mhurhangee/ep-ind-claims huggingface dataset:
A rim assembly comprising: a rim having a first connection bridge and a second connection bridge, two walls extending from two sides of the first and second connection bridges (11, 12), the first connection bridge located close to a center of the rim, the first connection bridge having multiple first installation holes and the second connection bridge having multiple second installation holes so as to form a connection zone where heads of spokes are connected to the rim; a pad unit having multiple pads and each pad having a through hole, the pads located on a surface of the first connection bridge and the through holes being in alignment with the first installation holes, and multiple connection members and each connection member having a passage, the connection members respectively extending through the first installation holes and the through holes, the spokes securely connected to the passages, characterized by the fact that the connection members each are composed of a first connection piece and a second connection piece which is riveted to the first connection piece, along the length of the first connection piece situated through the first intallation hole and the through hole, the passage being defined through the first and second connection pieces (32, 33). a rim having a first connection bridge and a second connection bridge, two walls extending from two sides of the first and second connection bridges (11, 12), the first connection bridge located close to a center of the rim, the first connection bridge having multiple first installation holes and the second connection bridge having multiple second installation holes so as to form a connection zone where heads of spokes are connected to the rim; a pad unit having multiple pads and each pad having a through hole, the pads located on a surface of the first connection bridge and the through holes being in alignment with the first installation holes, and multiple connection members and each connection member having a passage, the connection members respectively extending through the first installation holes and the through holes, the spokes securely connected to the passages, characterized by the fact that the connection members each are composed of a first connection piece and a second connection piece which is riveted to the first connection piece, along the length of the first connection piece situated through the first intallation hole and the through hole, the passage being defined through the first and second connection pieces (32, 33).
A self-supporting foamed polyvinylidene fluoride (PVDF) structure comprising; a) 60-99.99 percent by weight PVDF; b) 0.01 to 5 percent by weight, preferably 0.02 - 2 percent by weight of residual nucleating agent, and optionally other additives, wherein said foamed structure has a density that is at least 3% less than said fluoropolymer of a) that is unfoamed; wherein said structure has been sized; and wherein said structure has a dense skin that is at least 2 microns thick, wherein said skin contains an average of less than 20 voids per 1 mm 2 and wherein said PVDF include PVDF homopolymer and copolymers of vinylidene fluoride comprising greater than 51 percent by weight of vinylidene fluoride monomer units. a) 60-99.99 percent by weight PVDF; b) 0.01 to 5 percent by weight, preferably 0.02 - 2 percent by weight of residual nucleating agent, and optionally other additives, wherein said foamed structure has a density that is at least 3% less than said fluoropolymer of a) that is unfoamed; wherein said structure has been sized; and wherein said structure has a dense skin that is at least 2 microns thick, wherein said skin contains an average of less than 20 voids per 1 mm 2 and wherein said PVDF include PVDF homopolymer and copolymers of vinylidene fluoride comprising greater than 51 percent by weight of vinylidene fluoride monomer units.
A seal (34, 48) having an integral attachment arrangement, the attachment arrangement comprising at least one attachment feature and at least one locking feature, the at least one attachment feature configured and arranged to interdigitate with features of another component in a first orientation and to lock to the other component in a second orientation, wherein the second orientation is rotationally displaced from the first orientation, and the at least one attachment feature comprises a partial screw thread (40, 44) extending at least some of the way around the periphery of the attachment feature, characterised in that the at least one locking feature comprises a distorted shape to the attachment feature at the end distal to the seal (34, 48), the distorted shape comprising two semi-circular portions that are angled relative to a plane of the seal (34,48) and to each other.
