mhurhangee/ep-ind-claims huggingface dataset:
A method for estimating the state-of-health, SoH est, of a battery in a vehicle, the method comprising: determining a first battery property and a battery temperature of a battery in a vehicle; calculating a state-of-health, SoH calc, of a battery cell based on the determined first battery property using a predetermined model; providing a function f estimating a battery cell degradation rate; the method characterized by updating a state-of health estimated in a previous time step according to SoH est ← SoH est + f ⋅ dt + K ⋅ SoH calc − SoH est, where K is a gain factor which is dependent on operating conditions of the vehicle, and wherein K is modified for each time step using a reinforcement learning agent. determining a first battery property and a battery temperature of a battery in a vehicle; calculating a state-of-health, SoH calc, of a battery cell based on the determined first battery property using a predetermined model; providing a function f estimating a battery cell degradation rate; the method characterized by updating a state-of health estimated in a previous time step according to SoH est ← SoH est + f ⋅ dt + K ⋅ SoH calc − SoH est, where K is a gain factor which is dependent on operating conditions of the vehicle, and wherein K is modified for each time step using a reinforcement learning agent.
A polymorph of 8-chloro- N -[(2-chloro-5-methoxyphenyl)sulfonyl]-6-(trifluoromethyl)-imidazo[1,2- a]pyridine-2-carboxamide designated Form A characterized by a room-temperature powder Cu(KαI) X-ray diffraction pattern having at least the 2θ reflection positions 2θ 2θ 30.367 25.973 29.131 25.604 27.995 24.285 27.611 23.582 26.49 19.789
A method for transmitting control signaling, comprising: determining that a physical downlink shared channel, PDSCH transmission scheme for a non-backward compatible component carrier is a user equipment-specific reference signal, UE RS, based transmit diversity scheme or a UE RS-based up to 8 layer transmission scheme; and sending downlink control information, DCI to a UE, wherein the DCI is used to indicate the determined PDSCH transmission scheme; characterized in that the determining a PDSCH transmission scheme for a non-backward compatible component carrier comprises: determining antenna ports corresponding to a UE RS, and sending signaling carried by the DCI, wherein the signaling carried by the DCI is used to indicate the determined antenna ports corresponding to the UE RS; wherein the sending signaling carried by the DCI to the UE comprises: sending signaling carried in a new data indicator field of a disabled transport block in the DCI to the UE, wherein the signaling carried in the new data indicator filed is used to indicate the determined antenna ports corresponding to the UE RS. determining that a physical downlink shared channel, PDSCH transmission scheme for a non-backward compatible component carrier is a user equipment-specific reference signal, UE RS, based transmit diversity scheme or a UE RS-based up to 8 layer transmission scheme; and sending downlink control information, DCI to a UE, wherein the DCI is used to indicate the determined PDSCH transmission scheme; characterized in that the determining a PDSCH transmission scheme for a non-backward compatible component carrier comprises: determining antenna ports corresponding to a UE RS, and sending signaling carried by the DCI, wherein the signaling carried by the DCI is used to indicate the determined antenna ports corresponding to the UE RS; wherein the sending signaling carried by the DCI to the UE comprises: sending signaling carried in a new data indicator field of a disabled transport block in the DCI to the UE, wherein the signaling carried in the new data indicator filed is used to indicate the determined antenna ports corresponding to the UE RS. determining antenna ports corresponding to a UE RS, and sending signaling carried by the DCI, wherein the signaling carried by the DCI is used to indicate the determined antenna ports corresponding to the UE RS; wherein the sending signaling carried by the DCI to the UE comprises: sending signaling carried in a new data indicator field of a disabled transport block in the DCI to the UE, wherein the signaling carried in the new data indicator filed is used to indicate the determined antenna ports corresponding to the UE RS.
A training apparatus, in particular for climbing, which is attached to a wall or to a stationary structure and consists of a grip board provided with grips of different forms which project and/or are in the form of recesses and to which the athlete can hold tight, with arms outstretched, so that his body hangs down without touching the ground or the floor, characterized in that the grip board equipped with grips is inserted in a carrier element such that it is movable vertically on the wall or on a fixed structure, and in that said carrier element is provided with an element or a protruding flange which acts as a lower stop for the movable grip board, in that springs or elastic elements act between the fixed carrier element and the grip board with the grips, and said springs or elastic elements push or pull the grip board upwards so that, in the absence of the athlete subjecting the grips to loading, a position which is raised slightly in relation to the lower stop is assumed, and in that the positions of the movable grip board when subjected to loading and in the absence of loading are recorded by means of a recording instrument which is mechanically, electrically, hydraulically or pneumatically connected to the movable grip board.
