mhurhangee/ep-ind-claims huggingface dataset:
A method of processing Voice over Internet Protocol, VoIP, packets at a user equipment device, the method comprising: receiving, at the user equipment, VOIP packets from a plurality of different base stations (110, 220), the VOIP packets being related to a same VOIP transmission, wherein each of the VOIP packets includes a time stamp and a frame sequence number; determining if a VOIP packet is received after a threshold time point based on the time stamp; determining if the VOIP packet is a duplicate of a previously buffered VOIP packet based on a comparison of the frame sequence number of the VOIP packet and the frame sequence numbers of the previously buffered VOIP packets; buffering the received VOIP packets if the VOIP packet is not received after the threshold time point, and the VOIP packet is not the duplicate of a previously buffered VOIP packet; and playing the buffered VOIP packets. receiving, at the user equipment, VOIP packets from a plurality of different base stations (110, 220), the VOIP packets being related to a same VOIP transmission, wherein each of the VOIP packets includes a time stamp and a frame sequence number; determining if a VOIP packet is received after a threshold time point based on the time stamp; determining if the VOIP packet is a duplicate of a previously buffered VOIP packet based on a comparison of the frame sequence number of the VOIP packet and the frame sequence numbers of the previously buffered VOIP packets; buffering the received VOIP packets if the VOIP packet is not received after the threshold time point, and the VOIP packet is not the duplicate of a previously buffered VOIP packet; and playing the buffered VOIP packets.
A lighting device for providing decorative lighting comprising: a first light emitting element comprising at least one light emitting diode and being optically coupled to a light guide having an out-coupling surface for decorative illumination via the light guide; a second light emitting element comprising at least one light emitting diode and dedicated for direct illumination suitable for functional lighting from the lighting device; the light guide comprising a light guide plate and being designed in a three-dimensional shape, wherein the light guide comprises an edge which is curved, and diffusing means provided in or on the light guide and arranged to form a filament resembling pattern. a first light emitting element comprising at least one light emitting diode and being optically coupled to a light guide having an out-coupling surface for decorative illumination via the light guide; a second light emitting element comprising at least one light emitting diode and dedicated for direct illumination suitable for functional lighting from the lighting device; the light guide comprising a light guide plate and being designed in a three-dimensional shape, wherein the light guide comprises an edge which is curved, and diffusing means provided in or on the light guide and arranged to form a filament resembling pattern.
A filter medium comprising a nanoweb, wherein the nanoweb consists of fibers that consist of an aromatic polymer with an aromaticity greater than 60% and wherein the web has a porosity of 85% or greater and a mean flow pore size of 10 μm or less, wherein the nanoweb has a uniformity index of between 1.5 and 2.5, and wherein the aromatic polymer is processed with an electroblowing process.
A powertrain, comprising: a prime mover; a transmission; an input shaft adapted to transmit torque between the prime mover and the transmission; an output shaft adapted to transmit torque between the transmission and a driveline; a master clutch between the prime mover and the input shaft, the clutch being movable between a disengaged position in which the clutch is not adapted and an engaged position in which the clutch is adapted to transmit torque between the prime mover and the input shaft; an electric motor arranged for torque transmission with at least one of the input shaft and the output shaft; characterized in that said powertrain further comprises a controller for controlling the electric motor to rotate the input shaft at a rotational speed within an operating range of the prime mover when the clutch is moved from the disengaged to the engaged position. a prime mover; a transmission; an input shaft adapted to transmit torque between the prime mover and the transmission; an output shaft adapted to transmit torque between the transmission and a driveline; a master clutch between the prime mover and the input shaft, the clutch being movable between a disengaged position in which the clutch is not adapted and an engaged position in which the clutch is adapted to transmit torque between the prime mover and the input shaft; an electric motor arranged for torque transmission with at least one of the input shaft and the output shaft; characterized in that said powertrain further comprises a controller for controlling the electric motor to rotate the input shaft at a rotational speed within an operating range of the prime mover when the clutch is moved from the disengaged to the engaged position.
