mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a network switch comprising a plurality of optical connectors; a plurality of sleds, each sled of the plurality of sleds comprising a circuit board, an optical connecter mounted on the circuit board, and one or more physical resources mounted on the circuit board; a plurality of passive optical cables, wherein each passive optical cable of the plurality of passive optical cables comprises: at least two optical fibers; a first connector at a first end of the passive optical cable connected to the optical connector of a corresponding sled of the plurality of sleds; and a second connector at a second end of the passive optical cable connected to an optical connector of the plurality of optical connectors of the network switch, wherein the network switch is a dual-mode optical switch capable of sending and receiving both Ethernet protocol communications carrying Internet Protocol, IP, packets and communications according to a second, high-performance computing, HPC, link-layer protocol via the passive optical cables, and wherein each sled of the plurality of sleds includes dual-mode optical network interface circuitry capable of communicating over the passive optical cables according to both of the Ethernet protocol communications and of the communications according to the second HPC link-layer protocol. a network switch comprising a plurality of optical connectors; a plurality of sleds, each sled of the plurality of sleds comprising a circuit board, an optical connecter mounted on the circuit board, and one or more physical resources mounted on the circuit board; a plurality of passive optical cables, wherein each passive optical cable of the plurality of passive optical cables comprises: at least two optical fibers; a first connector at a first end of the passive optical cable connected to the optical connector of a corresponding sled of the plurality of sleds; and a second connector at a second end of the passive optical cable connected to an optical connector of the plurality of optical connectors of the network switch, at least two optical fibers; a first connector at a first end of the passive optical cable connected to the optical connector of a corresponding sled of the plurality of sleds; and a second connector at a second end of the passive optical cable connected to an optical connector of the plurality of optical connectors of the network switch, wherein the network switch is a dual-mode optical switch capable of sending and receiving both Ethernet protocol communications carrying Internet Protocol, IP, packets and communications according to a second, high-performance computing, HPC, link-layer protocol via the passive optical cables, and wherein each sled of the plurality of sleds includes dual-mode optical network interface circuitry capable of communicating over the passive optical cables according to both of the Ethernet protocol communications and of the communications according to the second HPC link-layer protocol.
An article subject to ice formation during normal use comprising a repellent surface such that the receding contact angle of the surface with water ranges from 90 degrees to 135 degrees (measured according to the method for contact angle measurement as detailed herein in the experimental part of the description); wherein the repellent surface comprises a non-fluorinated organic polymeric binder and a fluorochemicalcompound having the formula: (R f -L-P) n A R f is a fluorinated group; L is independently an organic divalent linking group; P is a catenary, divalent heteroatom-containing carbonyl moiety,; A is hydrocarbon moiety comprising 4 to 40 carbon atoms; and n ranges from 1 to 3. R f is a fluorinated group; L is independently an organic divalent linking group; P is a catenary, divalent heteroatom-containing carbonyl moiety,; A is hydrocarbon moiety comprising 4 to 40 carbon atoms; and n ranges from 1 to 3.
A method of manufacturing an integrated component, comprising the steps of: - providing a first wafer of semiconductor material, having a surface; - providing a second wafer of semiconductor material, including a substrate and a structural layer on the substrate; and - coupling the structural layer of the second wafer to the surface of the first wafer, characterized in that the structural layer integrates a detector device for detecting electromagnetic radiation; and by the further step of processing the substrate of the second wafer to form a stator, a rotor, and a mobile mass of a micromirror, said stator and rotor forming a capacitive-driving assembly for capacitively driving the mobile mass. - providing a first wafer of semiconductor material, having a surface; - providing a second wafer of semiconductor material, including a substrate and a structural layer on the substrate; and - coupling the structural layer of the second wafer to the surface of the first wafer, characterized in that the structural layer integrates a detector device for detecting electromagnetic radiation; and by the further step of processing the substrate of the second wafer to form a stator, a rotor, and a mobile mass of a micromirror, said stator and rotor forming a capacitive-driving assembly for capacitively driving the mobile mass. characterized in that the structural layer integrates a detector device for detecting electromagnetic radiation; and by the further step of processing the substrate of the second wafer to form a stator, a rotor, and a mobile mass of a micromirror, said stator and rotor forming a capacitive-driving assembly for capacitively driving the mobile mass.
