mhurhangee/ep-ind-claims huggingface dataset:
Aircraft seat comprising - a first and a second seat element (1, 2), - the second seat element being mounted so as to be adjustable relative to the first seat element, - a spring element that moves the second seat element relative to the first seat element being provided, - it being possible for the force acting on the second seat element by means of the spring element to be released by an actuating element such that the spring element is deactivated in a first switching position of the actuating element, and the spring element is activated in a second switching position of the actuating element, characterised in that - a force limitation element is provided, by means of which the force acting on the second seat element by means of the spring element can be limited to a predetermined value such that intermediate states between the first and second switching positions can also be set, wherein - an electronic open-loop/closed-loop control unit is provided, which is designed to operate the force limitation element, wherein - the force limitation element can be operated by the open-loop/closed-loop control unit on the basis of the adjustment position, the adjustment speed and/or the adjustment acceleration of the second seat element. - a first and a second seat element (1, 2), - the second seat element being mounted so as to be adjustable relative to the first seat element, - a spring element that moves the second seat element relative to the first seat element being provided, - it being possible for the force acting on the second seat element by means of the spring element to be released by an actuating element such that the spring element is deactivated in a first switching position of the actuating element, and the spring element is activated in a second switching position of the actuating element, characterised in that - a force limitation element is provided, by means of which the force acting on the second seat element by means of the spring element can be limited to a predetermined value such that intermediate states between the first and second switching positions can also be set, wherein - an electronic open-loop/closed-loop control unit is provided, which is designed to operate the force limitation element, wherein - the force limitation element can be operated by the open-loop/closed-loop control unit on the basis of the adjustment position, the adjustment speed and/or the adjustment acceleration of the second seat element.
Mattress-underspringing arrangement comprising support elements which are arranged thereon on rails of a bed in via spring elements and have slat pockets for ends of bed slats to be inserted therein and have spring legs which extend in a spread-apart manner in opposite directions obliquely downward from below the support elements and in a longitudinal direction of the rail and whose lower ends have bolt eyes which are mounted on bearing bolts, wherein the bearing bolts are arranged on a common longitudinal carriage between two adjacent support elements, which longitudinal carriage is guided in a horizontally displaceable manner in a longitudinal guide parallel to the rails, and wherein a rocker is arranged on one of the bearing bolts in the region of two spring legs of adjacent bearing elements that are directed towards one another, which rocker has supporting wings which each engage below one of the two spring legs.
A chamber for water detention, comprising: a plastic arch-shaped corrugated chamber having a plurality of corrugation peaks and a plurality of corrugation valleys distributed along a length of the chamber, the corrugation peaks and corrugation valleys extending transverse to a lengthwise axis of the chamber, the chamber having a top portion and two side portions (12,14), with a base (18a,18b) at a lower end of each side portion (12, 14); characterized by a rib provided on a plurality of the plurality of corrugation peaks, each rib having an outer surface extending outwardly from a corrugation peak and a fin extending inwardly, wherein each rib extends upwardly from one of the bases (18a,18b) to a rib upper end, the rib having a depth and the fin having a depth, the rib depth and the fin depth tapering from a greater depth adjacent to the one of the bases (18a,18b) to a lesser depth above the one of the bases (18a,18b); whereby the rib and the fin define a channel sized to receive a corresponding rib of a second chamber, the channel having a depth varying from a maximum depth adjacent the one of the bases (18a,18b) to a minimum depth adjacent a location above the one of the bases (18a,18b). a plastic arch-shaped corrugated chamber having a plurality of corrugation peaks and a plurality of corrugation valleys distributed along a length of the chamber, the corrugation peaks and corrugation valleys extending transverse to a lengthwise axis of the chamber, the chamber having a top portion and two side portions (12,14), with a base (18a,18b) at a lower end of each side portion (12, 14); characterized by a rib provided on a plurality of the plurality of corrugation peaks, each rib having an outer surface extending outwardly from a corrugation peak and a fin extending inwardly, wherein each rib extends upwardly from one of the bases (18a,18b) to a rib upper end, the rib having a depth and the fin having a depth, the rib depth and the fin depth tapering from a greater depth adjacent to the one of the bases (18a,18b) to a lesser depth above the one of the bases (18a,18b); whereby the rib and the fin define a channel sized to receive a corresponding rib of a second chamber, the channel having a depth varying from a maximum depth adjacent the one of the bases (18a,18b) to a minimum depth adjacent a location above the one of the bases (18a,18b).
