled to the first element (42; 62) through the near-field and emits electromagnetic radiation (48; 72) representative of the exciton-plasmon coupling, wherein the at least one second element (46; 66), is, preferably totally, embedded in a matrix of Photonic or Polaritonic Band-gap-material, preferably silicon carbide, and/or wherein the at least one first element (42; 62) is at least or only partially or totally embedded in a matrix of Photonic or Polaritonic Band-gap-material, preferably silicon carbide. - a nanolaser configured to emit electromagnetic radiation (44; 64), - at least one first element (42; 62) of metal, preferably silver or gold, or of semiconductor, the first element (42; 62) having plasmon resonance, in particular localized surface plasmon resonance, in the presence of electromagnetic radiation (44; 64) emitted from the nanolaser, the at least one first element (42; 62) being arranged such that, in use, the at least one first element (42; 62) is in direct or indirect contact with a chemical or biological agent to be sensed, and - at least one second element (46; 66), preferably near the first element (42; 62), that in the presence of the electromagnetic radiation (44; 64) emitted from the nanolaser is exciton-plasmon coupled to the first element (42; 62) through the near-field and emits electromagnetic radiation (48; 72) representative of the exciton-plasmon coupling, wherein the at least one second element (46; 66), is, preferably totally, embedded in a matrix of Photonic or Polaritonic Band-gap-material, preferably silicon carbide, and/or wherein the at least one first element (42; 62) is at least or only partially or totally embedded in a matrix of Photonic or Polaritonic Band-gap-material, preferably silicon carbide.
A shell container suitable for housing a discrete refill container, the shell container comprising: • a rigid product reservoir extending axially and having ∘ an opening at one axial end and ∘ an aperture in a side wall thereof and, ∘ the rigid product reservoir further comprising a supporting surface for supporting a ledge of the refill container, the aperture being between the supporting surface of the rigid product reservoir and an uppermost edge of the rigid product reservoir, • the shell container further comprising a closure unconnected to the rigid product reservoir when the closure is open and which releasably snaps axially onto the rigid product reservoir to cover the opening, the closure including a skirt, characterized in that the shell container further comprising a spring which is associated with the underside of the closure, received within the interior of skirt, the spring having a protuberance which is accommodated within the aperture on the rigid product reservoir when the closure releasably snaps closed, and which is urged into the aperture by the spring associated with the underside of the closure, when the closure is snap fit onto the reservoir. • a rigid product reservoir extending axially and having ∘ an opening at one axial end and ∘ an aperture in a side wall thereof and, ∘ the rigid product reservoir further comprising a supporting surface for supporting a ledge of the refill container, the aperture being between the supporting surface of the rigid product reservoir and an uppermost edge of the rigid product reservoir, ∘ an opening at one axial end and ∘ an aperture in a side wall thereof and, ∘ the rigid product reservoir further comprising a supporting surface for supporting a ledge of the refill container, the aperture being between the supporting surface of the rigid product reservoir and an uppermost edge of the rigid product reservoir, • the shell container further comprising a closure unconnected to the rigid product reservoir when the closure is open and which releasably snaps axially onto the rigid product reservoir to cover the opening, the closure including a skirt, characterized in that the shell container further comprising a spring which is associated with the underside of the closure, received within the interior of skirt, the spring having a protuberance which is accommodated within the aperture on the rigid product reservoir when the closure releasably snaps closed, and which is urged into the aperture by the spring associated with the underside of the closure, when the closure is snap fit onto the reservoir.
