mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising a microcircuit card comprising a first face supporting a first contact interface connected to the microcircuit and a second face supporting a customization element of the device, and a support for reading the card supporting a second contact interface configured to cooperate with the first interface by electrical contact, the support comprising a housing provided with an external face defining a location for receiving the card inside which the second interface is essentially flush, the card being attached on that location, making the two interfaces (18, 26) cooperate with each other such that the customization element is visible, characterized in that the card is attached by adhesion on this location.
The use of a mixture of carboxylic acid hydrazide and a hydroxy substituted urone for curing a resin formulation containing at least 50 wt % of an epoxy phenolic resin, wherein the carboxylic acid hydrazide is adipic acid dihydrazide.
A method in a wireless communications system, the method comprising, at a first wireless access node having at least a processor and a memory therein, the first wireless access node: measuring the wireless environment at the first wireless access node to produce measurements of a wireless environment, wherein the measurement of the wireless environment is a measurement of the wireless environment at the first wireless access node; determining a current configuration of the first wireless access node; receiving state information from a second wireless access node, the received state information describing a configuration of the second wireless access node and collected measurements of a wireless environment at the second wireless access node; analyzing the measurements of the wireless environment at the first wireless access node and the state information received from the second wireless access node to determine one or more modifications to the current configuration of the first wireless access node; adopting a modified configuration at the first wireless access node by updating the current configuration of the first wireless access node with the determined one or more modifications; and communicating first node state information to the second wireless access node, the first node state information describing the modified configuration adopted by the first wireless access node and the measurements of the wireless environment at the first wireless access node. measuring the wireless environment at the first wireless access node to produce measurements of a wireless environment, wherein the measurement of the wireless environment is a measurement of the wireless environment at the first wireless access node; determining a current configuration of the first wireless access node; receiving state information from a second wireless access node, the received state information describing a configuration of the second wireless access node and collected measurements of a wireless environment at the second wireless access node; analyzing the measurements of the wireless environment at the first wireless access node and the state information received from the second wireless access node to determine one or more modifications to the current configuration of the first wireless access node; adopting a modified configuration at the first wireless access node by updating the current configuration of the first wireless access node with the determined one or more modifications; and communicating first node state information to the second wireless access node, the first node state information describing the modified configuration adopted by the first wireless access node and the measurements of the wireless environment at the first wireless access node.
A rubbing cloth (12, 22), which is dyed by using a solution including a dye and a solvent, wherein said dye is one or more of: 2-cyano-3-{6-{4-[N,N-bis(4-hexyloxyphenyl)amino]phenyl}-4,4-dihexyl-4H-dithienyl [2,1-b:3,4-b']pentalene}acrylic acid, 2-cyano-3- {N-hexyl- {4-[N,N-bis(4-hexyloxyphenyl)amino]phenyl}-dithienyl[3,2-b:2,3'-d] pyrrole} acrylic acid, and 2-cyano-3 - {6- {4- [N,N-bis(4-hexyloxyphenyl)amino]phenyl} -4,4-dihexyl-4H-dithienyl [2,1-b:3,4-b']silole} acrylic acid. 2-cyano-3-{6-{4-[N,N-bis(4-hexyloxyphenyl)amino]phenyl}-4,4-dihexyl-4H-dithienyl [2,1-b:3,4-b']pentalene}acrylic acid, 2-cyano-3- {N-hexyl- {4-[N,N-bis(4-hexyloxyphenyl)amino]phenyl}-dithienyl[3,2-b:2,3'-d] pyrrole} acrylic acid, and 2-cyano-3 - {6- {4- [N,N-bis(4-hexyloxyphenyl)amino]phenyl} -4,4-dihexyl-4H-dithienyl [2,1-b:3,4-b']silole} acrylic acid.
