mhurhangee/ep-ind-claims huggingface dataset:
An exhaust cooling system for a gas turbine engine of an aircraft comprising: at least one fairing (260, 262; 350, 352); a liner (230; 330); an actuator configured to cause the at least one fairing (260, 262; 350, 352) to be translated relative to the liner (230; 330) in order to obtain a modulation of a metering area (240; 340) between the liner (230; 330) and the at least one fairing (260, 262; 350, 352); and a convergent flap (204; 304) and a divergent flap that define an exhaust nozzle throat associated with the system; wherein the modulation of the metering area (240; 340) by the actuator controls a radial dimension of the throat; wherein the modulation of the metering area (240; 340) adjusts a bypass ratio between a first flow that is subjected to a combustion in a core of the gas turbine engine relative to a second flow that bypasses the core; wherein the at least one fairing (260, 262; 350, 352) includes a first fairing (260; 350) connected to a radially outer wall delimiting the second flow and a second fairing (262; 352) connected to the convergent flap (204; 304); characterised in that: the modulation of the metering area (240; 340) is based on a form-factor of the at least one fairing (260, 262; 350, 352) and a form-factor of the liner (230; 330) such that the second flow is a function of the metering area (240; 340). at least one fairing (260, 262; 350, 352); a liner (230; 330); an actuator configured to cause the at least one fairing (260, 262; 350, 352) to be translated relative to the liner (230; 330) in order to obtain a modulation of a metering area (240; 340) between the liner (230; 330) and the at least one fairing (260, 262; 350, 352); and a convergent flap (204; 304) and a divergent flap that define an exhaust nozzle throat associated with the system; wherein the modulation of the metering area (240; 340) by the actuator controls a radial dimension of the throat; wherein the modulation of the metering area (240; 340) adjusts a bypass ratio between a first flow that is subjected to a combustion in a core of the gas turbine engine relative to a second flow that bypasses the core; wherein the at least one fairing (260, 262; 350, 352) includes a first fairing (260; 350) connected to a radially outer wall delimiting the second flow and a second fairing (262; 352) connected to the convergent flap (204; 304); characterised in that: the modulation of the metering area (240; 340) is based on a form-factor of the at least one fairing (260, 262; 350, 352) and a form-factor of the liner (230; 330) such that the second flow is a function of the metering area (240; 340).
A testing substrate comprising: a substrate material defining at least one well, the at least one well having a bottom surface, a center, and at least one side wall, the at least one side wall having a cross-sectional shape when lying in a plane parallel to the bottom surface, wherein the at least one well is circular; and a set of analysis features printed on the bottom surface in a circular pattern, the circular pattern having a shape that is similar to the cross-sectional shape of the at least one side wall; characterized in that: all of the analysis features in the at least one well are arranged at a distance from an outer edge of the at least one well, wherein a distance from a center of each of the features to the center of the well is the same for each of the features. a substrate material defining at least one well, the at least one well having a bottom surface, a center, and at least one side wall, the at least one side wall having a cross-sectional shape when lying in a plane parallel to the bottom surface, wherein the at least one well is circular; and a set of analysis features printed on the bottom surface in a circular pattern, the circular pattern having a shape that is similar to the cross-sectional shape of the at least one side wall; characterized in that: all of the analysis features in the at least one well are arranged at a distance from an outer edge of the at least one well, wherein a distance from a center of each of the features to the center of the well is the same for each of the features.
