mhurhangee/ep-ind-claims huggingface dataset:
A construction machine, comprising: a hydraulic pump for discharging hydraulic fluid; a hydraulic actuator to be operated by hydraulic fluid discharged from the hydraulic pump; a tank for receiving hydraulic fluid discharged from the hydraulic actuator; a control valve shiftable between a permitting position to permit supply of hydraulic fluid from the hydraulic pump to the hydraulic actuator and discharge of hydraulic fluid from the hydraulic actuator to the tank and a restricting position to restrict the supply and the discharge of hydraulic fluid; a cooling oil line including an oil cooler for cooling hydraulic fluid and a non-cooling oil line, characterized in that the cooling oil line is connected to the control valve for leading hydraulic oil discharged from the control valve to the tank through the oil cooler when the control valve is shifted to the permitting position; and the non-cooling oil line is connected to the control valve (13, 14) for leading hydraulic oil discharged from the control valve to the tank running away from the oil cooler when the control valve is shifted to the restricting position, wherein the control valve includes a guide passage provided at the restricting position for allowing hydraulic oil discharged from the hydraulic pump to flow to the non-cooling oil line. a hydraulic pump for discharging hydraulic fluid; a hydraulic actuator to be operated by hydraulic fluid discharged from the hydraulic pump; a tank for receiving hydraulic fluid discharged from the hydraulic actuator; a control valve shiftable between a permitting position to permit supply of hydraulic fluid from the hydraulic pump to the hydraulic actuator and discharge of hydraulic fluid from the hydraulic actuator to the tank and a restricting position to restrict the supply and the discharge of hydraulic fluid; a cooling oil line including an oil cooler for cooling hydraulic fluid and a non-cooling oil line, characterized in that the cooling oil line is connected to the control valve for leading hydraulic oil discharged from the control valve to the tank through the oil cooler when the control valve is shifted to the permitting position; and the non-cooling oil line is connected to the control valve (13, 14) for leading hydraulic oil discharged from the control valve to the tank running away from the oil cooler when the control valve is shifted to the restricting position, wherein the control valve includes a guide passage provided at the restricting position for allowing hydraulic oil discharged from the hydraulic pump to flow to the non-cooling oil line.
A method for a first intermediate network node (5 or 6) for triggering at least one terminal to establish a communication path between the at least one terminal and a server, wherein the communication path includes at least one data connection, the method comprising: receiving a trigger message generated at the server the trigger message including (i) timing information instructing the at least one terminal when the communication path between the at least one terminal and the server is to be established, and (ii) connection information indicating a first type of the at least one data connection; characterised by: determining whether the first type of the at least one data connection is allowed for the at least one terminal; and upon positive determination, transmitting the trigger message from the first intermediate network node to the at least one terminal. receiving a trigger message generated at the server the trigger message including (i) timing information instructing the at least one terminal when the communication path between the at least one terminal and the server is to be established, and (ii) connection information indicating a first type of the at least one data connection; characterised by: determining whether the first type of the at least one data connection is allowed for the at least one terminal; and upon positive determination, transmitting the trigger message from the first intermediate network node to the at least one terminal. determining whether the first type of the at least one data connection is allowed for the at least one terminal; and upon positive determination, transmitting the trigger message from the first intermediate network node to the at least one terminal.
A splice table comprising a sealer trolley, wherein the sealer trolley is configured to seal an incoming web of packaging material to an existing web of packaging material during a splicing operation on the splice table, the sealer trolley comprising: a cutting unit having a blade arranged to cut the incoming web of packaging material at a slanted angle (β) characterized in that the cutting unit comprises a razor blade. a cutting unit having a blade arranged to cut the incoming web of packaging material at a slanted angle (β) characterized in that the cutting unit comprises a razor blade.
A method of wireless communication, comprising: receiving a signal from a base station, wherein the received signal comprises a timing advance loop index, TLI, and a power control loop index, PLI, which are jointly coded; and determining a timing advance, TA, loop from a plurality of TA loops based at least in part on the TLI, a power control, PC, loop from a plurality of PC loops based at least in part on the PLI, or a combination thereof. receiving a signal from a base station, wherein the received signal comprises a timing advance loop index, TLI, and a power control loop index, PLI, which are jointly coded; and determining a timing advance, TA, loop from a plurality of TA loops based at least in part on the TLI, a power control, PC, loop from a plurality of PC loops based at least in part on the PLI, or a combination thereof.