A method of synchronizing an encryption and decryption mechanism for data contained in a compressed video stream Fc made up of encryptable elements and non-encryptable data, the compressed stream of video data being able to be broken down into a number of autonomous units NALUs within a protected transmission system using a transport protocol and a data encoding mode, characterised in that it comprises at least the following steps: a) devising a seed, a sequence of bits, purely on the basis of the protocol information linked to the real time transport protocol RTP, using the source synchronisation identifier SSRC contained in an RTP header, a parameter representing the relative instant of display of an autonomous unit NALU contained in the RTP packet, the order of displaying the images in relation to a reference image of a group of images or GOP during the encoding, the number of the enhancing layer, and the starting address of the "slice" within the image, b) generating an initialisation vector IV for the encryption on the basis of the seed K and up-dating the initialisation vector upon each change of one of the elements making up the seed K, c) specifying an application interval for the initialisation vector IV on the data stream and encrypting the encryptable elements using an encrypting sequence Sc taken from a pseudorandom generator taking as input an encryption key kp and the initialisation vector IV generated in step b). a) devising a seed, a sequence of bits, purely on the basis of the protocol information linked to the real time transport protocol RTP, using the source synchronisation identifier SSRC contained in an RTP header, a parameter representing the relative instant of display of an autonomous unit NALU contained in the RTP packet, the order of displaying the images in relation to a reference image of a group of images or GOP during the encoding, the number of the enhancing layer, and the starting address of the "slice" within the image, b) generating an initialisation vector IV for the encryption on the basis of the seed K and up-dating the initialisation vector upon each change of one of the elements making up the seed K, c) specifying an application interval for the initialisation vector IV on the data stream and encrypting the encryptable elements using an encrypting sequence Sc taken from a pseudorandom generator taking as input an encryption key kp and the initialisation vector IV generated in step b).
A method of making an aluminum alloy comprising: providing an aluminum alloy comprising: (a) 0.6-2.9 weight percent scandium; (b) 1.5-25 weight percent nickel; (c) 0.4-20 weight percent gadolinium; (d) 0.4-2.9 weight percent zirconium; and (e) the balance aluminum; the method comprising the steps of: producing the alloy by a rapid solidification technique utilizing a cooling rate of at least 2. 10 3 °C/second or higher, wherein the rapid solidification technique comprises at least the following steps: creating an ingot having a predetermined composition; melting the ingot; atomizing the melted ingot to form a powder; degassing the powder; compacting the powder to create a billet; hot working the billet into a predetermined form; wherein the compacting step comprises vacuum hot pressing the powder at 343-399°C for 1-5 hours. (a) 0.6-2.9 weight percent scandium; (b) 1.5-25 weight percent nickel; (c) 0.4-20 weight percent gadolinium; (d) 0.4-2.9 weight percent zirconium; and (e) the balance aluminum; creating an ingot having a predetermined composition; melting the ingot; atomizing the melted ingot to form a powder; degassing the powder; compacting the powder to create a billet; hot working the billet into a predetermined form; wherein the compacting step comprises vacuum hot pressing the powder at 343-399°C for 1-5 hours.
A hydro excavation vacuum apparatus for excavating earthen material comprising: a wand for directing pressurized water toward earthen material to cut the earthen material at an excavation site; a vacuum system for removing cut earthen material and water from the excavation site in an airstream; a separation vessel for removing cut earthen material and water from the airstream; an airlock that receives material from the separation vessel and discharges the material through an airlock outlet; and a dewatering system for separating water from cut earthen material discharged from the airlock outlet, the dewatering system comprising: a slat assembly that receives material directly from the separation vessel via the outlet of the airlock, the slat assembly comprising a plurality of slats with openings formed between the plurality of slats for separating material from the separation vessel by size; and a vibratory screen for separating material that passes through the slat assembly by size and falls from the slat assembly to the vibratory screen, the vibratory screen having openings sized smaller than the openings between the plurality of slats of the slat assembly. a wand for directing pressurized water toward earthen material to cut the earthen material at an excavation site; a vacuum system for removing cut earthen material and water from the excavation site in an airstream; a separation vessel for removing cut earthen material and water from the airstream; an airlock that receives material from the separation vessel and discharges the material through an airlock outlet; and a dewatering system for separating water from cut earthen material discharged from the airlock outlet, the dewatering system comprising: a slat assembly that receives material directly from the separation vessel via the outlet of the airlock, the slat assembly comprising a plurality of slats with openings formed between the plurality of slats for separating material from the separation vessel by size; and a vibratory screen for separating material that passes through the slat assembly by size and falls from the slat assembly to the vibratory screen, the vibratory screen having openings sized smaller than the openings between the plurality of slats of the slat assembly. a slat assembly that receives material directly from the separation vessel via the outlet of the airlock, the slat assembly comprising a plurality of slats with openings formed between the plurality of slats for separating material from the separation vessel by size; and a vibratory screen for separating material that passes through the slat assembly by size and falls from the slat assembly to the vibratory screen, the vibratory screen having openings sized smaller than the openings between the plurality of slats of the slat assembly.