A method for decomposing a phenolic by-product, the method comprising: a step S10 of feeding a phenolic by-product stream to a decomposition apparatus and thermally cracking the phenolic by-product stream; a step S20 of recovering an active ingredient from a top discharge stream of the decomposition apparatus and discharging a substance having a high boiling point through a bottom discharge stream of the decomposition apparatus; a step S30 of passing a part of the bottom discharge stream of the decomposition apparatus through a reboiler and then feeding the part of the bottom discharge stream of the decomposition apparatus to the decomposition apparatus and discharging a residual stream of the bottom discharge stream of the decomposition apparatus; and a step S40 of feeding a side discharge stream of the decomposition apparatus to the reboiler, wherein the phenolic by-product is produced from a phenol production process, wherein the side discharge stream of the decomposition apparatus comprises acetophenone in an amount of 50 wt% or more, wherein the top discharge stream of the decomposition apparatus includes one or more selected from the group consisting of phenol, alpha-methyl styrene, and cumene, and wherein the step S40 is performed in a state where a connection between the bottom discharge stream of the decomposition apparatus and the reboiler is blocked. a step S10 of feeding a phenolic by-product stream to a decomposition apparatus and thermally cracking the phenolic by-product stream; a step S20 of recovering an active ingredient from a top discharge stream of the decomposition apparatus and discharging a substance having a high boiling point through a bottom discharge stream of the decomposition apparatus; a step S30 of passing a part of the bottom discharge stream of the decomposition apparatus through a reboiler and then feeding the part of the bottom discharge stream of the decomposition apparatus to the decomposition apparatus and discharging a residual stream of the bottom discharge stream of the decomposition apparatus; and a step S40 of feeding a side discharge stream of the decomposition apparatus to the reboiler, wherein the phenolic by-product is produced from a phenol production process, wherein the side discharge stream of the decomposition apparatus comprises acetophenone in an amount of 50 wt% or more, wherein the top discharge stream of the decomposition apparatus includes one or more selected from the group consisting of phenol, alpha-methyl styrene, and cumene, and wherein the step S40 is performed in a state where a connection between the bottom discharge stream of the decomposition apparatus and the reboiler is blocked.
A sensor comprising a conductive region in electrical communication with two electrodes, the conductive region comprising single-walled carbon nanotubes, nanosized particles of a metal dichalcogenide, and a mercaptoimidazolyl metal-ligand complex.
An optical sensing element for vapour phase detection of hydrogen peroxide, the optical sensing element comprising a sensing compound provided as a coating on a substrate, wherein the sensing compound is a compound that on exposure to hydrogen peroxide forms a luminescent reporter compound when excited with stimulating radiation at a predetermined wavelength that the sensing compound does not absorb, wherein the sensing compound is a compound of general formula: in which: each R group can be the same or different C 2-5 alkyl moiety or together with the oxygen atoms to which they are attached form a cyclic structure containing up to 5 carbon atoms, optionally substituted by one or more C 1-4 alkyl groups; Ar1 is a (hetero)aromatic moiety and/or comprises fused (hetero)aromatic rings or a chain of (hetero)aromatic or fused (hetero)aromatic rings moieties; Ar2 is an aromatic unit with electron withdrawing groups attached or a higher electron affinity heteroaromatic moiety; R' is a solubilising group; m is an integer equal to 1 or greater; n is an integer equal to 1 or greater L is a linker unit that is present when n is greater than 1. wherein the sensing compound is a compound of general formula: in which: each R group can be the same or different C 2-5 alkyl moiety or together with the oxygen atoms to which they are attached form a cyclic structure containing up to 5 carbon atoms, optionally substituted by one or more C 1-4 alkyl groups; Ar1 is a (hetero)aromatic moiety and/or comprises fused (hetero)aromatic rings or a chain of (hetero)aromatic or fused (hetero)aromatic rings moieties; Ar2 is an aromatic unit with electron withdrawing groups attached or a higher electron affinity heteroaromatic moiety; R' is a solubilising group; m is an integer equal to 1 or greater; n is an integer equal to 1 or greater L is a linker unit that is present when n is greater than 1.
An ultrasound probe for cavity scanning of a body, comprising: an elongated member, with a longitudinal axis, configured to accommodate at its one end a first transducer; and a second transducer configured to provide a second image plane transverse to a longitudinal axis of the elongated member; where the first transducer has a field of view established by acquiring an image along radial lines in a first image plane that coincides with the longitudinal axis; where the field of view covers more than 15 degrees at each side of its intersection with the longitudinal axis (102 and more than 15 degrees at each side of its intersection with a transverse axis that lies in the first image plane and is perpendicular to the longitudinal axis where the second transducer is inclined to provide the second image plane at an angle that is within the range of 70 to 110 degrees with respect to the longitudinal axis towards the one end of the elongated member and wherein the second image plane intersects the field of view provided by the first transducer. an elongated member, with a longitudinal axis, configured to accommodate at its one end a first transducer; and a second transducer configured to provide a second image plane transverse to a longitudinal axis of the elongated member; where the first transducer has a field of view established by acquiring an image along radial lines in a first image plane that coincides with the longitudinal axis; where the field of view covers more than 15 degrees at each side of its intersection with the longitudinal axis (102 and more than 15 degrees at each side of its intersection with a transverse axis that lies in the first image plane and is perpendicular to the longitudinal axis where the second transducer is inclined to provide the second image plane at an angle that is within the range of 70 to 110 degrees with respect to the longitudinal axis towards the one end of the elongated member and wherein the second image plane intersects the field of view provided by the first transducer.
