mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: binding a process executing on a processor to a wildcard internet protocol, IP, address on each of a plurality of nodes included in a cluster that serves data segregated by client across different virtual local area networks, VLANs; receiving, by the process on a redirector node, a first request having a first target IP address of a first volume located on the cluster from a first client, wherein the first target IP address is associated with a first VLAN that is not the wildcard address; determining, by the process on the redirector node, a name of the first VLAN based on the first target IP address; determining, by the process on the redirector node, a storage nodehaving data regarding the first volume; determining, by the process on the redirector node, a first redirection IP address of the storage node included in the first VLAN based upon the name of the first VLAN; and returning, in response to the first request by the process on the redirector node, the first redirection IP address to the first client. binding a process executing on a processor to a wildcard internet protocol, IP, address on each of a plurality of nodes included in a cluster that serves data segregated by client across different virtual local area networks, VLANs; receiving, by the process on a redirector node, a first request having a first target IP address of a first volume located on the cluster from a first client, wherein the first target IP address is associated with a first VLAN that is not the wildcard address; determining, by the process on the redirector node, a name of the first VLAN based on the first target IP address; determining, by the process on the redirector node, a storage nodehaving data regarding the first volume; determining, by the process on the redirector node, a first redirection IP address of the storage node included in the first VLAN based upon the name of the first VLAN; and returning, in response to the first request by the process on the redirector node, the first redirection IP address to the first client.
A carrier and mount assembly for a heavy vehicle disc brake, the assembly comprising: a carrier having a first location formation formed therein, a mount having a second location formation formed therein, wherein the second location formation is aligned with the first location formation, and wherein the carrier is mounted to the mount via two or more fasteners that extend in a direction substantially parallel to a tangential direction of insertion or removal of a friction element into or from the carrier; and a locator positioned in the first and second location formations to enable the carrier and mount to be assembled in the correct position, and wherein the locator is a bush, and the bush extends at least partially through the first and second location formations, characterised in that the locator is at least a close fit to the first and second location formations a carrier having a first location formation formed therein, a mount having a second location formation formed therein, wherein the second location formation is aligned with the first location formation, and wherein the carrier is mounted to the mount via two or more fasteners that extend in a direction substantially parallel to a tangential direction of insertion or removal of a friction element into or from the carrier; and a locator positioned in the first and second location formations to enable the carrier and mount to be assembled in the correct position, and wherein the locator is a bush, and the bush extends at least partially through the first and second location formations, characterised in that the locator is at least a close fit to the first and second location formations
Internal combustion engine comprising: - an engine block which delimits a combustion chamber, - an intake line for the intake of fresh gas into the combustion chamber, - an exhaust line for burnt gases to leave the combustion chamber, which comprises a catalyst for depolluting the burnt gases and a heating means located in or upstream of said catalyst, - a gas blowing line which is connected to the exhaust line, upstream of said heating means, - a purge line for fuel vapors, which originates in a fuel tank, which is connected to the intake line and which comprises a pump, the blowing line originating in the purge line, downstream of said pump, - a main valve at the junction between the blowing line and the purge line, - a fresh gas supply line which connects to the purge line, upstream of the pump, and a further valve located at the junction between the fresh gas supply line and the purge line, characterized in that said fresh gas supply line originates in the purge line, between the main valve and the intake line. - an engine block which delimits a combustion chamber, - an intake line for the intake of fresh gas into the combustion chamber, - an exhaust line for burnt gases to leave the combustion chamber, which comprises a catalyst for depolluting the burnt gases and a heating means located in or upstream of said catalyst, - a gas blowing line which is connected to the exhaust line, upstream of said heating means, - a purge line for fuel vapors, which originates in a fuel tank, which is connected to the intake line and which comprises a pump, the blowing line originating in the purge line, downstream of said pump, - a main valve at the junction between the blowing line and the purge line, - a fresh gas supply line which connects to the purge line, upstream of the pump, and a further valve located at the junction between the fresh gas supply line and the purge line,
Cosmetic composition for coating keratin fibres of the emulsion type, comprising: - an aqueous phase, - at least one wax, - an emulsifying system comprising: i) at least one C 12 -C 22 monoalkyl phosphate, and ii) at least one acyl glutamic acid having at least one C 12 -C 22 acyl chain, their salt(s), and their mixture(s). - an aqueous phase, - at least one wax, - an emulsifying system comprising: i) at least one C 12 -C 22 monoalkyl phosphate, and ii) at least one acyl glutamic acid having at least one C 12 -C 22 acyl chain, their salt(s), and their mixture(s). i) at least one C 12 -C 22 monoalkyl phosphate, and ii) at least one acyl glutamic acid having at least one C 12 -C 22 acyl chain, their salt(s), and their mixture(s).