A connecting system by means of a zipper for hail protection nets and similar covers, wherein the straps of the zipper are sewed along the edges of the longitudinal selvages of the hail protection nets, characterized in that the straps of the zipper, which abut against the corresponding selvages of the hail protection nets, are all sewed consistently by a first basting seam (4, 5) and a parallel, spaced second overlock seam or looping seam over the entire length or are sewed over segments which alternate with segments without seam connections, that in the seam-free segments the two ends of each of these seams (4, 4a; 5, 5a) are secured against automatic unstitching by at least one cross-seam and that in the seam-free segments the hail is not prevented, in the case of tensioned nets, from sliding off between the strap of the zipper and the corresponding free selvage of the net by projecting edges (1c, 2c) of said strap or said selvage.
A resource allocation method based on Block Repeat Division Multiple Access, comprising: selecting a Block repeat Resource Block Group, BRBG, with a Repeat Factor, RF, meeting a service requirement of a user from available BRBGs; allocating the selected BRBG; assigning a Repeat Code, RC, sequence for the selected BRBG; wherein the selected BRBG comprises a plurality of Block Repeat Blocks, BRBs, the number of the plurality of BRBs is RF and each of the BRBs is a time-frequency resource taken by a repeat block unit, wherein the service requirement comprises a requirement of service data rate, or Quality of Service, QoS, and wherein the repeat block units are obtained by weighting and repeating a data block unit with a RC sequence, and the RC sequence represents a plurality of weighting factors. selecting a Block repeat Resource Block Group, BRBG, with a Repeat Factor, RF, meeting a service requirement of a user from available BRBGs; allocating the selected BRBG; assigning a Repeat Code, RC, sequence for the selected BRBG; wherein the selected BRBG comprises a plurality of Block Repeat Blocks, BRBs, the number of the plurality of BRBs is RF and each of the BRBs is a time-frequency resource taken by a repeat block unit, wherein the service requirement comprises a requirement of service data rate, or Quality of Service, QoS, and wherein the repeat block units are obtained by weighting and repeating a data block unit with a RC sequence, and the RC sequence represents a plurality of weighting factors.
A method for performing atomic layer etching on a substrate, comprising: performing a surface modification operation on a substrate surface, the surface modification operation configured to convert at least one monolayer of the substrate surface to a modified layer, wherein a bias voltage is applied during the surface modification operation, the bias voltage configured to control a depth of the substrate surface that is converted by the surface modification operation; performing a removal operation on the substrate surface, the removal operation configured to remove at least a portion of the modified layer from the substrate surface, wherein removing the portion of the modified layer is effected via a ligand exchange reaction that is configured to volatilize the portion of the modified layer; performing, following the removal operation, a plasma treatment on the substrate surface, the plasma treatment configured to remove residues generated by the removal operation and/or the surface modification operation from the substrate surface, wherein the residues are volatilized by the plasma treatment; wherein the removal operation is configured to remove less than an entire portion of the modified layer from the substrate surface; and repeating the removal operation and the plasma treatment until the entire portion of the modified layer is removed from the substrate surface. performing a surface modification operation on a substrate surface, the surface modification operation configured to convert at least one monolayer of the substrate surface to a modified layer, wherein a bias voltage is applied during the surface modification operation, the bias voltage configured to control a depth of the substrate surface that is converted by the surface modification operation; performing a removal operation on the substrate surface, the removal operation configured to remove at least a portion of the modified layer from the substrate surface, wherein removing the portion of the modified layer is effected via a ligand exchange reaction that is configured to volatilize the portion of the modified layer; performing, following the removal operation, a plasma treatment on the substrate surface, the plasma treatment configured to remove residues generated by the removal operation and/or the surface modification operation from the substrate surface, wherein the residues are volatilized by the plasma treatment; wherein the removal operation is configured to remove less than an entire portion of the modified layer from the substrate surface; and repeating the removal operation and the plasma treatment until the entire portion of the modified layer is removed from the substrate surface.
A method for a User Equipment, UE, performing a Secondary Cell Group, SCG, change procedure in a wireless communication system, the method comprising: configuring a master cell group, MCG, of serving cells related to a master eNB, MeNB, including a Primary Cell, PCell, and at least one Secondary Cell, SCell, and a SCG of serving cells related to a secondary eNB, SeNB, including a Primary-Secondary Cell, PSCell, and at least one SCell; receiving a Radio Resource Control, RRC, reconfiguration message for the SCG change procedure while maintaining a connection with the MeNB, wherein the SCG change procedure is used for a first case when the PSCell is changed to the same PSCell and a security key is to be changed; and deactivating the at least one SCell of the SCG based on the received RRC reconfiguration message being for the SCG change procedure for the first case. configuring a master cell group, MCG, of serving cells related to a master eNB, MeNB, including a Primary Cell, PCell, and at least one Secondary Cell, SCell, and a SCG of serving cells related to a secondary eNB, SeNB, including a Primary-Secondary Cell, PSCell, and at least one SCell; receiving a Radio Resource Control, RRC, reconfiguration message for the SCG change procedure while maintaining a connection with the MeNB, wherein the SCG change procedure is used for a first case when the PSCell is changed to the same PSCell and a security key is to be changed; and deactivating the at least one SCell of the SCG based on the received RRC reconfiguration message being for the SCG change procedure for the first case.
