mhurhangee/ep-ind-claims huggingface dataset:
A method of operation of a Multiprotocol Label Switching network, the method comprising, in an active node of the network: receiving an event message for a synchronization protocol from a network node, wherein the active node is an egress Label Edge Router, and receiving a following message containing residence time information in a MPLS G-Ach format; forwarding a corresponding event message to a boundary clock node; measuring a residence time of the event message in the active node; extracting the received following message from the MPLS G-Ach format to generate a Precision Time Protocol, PTP, following message, and sending the PTP following message containing accumulated residence time information, including the residence time for the Label Edge Router. receiving a following message containing residence time information in a MPLS G-Ach format; forwarding a corresponding event message to a boundary clock node; measuring a residence time of the event message in the active node; extracting the received following message from the MPLS G-Ach format to generate a Precision Time Protocol, PTP, following message, and sending the PTP following message containing accumulated residence time information, including the residence time for the Label Edge Router.
A spinal stabilization system, comprising: first and second anchor members (12, 14) configured to be secured to first and second vertebrae, respectively, within a patient's body; a flexible element secured to the first anchor member and having an end portion; a rigid element secured to the second anchor member and having an end portion with an end surface, an axial bore extending from the end surface, an outer surface, and first and second openings (182,184) on the outer surface extending into the axial bore, the axial bore receiving the end portion of the flexible element; a needle member inserted through the first opening to retain the end portion of the flexible element within the axial bore; and a fastener extending through the second opening to further retain the flexible element in the axial bore, the fastener having a top surface spaced apart from the outer surface of the rigid element in an initial position and substantially flush with the outer surface in an installed position. first and second anchor members (12, 14) configured to be secured to first and second vertebrae, respectively, within a patient's body; a flexible element secured to the first anchor member and having an end portion; a rigid element secured to the second anchor member and having an end portion with an end surface, an axial bore extending from the end surface, an outer surface, and first and second openings (182,184) on the outer surface extending into the axial bore, the axial bore receiving the end portion of the flexible element; a needle member inserted through the first opening to retain the end portion of the flexible element within the axial bore; and a fastener extending through the second opening to further retain the flexible element in the axial bore, the fastener having a top surface spaced apart from the outer surface of the rigid element in an initial position and substantially flush with the outer surface in an installed position.
A method of separating a quantity of slurry into solids and liquids, the method comprising: (a) introducing a quantity of a slurry, comprising solids and liquids, in at least one filtration chamber; (b) extracting an initial portion of said liquids from the slurry within the filtration chamber whereby a cake is formed, by applying a pressure differential thereto, the applied pressure resulting in a first pressure within the filtration chamber; (c) extracting a subsequent portion of said slurry liquids from the filtration chamber by introducing to the filtration chamber a quantity of a first treatment gas at an elevated temperature, an elevated pressure, or a combination thereof and wherein said elevated temperature of the first treatment gas is obtained by compressing the first treatment gas in a compressor means having an intercooler, aftercooler or combination thereof, wherein all or part of a heat of compression is retained by the first treatment gas with bypassing said aftercooler or intercooler, or both, (d) controlling the elevated temperature of said first treatment gas by using a bypass pipe to bypass in part said first treatment gas in said compressor means from said aftercooler and mix said bypassed first treatment gas with cooled compressed first treatment gas from said aftercooler to obtain a desired temperature and pressure for said introduced first treatment gas; whereby the method is energy efficient by retaining said all or part of said heat of compression with bypassing said intercooler, aftercooler or combination thereof. (a) introducing a quantity of a slurry, comprising solids and liquids, in at least one filtration chamber; (b) extracting an initial portion of said liquids from the slurry within the filtration chamber whereby a cake is formed, by applying a pressure differential thereto, the applied pressure resulting in a first pressure within the filtration chamber; (c) extracting a subsequent portion of said slurry liquids from the filtration chamber by introducing to the filtration chamber a quantity of a first treatment gas at an elevated temperature, an elevated pressure, or a combination thereof and wherein said elevated temperature of the first treatment gas is obtained by compressing the first treatment gas in a compressor means having an intercooler, aftercooler or combination thereof, wherein all or part of a heat of compression is retained by the first treatment gas with bypassing said aftercooler or intercooler, or both, (d) controlling the elevated temperature of said first treatment gas by using a bypass pipe to bypass in part said first treatment gas in said compressor means from said aftercooler and mix said bypassed first treatment gas with cooled compressed first treatment gas from said aftercooler to obtain a desired temperature and pressure for said introduced first treatment gas; whereby the method is energy efficient by retaining said all or part of said heat of compression with bypassing said intercooler, aftercooler or combination thereof.