Final storage container for at least one contaminated article, having an interior space for receiving the at least one contaminated article, which interior space is formed by side walls, end walls, a bottom and a top which has an opening which is closable by means of at least one cover (18, 19), characterized in that at least some side walls, end walls, the bottom and/or the top are assigned grooves or projections which correspond with one another such that at least some side walls, end walls, the bottom and/or the top can be plugged together and are additionally connected to one another by means of weld seams.
Actuating device for a clutch device (102, 202), wherein the actuating device has a magnetic field brake (300, 400) comprising a brake stator and a brake rotor (302, 404, 500), wherein the magnetic field brake (300, 400) can be operated as an eddy current brake and/or as a hysteresis brake, characterized in that the brake stator has an internal stator (304, 408) comprising a central coil (320, 412) and a coil-free external stator (306, 410).
Needle register for injection devices for injecting liquid into food products, the needle register comprising a needle carrier forming a distribution chamber for the liquid, and a plurality of parallel hollow needles that are mounted on the needle carrier such that their open top ends are located within the distribution chamber, characterized in that the needles have a respective collar in the region of their top end, and the distribution chamber accommodates at least two superposed perforated plates (30, 38) between which the collars of a plurality of needles are sandwiched and which, together with the needles, can be withdrawn from the needle register as a unit.
A method of distributing data content in a peer-to-peer, P2P, live streaming network comprising a plurality of peers and a streaming source periodically producing segments representing the data content to be distributed, wherein a group of the peers are assigned to download the data content from the streaming source and to distribute the downloaded data content to remaining peers in the P2P network, the method comprising the steps of: making requests, from a first peer comprised in the group, for a current segment produced by the streaming source, the requests being made at a rate higher than a rate with which the segments are produced by the streaming source; and announcing, if the first peer is the peer in the group being the first to download the current segment, that the current segment has been downloaded, wherein the remaining peers can download the current segment from said first peer; or else; downloading the current segment from a second peer in the group being the first to download the current segment, which second peer announces the download of the current segment on the P2P network. making requests, from a first peer comprised in the group, for a current segment produced by the streaming source, the requests being made at a rate higher than a rate with which the segments are produced by the streaming source; and announcing, if the first peer is the peer in the group being the first to download the current segment, that the current segment has been downloaded, wherein the remaining peers can download the current segment from said first peer; or else; downloading the current segment from a second peer in the group being the first to download the current segment, which second peer announces the download of the current segment on the P2P network.
A method comprising: receiving a packet in a service function chain at a network device located at a border of a first administrative domain, the packet comprising a service function path identifier and a service index; processing the packet at the network device, wherein processing comprises modifying the packet based on said service function path identifier and said service index to direct the packet to a second administrative domain; and forwarding the packet from the network device to said second administrative domain for processing in said service function chain; wherein said service function chain extends over said first and second administrative domains. receiving a packet in a service function chain at a network device located at a border of a first administrative domain, the packet comprising a service function path identifier and a service index; processing the packet at the network device, wherein processing comprises modifying the packet based on said service function path identifier and said service index to direct the packet to a second administrative domain; and forwarding the packet from the network device to said second administrative domain for processing in said service function chain; wherein said service function chain extends over said first and second administrative domains.
A rotor, the rotor comprising: a first plurality of laminates each comprising a first tool access hole, and a first plurality of symmetric protrusions located at a periphery of each of the first plurality of laminates; a second plurality of laminates, comprising a second tool access hole, and a second plurality of symmetric protrusions located at a periphery of the second plurality of laminates, wherein the first tool access holes are initially angularly offset from the second tool access holes; and a plurality of magnets, each magnet inserted between a channel formed between the first plurality of protrusions and the second plurality of protrusions, wherein reactive forces operate to hold the plurality of magnets the reactive forces being caused by an angular offset of the first plurality of protrusions relative to the second plurality of protrusions based on a rotational deflection of at least one of the first plurality of laminates and the second plurality of laminates because of the insert received in the tool access holes (165, 165') about a rotational axis, wherein each channel comprises a bottom having a convex form relative to a diameter of each laminate, the first tool access holes and the second tool access holes being configured to receive an insert to be inserted through the laminates. a first plurality of laminates each comprising a first tool access hole, and a first plurality of symmetric protrusions located at a periphery of each of the first plurality of laminates; a second plurality of laminates, comprising a second tool access hole, and a second plurality of symmetric protrusions located at a periphery of the second plurality of laminates, wherein the first tool access holes are initially angularly offset from the second tool access holes; and a plurality of magnets, each magnet inserted between a channel formed between the first plurality of protrusions and the second plurality of protrusions, wherein reactive forces operate to hold the plurality of magnets the reactive forces being caused by an angular offset of the first plurality of protrusions relative to the second plurality of protrusions based on a rotational deflection of at least one of the first plurality of laminates and the second plurality of laminates because of the insert received in the tool access holes (165, 165') about a rotational axis, wherein each channel comprises a bottom having a convex form relative to a diameter of each laminate, the first tool access holes and the second tool access holes being configured to receive an insert to be inserted through the laminates.