A method for constituting the topology of a home automation installation comprising a first central control unit and a second central control unit, the method being executed by a user terminal connected to the home automation installation and comprising the following steps: i. a first reception step (ECTT3) coming from the first central control unit of at least a first message comprising a first list of at least one home automation device with which said first central control unit is capable of communicating and a second reception step (ECTT4) coming from the second central control unit of at least one second message comprising a second list of at least one home automation device with which said second central control unit is able to communicate; ii. a selection (ECTT6) of at least one combination of at least one home automation device and one central control unit among the first and the second central control units for which the communicated list comprises the selected home automation device, the selection being such that in each selected combination, the at least one home automation device is/are part of the list coming from the central control unit; iii. for a selected combination, sending (ECTT7) an attachment message to the central control unit of the combination, the attachment message instructing said central control unit to trigger an attachment of the home automation device of the combination to said central control unit i. a first reception step (ECTT3) coming from the first central control unit of at least a first message comprising a first list of at least one home automation device with which said first central control unit is capable of communicating and a second reception step (ECTT4) coming from the second central control unit of at least one second message comprising a second list of at least one home automation device with which said second central control unit is able to communicate; ii. a selection (ECTT6) of at least one combination of at least one home automation device and one central control unit among the first and the second central control units for which the communicated list comprises the selected home automation device, the selection being such that in each selected combination, the at least one home automation device is/are part of the list coming from the central control unit; iii. for a selected combination, sending (ECTT7) an attachment message to the central control unit of the combination, the attachment message instructing said central control unit to trigger an attachment of the home automation device of the combination to said central control unit
Coupling device for coupling a trailer to a towing vehicle, comprising a hitching plate equipped with a kingpin extending perpendicular to the plate and intended to engage reversibly with a mating hitching device belonging to the towing vehicle, an articulated-connection structure intended to connect the plate to a trailer chassis, the articulated-connection structure comprising two connecting rods (15, 16), each connecting rod (15, 16) being provided with a pair of articulations (151, 152; 161, 162), a second articulation (152, 162) of each pair of articulations (151, 152; 161, 162) being intended to be mounted on the trailer chassis, the articulated-connection structure defining a Watt parallel-motion linkage allowing the kingpin to move along a path, the coupling device being characterized in that the articulations (151, 152, 161, 162) have axes of rotation perpendicular to the plate and a first articulation (151, 161) of each pair of articulations (151, 152; 161, 162) is mounted on the plate, and in that the path along which the kingpin moves is substantially rectilinear and longitudinal with respect to the trailer chassis when the coupling device is mounted on said chassis.
A method for delivering parcels via an unmanned aerial vehicle, the method comprising: securing a first parcel to a first parcel carrier; at a loading point, securing the first parcel carrier to a chassis of a UAV for delivery of the first parcel; connecting a first power source of the first parcel carrier to propulsion members of the UAV; navigating the UAV from the loading point to a serviceable point; at the serviceable point, releasing the first parcel from a parcel carrying mechanism of the first parcel carrier; navigating the UAV from the serviceable point to the loading point; at the loading point, removing the first parcel carrier from the UAV chassis; securing a second parcel carrier coupled to a second parcel to the chassis of the UAV for delivery of the second parcel; and connecting a second power source of the second parcel carrier to the propulsion members of the UAV. securing a first parcel to a first parcel carrier; at a loading point, securing the first parcel carrier to a chassis of a UAV for delivery of the first parcel; connecting a first power source of the first parcel carrier to propulsion members of the UAV; navigating the UAV from the loading point to a serviceable point; at the serviceable point, releasing the first parcel from a parcel carrying mechanism of the first parcel carrier; navigating the UAV from the serviceable point to the loading point; at the loading point, removing the first parcel carrier from the UAV chassis; securing a second parcel carrier coupled to a second parcel to the chassis of the UAV for delivery of the second parcel; and connecting a second power source of the second parcel carrier to the propulsion members of the UAV.
A method of operation of a navigation system comprising: detecting an accelerometer acceleration, having a magnitude and a direction, for monitoring a device; receiving a first location reading for locating the device with a remote location system; determining the first location reading as being invalid; identifying a last-known location of the device; and updating a device-location from the first location reading with the accelerometer acceleration and the last-known location, when the first location reading is determined to be invalid, for displaying on the device, characterized in that determining the first location reading as being invalid is based on comparing the direction of the accelerometer acceleration to the direction from the last-known location to the first location reading. detecting an accelerometer acceleration, having a magnitude and a direction, for monitoring a device; receiving a first location reading for locating the device with a remote location system; determining the first location reading as being invalid; identifying a last-known location of the device; and updating a device-location from the first location reading with the accelerometer acceleration and the last-known location, when the first location reading is determined to be invalid, for displaying on the device, characterized in that determining the first location reading as being invalid is based on comparing the direction of the accelerometer acceleration to the direction from the last-known location to the first location reading.
Walking-rehabilitation device, of the type including a base equipped with wheels spaced apart along the width and length of said base, which defines the width and length of said device, a saddle support optionally equipped with a saddle, which fits on top of said base and extends substantially vertically, over the height of said device, said device comprising two movable arms (91, 93) forming a crankset, disposed on either side of said saddle support, each arm (91; 93) comprising a first end mounted for rotation on said device about an axis parallel to the width of said base, said device furthermore including an element for wedging the foot or leg of the patient, said wedging element being adjustable and lockable in position across the width of the device, characterised in that it also includes means (87, 871, 9) for separating the thighs or legs of the patient on either side of said saddle support, in that said separation means (87, 871, 94) make it possible to modify the separation of the thighs of the patient and are adjustable and lockable in position across the width of said device, in that said separation means are able to follow the alternating movement of the lower limbs of the patient held by said wedging elements and by said separation means (87, 871, 94), when the patient is installed on said device, and in that the adjustment of the position of said wedging element across the width of the device is independent of the adjustment of the means for separating the thighs of the patient, and in that said thigh and leg separation means include two branches (85, 87) that extend on either side of the saddle support across the width of the device and the free end of which can be separated from said saddle support to a greater or lesser extent across the width of the device and locked in position, said free end of said branches (85, 87) including an element for securing the thigh or leg, mounted for rotation about an axis parallel to the width of the device.