An apparatus for purifying an organic compound, characterized in that the apparatus comprises: a supply unit; an inner tube for receiving a purification target material therein, wherein the supply unit is located in the inner tube; a heater for heating the purification target material received in the inner tube; an evacuator for evacuating the inner tube into a vacuum; a driving device for driving the inner tube, a collecting unit, and a collecting-unit heating portion, wherein the collecting unit is disposed between the supply unit and the evacuator, wherein the collecting unit is divided into a plurality of zones, wherein the zones are to be heated by the collecting unit-heating portion including a plurality of collecting unit-heating portions (135a, 135b, 135c, 135d) adapted to independently control the temperature of each zone of the collecting unit. a supply unit; an inner tube for receiving a purification target material therein, wherein the supply unit is located in the inner tube; a heater for heating the purification target material received in the inner tube; an evacuator for evacuating the inner tube into a vacuum; a driving device for driving the inner tube, a collecting unit, and a collecting-unit heating portion, wherein the collecting unit is disposed between the supply unit and the evacuator, wherein the collecting unit is divided into a plurality of zones, wherein the zones are to be heated by the collecting unit-heating portion including a plurality of collecting unit-heating portions (135a, 135b, 135c, 135d) adapted to independently control the temperature of each zone of the collecting unit.
A system for landing gear prognostic and health management, comprising: a stroke measurement component including an indicator; and a pin configured to translate relative to the stroke measurement component, the pin including a plurality of graduations, wherein the pin is configured such that a graduation corresponding to a stroke length of a shock strut of the landing gear is located proximate the indicator, the plurality of graduations including the graduation corresponding to the stroke length, and wherein the indicator is configured to be located closest to a graduation of the plurality of graduations that corresponds to a stroke length of the shock strut. a stroke measurement component including an indicator; and a pin configured to translate relative to the stroke measurement component, the pin including a plurality of graduations, wherein the pin is configured such that a graduation corresponding to a stroke length of a shock strut of the landing gear is located proximate the indicator, the plurality of graduations including the graduation corresponding to the stroke length, and wherein the indicator is configured to be located closest to a graduation of the plurality of graduations that corresponds to a stroke length of the shock strut.
Device for depositing a wavy thread on a receiving surface, the deposition device comprising a support and a deposition head for depositing the wavy thread on the receiving surface, the device being characterized in that this deposition head comprises a right-hand conveyor and a left-hand conveyor, each conveyor (20D, 20G) transporting a plurality of elements for grasping the thread, putting the thread into a wavy shape and feeding the wavy thread to the receiving surface, the elements of each conveyor (20D, 20G) being aligned along a closed circuit (CFD, CFG) belonging to each conveyor, the elements of each conveyor (20D, 20G) extending towards the exterior of their closed circuits (CFD, CFG), the elements of each conveyor (20D, 20G) being set in motion along their closed circuits (CFD, CFG), the right-hand conveyor and left-hand conveyor being mounted facing one another on the support such that each element of a conveyor (20D, 20G) crosses, at two locations (E1, E2), the closed circuit (CFD, CFG) followed by the elements of the other conveyor (20D, 20G) when this element carries out a complete loop of the closed circuit (CFD, CFG) of its conveyor, and the setting of the elements of a conveyor (20D, 20G) into motion being synchronized with the setting of the elements of the other conveyor (20D, 20G) into motion.
A welding wire feed device, comprising: a wire guide having an outboard portion and two elongated guide surfaces (82,84) spaced from one another to define an opening through which welding wire is guided from a spool to a wire drive assembly, characterized in that the wire guide comprises a side flange extending from the outboard portion of the wire guide to maintain the welding wire tracking to a desired region of a roller of the wire drive assembly. a wire guide having an outboard portion and two elongated guide surfaces (82,84) spaced from one another to define an opening through which welding wire is guided from a spool to a wire drive assembly, characterized in that the wire guide comprises a side flange extending from the outboard portion of the wire guide to maintain the welding wire tracking to a desired region of a roller of the wire drive assembly.
Compounds of formula la and/or Ib wherein R 1, R 2, R 3 represent, independently of each other, a linear hydrocarbon chain of two to six carbon atoms length, R 4 represents benzyloxycarbonyl, 9-fluorenylmethoxycarbonyl or H. R 1, R 2, R 3 represent, independently of each other, a linear hydrocarbon chain of two to six carbon atoms length, R 4 represents benzyloxycarbonyl, 9-fluorenylmethoxycarbonyl or H.