A computer-implemented method of providing image data for constructing an image of a region of a target object, comprising: providing sufficiently coherent radiation; providing a reference diffraction pattern of a reference target object, wherein the reference diffraction pattern is based on an intensity of radiation detected by at least one detector; determining an initial guess for a probe function based upon the reference diffraction pattern; and determining, by an iterative process based on the initial guess for the probe function and an initial guess for an object function, the image data for said region of the target object, wherein in the iterative process the object function is updated responsive to an intensity of radiation detected by the at least one detector formed by illuminating the target object with said sufficiently coherent radiation having a localised lateral extent, or using a post-target object aperture. providing sufficiently coherent radiation; providing a reference diffraction pattern of a reference target object, wherein the reference diffraction pattern is based on an intensity of radiation detected by at least one detector; determining an initial guess for a probe function based upon the reference diffraction pattern; and determining, by an iterative process based on the initial guess for the probe function and an initial guess for an object function, the image data for said region of the target object, wherein in the iterative process the object function is updated responsive to an intensity of radiation detected by the at least one detector formed by illuminating the target object with said sufficiently coherent radiation having a localised lateral extent, or using a post-target object aperture.
Device for controlling a balloon during the unwinding of a yarn from a bobbin in a winding unit comprising: - a first containment element substantially tubular, having a longitudinal axis (x) and a through opening adapted to the passage of the yarn coming out of said bobbin; - a support adapted to support said first containment element, and adapted to be fixed to a structure of a winding unit; wherein said first containment element comprises a first containment component and a second containment component; wherein said support comprises a first arm and a second arm on which said first containment component and said second containment component are respectively positioned; wherein said device comprises drive means adapted to move said arms (124, 224) and consequently said containment components (120, 220), between two positions: a first position in which said containment components (120, 220) are spaced apart, and a second position in which said containment components (120, 220) are closer together with respect to the first position; characterized in that said device further comprises a second static containment element, arranged downstream of said first containment element, said second containment element being arranged with a second through opening comprising a base portion facing, in use, said first containment element, having a substantially rectangular cross-section with respect to said longitudinal axis (x). - a first containment element substantially tubular, having a longitudinal axis (x) and a through opening adapted to the passage of the yarn coming out of said bobbin; - a support adapted to support said first containment element, and adapted to be fixed to a structure of a winding unit; wherein said first containment element comprises a first containment component and a second containment component; wherein said support comprises a first arm and a second arm on which said first containment component and said second containment component are respectively positioned; wherein said device comprises drive means adapted to move said arms (124, 224) and consequently said containment components (120, 220), between two positions: a first position in which said containment components (120, 220) are spaced apart, and a second position in which said containment components (120, 220) are closer together with respect to the first position; characterized in that said device further comprises a second static containment element, arranged downstream of said first containment element, said second containment element being arranged with a second through opening comprising a base portion facing, in use, said first containment element, having a substantially rectangular cross-section with respect to said longitudinal axis (x).