A method of wireless communication, comprising: generating a time-based scrambling sequence, the time-based scrambling sequence facilitating a phase shift in time and generated according to a time parameter associated with a wake-up signal, WUS, or a paging occasion, PO; generating a scrambled WUS, the scrambled WUS generated by multiplying a WUS base sequence by the time-based scrambling sequence; and transmitting the scrambled WUS to at least one scheduled entity. generating a time-based scrambling sequence, the time-based scrambling sequence facilitating a phase shift in time and generated according to a time parameter associated with a wake-up signal, WUS, or a paging occasion, PO; generating a scrambled WUS, the scrambled WUS generated by multiplying a WUS base sequence by the time-based scrambling sequence; and transmitting the scrambled WUS to at least one scheduled entity.
A three-dimensional textile spacer fabric, which is formed of a yarn comprising a blend of gelling fibres and non-gelling fibres, wherein the yarn comprises at least 50% w/w gelling fibres.
Beverage preparation machine comprising - a brewing unit having two corresponding brewing chamber halves (11, 12) which are arranged to be movable relative to each other to be brought from an open position for dispensing and inserting a capsule to a closed position for forming a brewing chamber and for enclosing and extracting the capsule, the brewing chamber having an inlet for introducing an extraction liquid, an outlet for discharging the prepared beverage, and at least one further access for rinsing the brewing chamber, - a pump for pumping the extraction or rinsing liquid, - a first fluid line between the pump and the inlet with a first valve for opening and closing the first fluid line, - a second fluid line between the pump and the further access with a second valve for opening and closing the second fluid line, - a controller for controlling at least one of the valves (50, 52) and/or the pump. - a brewing unit having two corresponding brewing chamber halves (11, 12) which are arranged to be movable relative to each other to be brought from an open position for dispensing and inserting a capsule to a closed position for forming a brewing chamber and for enclosing and extracting the capsule, the brewing chamber having an inlet for introducing an extraction liquid, an outlet for discharging the prepared beverage, and at least one further access for rinsing the brewing chamber, - a pump for pumping the extraction or rinsing liquid, - a first fluid line between the pump and the inlet with a first valve for opening and closing the first fluid line, - a second fluid line between the pump and the further access with a second valve for opening and closing the second fluid line, - a controller for controlling at least one of the valves (50, 52) and/or the pump.
A method for updating a route in a network, wherein the network comprises a first network device, a second network device, and a third network device, and the third network device is connected to the first network device and the second network device, each of the first network device and the second network device is a boundary router in the network and the third network device is a non-boundary router in the network; and the method comprises: setting up, by the first network device, a correspondence between an Internet Protocol IP network segment and a first IP address, wherein the first IP address is an IP address of the first network device; sending, by the first network device, a first LSA packet to the third network device, wherein the first LSA packet comprises a second IP address, the first LSA packet is used to trigger the third network device to generate a first route whose destination address is the second IP address, the second IP address belongs to the IP network segment, and a next-hop IP address of the first route is the first IP address; and sending, by the first network device, a second LSA packet to the third network device when the first network device determines that switching needs to be performed on a next hop of a route that is stored in the third network device, whose destination IP address belongs to the IP network segment, and whose next-hop IP address is the first IP address, wherein the second LSA packet comprises the first IP address, the second LSA packet is used to trigger the third network device to update, from the first IP address to a third IP address, the next-hop IP address of the first route, and the third IP address is an IP address of the second network device. setting up, by the first network device, a correspondence between an Internet Protocol IP network segment and a first IP address, wherein the first IP address is an IP address of the first network device; sending, by the first network device, a first LSA packet to the third network device, wherein the first LSA packet comprises a second IP address, the first LSA packet is used to trigger the third network device to generate a first route whose destination address is the second IP address, the second IP address belongs to the IP network segment, and a next-hop IP address of the first route is the first IP address; and sending, by the first network device, a second LSA packet to the third network device when the first network device determines that switching needs to be performed on a next hop of a route that is stored in the third network device, whose destination IP address belongs to the IP network segment, and whose next-hop IP address is the first IP address, wherein the second LSA packet comprises the first IP address, the second LSA packet is used to trigger the third network device to update, from the first IP address to a third IP address, the next-hop IP address of the first route, and the third IP address is an IP address of the second network device.