A composition for use in the treatment or prevention of diseases of the heart or blood vessels or any symptom thereof, by increasing plasma and/or serum EPA levels in a subject having a baseline plasma and/or serum EPA level of not more than 50 μg/g, the composition comprising at least 96%, by weight, ethyl eicosapentaenoate, 0.2% to 0.5% by weight ethyl octadecatetraenoate, 0.05% to 0.25% by weight ethyl nonadecapentaenoate, 0.2% to 0.45% by weight ethyl arachidonate, 0.3% to 0.5% by weight ethyl eicosatetraenoate, 0.05% to 0.32% ethyl heneicosapentaenoate and not more than 0.05% ethyl-DHA, if any, wherein 2 g to 4 g of the composition is administered daily for a period of at least 6 weeks to increase plasma and/or serum EPA levels in the subject by at least 200% compared to baseline, wherein the subject has a baseline triglyceride level of 200 mg/dl to 500 mg/dl, and wherein the subject is on concomitant statin therapy.
A method of operation of a network node, to ensure that a Subscription Concealed Identifier, SUCI, is calculated in the Universal Subscriber Identity Module, USIM, part of a User Equipment, UE, when intended, wherein the UE further comprises a mobile equipment, ME, part, the method comprising: when a SUCI-Calculation-Indicator is set to a value indicating that the SUCI is to be calculated in the USIM, setting proprietary information, which is not known to the ME, as required for calculation of the SUCI, wherein the proprietary information comprises a relationship between an encryption scheme identifier that identifies a SUCI calculation encryption scheme to use for calculation of the SUCI, and said SUCI calculation encryption scheme, and wherein the relationship between the encryption scheme identifier and the SUCI calculation encryption scheme is proprietary to a Mobile Network Operator, MNO, of the USIM. when a SUCI-Calculation-Indicator is set to a value indicating that the SUCI is to be calculated in the USIM, setting proprietary information, which is not known to the ME, as required for calculation of the SUCI, wherein the proprietary information comprises a relationship between an encryption scheme identifier that identifies a SUCI calculation encryption scheme to use for calculation of the SUCI, and said SUCI calculation encryption scheme, and wherein the relationship between the encryption scheme identifier and the SUCI calculation encryption scheme is proprietary to a Mobile Network Operator, MNO, of the USIM.
An automatic dishwashing detergent composition suitable for low temperature cleaning comprising at least one low temperature emulsifying surfactant, wherein the at least one low temperature emulsifying surfactant is sodium methyl cocoyl taurate which is present between 0.005 and 0.05% by weight of the composition.
A method for transmitting a source data stream from a source device to a sink device, the method comprising: forming a logical channel from the source device to the sink device, the logical channel being configured to carry (i) the source data stream, and (ii) two rate parameters, wherein the rate parameters relate a data rate of the source data stream to a data rate of the logical channel and wherein each of the two rate parameters are recoverable from one or more packets transmitted in the logical channel; and transmitting the logical channel over a transmission link. forming a logical channel from the source device to the sink device, the logical channel being configured to carry (i) the source data stream, and (ii) two rate parameters, wherein the rate parameters relate a data rate of the source data stream to a data rate of the logical channel and wherein each of the two rate parameters are recoverable from one or more packets transmitted in the logical channel; and transmitting the logical channel over a transmission link.
An intramedullary nail for ankle fusion comprising: a proximal portion generally extending along a first longitudinal axis, the proximal portion including a proximal end and a first fastener hole, the proximal portion having an arcuate curve such that the proximal end is spaced a distance from the first longitudinal axis in a first direction, the first fastener hole configured to receive a first fastener along a first fastener axis; and a distal portion extending to a distal end from the proximal portion along a second longitudinal axis, the second longitudinal axis being angled in second and third directions relative to the first longitudinal axis, the second direction being perpendicular to the first direction and the third direction being opposite the first direction, the distal portion including a second fastener hole configured to receive a second fastener along a second fastener axis. a proximal portion generally extending along a first longitudinal axis, the proximal portion including a proximal end and a first fastener hole, the proximal portion having an arcuate curve such that the proximal end is spaced a distance from the first longitudinal axis in a first direction, the first fastener hole configured to receive a first fastener along a first fastener axis; and a distal portion extending to a distal end from the proximal portion along a second longitudinal axis, the second longitudinal axis being angled in second and third directions relative to the first longitudinal axis, the second direction being perpendicular to the first direction and the third direction being opposite the first direction, the distal portion including a second fastener hole configured to receive a second fastener along a second fastener axis.