An absorbent article (10; 20; 30) comprising a liquid-permeable topsheet (102; 202) having a body facing surface and a garment facing surface, a liquid-impermeable backsheet (103; 203; 303) having a body facing surface and a garment facing surface, wherein an absorbent core (104; 204; 304) is positioned between the topsheet (102; 202) and the backsheet (103; 203; 303), and wherein the absorbent article (10; 20; 30) has a longitudinal central line extending through the absorbent article (10; 20; 30) and wherein the absorbent article extends in the direction of the longitudinal central line and a transverse direction, which is perpendicular to the direction of the longitudinal central line, and the absorbent article further comprises pressure sensitive adhesive on the garment facing surface of the backsheet (103; 203; 303), and wherein the backsheet (103; 203; 303) is a breathable polyolefin-based film having a grammage of from 15-25 gsm, a Water Vapour Transmission Rate measured according to NWSP 070.4.RO of at least 1000 g/m 2 /24h, and a tear resistance measured according to Elmendorf Tear ASTM D1922 of at least 300 mN, and wherein the film comprises inorganic filler from 20 to 60 percent by volume of the polyolefin/filler composition.
A support structure for a layer of material to be selectively treated by electron beam lithography with a high resolution pattern, said structure being intended to further receive an electro-sensitive masking layer for defining said pattern, characterised in that said support structure comprises the superposition of a substrate and of an intermediate layer made of a porous material with a density that is at least twice as low as that of the same non-porous material, said material having a low atomic mass of less than 32.
An optical coherence tomography scanning controller to perform resolution enhancement of OCT images during ophthalmic surgery, the OCT scanning controller further comprising: a processor having access to memory media storing instructions executable by the processor for, receiving a first command to generate first scan data from an interior portion of an eye of a patient; sending a second command to an OCT scanner to acquire the first scan data via a surgical microscope; receiving the first scan data from the OCT scanner; accessing second scan data previously generated from the interior portion of the eye using OCT, characterized in that the second scan data has higher spatial resolution than the first scan data; and wherein based on the first scan data, the instructions are executable for morphing the second scan data to correspond to an intraoperative deformation of the eye captured by the first scan data to generate third scan data; and causing the third scan data to be displayed.
Vaccine to prevent and treat Crimean Congo hemorrhagic fever (CCHF) comprising viral antigens, wherein the Kelkit06 strain of Crimean Congo hemorrhagic fever (CCHF) virus is used to obtain said viral antigens.
Chemical plant for the production of phosphoric acid, comprising: - a reactor for the production of phosphoric acid, - a receiving device for receiving the phosphogypsum obtained after filtration of the phosphoric acid produced in the reactor, - a phosphogypsum evacuation system from the receiving device, the chemical installation being characterized in that the evacuation system comprises a chute, the inlet of which is located inside the receiving device and is arranged so as to communicate with the said receiving device, and a flap which is movable about a rotation axis said flap being able to open at a predetermined angle (α) corresponding to a predetermined section of passage of a fraction of phosphogypsum through the inlet of the chute, and to close in order to prevent the passage of phosphogypsum into the chute. - a reactor for the production of phosphoric acid, - a receiving device for receiving the phosphogypsum obtained after filtration of the phosphoric acid produced in the reactor, - a phosphogypsum evacuation system from the receiving device, the chemical installation being characterized in that the evacuation system comprises a chute, the inlet of which is located inside the receiving device and is arranged so as to communicate with the said receiving device, and a flap which is movable about a rotation axis said flap being able to open at a predetermined angle (α) corresponding to a predetermined section of passage of a fraction of phosphogypsum through the inlet of the chute, and to close in order to prevent the passage of phosphogypsum into the chute.
Method for in vitro culture of a eukaryotic cell line of a multicellular organism characterized in that uric acid is added into the cell culture medium at a concentration of at least 0.1 g/L and the culture is performed under an ambient air atmosphere not supplemented with CO 2, the multiplication of said cells being able to be improved by culture under atmosphere supplemented with CO 2 in the absence of uric acid in said culture medium.