A composition suitable for use in improving cognitive performance, obtained by growing a ginseng in a hydroponic environment, harvesting a root from said grown ginseng, and cooking said harvested ginseng root after drying and/or grinding said harvested root, characterized in that said composition comprises a rare ginsenoside, a ginsan and a gintonin, wherein the ratio of ginsan to gintonin is at least 500:1 and at most 1:100 and wherein the ratio of rare ginsenosides to ginsan and gintonin is at least 250:1 and at most 1:40.
An electronic apparatus comprising: a power supply; a load; a load driver for driving said load by said power supply; a power supply state detector for outputting power supply recovery information by measuring a voltage of said power supply by a selected measurement sampling at a predetermined time interval after the driving of said load is stopped; and a controller configured to instruct said load driver to drive said load based on said power supply recovery information supplied from said power supply state detector, characterized in that said controller is further configured to select said selected measurement sampling from a plurality of measurement samplings (M10, M11, M12, M13, M20, M21) based on a state of charge of said power supply, an ambient temperature, a battery capacity of said power supply, a recovery state of said power supply, or a driving condition of said load, and to control said power supply state detector so as to measure said voltage of said power supply by said selected measurement sampling after the driving of said load is stopped. a power supply; a load; a load driver for driving said load by said power supply; a power supply state detector for outputting power supply recovery information by measuring a voltage of said power supply by a selected measurement sampling at a predetermined time interval after the driving of said load is stopped; and a controller configured to instruct said load driver to drive said load based on said power supply recovery information supplied from said power supply state detector, characterized in that said controller is further configured to select said selected measurement sampling from a plurality of measurement samplings (M10, M11, M12, M13, M20, M21) based on a state of charge of said power supply, an ambient temperature, a battery capacity of said power supply, a recovery state of said power supply, or a driving condition of said load, and to control said power supply state detector so as to measure said voltage of said power supply by said selected measurement sampling after the driving of said load is stopped.
A composition comprising: i) helper-dependent adenoviral DNA comprising a first origin of replication; ii) helper adenoviral DNA comprising a second origin of replication, wherein said second origin of replication has nucleic acid sequences that are identical to, or substantially similar to, said first origin of replication, wherein said substantially similar sequences of said first origin of replication and said second origin of replication differ by one base, two bases, or three bases and wherein said second origin of replication has a similar activity level in a replication assay as said first origin of replication and iii) target cells, wherein said target cells express adenoviral DNA polymerase and preterminal protein, wherein said target cells further stably and constitutively expresses adenoviral protein IX.
A bonded body in which a ceramic member formed of a ceramic containing Al and a Cu member formed of Cu or a Cu alloy are bonded to each other, wherein a bonding portion is formed from an active metal material and a Cu-P-based material between the ceramic member and the Cu member, an active metal compound region formed of a compound containing active metal is formed on the bonded portion on the ceramic member side, and an Al concentration of the bonding portion having a thickness range of 0.5 μm to 3 μm from one surface of the active metal compound region on the Cu member side towards the Cu member side is in a range of 0.5 at% to 15 at%. wherein a bonding portion is formed from an active metal material and a Cu-P-based material between the ceramic member and the Cu member, an active metal compound region formed of a compound containing active metal is formed on the bonded portion on the ceramic member side, and an Al concentration of the bonding portion having a thickness range of 0.5 μm to 3 μm from one surface of the active metal compound region on the Cu member side towards the Cu member side is in a range of 0.5 at% to 15 at%.
Periscope for an armoured vehicle, comprising a housing with a lower look-in window and an upper look-out window, and a one-piece or multi-piece prism located therein and having a look-out surface, characterized in that a layer of transparent ceramic is arranged in the look-out window.