In a networked computing environment including a local computer system running one or more applications and a remote computer system that displays graphical information to a user for the one or more applications at the local computer system, the remote computer system including a number of surfaces (116, 118, 120), a method of transferring display information, the method comprising: sending drawing information including drawing commands to the remote computer; sending meta information to the remote computer defining information about which surface from among the number of surfaces the drawing information applies; and sending composition information to the remote computer defining the display characteristics of the surface. sending drawing information including drawing commands to the remote computer; sending meta information to the remote computer defining information about which surface from among the number of surfaces the drawing information applies; and sending composition information to the remote computer defining the display characteristics of the surface.
A harness exterior protector comprising: a synthetic-resin-made bellows tube portion; and a synthetic-resin-made straight tube portion integrally continued to the bellows tube portion, Characterized in that the straight tube portion is provided with a plurality of conclaves and convexes for improving rigidity. a synthetic-resin-made bellows tube portion; and a synthetic-resin-made straight tube portion integrally continued to the bellows tube portion, Characterized in that the straight tube portion is provided with a plurality of conclaves and convexes for improving rigidity.
A display device comprising: a display panel (DP1, DP2,..., DP13) comprising a first curved display portion (CDP1, CDP2,..., CDP18); and a window (WD1, WD2,..., WD15) covering the display panel (DP1, DP2,..., DP13) and comprising a light transmitting base substrate (BS1, BS2,..., BS15), the base substrate (BS1, BS2,..., BS15) comprising a bent portion (BP-1, BP-2,..., BP30) covering the first curved display portion (CDP1, CDP2,..., CDP18), characterized in that the base substrate (BS1') is formed of a composition material comprising a first polymer and two second polymers (PM2, PM2'), wherein the second polymers (PM2, PM2') are different from each other and each of the second polymers (PM2, PM2') is different from the first polymer, wherein the first polymer is present in the base substrate (BS1') in an amount of 60 weight percent to 95 weight percent with respect to the total material of the base substrate (BS1') and the second polymers (PM2, PM2') are present in the base substrate (BS1') in an amount of 5 weight percent to 40 weight percent with respect to the total material of the base substrate (BS1'), wherein the first polymer includes polycarbonate and the second polymers (PM2, PM2') include at least two of polymethyl methacrylate, polyethylene terephthalate, polyethersulfone, and polyethylene naphthalate. a display panel (DP1, DP2,..., DP13) comprising a first curved display portion (CDP1, CDP2,..., CDP18); and a window (WD1, WD2,..., WD15) covering the display panel (DP1, DP2,..., DP13) and comprising a light transmitting base substrate (BS1, BS2,..., BS15), the base substrate (BS1, BS2,..., BS15) comprising a bent portion (BP-1, BP-2,..., BP30) covering the first curved display portion (CDP1, CDP2,..., CDP18), characterized in that the base substrate (BS1') is formed of a composition material comprising a first polymer and two second polymers (PM2, PM2'), wherein the second polymers (PM2, PM2') are different from each other and each of the second polymers (PM2, PM2') is different from the first polymer, wherein the first polymer is present in the base substrate (BS1') in an amount of 60 weight percent to 95 weight percent with respect to the total material of the base substrate (BS1') and the second polymers (PM2, PM2') are present in the base substrate (BS1') in an amount of 5 weight percent to 40 weight percent with respect to the total material of the base substrate (BS1'), wherein the first polymer includes polycarbonate and the second polymers (PM2, PM2') include at least two of polymethyl methacrylate, polyethylene terephthalate, polyethersulfone, and polyethylene naphthalate.