Method for identifying and locating microprocessor modules which are arranged distributed on a textile carrier and are electrically interconnected for voltage supply and data transmission, characterized in that one of the microprocessor modules is operated as a master module and the remaining microprocessor modules as slave modules which are arranged interchangeably at predetermined positions of the textile carrier and are connected to the master module via a bus, wherein for each slave module the supply voltage between the slave module and the bus designed as an electrically conductive yarn is measured and the master module assigns each slave module to one of the predetermined positions in a localizing manner on the textile carrier by means of the supply voltage which decreases with increasing distance of a slave module from the master module.
A flow battery comprising: a stack of manifold plates defining first and second exclusive flow circuits through the stack between first and second stack inlets (70a, 70b) and first and second stack outlets (74a, 74b), the manifold plates each including a frame that extends around a flow field of an electrochemically active area, with a plurality of port through-holes in the frame, the plurality of port through-holes being arranged in a rotationally symmetric pattern about a center of the respective manifold plate, characterised in that a portion of the manifold plates are stacked together in a first group and another portion of the manifold plates are stacked together in a second group that is angularly offset from an orientation of the first group and the first and second exclusive flow circuits are both configured to receive either a first or second fluid electrolyte (22, 26), wherein at least one of the fluid electrolytes (22, 26) is an ionically-conductive fluid. a stack of manifold plates defining first and second exclusive flow circuits through the stack between first and second stack inlets (70a, 70b) and first and second stack outlets (74a, 74b), the manifold plates each including a frame that extends around a flow field of an electrochemically active area, with a plurality of port through-holes in the frame, the plurality of port through-holes being arranged in a rotationally symmetric pattern about a center of the respective manifold plate, characterised in that a portion of the manifold plates are stacked together in a first group and another portion of the manifold plates are stacked together in a second group that is angularly offset from an orientation of the first group and the first and second exclusive flow circuits are both configured to receive either a first or second fluid electrolyte (22, 26), wherein at least one of the fluid electrolytes (22, 26) is an ionically-conductive fluid.
Holding jaw unit for a fastening element setting tool, in particular for a stand-up tool, for receiving a fastening element supplied via a corresponding transport device, comprising a fastening element head and a fastening element shaft, comprising at least two holding jaws and a holding jaw actuating arrangement, wherein the holding jaws comprise an opening for introducing the fastening element and a recess for receiving the fastening element head, characterized in that the holding jaws can be actuated by means of a mandrel, wherein the mandrel can be brought into engagement with the holding jaw actuating arrangement by a relative movement relative to the holding jaw unit in the axial direction X, wherein an opening movement of the holding jaws in the horizontal direction Y is effected, wherein the opening is enlarged such that a drive shaft of the setting tool can pass through the holding jaws and wherein the mandrel is separate from the drive shaft and the drive shaft executes at least temporarily a relative movement decoupled from the mandrel when passing through.
A method of operation of a storage device including a processor and associated storage (216,218), comprising the processor: responsive to a process being activated in the storage device processor, recognizing a credential waterfalling security provider containing a credential range for at least one user stored in said storage (216,218); determining if there is at least one pending command in the credential waterfalling security provider; in response to determining that there is at least one pending command for a downstream target in the credential range of the credential waterfalling security provider, configuring a next command of the at least one pending command, where configuring the next command comprises determining if one or more other downstream storage devices are a target of the next command and the next command is either a lock command or an unlock command; if the one or more other downstream storage devices are the target of the next command, determining if there are any remaining targets of the next command; and if any of the targets of the next command remain, delivering the at least one pending command to a next target of the remaining targets. responsive to a process being activated in the storage device processor, recognizing a credential waterfalling security provider containing a credential range for at least one user stored in said storage (216,218); determining if there is at least one pending command in the credential waterfalling security provider; in response to determining that there is at least one pending command for a downstream target in the credential range of the credential waterfalling security provider, configuring a next command of the at least one pending command, where configuring the next command comprises determining if one or more other downstream storage devices are a target of the next command and the next command is either a lock command or an unlock command; if the one or more other downstream storage devices are the target of the next command, determining if there are any remaining targets of the next command; and if any of the targets of the next command remain, delivering the at least one pending command to a next target of the remaining targets.