An electronic candle, comprising a candle body, wherein an electronic control module is disposed in the candle body, the electronic control module comprises a light-emitting unit (M2, M3) with a first light-emitting body, the light of which is transmitted to the upper surface of the candle body through a light guide body to form a light-emetting effect of a light guide candle wick, and with second light-emitting bodies, the light emitted from lamps with different light effects shines through the semitransparent candle body, characterized in that said electronic control module further comprises a mode selection switch, a timing selection switch (S2-S5), a central processor, one part of the mode selection switch is connected to the central processor, the other part of the mode selection switch is connected to the timing selection switch (S2-S5), the timing selection switch (S2-S5) is connected to the central processor, and the central processor is connected to the light-emitting unit (M2, M3), one of the second light-emitting bodies is controlled so as to provide a light effect of flickering according to the rhythm of a song.
A method implemented in a network device coupled to a software-defined networking, SDN, system, wherein the SDN system contains a set of network devices forwarding traffic flows and a SDN controller managing the set of network devices, the method comprising: upon receiving a packet of a traffic flow for load balancing among a plurality of severs, determining whether a matching entry for the packet in a server distribution table contains both a current server selection, indicating the current server to which packets of the traffic flow are to be forwarded, and a new server selection, indicating a new server to which packets of the traffic flow are about to be forwarded; upon determining that the matching entry in the server distribution table contains both the current server selection and the new server selection, determining whether there is a matching entry for the packet in a transient flow table, wherein the transient flow table maintains server selections when at least one of the plurality of servers is reconfigured so that at least one of the traffic flows is to be load balanced from one of the plurality of servers to another of the plurality of servers; upon determining that there is no matching entry for the packet in the transient flow table, determining whether the packet is a first packet of the traffic flow; upon determining that the packet is the first packet of the traffic flow, forwarding the packet according to the new server selection of the matching entry in the server distribution table; and updating the transient flow table to add a matching entry for the traffic flow indicating the new server selection. upon receiving a packet of a traffic flow for load balancing among a plurality of severs, determining whether a matching entry for the packet in a server distribution table contains both a current server selection, indicating the current server to which packets of the traffic flow are to be forwarded, and a new server selection, indicating a new server to which packets of the traffic flow are about to be forwarded; upon determining that the matching entry in the server distribution table contains both the current server selection and the new server selection, determining whether there is a matching entry for the packet in a transient flow table, wherein the transient flow table maintains server selections when at least one of the plurality of servers is reconfigured so that at least one of the traffic flows is to be load balanced from one of the plurality of servers to another of the plurality of servers; upon determining that there is no matching entry for the packet in the transient flow table, determining whether the packet is a first packet of the traffic flow; upon determining that the packet is the first packet of the traffic flow, forwarding the packet according to the new server selection of the matching entry in the server distribution table; and updating the transient flow table to add a matching entry for the traffic flow indicating the new server selection.
A capsule holder for holding a closed capsule in a beverage preparation machine, said capsule containing a beverage precursor ingredient, said machine being able to inject a fluid under pressure through a top wall of said capsule inside the latter such that said fluid and said precursor ingredient mix to make a beverage, said capsule holder comprising a cup-shaped body adapted to retain and hold said capsule, a handle, and guide means for removably inserting said capsule holder within said machine, said capsule holder further comprising pressure-releasing means (15, 17, 18, 21, 25) for releasing fluid pressure inside said capsule after the capsule has been used, characterized in that said pressure-releasing means comprise a piercing pin element movably linked to a rotationally movable handle through a cam element attached to, or integrally formed with, said handle, such that said pin element is slidable substantially perpendicularly relative to a capsule side wall surface when a rotation movement is applied to said handle, said pin element being movable between: - a retracted position wherein said pin does not protrude from the internal surface of the cup-shaped body of the capsule holder, and - an extended position wherein said pin protrudes from the internal surface of the cup-shaped body so as to be able to perforate a channel through a capsule wall. - a retracted position wherein said pin does not protrude from the internal surface of the cup-shaped body of the capsule holder, and - an extended position wherein said pin protrudes from the internal surface of the cup-shaped body so as to be able to perforate a channel through a capsule wall.