A vehicle power transmitting and receiving control device arranged in a vehicle, the vehicle including an on-vehicle power storage device that is configured to transmit and receive power to and from an external power supply device and a communication unit that is configured to perform bidirectional communication to transmit and receive the power, wherein the bidirectional communication is performed through a communication line (L3, L4) by superposing a high-frequency signal on a logic signal in which logic H and logic L appear alternately when a time ratio of a time of logic H to a cycle time including a period of logic H and a period of logic L in the logic signal becomes a predetermined ratio, and the bidirectional communication includes communication for preparing for the transmission and reception of the power before transmitting and receiving the power, the vehicle power transmitting and receiving control device comprising: a determination unit that is configured to determine, when an abnormality occurs in the bidirectional communication performed before transmitting and receiving the power, whether or not to continue the bidirectional communication in accordance with a content of the abnormality, wherein the determination unit is configured to determine to continue the bidirectional communication on the condition that the content of the abnormality corresponds to a non-critical abnormality that allows for transmission and reception of the power; and an execution unit that is configured to perform transmission and reception of the power within a range in which a service restriction is imposed in accordance with the content of the abnormality of the bidirectional communication when the determination unit determines to continue the bidirectional communication. a determination unit that is configured to determine, when an abnormality occurs in the bidirectional communication performed before transmitting and receiving the power, whether or not to continue the bidirectional communication in accordance with a content of the abnormality, wherein the determination unit is configured to determine to continue the bidirectional communication on the condition that the content of the abnormality corresponds to a non-critical abnormality that allows for transmission and reception of the power; and an execution unit that is configured to perform transmission and reception of the power within a range in which a service restriction is imposed in accordance with the content of the abnormality of the bidirectional communication when the determination unit determines to continue the bidirectional communication.
Folding box for the packaging of at least one object or piece of jewellery or timepiece, said box including a foldable blank which includes at least one packaging band extending in a longitudinal direction and movable between a flat, unfolded position in a base plane and a folded position, and comprising, on either side of a base, two flaps (31: 32) which are angularly movable in relation to said base, and wherein said foldable blank further includes a single-piece foldable structure, movable between a flat, folded position parallel to said base plane and a stable, unfolded position, said foldable structure including a base face secured in a permanent manner to said base or forming said base, and at least two bearing faces (51: 52) which, in said unfolded position of said foldable structure, are each arranged to receive and support one of said flaps (31: 32), and wherein said foldable structure is foldably movable, between said first flat, folded position and said stable, unfolded position thereof, around a folding crease which is oblique with respect to said longitudinal direction, said folding crease forming an edge of said base surface characterized in that two opposite faces comprised in said foldable structure each include, projecting onto the inner face thereof when said foldable structure is in said stable unfolded position, at least one cross support, which is arranged to receive a cross member for receiving a said object, said cross member having a length equal to the internal spacing of said faces carrying said cross supports so as to reinforce the holding of said foldable structure in said stable unfolded position.
Hollow sole for footwear that comprises a bottom half and a top half, the top half in turn comprising a sheet (2.1) and hollow vertical configurations (2.2) that define internal pockets (2.3), the hollow base being integrated in said sheet (2.1), said hollow vertical configurations (2.2)being oriented towards the inside of the sole, the bottom half being disposed such that it contacts the surfaces of the hollow vertical configurations (2.2) that face the inside of the sole, the internal pockets (2.3) of the hollow vertical configurations (2.2) of the top half are half-filled by a shock-absorbing plastic material, the hollow vertical configurations (2.2) of the top half are filled such that a gas chamber is left between the front of the shock-absorbing material and the free surface (2.2.1) of the hollow vertical configurations (2.2), characterised in that the sheet (2.1) of the top half includes through orifices (2.4).
Method for determining vitellogenin in the skin mucus of fishes as biomarker for an exogenous estrogenic effect on fishes, characterized by the method steps of a) taking a skin mucus sample on the dorsal body region of a fish by swabbing by means of a forensic swab with a predetermined breaking point, b) transferring the part of the swab laden with skin mucus after breaking at the predetermined breaking point to a suitable reaction vessel, c) adding protein-stabilizing buffer to the reaction vessel, d) homogenizing the skin mucus sample, e) removing an aliquot of the skin mucus sample and vitellogenin determining by means of an appropriate ELISA detection method. a) taking a skin mucus sample on the dorsal body region of a fish by swabbing by means of a forensic swab with a predetermined breaking point, b) transferring the part of the swab laden with skin mucus after breaking at the predetermined breaking point to a suitable reaction vessel, c) adding protein-stabilizing buffer to the reaction vessel, d) homogenizing the skin mucus sample, e) removing an aliquot of the skin mucus sample and vitellogenin determining by means of an appropriate ELISA detection method.