A multifunctional glazing unit suitable for generating electricity comprising: a first sheet of glazing material comprising a first face and a second face; a second sheet of glazing material comprising a first face and a second face; a photovoltaic portion; and a reflecting element; wherein the first sheet of glazing material and the second sheet of glazing material are separated by a cavity; and wherein the second faces (106, 110) of each sheet of glazing material (104, 108) face towards the cavity; and wherein the photovoltaic portion and the reflecting element are each positioned between the first sheet of glazing material and the second sheet of glazing material; and wherein the photovoltaic portion is positioned between the first sheet of glazing material and the reflecting element; and wherein the photovoltaic portion comprises a transparent region, a bi-facial region, and at least one photovoltaic element, characterised in that the reflecting element comprises an adjustable transparency reflecting element. a first sheet of glazing material comprising a first face and a second face; a second sheet of glazing material comprising a first face and a second face; a photovoltaic portion; and a reflecting element; wherein the first sheet of glazing material and the second sheet of glazing material are separated by a cavity; and wherein the second faces (106, 110) of each sheet of glazing material (104, 108) face towards the cavity; and wherein the photovoltaic portion and the reflecting element are each positioned between the first sheet of glazing material and the second sheet of glazing material; and wherein the photovoltaic portion is positioned between the first sheet of glazing material and the reflecting element; and wherein the photovoltaic portion comprises a transparent region, a bi-facial region, and at least one photovoltaic element, characterised in that the reflecting element comprises an adjustable transparency reflecting element. wherein the first sheet of glazing material and the second sheet of glazing material are separated by a cavity; and wherein the second faces (106, 110) of each sheet of glazing material (104, 108) face towards the cavity; and wherein the photovoltaic portion and the reflecting element are each positioned between the first sheet of glazing material and the second sheet of glazing material; and wherein the photovoltaic portion is positioned between the first sheet of glazing material and the reflecting element; and wherein the photovoltaic portion comprises a transparent region, a bi-facial region, and at least one photovoltaic element, characterised in that the reflecting element comprises an adjustable transparency reflecting element.
Compressor having a bladed compressor wheel which is situated in the compressor housing and which has an inlet edge, which flow enters axially, and an outlet edge, which flow exits radially, and which is situated with its axial flow entrance in the region of an axial intake duct in which a radial inlet groove is provided upstream of the compressor wheel, a radial contour groove is provided downstream of the inlet edge of the compressor wheel and in the region of overlap with the flow entrance thereof, and a stabilizer chamber is provided so as to axially connect the two grooves, said stabilizer chamber being delimited with respect to the intake duct by an annular web, wherein the annular web forms a part of the duct wall and is connected to the inner compressor housing by way of multiple holding ribs, characterized in that the stabilizer chamber has, between the inlet groove and the contour groove, a variable minimum height, wherein that housing wall of the inner compressor housing which delimits the stabilizer chamber radially to the outside extends at a radial height higher than the radial height of the outlet edge of the compressor wheel.
A high foaming washing composition comprising (a) a surfactant combination comprising (i) a synthetic anionic surfactant; and (ii) a glycolipid biosurfactant which is present at a level of at least 25 % of the total surfactant in said surfactant combination, and (b) one or more encapsulates comprising a sensorial benefit agent.
Magnetic encoding device for measuring the movement of a part movable in rotation along an axis A, comprising a magnetic ring of axis B, intended to be made integral with said mobile part concentrically to said axis A, said ring comprising a peripheral track whereon are magnetised a plurality of pairs of north and south poles (3, 4), equally distant, the device being characterised in that the poles of said peripheral track have a helix shape of axis B and of helix angle α variable according to a function α= f(x) where x designates the axial coordinate of the point considered on the axis B.