An aqueous composition for application in a method for the surgical or therapeutic treatment of the human or animal body or in a diagnostic method performed on the human or animal body, wherein the composition comprises osmotically active particles and contains 0.0 amniotic cells per μl wherein the osmolarity of the composition is in the range from 240 mosm/l to 300 mosm/l, characterized in that the composition consists of the following components ▪ 130-145 mmol/l of sodium, ▪ 3.5-4.5 mmol/l of potassium, ▪ 1-2.5 mmol/l of calcium, ▪ 0-2 mmol/l of magnesium, ▪ 100-120 mmol/l of chloride, ▪ 0-10 mg/dl of urea, ▪ 0-5 mg/dl of uric acid, ▪ 0-8 mg/dl of phosphate, ▪ 0-340 mg/dl of glucose, ▪ 0-20 mmol/l of lactate, ▪ 0-100 mg/l of citrate, ▪ 5-100 mmol/l of hydrogencarbonate, ▪ 0-10 g/l of total protein, ▪ 0-5 g/dl of albumin, ▪ 0-150 μg/dl of copper, ▪ 0-50 μg/dl of selenium, ▪ 0-30 μg/dl of zinc, ▪ 0-2000 mg/l of total lipids, ▪ 0-1000 mg/l of phosphatidylcholine, ▪ 0-600 mg/l of dipalmitoylphosphatidylcholine, ▪ 0-200 mg/l of palmitoylmyristolphosphatidylcholine, ▪ 0-200 mg/l of phosphatidylglycerol, ▪ 0-100 mg/l of phosphatidylethanolamine, ▪ 0-70 mg/l of phosphatidylinositol, ▪ 0-50 mg/l of phosphatidylserine, ▪ 0-1000 mg/l of sphingomyelin, ▪ 0-10 mg/l of lysophospholipid, ▪ 0-100 mg/l of cholesterol, ▪ 0-500 mg/l of surfactant protein A, ▪ 0-100 mg/l of surfactant protein B, ▪ 0-1000 μg/l of surfactant protein D, ▪ 0-1 g/l of apoprotein B, ▪ 0-1000 mg/l of lipoprotein, ▪ <30 pgl -1 of nonfetal DNA, ▪ the rest being water, wherein the L/S ratio is > 1.5, provided that the composition contains both components, and the pH is 7-8.6. ▪ 130-145 mmol/l of sodium, ▪ 3.5-4.5 mmol/l of potassium, ▪ 1-2.5 mmol/l of calcium, ▪ 0-2 mmol/l of magnesium, ▪ 100-120 mmol/l of chloride, ▪ 0-10 mg/dl of urea, ▪ 0-5 mg/dl of uric acid, ▪ 0-8 mg/dl of phosphate, ▪ 0-340 mg/dl of glucose, ▪ 0-20 mmol/l of lactate, ▪ 0-100 mg/l of citrate, ▪ 5-100 mmol/l of hydrogencarbonate, ▪ 0-10 g/l of total protein, ▪ 0-5 g/dl of albumin, ▪ 0-150 μg/dl of copper, ▪ 0-50 μg/dl of selenium, ▪ 0-30 μg/dl of zinc, ▪ 0-2000 mg/l of total lipids, ▪ 0-1000 mg/l of phosphatidylcholine, ▪ 0-600 mg/l of dipalmitoylphosphatidylcholine, ▪ 0-200 mg/l of palmitoylmyristolphosphatidylcholine, ▪ 0-200 mg/l of phosphatidylglycerol, ▪ 0-100 mg/l of phosphatidylethanolamine, ▪ 0-70 mg/l of phosphatidylinositol, ▪ 0-50 mg/l of phosphatidylserine, ▪ 0-1000 mg/l of sphingomyelin, ▪ 0-10 mg/l of lysophospholipid, ▪ 0-100 mg/l of cholesterol, ▪ 0-500 mg/l of surfactant protein A, ▪ 0-100 mg/l of surfactant protein B, ▪ 0-1000 μg/l of surfactant protein D, ▪ 0-1 g/l of apoprotein B, ▪ 0-1000 mg/l of lipoprotein, ▪ <30 pgl -1 of nonfetal DNA, ▪ the rest being water,
A processing method at a node constituting either one of one or more lower networks in a network with an upper network and the one or more lower networks placed lower to the upper network, comprising steps of: the node collecting a plurality of transactions comprising a transaction for causing a transfer of an asset from a lower network in which the node is included to the upper network; the node calculating the total amount of asset transfer to the upper network including the transaction and the total amount of asset transfer from the upper network with reference to a transaction history between the lower network in which the node is included and other networks; the node generating a block with the transaction which causes a transfer of an asset from a lower network in which the node is included to the upper network only if the total amount of asset transfer to the upper network does not exceed the total amount of asset transfer from the upper network, and the node finalizing the block under a condition that approvals from predetermined number of nodes within the nodes constituting the lower network in which the node is included is obtained to add the block to the transaction history. the node collecting a plurality of transactions comprising a transaction for causing a transfer of an asset from a lower network in which the node is included to the upper network; the node calculating the total amount of asset transfer to the upper network including the transaction and the total amount of asset transfer from the upper network with reference to a transaction history between the lower network in which the node is included and other networks; the node generating a block with the transaction which causes a transfer of an asset from a lower network in which the node is included to the upper network only if the total amount of asset transfer to the upper network does not exceed the total amount of asset transfer from the upper network, and the node finalizing the block under a condition that approvals from predetermined number of nodes within the nodes constituting the lower network in which the node is included is obtained to add the block to the transaction history.