A microfluidic chip (2, 54), comprising: an upper surface (8a, 58a); a lower surface (6b, 56b) opposite the upper surface (8a, 58a); a flow passage (14, 16, 18, 60) for fluid located between the upper surface (8a, 58a) and the lower surface (6b, 56b); at least one communication hole (10, 12, 62, 64) that communicates with the flow passage (14, 16, 18, 60) and open at at least one of the upper surface (8a, 58a) and the lower surface (6b, 56b); at least one annular seal (36, 38, 46, 48, 70, 72) formed from an elastomer, the annular seal (36, 38, 46, 48, 70, 72) being placed in contact with or being formed on the surface at which the communication hole (10, 12, 62, 64) opens and surrounding the communication hole (10, 12, 62, 64); and at least one support structure (40, 42, 74, 76) fixed at a position within the flow passage (14, 16, 18, 60), the position overlapping the annular seal (36, 38, 46, 48, 70, 72), the support structure (40, 42, 74, 76) securing a height of the flow passage (14, 16, 18, 60) so as to prevent blockage of the flow passage (14, 16, 18, 60). an upper surface (8a, 58a); a lower surface (6b, 56b) opposite the upper surface (8a, 58a); a flow passage (14, 16, 18, 60) for fluid located between the upper surface (8a, 58a) and the lower surface (6b, 56b); at least one communication hole (10, 12, 62, 64) that communicates with the flow passage (14, 16, 18, 60) and open at at least one of the upper surface (8a, 58a) and the lower surface (6b, 56b); at least one annular seal (36, 38, 46, 48, 70, 72) formed from an elastomer, the annular seal (36, 38, 46, 48, 70, 72) being placed in contact with or being formed on the surface at which the communication hole (10, 12, 62, 64) opens and surrounding the communication hole (10, 12, 62, 64); and at least one support structure (40, 42, 74, 76) fixed at a position within the flow passage (14, 16, 18, 60), the position overlapping the annular seal (36, 38, 46, 48, 70, 72), the support structure (40, 42, 74, 76) securing a height of the flow passage (14, 16, 18, 60) so as to prevent blockage of the flow passage (14, 16, 18, 60).
A liquid ejecting apparatus comprising: a liquid flow path which communicates with a nozzle which ejects liquid; a vacuum degassing chamber for removing air bubbles from the liquid by depressurizing a part of the liquid flow path; a gas flow path which communicates with the vacuum degassing chamber; a pressurizing chamber which communicates with the gas flow path; and a pump which communicates with the vacuum degassing chamber and the pressurizing chamber through the gas flow path, characterised in that the pump is driven to perform a pressure adjustment sequence selected from a plurality of sequences, and wherein the plurality of sequences include a plurality of depressurizing sequences in which the vacuum degassing chamber is depressurized by the pump, wherein an average pressure of the vacuum degassing chamber during a depressurizing sequence differs between different depressurizing sequences of the plurality of depressurizing sequences, and include a pressurizing sequence in which the pressurizing chamber is pressurized by the pump. a liquid flow path which communicates with a nozzle which ejects liquid; a vacuum degassing chamber for removing air bubbles from the liquid by depressurizing a part of the liquid flow path; a gas flow path which communicates with the vacuum degassing chamber; a pressurizing chamber which communicates with the gas flow path; and a pump which communicates with the vacuum degassing chamber and the pressurizing chamber through the gas flow path, characterised in that the pump is driven to perform a pressure adjustment sequence selected from a plurality of sequences, and wherein the plurality of sequences include a plurality of depressurizing sequences in which the vacuum degassing chamber is depressurized by the pump, wherein an average pressure of the vacuum degassing chamber during a depressurizing sequence differs between different depressurizing sequences of the plurality of depressurizing sequences, and include a pressurizing sequence in which the pressurizing chamber is pressurized by the pump.
Braking system of a vehicle, comprising a pedal assembly yoke, a master cylinder and a brake pedal fitted with an actuating pad, the pedal being mounted in rotation on said yoke to allow it to interact with said master cylinder by means of a pressure exerted by the foot on said pad in order to brake said vehicle, characterized in that the pedal has a first segment bearing the actuating pad, and a second segment which is offset with respect to said first segment and which is mounted in rotation on said yoke, and in that the first segment has a projecting appendage extending parallel to the first segment so as to create a resultant segment whose total length is greater than the length of the first segment, and in that the appendage is able to interact with the master cylinder.