Circuit for supplying oil to the hydraulic valve actuation stops in a combustion engine, the circuit comprising at least two rails supplying the hydraulic stops of valve lines of the engine, corresponding respectively to the intake and exhaust of the engine, the rails supporting the hydraulic stops arranged in pairs along the length of each rail, characterized in that each of the rails comprises, between the two hydraulic stops of each pair, at least one nozzle for degassing the oil flowing in the rail, formed in the upper wall of the rail, and in that the said at least one nozzle situated between two hydraulic stops of one and the same pair is arranged at the top of at least one boss formed on the upper wall of each of the rails.
An antioxidant dietary supplement composition comprising grapeseed extract, green tea extract, pine bark extract and pomegranate extract which composition comprises from 30 to 45% by weight of grapeseed extract, from 30 to 45% by weight of green tea extract, from 5 to 20% by weight of pine bark extract and from 5 to 20% by weight of pomegranate extract, wherein the % by weight is based on the total weight of the grapeseed extract, green tea extract, pine bark extract and pomegranate extract in the composition.
A method of analyzing liquid phase samples comprising: guiding a liquid sample to an ionizing device; heating said liquid sample with said ionizing device at a rate sufficient to thermally evaporate and convert one or more molecular components of said liquid sample to one or more gaseous ions and neutral particles; analyzing said gaseous ions with an ion analyzer device to provide information on the chemical composition of said liquid sample; characterized in that the thermally evaporating said liquid sample comprises: i) applying an electric current to said liquid sample as said liquid sample passes through a gap between a pair of electrodes (214, 216), or ii) heating said liquid sample via electromagnetic radiation from one or more lasers as said liquid sample passes through a focal point of said one or more lasers. guiding a liquid sample to an ionizing device; heating said liquid sample with said ionizing device at a rate sufficient to thermally evaporate and convert one or more molecular components of said liquid sample to one or more gaseous ions and neutral particles; analyzing said gaseous ions with an ion analyzer device to provide information on the chemical composition of said liquid sample; characterized in that the thermally evaporating said liquid sample comprises: i) applying an electric current to said liquid sample as said liquid sample passes through a gap between a pair of electrodes (214, 216), or ii) heating said liquid sample via electromagnetic radiation from one or more lasers as said liquid sample passes through a focal point of said one or more lasers.
A terminal apparatus comprising: a reception unit configured to receive information through higher layer signaling indicating two subframe sets including a first uplink subframe set and a second uplink subframe set that is different from the first uplink subframe set; a configuration unit configured to configure the first uplink subframe set and the second uplink subframe set based on the received information; a determination unit configured to determine the number of modulation coded symbols for channel state information based on a value of an offset; and a transmission unit configured to transmit the channel state information to a base station apparatus on a physical uplink shared channel in a subframe, wherein the determination unit is configured to configure a first value as the value of the offset for the subframe in a case that the subframe belongs to the first uplink subframe set, and to configure a second value as the value of the offset for the subframe in a case that the subframe belongs to the second uplink subframe set. a reception unit configured to receive information through higher layer signaling indicating two subframe sets including a first uplink subframe set and a second uplink subframe set that is different from the first uplink subframe set; a configuration unit configured to configure the first uplink subframe set and the second uplink subframe set based on the received information; a determination unit configured to determine the number of modulation coded symbols for channel state information based on a value of an offset; and a transmission unit configured to transmit the channel state information to a base station apparatus on a physical uplink shared channel in a subframe, wherein the determination unit is configured to configure a first value as the value of the offset for the subframe in a case that the subframe belongs to the first uplink subframe set, and to configure a second value as the value of the offset for the subframe in a case that the subframe belongs to the second uplink subframe set.