A conduit duct for being sealingly mounted in a through-opening in a building wall, having a duct sleeve which is adapted for an insertion into the through-opening and for leading through a conduit, an outlet opening provided in said duct sleeve, via which outlet opening a filling substance capable of flowing can be fed to a filling volume on the outside of said duct sleeve, wherein said outlet opening is spaced to the proximal end of said duct sleeve in a duct direction by at least 30 % of a length of said duct sleeve taken in said duct direction and a proximal region of said duct sleeve, which is defined by this percentage, remains free of outlet openings, having a tube element provided in said duct sleeve, which tube element defines a feeding channel (10, 21), via which said filling substance capable of flowing can be fed to said filling volume, namely via said outlet opening provided in said duct sleeve.
A battery module assembly comprising: (a) two or more battery modules having cell units, each of which comprises one or more battery cells, connected in parallel to one another; (b) a pair of an upper case and a lower case to surround an upper part and a lower part of the battery modules in a state in which the battery modules are erected on their sides; (c) a bus bar assembly disposed at a front of the battery modules to electrically connect the battery modules to one another in parallel; and (d) a fastening hole (211, 221) formed at a front of the upper case and/or a front of the lower case to position or fix the battery module assembly, characterized in that the bus bar assembly comprises: (a) a cover plate formed of an electrically insulative material, the cover plate being fixed to the front of the battery modules, the cover plate comprising a pair of body parts; and (b) the pair of body parts, each of which is configured to have a structure in which an external input and output terminal is formed at an L-shaped side thereof and two or more bus bars diverge from the other side thereof in a state in which the body parts are mounted on the cover plate, and the body parts are arranged so as to face each other in a direction horizontal to a direction in which the battery modules are arranged. (a) two or more battery modules having cell units, each of which comprises one or more battery cells, connected in parallel to one another; (b) a pair of an upper case and a lower case to surround an upper part and a lower part of the battery modules in a state in which the battery modules are erected on their sides; (c) a bus bar assembly disposed at a front of the battery modules to electrically connect the battery modules to one another in parallel; and (d) a fastening hole (211, 221) formed at a front of the upper case and/or a front of the lower case to position or fix the battery module assembly, characterized in that (a) a cover plate formed of an electrically insulative material, the cover plate being fixed to the front of the battery modules, the cover plate comprising a pair of body parts; and (b) the pair of body parts, each of which is configured to have a structure in which an external input and output terminal is formed at an L-shaped side thereof and two or more bus bars diverge from the other side thereof in a state in which the body parts are mounted on the cover plate, and
A reciprocating compressor comprising:a cylinder having a compression space; a piston inserted into the cylinder being configured to define the compression space while being reciprocated; and a gas bearing having at least one bearing hole passing through the cylinder so that a refrigerant is injected between the cylinder and the piston, the gas bearing being configured to support the piston with respect to the cylinder, wherein the bearing hole comprises a gas guide groove and a plurality of nozzle parts extending toward an inner circumferential surface of the cylinder, and the gas guide groove has a cross-sectional area greater than that of the nozzle parts, wherein the reciprocating compressors comprises a flow resistance part disposed on one side of the cylinder being configured to restrict a flow of the refrigerant flowing toward the bearing hole, wherein the reciprocating compressor further comprises: a casing; a suction tube coupled to the casing; a suction muffler disposed within the casing, wherein the piston has a suction passage configured to communicate with the compression space and the suction muffler is