A method in a first network device coupled with a second network device, wherein the first network device and the second network device are part of a redundancy system, and wherein the first network device is acting as an active network device in the redundancy system, the method comprising: receiving a first packet at a first network interface of the first network device, wherein the first packet includes a first Internet Protocol, IP, header and a first payload, wherein the first network interface couples the first network device with a customer network device; decapsulating the first packet to retrieve the first payload, wherein the first payload includes a second payload, and a second header including a second IP address as a destination address, and wherein the second IP address is associated with a second network interface of the first network device and the second IP address is further associated with a third network interface of the second network device; determining whether a state of a link that couples the first network device with a third network device is active; responsive to determining that the state of the link is active causing the second payload to be forwarded towards the third network device through the second network interface of the first network device based on the second IP address; and responsive to determining that the state of the link is not active causing the second payload to be forwarded towards the third network device through the third network interface of the second network device based on the second IP address. receiving a first packet at a first network interface of the first network device, wherein the first packet includes a first Internet Protocol, IP, header and a first payload, wherein the first network interface couples the first network device with a customer network device; decapsulating the first packet to retrieve the first payload, wherein the first payload includes a second payload, and a second header including a second IP address as a destination address, and wherein the second IP address is associated with a second network interface of the first network device and the second IP address is further associated with a third network interface of the second network device; determining whether a state of a link that couples the first network device with a third network device is active; responsive to determining that the state of the link is active causing the second payload to be forwarded towards the third network device through the second network interface of the first network device based on the second IP address; and responsive to determining that the state of the link is not active causing the second payload to be forwarded towards the third network device through the third network interface of the second network device based on the second IP address.
A sensor module comprising: a sensor substrate; a sensor die mounted on the sensor substrate; a processor substrate having a mounting portion and at least one end portion extending from the mounting portion; a processor die mounted on the mounting portion of the processor substrate; and a stiffener disposed between the sensor substrate and the mounting portion of the processor substrate, characterized in that: the processor substrate is flexible, wherein the end portion of the flexible processor substrate is bent around an edge of the stiffener to electrically couple to the sensor substrate. a sensor substrate; a sensor die mounted on the sensor substrate; a processor substrate having a mounting portion and at least one end portion extending from the mounting portion; a processor die mounted on the mounting portion of the processor substrate; and a stiffener disposed between the sensor substrate and the mounting portion of the processor substrate, characterized in that: the processor substrate is flexible, wherein the end portion of the flexible processor substrate is bent around an edge of the stiffener to electrically couple to the sensor substrate. the processor substrate is flexible, wherein the end portion of the flexible processor substrate is bent around an edge of the stiffener to electrically couple to the sensor substrate.
Apparatus for use in continuous inkjet printing, comprising: a cabinet; an ink system located in the cabinet, the ink system comprising an ink pump, an ink system air inlet, and an ink system air outlet; an air circulation device arranged to cause air to flow within the cabinet; and an air filter unit arranged to receive an air filter, the air filter unit comprising a filter unit air inlet, and a filter unit air outlet; wherein, in use, the filter unit air outlet is arranged adjacent the ink system air inlet; and wherein the air circulation device is arranged to cause air to flow along a predetermined airflow path through the filter unit air inlet, the air filter, the filter unit air outlet, the ink system air inlet, past the ink pump, and through the ink system air outlet. a cabinet; an ink system located in the cabinet, the ink system comprising an ink pump, an ink system air inlet, and an ink system air outlet; an air circulation device arranged to cause air to flow within the cabinet; and an air filter unit arranged to receive an air filter, the air filter unit comprising a filter unit air inlet, and a filter unit air outlet; wherein, in use, the filter unit air outlet is arranged adjacent the ink system air inlet; and wherein the air circulation device is arranged to cause air to flow along a predetermined airflow path through the filter unit air inlet, the air filter, the filter unit air outlet, the ink system air inlet, past the ink pump, and through the ink system air outlet. the filter unit air outlet is arranged adjacent the ink system air inlet; and wherein the air circulation device is arranged to cause air to flow along a predetermined airflow path through the filter unit air inlet, the air filter, the filter unit air outlet, the ink system air inlet, past the ink pump, and through the ink system air outlet.