A fitting for use with metal tubing, the fitting comprising: an adaptor, the adaptor having a longitudinal passage having a longitudinal axis for fluid flow; a body for receiving the tubing, the body positioned opposite the adaptor and aligned with the longitudinal axis; a nut positioned opposite the body; a jacket lock ring positioned radially inwardly of a portion of the nut, the jacket lock ring for making a mechanical connection with an outer jacket of the tubing; and at least one fastener coupling the nut, body and adaptor, wherein the nut includes an annular finger, the jacket lock ring being positioned radially inward of the finger; characterised in that the fitting comprises a metal sealing member positioned between the adaptor and the body; a slide ring positioned radially inward of the finger and an elastomeric seal positioned at an interior of the nut, the slide ring, in use, compressing the elastomeric seal to seal against the interior of the nut. an adaptor, the adaptor having a longitudinal passage having a longitudinal axis for fluid flow; a body for receiving the tubing, the body positioned opposite the adaptor and aligned with the longitudinal axis; a nut positioned opposite the body; a jacket lock ring positioned radially inwardly of a portion of the nut, the jacket lock ring for making a mechanical connection with an outer jacket of the tubing; and
A cryptographic processor, comprising: an input to receive an input data stream; a configurable controller configured to perform: aligning the received input data stream; inserting data into the input data stream; and removing data from the input data stream; a programmable microcontroller configured to program the configurable controller to process the input data stream; and an cipher engine configured to encrypt at least part of the input data stream, wherein the cryptographic processor further comprises an authentication engine configured to authenticate the received input data stream, and wherein the configurable controller is configured to process the input data stream to enter the cipher engine, and wherein the cryptographic processor further includes a second configurable controller which is configured to process the input data stream to enter the authentication engine, and a third configurable controller which is configured to process the input data stream to be output from the cryptographic processor. an input to receive an input data stream; a configurable controller configured to perform: aligning the received input data stream; inserting data into the input data stream; and removing data from the input data stream; aligning the received input data stream; inserting data into the input data stream; and removing data from the input data stream; a programmable microcontroller configured to program the configurable controller to process the input data stream; and an cipher engine configured to encrypt at least part of the input data stream, wherein the cryptographic processor further comprises an authentication engine configured to authenticate the received input data stream, and wherein the configurable controller is configured to process the input data stream to enter the cipher engine, and wherein the cryptographic processor further includes a second configurable controller which is configured to process the input data stream to enter the authentication engine, and a third configurable controller which is configured to process the input data stream to be output from the cryptographic processor. wherein the cryptographic processor further comprises an authentication engine configured to authenticate the received input data stream, and wherein the configurable controller is configured to process the input data stream to enter the cipher engine, and wherein the cryptographic processor further includes a second configurable controller which is configured to process the input data stream to enter the authentication engine, and a third configurable controller which is configured to process the input data stream to be output from the cryptographic processor.
An optical sheet obtained by laminating a first layer comprising a polycarbonate resin, a second layer comprising a polyamide resin and a third layer by coextrusion molding, wherein: the second layer is laminated between the first layer and the third layer; the first layer and the second layer, and the second layer and the third layer are peelable at their interfaces, respectively; and a fine grooved shape is formed on the outer surface of the first layer. the second layer is laminated between the first layer and the third layer; the first layer and the second layer, and the second layer and the third layer are peelable at their interfaces, respectively; and a fine grooved shape is formed on the outer surface of the first layer.
A method, in a mobility management node, for downlink data buffering in a wireless communications network, the method comprising: receiving, from a Serving Gateway, SGW, or a Serving General Packet Radio Service Support Node, SGSN, a Downlink Data Notification, DDN, for a downlink data packet for a wireless device; determining if the wireless device is in a power saving state; and if the wireless device is in the power saving state, sending, to the SGW or the SGSN, a DDN Acknowledge with a cause code, flag and/or a buffer time value indicating that the downlink data packet is to be buffered in memory, characterized in that the method further comprises: receiving, from the wireless device or a base station serving the wireless device, a deferred paging capability or power saving state capability. receiving, from a Serving Gateway, SGW, or a Serving General Packet Radio Service Support Node, SGSN, a Downlink Data Notification, DDN, for a downlink data packet for a wireless device; determining if the wireless device is in a power saving state; and if the wireless device is in the power saving state, sending, to the SGW or the SGSN, a DDN Acknowledge with a cause code, flag and/or a buffer time value indicating that the downlink data packet is to be buffered in memory, characterized in that the method further comprises: receiving, from the wireless device or a base station serving the wireless device, a deferred paging capability or power saving state capability. receiving, from the wireless device or a base station serving the wireless device, a deferred paging capability or power saving state capability.