A method of waste separation, the method comprising: irradiating the waste by a source of radiation, capturing an image of the waste when irradiated by the source of radiation; wherein an item in the waste is provided with a pattern, the pattern being provided in or on a surface of the item, the pattern forming a repetition of dots, a code being stored in a sequence of adjacent ones of the dots, processing the image to detect the pattern; deriving the code from the sequence of adjacent ones of the dots of the pattern; separating in accordance with the code the item comprising the pattern from the waste, wherein the source of radiation provides floodlight irradiation along at least part of the surface of the item, wherein the floodlight irradiation irradiates at an angle between 1 and 30 degrees in respect of the surface of the item, wherein each dot forms a bump of the surface of the item, wherein, seen along a direction of irradiation, the dots form leading and trailing edges of the surface of the item, the floodlight irradiation providing for shades at the trailing edges of the surface of the item and highlights at the leading edges of the surface of the item, the floodlight irradiation along at least part of the surface of the item forming by the dots an image of highlights and shades on the surface of the item, wherein capturing the image of the waste when irradiated by the source of radiation comprises capturing the image of highlights and shades, and wherein the code is derived from the captured image of highlights and shades. irradiating the waste by a source of radiation, capturing an image of the waste when irradiated by the source of radiation; wherein an item in the waste is provided with a pattern, the pattern being provided in or on a surface of the item, the pattern forming a repetition of dots, a code being stored in a sequence of adjacent ones of the dots, processing the image to detect the pattern; deriving the code from the sequence of adjacent ones of the dots of the pattern; separating in accordance with the code the item comprising the pattern from the waste, wherein the source of radiation provides floodlight irradiation along at least part of the surface of the item, wherein the floodlight irradiation irradiates at an angle between 1 and 30 degrees in respect of the surface of the item, wherein each dot forms a bump of the surface of the item, wherein, seen along a direction of irradiation, the dots form leading and trailing edges of the surface of the item, the floodlight irradiation providing for shades at the trailing edges of the surface of the item and highlights at the leading edges of the surface of the item, the floodlight irradiation along at least part of the surface of the item forming by the dots an image of highlights and shades on the surface of the item, wherein capturing the image of the waste when irradiated by the source of radiation comprises capturing the image of highlights and shades, and wherein the code is derived from the captured image of highlights and shades.
A method for making a structure including an active part comprising at least one first suspended element and a second suspended element having different thicknesses, the method comprising the steps of: - forming, in a first substrate, a first sacrificial zone, - transferring onto a first face of the first substrate a given layer extending at least on the first sacrificial zone, - defining in said given layer at least one first suspended element on the first sacrificial zone, by forming one or more first trenches in the given layer having a bottom revealing the first sacrificial zone, - defining at least one second suspended element by forming one or more second trenches in the first substrate and through said given layer, the second suspended element having a thickness (e 2) higher than the thickness (e 1) of the first suspended element, - releasing at least the first suspended element by removing at least the first sacrificial zone. - forming, in a first substrate, a first sacrificial zone, - transferring onto a first face of the first substrate a given layer extending at least on the first sacrificial zone, - defining in said given layer at least one first suspended element on the first sacrificial zone, by forming one or more first trenches in the given layer having a bottom revealing the first sacrificial zone, - defining at least one second suspended element by forming one or more second trenches in the first substrate and through said given layer, the second suspended element having a thickness (e 2) higher than the thickness (e 1) of the first suspended element, - releasing at least the first suspended element by removing at least the first sacrificial zone.
A wire guide adapted for manipulation about at least one of a tortuous path and an impediment comprising: an elongate member having a first portion and a second portion, wherein the second portion is located distal of the first portion; a loop defining an interior space, wherein the second portion defines at least a portion of the loop; wherein the first portion of the elongate member has a first diameter and the second portion has a second diameter that is smaller than the first diameter, characterised by an outer sleeve slidably disposed along at least a portion of the loop. an elongate member having a first portion and a second portion, wherein the second portion is located distal of the first portion; a loop defining an interior space, wherein the second portion defines at least a portion of the loop; wherein the first portion of the elongate member has a first diameter and the second portion has a second diameter that is smaller than the first diameter, characterised by an outer sleeve slidably disposed along at least a portion of the loop.