A connecting arrangement, comprising: a) a bolt including a fastening portion at one end thereof, the fastening portion including one or more grooves, whose circumference is differentiable between two portions; b) a cotter including at least two parts (131, 132) and including an essentially conical shape on the outer side and a axial bore when the at least two parts are put together, wherein the axial bore provides one or more convex cuts on the inner side of the bore, wherein the convex cuts are adapted for fitting with the one or more grooves of the fastening portion of the bolt; c) at least one first support block including a thread on the outer side; d) at least one second support block including a thread on the outer side, wherein the at least one second support block is on the inner side adapted for fitting to the conical shape of the cotter; and e) a fastener including a thread on the inner side, wherein the fastener is adapted for being screwed on the first and second support blocks (150, 160); f) wherein, when the bolt is inserted into a component part, the first support block is placed around the bolt in a position below the fastening portion of the bolt and the second support block is placed above the first support block, in the direction of a center line of bolt, and, the cotter is placed around the bolt so that the convex cuts of the cotter fit with the grooves of the fastening portion of the bolt. a) a bolt including a fastening portion at one end thereof, the fastening portion including one or more grooves, whose circumference is differentiable between two portions; b) a cotter including at least two parts (131, 132) and including an essentially conical shape on the outer side and a axial bore when the at least two parts are put together, wherein the axial bore provides one or more convex cuts on the inner side of the bore, wherein the convex cuts are adapted for fitting with the one or more grooves of the fastening portion of the bolt; c) at least one first support block including a thread on the outer side; d) at least one second support block including a thread on the outer side, wherein the at least one second support block is on the inner side adapted for fitting to the conical shape of the cotter; and e) a fastener including a thread on the inner side, wherein the fastener is adapted for being screwed on the first and second support blocks (150, 160); f) wherein, when the bolt is inserted into a component part, the first support block is placed around the bolt in a position below the fastening portion of the bolt and the second support block is placed above the first support block, in the direction of a center line of bolt, and, the cotter is placed around the bolt so that the convex cuts of the cotter fit with the grooves of the fastening portion of the bolt.
System for requesting and reproducing audio content, comprising: a reception module for receiving order requests for audio content, which order requests are transmitted by means of communication terminals via a first telecommunication network, a content server for providing audio data that correspond to an audio content specified in a relevant order request, a computer-based central unit for transmitting provided audio data via a second telecommunication network to multiple geographically distributed reproduction units (5, 6, 7) that are separate from the communication terminals and remote from the computer-based central unit, wherein the reception module and the content server are arranged in the central unit, characterized in that the central unit is set up to accept a respective location statement with the order requests and to take the location statement as a basis for selecting a reproduction unit (5, 6, 7), and in that the central unit is set up to transmit the provided audio data, in each case in accordance with the relevant order request, via the second telecommunication network to the selected reproduction unit (5, 6, 7) for the purpose of continual reproduction of the audio content by the selected reproduction unit (5, 6, 7). a reception module for receiving order requests for audio content, which order requests are transmitted by means of communication terminals via a first telecommunication network, a content server for providing audio data that correspond to an audio content specified in a relevant order request, a computer-based central unit for transmitting provided audio data via a second telecommunication network to multiple geographically distributed reproduction units (5, 6, 7) that are separate from the communication terminals and remote from the computer-based central unit, wherein the reception module and the content server are arranged in the central unit, characterized in that the central unit is set up to accept a respective location statement with the order requests and to take the location statement as a basis for selecting a reproduction unit (5, 6, 7), and in that the central unit is set up to transmit the provided audio data, in each case in accordance with the relevant order request, via the second telecommunication network to the selected reproduction unit (5, 6, 7) for the purpose of continual reproduction of the audio content by the selected reproduction unit (5, 6, 7).