Facade or roof cladding comprising a plurality of cladding elements, wherein the plurality of cladding elements comprise a cladding element base body having a head region by means of which the cladding element base body can be secured to a substructure of the facade or roof cladding, and a foot region arranged at a foot end of a cladding element outer surface of the cladding element base body opposite the head region, wherein, in the case of a plurality of cladding elements of the facade or roof cladding, a receiving profile projecting away from the cladding element outer surface, for an illumination device, is arranged in the foot region on an inner surface of the cladding element base body opposite the cladding element outer surface, and wherein the receiving profile is arranged on the foot region of a cladding element in such a way that the receiving profile together with the foot region of the cladding element within the facade or roof cladding overlaps from outside the head region of a cladding element arranged therebelow and, in doing so, buts against the cladding element outer surface of the cladding base body arranged therebelow, characterized in that the receiving profile is configured as a separate receiving profile fastened to the foot region of the cladding element, wherein the receiving profile comprises a receiving region, for the illumination device, extending along a foot edge at the foot end of the cladding element base body, and wherein the receiving profile extends at least in sections from a first side edge of the foot region of the cladding element base body as far as to an opposite second side edge of the foot region.
An apparatus for conveying polymer particles, particularly foamed polymer particles, from a first location to a second location, the apparatus comprising: - a pressurizing unit for generating a pressurized particle conveying fluid stream, particularly comprising polymer particles in a pressurized fluid, the pressurized particle conveying fluid stream having a first pressure level; - a decompressing unit according to claim 13; and - connecting means connecting the pressurizing unit and the decompressing unit to enable that the pressurized polymer particles conveying fluid stream can stream from the pressurizing unit to the decompressing unit. - a pressurizing unit for generating a pressurized particle conveying fluid stream, particularly comprising polymer particles in a pressurized fluid, the pressurized particle conveying fluid stream having a first pressure level; - a decompressing unit according to claim 13; and - connecting means connecting the pressurizing unit and the decompressing unit to enable that the pressurized polymer particles conveying fluid stream can stream from the pressurizing unit to the decompressing unit.
A method for producing a microporous polyolefin membrane comprising the steps of melt-blending a polyolefin and a membrane-forming solvent, extruding the resultant melt blend through a die, cooling the extrudate to form a gel molding, subjecting the resultant gel molding to a first stretching at least uniaxially, removing said membrane-forming solvent, and subjecting the stretched, solvent-removed membrane to a second stretching at least uniaxially, wherein the second stretching magnification is 1.1 to 2.5 fold, and the second stretching temperature is in a range from the crystal dispersion temperature of the polyolefin +25°C to the crystal dispersion temperature +40°C, characterized in that the first stretching temperature is in a range from the crystal dispersion temperature of said polyolefin +15°C to the crystal dispersion temperature + 19°C. melt-blending a polyolefin and a membrane-forming solvent, extruding the resultant melt blend through a die, cooling the extrudate to form a gel molding, subjecting the resultant gel molding to a first stretching at least uniaxially, removing said membrane-forming solvent, and subjecting the stretched, solvent-removed membrane to a second stretching at least uniaxially,
Digital hydraulic controller with at least two rows of valve elements, of which the one row of valve elements can connect a supply line to a controller output and the other row of valve elements can connect the controller output to an outlet line, wherein the valve elements of each row of valve elements are connected in parallel and are switchable individually or simultaneously in various combinations with one another, and at least certain of the valve elements of a row of valve elements have a different flow cross section in each case, characterized in that at least that valve element of each row of valve elements which has the smallest flow cross section is present in the row of valve elements in duplicate form.
Aqueous composition comprising: hydrogen peroxide, phosphate and/or hydrogen phosphate and/or phosphonate ions, at least one ethoxylated and/or propoxylated alcohol, and characterized by comprising 0.05 - 2 g/kg of at least one quaternary ammonium salt having C 1 -C 22 alkyl and/or aryl groups.