An automatic transmission including a carrier having short pinion gears and long pinion gears, and a friction engagement element (C-2) disposed on an outer peripheral side of the carrier, wherein: a structure that supports the short pinion gears and the long pinion gears of the carrier includes a carrier body and a carrier cover; the carrier body includes an annular flange portion, thick-walled portions that are integral with the flange portion, and bridge portions that extend from the thick-walled portions, long pinion gear housing spaces are formed between the flange portion and the carrier cover, and short pinion gear housing spaces are formed between the thick-walled portions and the carrier cover; a radially outer side of the short pinion gear housing spaces is covered by the bridge portions which extend from the thick-walled portions and distal ends of which are integrally fixed to the carrier cover; a radially outer side of the long pinion gear housing spaces is made open by opening portions provided between the bridge portions in a circumferential direction; and splines to be fitted with a friction member of the friction engagement element (C-2) are formed on outer peripheral surfaces of the bridge portions, characterized in that thick walled portions and bridge portions of the carrier body are formed integrally as one member, and a ring-shaped annular member that extends over an entire circumference is integrally fixed to outer peripheral portions of the bridge portions on a side of the thick-walled portions. a structure that supports the short pinion gears and the long pinion gears of the carrier includes a carrier body and a carrier cover; the carrier body includes an annular flange portion, thick-walled portions that are integral with the flange portion, and bridge portions that extend from the thick-walled portions, long pinion gear housing spaces are formed between the flange portion and the carrier cover, and short pinion gear housing spaces are formed between the thick-walled portions and the carrier cover; a radially outer side of the short pinion gear housing spaces is covered by the bridge portions which extend from the thick-walled portions and distal ends of which are integrally fixed to the carrier cover; a radially outer side of the long pinion gear housing spaces is made open by opening portions provided between the bridge portions in a circumferential direction; and splines to be fitted with a friction member of the friction engagement element (C-2) are formed on outer peripheral surfaces of the bridge portions, characterized in that thick walled portions and bridge portions of the carrier body are formed integrally as one member, and a ring-shaped annular member that extends over an entire circumference is integrally fixed to outer peripheral portions of the bridge portions on a side of the thick-walled portions.
A method of using a shape-formable apparatus, the method comprising: providing a shape-formable apparatus in a first state in which the apparatus is formable, the shape-formable apparatus comprising: an envelope defining a chamber, the envelope formed of a gas-impermeable material; a port positioned to fluidly couple the chamber with ambience; and at least two locking sheets positioned in the chamber in an at least partially overlapping configuration, wherein each locking sheet comprises a major surface, wherein at least a portion of each locking sheet is patterned to include solid regions and open regions, the solid regions being movable with respect to one another within the major surface and wherein each locking sheet is extensible, wherein the solid regions include a plurality of islands connected by one or more bridges, each island having an octagonal shape with one or more octagonal edges being connected to the one or more bridges; forming the apparatus into a desired shape when the apparatus is in the first state; and reducing the pressure in the chamber to change the apparatus from the first state to a second state in which the apparatus has the desired shape and is substantially less formable than in the first state. providing a shape-formable apparatus in a first state in which the apparatus is formable, the shape-formable apparatus comprising: an envelope defining a chamber, the envelope formed of a gas-impermeable material; a port positioned to fluidly couple the chamber with ambience; and at least two locking sheets positioned in the chamber in an at least partially overlapping configuration, wherein each locking sheet comprises a major surface, wherein at least a portion of each locking sheet is patterned to include solid regions and open regions, the solid regions being movable with respect to one another within the major surface and wherein each locking sheet is extensible, wherein the solid regions include a plurality of islands connected by one or more bridges, each island having an octagonal shape with one or more octagonal edges being connected to the one or more bridges; an envelope defining a chamber, the envelope formed of a gas-impermeable material; a port positioned to fluidly couple the chamber with ambience; and at least two locking sheets positioned in the chamber in an at least partially overlapping configuration, wherein each locking sheet comprises a major surface, wherein at least a portion of each locking sheet is patterned to include solid regions and open regions, the solid regions being movable with respect to one another within the major surface and wherein each locking sheet is extensible, wherein the solid regions include a plurality of islands connected by one or more bridges, each island having an octagonal shape with one or more octagonal edges being connected to the one or more bridges; forming the apparatus into a desired shape when the apparatus is in the first state; and reducing the pressure in the chamber to change the apparatus from the first state to a second state in which the apparatus has the desired shape and is substantially less formable than in the first state.