coupled to an inlet-side of the suction passage of the piston, wherein the gas guide groove is recessed from the outer circumferential surface of the cylinder in a circumferential direction, the plurality of nozzle parts is arranged to extend from the gas guide groove, and the flow resistance part comprises a filter (361, 362, 363, 364) disposed in the suction tube or the suction muffler. a piston inserted into the cylinder being configured to define the compression space while being reciprocated; and a gas bearing having at least one bearing hole passing through the cylinder so that a refrigerant is injected between the cylinder and the piston, the gas bearing being configured to support the piston with respect to the cylinder, wherein the bearing hole comprises a gas guide groove and a plurality of nozzle parts extending toward an inner circumferential surface of the cylinder, and the gas guide groove has a cross-sectional area greater than that of the nozzle parts, wherein the reciprocating compressors comprises a flow resistance part disposed on one side of the cylinder being configured to restrict a flow of the refrigerant flowing toward the bearing hole, wherein the reciprocating compressor further comprises: a casing; a suction tube coupled to the casing; a suction muffler disposed within the casing, a casing; a suction tube coupled to the casing; a suction muffler disposed within the casing, wherein the piston has a suction passage configured to communicate with the compression space and the suction muffler is coupled to an inlet-side of the suction passage of the piston, wherein the gas guide groove is recessed from the outer circumferential surface of the cylinder in a circumferential direction, the plurality of nozzle parts is arranged to extend from the gas guide groove, and the flow resistance part comprises a filter (361, 362, 363, 364) disposed in the suction tube or the suction muffler.
A flat panel display, comprising: an upper panel and a lower panel having a display area for displaying an image and a non-display area; the lower panel including an insulating layer (PAC; PAS2) and a lower alignment layer disposed on the insulating layer; at least one trench (TR; TR1, TR2) formed in the insulating layer (PAC; PAS2) in the non-display area of the lower panel; wherein the lower alignment layer exposes at least a portion of a side wall (SW1, SW2; SW) of the trench (TR; TR1, TR2); and a sealant (SEAL) disposed in the non-display area for attaching the lower panel and the upper panel, the sealant (SEAL) filling the trench (TR; TR1, TR2); wherein the at least one trench (TR; TR1, TR2) includes first trenches (TR; TR1) formed as a blind hole in the insulating layer (PAC; PAS2) with a predetermined depth smaller than the thickness of the insulating layer (PAC; PAS2), the first trenches (TR; TR1) formed overlapping with one of a driver element and a ground line, respectively; and wherein the lower panel includes a lower substrate; characterized in that the at least one trench (TR; TR1, TR2) includes a second trench exposing a portion of the lower substrate formed at a portion of the non-display area between the ground line and an outer edge of the lower panel. an upper panel and a lower panel having a display area for displaying an image and a non-display area; the lower panel including an insulating layer (PAC; PAS2) and a lower alignment layer disposed on the insulating layer; at least one trench (TR; TR1, TR2) formed in the insulating layer (PAC; PAS2) in the non-display area of the lower panel; wherein the lower alignment layer exposes at least a portion of a side wall (SW1, SW2; SW) of the trench (TR; TR1, TR2); and a sealant (SEAL) disposed in the non-display area for attaching the lower panel and the upper panel, the sealant (SEAL) filling the trench (TR; TR1, TR2); wherein the at least one trench (TR; TR1, TR2) includes first trenches (TR; TR1) formed as a blind hole in the insulating layer (PAC; PAS2) with a predetermined depth smaller than the thickness of the insulating layer (PAC; PAS2), the first trenches (TR; TR1) formed overlapping with one of a driver element and a ground line, respectively; and wherein the lower panel includes a lower substrate; characterized in that the at least one trench (TR; TR1, TR2) includes a second trench exposing a portion of the lower substrate formed at a portion of the non-display area between the ground line and an outer edge of the lower panel.