A system comprising: an optical fiber to receive light; a polarization splitter to receive light from the optical fiber and to split and convert the light from light comprising a first polarization state in the fiber to light in a first optical mode and from light comprising a second polarization state orthogonal to the first polarization state in the fiber to light in a second optical mode comprising the same polarization state as light in the first optical mode; a first waveguide (202, 302, 352), comprising a first cross-sectional area, to receive a light comprising a first optical mode; a second waveguide (204, 304, 354), adjacent to the first waveguide (202, 302, 352), to receive a light comprising a second optical mode, orthogonal to the first optical mode, wherein the first and second optical modes both to comprise the same polarization, and the first and second waveguides being arranged such that the first and second optical modes are coupled, and wherein the second waveguide comprises a second cross-sectional area different than the first waveguide; and a region, disposed over the first and second waveguides, to absorb or amplify light from the first and the second waveguides, wherein the region comprises at least one of an absorption region, a gain region, a phase shift region, or a variable refractive index overlap region. an optical fiber to receive light; a polarization splitter to receive light from the optical fiber and to split and convert the light from light comprising a first polarization state in the fiber to light in a first optical mode and from light comprising a second polarization state orthogonal to the first polarization state in the fiber to light in a second optical mode comprising the same polarization state as light in the first optical mode; a first waveguide (202, 302, 352), comprising a first cross-sectional area, to receive a light comprising a first optical mode; a second waveguide (204, 304, 354), adjacent to the first waveguide (202, 302, 352), to receive a light comprising a second optical mode, orthogonal to the first optical mode, wherein the first and second optical modes both to comprise the same polarization, and the first and second waveguides being arranged such that the first and second optical modes are coupled, and wherein the second waveguide comprises a second cross-sectional area different than the first waveguide; and a region, disposed over the first and second waveguides, to absorb or amplify light from the first and the second waveguides, wherein the region comprises at least one of an absorption region, a gain region, a phase shift region, or a variable refractive index overlap region.
A turbomachine comprising a centrifugal compressor and an annular diffuser arranged at the outlet of the of the compressor, said diffuser comprising a downstream annular flange with a substantially L shaped section which extends axially from an impeller of the compressor and which delimits by the downstream radial face of the impeller an annular cavity ventilated by taking air from the outlet of the compressor, the tapped-off air circulating downstream in the cavity and toward the axis of rotation of the compressor, at least one annular deflector (80, 90, 80', 90', 100) being mounted in this cavity and extends between the downstream face of the impeller and the annular downstream annular flange of the diffuser in order to lead the hot air downstream, characterized in that:- the turbomachine comprises an annular thermal protection shield covering the downstream radial face of the impeller, and in that - the annular cavity defines an air recirculation area, - and, to oppose above the annular deflector (80, 90, 80', 90', 100) to a return of heated gas along the downstream face of the impeller, said deflector is radially arranged at the level of the junction between an upstream radial part and downstream cylindrical part of the annular flange of the diffuser, or the deflector is formed as a protrusion on the annular thermal protection shield, said deflector extending downstream near the flange of the diffuser. - the annular cavity defines an air recirculation area, - and, to oppose above the annular deflector (80, 90, 80', 90', 100) to a return of heated gas along the downstream face of the impeller, said deflector is radially arranged at the level of the junction between an upstream radial part and downstream cylindrical part of the annular flange of the diffuser, or the deflector is formed as a protrusion on the annular thermal protection shield, said deflector extending downstream near the flange of the diffuser.
A method performed by a wireless device (102, 402), the method comprising: receiving, prior to group formation of a peer-to-peer, P2P, group, persistent information for the P2P group, wherein the persistent information comprises a Persistent Group Information field providing information about a persistency of the P2P group; and subsequent to receiving the persistent information, forming the P2P group based on the received persistent information, wherein the wireless device enables persistency (908, 912) in the P2P group if the Persistent Group Information field indicates support of persistency and wherein persistency is whether the P2P group is set as a persistent group or a non-persistent group. receiving, prior to group formation of a peer-to-peer, P2P, group, persistent information for the P2P group, wherein the persistent information comprises a Persistent Group Information field providing information about a persistency of the P2P group; and subsequent to receiving the persistent information, forming the P2P group based on the received persistent information, wherein the wireless device enables persistency (908, 912) in the P2P group if the Persistent Group Information field indicates support of persistency and wherein persistency is whether the P2P group is set as a persistent group or a non-persistent group.