A device for filling an extruder with pretreated thermoplastic material, in particular PET, with at least one evacuable container, in which moving, in particular, rotating tools are present for a pretreatment of the material, wherein the pretreatment includes a drying and, if applicable, crystallization or partial crystallization of the material, and wherein each container has a discharge opening for the material located preferably in the at least partially crystallized state, which discharge opening in respect to the material is in flow communication with the filling opening of the extruder, wherein a transfer path receiving the flowable state of the material pretreated in the container is provided, which is in flow communication for the material with the discharge opening of the container and connects tightly to the discharge opening, wherein said transfer path at its outlet has a coupling connectable directly and tightly to the filling opening of the extruder, characterized in that at last one metering device for the filling of this extruder and at least one filling level control device are provided, wherein the metering device is controlled via the filling level values determined by the filling level control device, wherein the metering device is provided between the discharging opening of the container and the transfer path and is designed as a valve controlling the discharge of the material from the container.
A process for the enzymatic production of a β-dipeptide composition from a preparation of a cyanophycin or CGP-like polymer being peptidic structures essentially comprised of one or more β-dipeptides units composed of two amino acids selected from aspartic acid, arginine, lysine, glutamic acid, citrulline, ornithine and canavanine, which process comprises degrading the preparation of the CGP or CGP-like polymer with an CGPase from Pseudomonas alcaligenes into β-dipeptides, wherein the CGPase has a molecular weight of about 45 kDa, an optimum temperature of about 50 °C and an optimum pH range of 7 to 8.5 and degrades CGP into β-Asp-Arg.
A method comprising: receiving, by a network device that routes data traffic on a layer 3 network overlaying an optical transport system, optical supervisory channel data for an optical supervisory channel of the optical transport system; the method characterized by: determining, by the network device, that the received optical supervisory channel data includes an indication of an event affecting transmission or detection of a signal transported by a wavelength, the wavelength traversing an optical fiber of the optical transport system and underlying a link of the layer 3 network; and reconfiguring, by the network device in response to determining that the received optical supervisory channel data indicates the event, a configuration of the network device to modify routing operations of the network device with respect to the data traffic on the layer 3 network, wherein the reconfiguring comprises at least one of: triggering a Multiprotocol Label Switching, MPLS, fast re-route operation, inhibiting an MPLS fast re-route operation, and modifying, any one or more of: a routing metric associated with the link in: a traffic engineering database stored by the network device and/or a routing information base stored by the network device, and a label information base stored by the network device. determining, by the network device, that the received optical supervisory channel data includes an indication of an event affecting transmission or detection of a signal transported by a wavelength, the wavelength traversing an optical fiber of the optical transport system and underlying a link of the layer 3 network; and reconfiguring, by the network device in response to determining that the received optical supervisory channel data indicates the event, a configuration of the network device to modify routing operations of the network device with respect to the data traffic on the layer 3 network, wherein the reconfiguring comprises at least one of: triggering a Multiprotocol Label Switching, MPLS, fast re-route operation, inhibiting an MPLS fast re-route operation, and modifying, any one or more of: a routing metric associated with the link in: a traffic engineering database stored by the network device and/or a routing information base stored by the network device, and a label information base stored by the network device. triggering a Multiprotocol Label Switching, MPLS, fast re-route operation, inhibiting an MPLS fast re-route operation, and modifying, any one or more of: a routing metric associated with the link in: a traffic engineering database stored by the network device and/or a routing information base stored by the network device, and a label information base stored by the network device. a routing metric associated with the link in: a traffic engineering database stored by the network device and/or a routing information base stored by the network device, and a label information base stored by the network device.
A method for operating a mesh network using a protocol comprising an address and a payload, wherein the address and payload each have a predefined fixed length, the method comprising: using a hash function to generate a device address for a device from a graphical image showing the device or a multimedia file showing the device; assigning the generated device address to the device, wherein the device is part of the mesh network; and in a transmission from a source to the device, providing the generated device address within a payload of the transmission. using a hash function to generate a device address for a device from a graphical image showing the device or a multimedia file showing the device; assigning the generated device address to the device, wherein the device is part of the mesh network; and in a transmission from a source to the device, providing the generated device address within a payload of the transmission.