A submersible reactive treatment cell (30, 130) comprising: a housing including an impermeable side wall defining an interior cavity, the interior cavity adapted to house one or more treatment reagents (R1, R2); a permeable ceiling layer connected to a top surface of the housing sidewall, the permeable ceiling layer comprising a geogrid outer ceiling layer and a non-woven geotextile inner ceiling layer; and a permeable floor layer connected to a lower surface of the housing sidewall, the permeable floor layer comprising a geogrid outer floor layer and a non-woven geotextile inner floor layer having a permeability adapted for retaining treatment reagents (R1, R2) within the interior cavity during submersion, and for receiving and permitting passage of upwelling pore fluids into the interior cavity of the housing when the reactive treatment cell (30, 130) is placed on a permeable supporting layer or sediment bed beneath a body of water; characterized in that the interior cavity includes internal baffles configured to direct a flow of the upwelling pore fluids; and in that a geotextile is anchored to a first internal baffle and a second internal baffle to create a plurality of separate reagent zones within the interior cavity comprising a first reagent zone and a second reagent zone. a housing including an impermeable side wall defining an interior cavity, the interior cavity adapted to house one or more treatment reagents (R1, R2); a permeable ceiling layer connected to a top surface of the housing sidewall, the permeable ceiling layer comprising a geogrid outer ceiling layer and a non-woven geotextile inner ceiling layer; and a permeable floor layer connected to a lower surface of the housing sidewall, the permeable floor layer comprising a geogrid outer floor layer and a non-woven geotextile inner floor layer having a permeability adapted for retaining treatment reagents (R1, R2) within the interior cavity during submersion, and for receiving and permitting passage of upwelling pore fluids into the interior cavity of the housing when the reactive treatment cell (30, 130) is placed on a permeable supporting layer or sediment bed beneath a body of water; characterized in that the interior cavity includes internal baffles configured to direct a flow of the upwelling pore fluids; and in that a geotextile is anchored to a first internal baffle and a second internal baffle to create a plurality of separate reagent zones within the interior cavity comprising a first reagent zone and a second reagent zone.
An adenovirus or adenoviral vector comprising a nucleic acid sequence encoding one or more Respiratory Syncytial Virus antigens and (a) the nucleic acid sequence of SEQ ID NO: 1, (b) a nucleic acid sequence that is at least 90% identical to SEQ ID NO: 3, preferably the nucleic acid sequence of SEQ ID NO: 3, (c) a nucleic acid sequence that is at least 80% identical to SEQ ID NO: 4, preferably the nucleic acid sequence of SEQ ID NO: 4, and (d) a nucleic acid sequence that is at least 89% identical to SEQ ID NO: 5, preferably the nucleic acid sequence of SEQ ID NO: 5, wherein the nucleic acid sequence encoding one or more RSV antigens is operably linked to one or more regulatory elements. (a) the nucleic acid sequence of SEQ ID NO: 1, (b) a nucleic acid sequence that is at least 90% identical to SEQ ID NO: 3, preferably the nucleic acid sequence of SEQ ID NO: 3, (c) a nucleic acid sequence that is at least 80% identical to SEQ ID NO: 4, preferably the nucleic acid sequence of SEQ ID NO: 4, and (d) a nucleic acid sequence that is at least 89% identical to SEQ ID NO: 5, preferably the nucleic acid sequence of SEQ ID NO: 5, wherein the nucleic acid sequence encoding one or more RSV antigens is operably linked to one or more regulatory elements.
An apparatus for computed tomography image reconstruction of an object, comprising: - an input port for receiving a plurality of projection images of an object acquired by an imager along different projection angles with a field of view, FoV, whilst said object resides in a bore of said imager with at least a part of said object inside the FoV; - a reconstruction module (RECONX) switchable to operate according to any one of at least two different reconstruction algorithms; - an out-of-FoV-determiner; - an output port configured to output the so reconstructed image, characterized in that the out-of-FoV-determiner is configured to measure the amount of material in the annular region formed by the region outside the FoV but inside the bore and is configured to instruct the reconstruction module to switch from a first reconstruction algorithm to a second reconstruction algorithm and to reconstruct according to said second reconstruction algorithm if the determined amount of the out-of-FoV material exceeds a threshold. - an input port for receiving a plurality of projection images of an object acquired by an imager along different projection angles with a field of view, FoV, whilst said object resides in a bore of said imager with at least a part of said object inside the FoV; - a reconstruction module (RECONX) switchable to operate according to any one of at least two different reconstruction algorithms; - an out-of-FoV-determiner; - an output port configured to output the so reconstructed image,