A method of depositing mosquito pesticide coated objects into a water holding container (100, 300, 420, 600, 700, 810, 800, 900), comprising the steps of: providing a mosquito killing coating embedded with a mosquito killing composition being selected from at least one of an adulticidal and a larvicidal composition; coating exterior surfaces only of small objects with the mosquito killing coating, the small objects selected from at least one of chips, tokens, pebbles, stones and marbles, depositing the coated objects into a water holding container such that the coated objects rest on a bottom surface of the water holding container; and leaching out the mosquito killing coating into the water holding container to prevent mosquitoes from breeding in the water holding container. providing a mosquito killing coating embedded with a mosquito killing composition being selected from at least one of an adulticidal and a larvicidal composition; coating exterior surfaces only of small objects with the mosquito killing coating, the small objects selected from at least one of chips, tokens, pebbles, stones and marbles, depositing the coated objects into a water holding container such that the coated objects rest on a bottom surface of the water holding container; and leaching out the mosquito killing coating into the water holding container to prevent mosquitoes from breeding in the water holding container.
Pump arrangement for arrangement on a nuclear reactor and for conveying transfer liquid which has been heated in the reactor, said pump arrangement having a motor part and a pump part which comprises a casing, characterized by a diffuser, which is arranged in an interior of the casing, and a valve device, which is arranged in the interior of the casing, wherein an opening of the diffuser is realized as a valve seat for a valve body of the valve device.
A file sharing method comprising: separately encrypting, by a first terminal, one or more files by using a corresponding shared key, to obtain a corresponding encrypted file; uploading each obtained encrypted file to a server for saving, and receiving a uniform resource locator, URL, that is returned by the server and corresponds to a location for saving each encrypted file; generating, by the first terminal, a key package of a file to be shared, wherein the file to be shared comes from the one or more files, and the key package comprises a shared key and a URL that correspond to the file to be shared; and providing the key package for a second terminal, so that the second terminal acquires a corresponding encrypted file from the server according to the URL comprised in the key package, and decrypts the acquired encrypted file by using the shared key comprised in the key package, wherein the second terminal is a terminal that intends to acquire the file to be shared. separately encrypting, by a first terminal, one or more files by using a corresponding shared key, to obtain a corresponding encrypted file; uploading each obtained encrypted file to a server for saving, and receiving a uniform resource locator, URL, that is returned by the server and corresponds to a location for saving each encrypted file; generating, by the first terminal, a key package of a file to be shared, wherein the file to be shared comes from the one or more files, and the key package comprises a shared key and a URL that correspond to the file to be shared; and providing the key package for a second terminal, so that the second terminal acquires a corresponding encrypted file from the server according to the URL comprised in the key package, and decrypts the acquired encrypted file by using the shared key comprised in the key package, wherein the second terminal is a terminal that intends to acquire the file to be shared.
A user interface for providing a flow of respiratory gases to a patient during a medical procedure comprising: a non-sealing interface having a nasal interface comprising a body and a pair of prongs (12, 405A, 505, 805, 1705, 1805, 2005, 2105) extending from the body, the prongs (12, 405A, 505, 805, 1705, 1805, 2005, 2105) configured to engage nares of the patient's nose and direct high flow respiratory gases into the nares; and a mouthpiece (17, 311A, 311B, 311C, 311D, 411A, 511, 611, 811C, 841G) adapted to engage the mouth of the patient; wherein the prongs and/or the mouthpiece are configured to partially occlude either an oral airway, a nasal passage, or both the oral airway and the nasal passage in use; the prongs (12, 405A, 505, 805, 1705, 1805, 2005, 2105) are inflatable and configured to partially occlude a nasal passage of the patient while some gases will be leaked from the prong outlets to the surrounding atmosphere, in use. a non-sealing interface having a nasal interface comprising a body and a pair of prongs (12, 405A, 505, 805, 1705, 1805, 2005, 2105) extending from the body, the prongs (12, 405A, 505, 805, 1705, 1805, 2005, 2105) configured to engage nares of the patient's nose and direct high flow respiratory gases into the nares; and a mouthpiece (17, 311A, 311B, 311C, 311D, 411A, 511, 611, 811C, 841G) adapted to engage the mouth of the patient; wherein the prongs and/or the mouthpiece are configured to partially occlude either an oral airway, a nasal passage, or both the oral airway and the nasal passage in use; the prongs (12, 405A, 505, 805, 1705, 1805, 2005, 2105) are inflatable and configured to partially occlude a nasal passage of the patient while some gases will be leaked from the prong outlets to the surrounding atmosphere, in use.