A door mirror comprising: a door mirror main body; an attachment stay including an attachment surface attached to a door of a vehicle body by being brought into contact therewith and configured to attach the door mirror main body to the door of the vehicle body; and a seal part provided between the attachment stay and the door of the vehicle body, wherein the seal part includes: a plate-shaped seal main body formed to correspond to the attachment surface; and a lip part formed in an annular shape along an outer peripheral portion of the seal main body and formed to protrude from the seal main body toward the door of the vehicle body, wherein the lip part includes at least two flexion parts (54a, 54b) between a base, which is a portion connected to the seal main body, and a distal end thereof, and the flexion parts (54a, 54b) are formed over the entire circumference of the lip part, characterized in that: the lip part further includes: a first extended part having a first flexion part formed at the base and extending from the first flexion part while gradually increasing in diameter; and a second extended part extending towards the door of the vehicle body from a distal end of the first extended part via a second flexion part while gradually decreasing in diameter. a door mirror main body; an attachment stay including an attachment surface attached to a door of a vehicle body by being brought into contact therewith and configured to attach the door mirror main body to the door of the vehicle body; and a seal part provided between the attachment stay and the door of the vehicle body, wherein the seal part includes: a plate-shaped seal main body formed to correspond to the attachment surface; and a lip part formed in an annular shape along an outer peripheral portion of the seal main body and formed to protrude from the seal main body toward the door of the vehicle body, a plate-shaped seal main body formed to correspond to the attachment surface; and a lip part formed in an annular shape along an outer peripheral portion of the seal main body and formed to protrude from the seal main body toward the door of the vehicle body, wherein the lip part includes at least two flexion parts (54a, 54b) between a base, which is a portion connected to the seal main body, and a distal end thereof, and the flexion parts (54a, 54b) are formed over the entire circumference of the lip part, characterized in that: the lip part further includes: a first extended part having a first flexion part formed at the base and extending from the first flexion part while gradually increasing in diameter; and a second extended part extending towards the door of the vehicle body from a distal end of the first extended part via a second flexion part while gradually decreasing in diameter. a first extended part having a first flexion part formed at the base and extending from the first flexion part while gradually increasing in diameter; and a second extended part extending towards the door of the vehicle body from a distal end of the first extended part via a second flexion part while gradually decreasing in diameter.
Absolute angle code which has a plurality of code sequences (A, B) arranged within 360° which, in combination, unambiguously encode the 360° in absolute terms, of which a first code sequence of length L A, comprising a sequence of code elements, encloses a first angle sector and is arranged many times in succession and is continued cyclically many times, a second code sequence of length L B, comprising a sequence of code elements, encloses a second angle sector and is arranged many times in succession and is continued cyclically many times, wherein the length L A of the first code sequence is the integer number of the code elements of the first code sequence, and the length L B of the second code sequence is the integer number of the code elements of the second code sequence, and wherein the first angle sector is unequal to the second angle sector, in that the length L A of the first code sequence differs from the length L B of the second code sequence, at least one of the code sequences (A, B) is formed only partly within the 360°, and forms a discontinuity with the following code sequence (A, B), and the code elements of the first code sequence and of the second code sequence enclose equal angle sectors.
Method for manufacturing a device (1, 101, 201, 301) for pumping a liquid from a lower-lying level to a higher-lying level and/or for generating energy from flow of a liquid from a higher-lying level to a lower-lying level, said device (1, 101, 201, 301) comprising a channel (4, 104, 204, 304) from plastic and a member (7, 107, 207, 307) from plastic arranged therein, which member (7, 107, 207, 307) is provided with a number of blades (9, 109, 209, 309), wherein the member (7, 107, 207, 307) has an outer periphery and the channel (4, 104, 204, 304) has an inner periphery, and wherein the member (7, 107, 207, 307) is fixed with its outer periphery at least locally to the inner periphery of the channel (4, 104, 204, 304), comprising the steps of manufacturing the member (7, 107, 207, 307) from plastic and manufacturing the channel (4, 104, 204, 304) from plastic, and installing and fixing the member (7, 107, 207, 307) in the channel (4, 104, 204, 304), characterized by laminating the member (7, 107, 207, 307) with its outer periphery onto the inner periphery of the channel (4, 104, 204, 304).
A cleaner comprising: a suction unit; a main body that is connected with the suction unit and separates dust from air sucked through the suction unit; and a handle unit that is connected to the main body, wherein the main body includes: a first body and a second body; a sealing member for sealing a boundary between the first body and the second body; characterized by: a support body that supports the sealing member and has an opening that communicates with the suction unit. a suction unit; a main body that is connected with the suction unit and separates dust from air sucked through the suction unit; and a handle unit that is connected to the main body, wherein the main body includes: a first body and a second body; a sealing member for sealing a boundary between the first body and the second body; characterized by: a support body that supports the sealing member and has an opening that communicates with the suction unit. a first body and a second body; a sealing member for sealing a boundary between the first body and the second body; characterized by: a support body that supports the sealing member and has an opening that communicates with the suction unit.