Slotting cutter cutting insert (1a; 1b) having: a front side, which is at least locally configured as a rake face; a rear side, on the opposite side from the front side, which is configured at least in one region as a first contact surface, wherein the rear side has a profile in the form of a pitched roof with a first contact flank and a second contact flank, which are connected together via a ridge portion; an outer side, which is configured at least locally as a flank; an inner side on the opposite side from the outer side; two side faces on opposite sides from one another; a main cutting edge formed at the intersection line between the front side and the outer side; and a through-hole, which passes through the slotting cutter cutting insert, for receiving a fastening screw, characterized in that the main cutting edge is subdivided by at least one groove into at least one first main cutting edge part and one second main cutting edge part. a front side, which is at least locally configured as a rake face; a rear side, on the opposite side from the front side, which is configured at least in one region as a first contact surface, wherein the rear side has a profile in the form of a pitched roof with a first contact flank and a second contact flank, which are connected together via a ridge portion; an outer side, which is configured at least locally as a flank; an inner side on the opposite side from the outer side; two side faces on opposite sides from one another; a main cutting edge formed at the intersection line between the front side and the outer side; and a through-hole, which passes through the slotting cutter cutting insert, for receiving a fastening screw, characterized in that the main cutting edge is subdivided by at least one groove into at least one first main cutting edge part and one second main cutting edge part.
A user terminal comprising: a receiver configured to receive, from a base station, a System Information Block, SIB, transmitted by broadcast, the SIB including discovery information; and a transmitter configured to transmit a discovery- signal for discovering another user terminal existing in a vicinity of the user terminal, wherein the discovery information includes resource information used when the discovery signal is transmitted, transmission power information used when the discovery signal is transmitted, and threshold information indicating a predetermined threshold value; a controller configured to: determine whether or not the discovery signal is transmitted, on a basis of a comparison between Reference Signal Received Power, RSRP, of a reference signal transmitted from a serving cell and the predetermined threshold value indicated by the threshold information; decide a radio resource used for transmitting the discovery signal based on a basis of the resource information; and decide transmission power used for transmitting the discovery signal based on a basis of the transmission power information, and the transmitter is configured to transmit the discovery signal to the another user terminal with the decided transmission power by use of the decided radio resource. a receiver configured to receive, from a base station, a System Information Block, SIB, transmitted by broadcast, the SIB including discovery information; and a transmitter configured to transmit a discovery- signal for discovering another user terminal existing in a vicinity of the user terminal, wherein the discovery information includes resource information used when the discovery signal is transmitted, transmission power information used when the discovery signal is transmitted, and threshold information indicating a predetermined threshold value; a controller configured to: determine whether or not the discovery signal is transmitted, on a basis of a comparison between Reference Signal Received Power, RSRP, of a reference signal transmitted from a serving cell and the predetermined threshold value indicated by the threshold information; decide a radio resource used for transmitting the discovery signal based on a basis of the resource information; and decide transmission power used for transmitting the discovery signal based on a basis of the transmission power information, and determine whether or not the discovery signal is transmitted, on a basis of a comparison between Reference Signal Received Power, RSRP, of a reference signal transmitted from a serving cell and the predetermined threshold value indicated by the threshold information; decide a radio resource used for transmitting the discovery signal based on a basis of the resource information; and decide transmission power used for transmitting the discovery signal based on a basis of the transmission power information, and the transmitter is configured to transmit the discovery signal to the another user terminal with the decided transmission power by use of the decided radio resource.