mhurhangee/ep-ind-claims huggingface dataset:
A water vapor observation device, comprising: a water vapor index acquisition module configured to acquire a water vapor index calculated based on radio wave intensities of at least two frequencies among a plurality of radio waves received by a microwave radiometer, at a plurality of time points during a predetermined period; a global navigation satellite system (GNSS) precipitable water vapor acquisition module configured to acquire a GNSS precipitable water amount calculated based on an atmospheric delay of a GNSS signal received by a GNSS receiver, at the plurality of time points; a correlation data generation module configured to generate correlation data between the water vapor index and the GNSS precipitable water; and a precipitable water vapor calculation module configured to calculate a precipitable water amount from an additional water vapor index, acquired based on a measurement of the microwave radiometer, based on the correlation data. a water vapor index acquisition module configured to acquire a water vapor index calculated based on radio wave intensities of at least two frequencies among a plurality of radio waves received by a microwave radiometer, at a plurality of time points during a predetermined period; a global navigation satellite system (GNSS) precipitable water vapor acquisition module configured to acquire a GNSS precipitable water amount calculated based on an atmospheric delay of a GNSS signal received by a GNSS receiver, at the plurality of time points; a correlation data generation module configured to generate correlation data between the water vapor index and the GNSS precipitable water; and a precipitable water vapor calculation module configured to calculate a precipitable water amount from an additional water vapor index, acquired based on a measurement of the microwave radiometer, based on the correlation data.
A fishing spinning reel comprising: a cylindrical drive shaft sleeve rotatably supported by a reel body and extending in a front-rear direction; a spool shaft inserted in the drive shaft sleeve and reciprocating back and forth; a cylindrical aligning holder attached on a front end portion of the drive shaft sleeve; and a bearing (31, 31A) fitted on an inner peripheral surface of the aligning holder and supporting the spool shaft slidably in the front-rear direction, wherein the aligning holder includes: a bearing fitted portion (34, 34A) situated in front of the front end portion of the drive shaft sleeve and having the inner peripheral surface on which the bearing (31, 31A) is fitted; and a concentric fitting portion fitted into the front end portion of the drive shaft sleeve, characterised in that: the concentric fitting portion is fitted on an inner periphery of the front end portion of the drive shaft sleeve, and in that an outer peripheral surface of the concentric fitting portion and an inner peripheral surface of the bearing fitted portion are made concentric with each other to obtain a high concentricity of the bearing (31, 31A) with the drive shaft sleeve. a cylindrical drive shaft sleeve rotatably supported by a reel body and extending in a front-rear direction; a spool shaft inserted in the drive shaft sleeve and reciprocating back and forth; a cylindrical aligning holder attached on a front end portion of the drive shaft sleeve; and a bearing (31, 31A) fitted on an inner peripheral surface of the aligning holder and supporting the spool shaft slidably in the front-rear direction, wherein the aligning holder includes: a bearing fitted portion (34, 34A) situated in front of the front end portion of the drive shaft sleeve and having the inner peripheral surface on which the bearing (31, 31A) is fitted; and a concentric fitting portion fitted into the front end portion of the drive shaft sleeve, characterised in that: the concentric fitting portion is fitted on an inner periphery of the front end portion of the drive shaft sleeve, and in that an outer peripheral surface of the concentric fitting portion and an inner peripheral surface of the bearing fitted portion are made concentric with each other to obtain a high concentricity of the bearing (31, 31A) with the drive shaft sleeve. a bearing fitted portion (34, 34A) situated in front of the front end portion of the drive shaft sleeve and having the inner peripheral surface on which the bearing (31, 31A) is fitted; and a concentric fitting portion fitted into the front end portion of the drive shaft sleeve, characterised in that: the concentric fitting portion is fitted on an inner periphery of the front end portion of the drive shaft sleeve, and in that an outer peripheral surface of the concentric fitting portion and an inner peripheral surface of the bearing fitted portion are made concentric with each other to obtain a high concentricity of the bearing (31, 31A) with the drive shaft sleeve.
A pressure dressing for preventing hemorrhagic complications after implanting medical devices in cardiac electrotherapy, comprising attaching means constituting a harness and having a chest belt and a shoulder belt connected to a pneumatic pressure cushion, the pressure dressing comprises a pressure sensor connected with an electric control and pumping system provided with an integrated circuit for controlling pressure in the pressure cushion, wherein the harness comprises also an arm belt, the integrated circuit is programmed so as to maintain an assigned constant pressure in the pressure cushion, the control and pumping system has a display, preferably a liquid crystal screen, capable of displaying a value of current pressure in a cuff of the pressure cushion or current time, characterized in that the control and pumping system has a controller having a memory, in which the pressure values in the cuff of the pressure cushion 4 are stored in periods from 1 to 360 minutes, preferably from 30 to 120 minutes, even more preferably every 60 minutes, on the basis of which the mean value of the force of pressure, expressed in millimeters of mercury, is calculated, the control and pumping system is battery-operated, the pressure dressing further includes an alarm, preferably a sound alarm, warning about a leakiness of the pneumatic system or about a low level of battery charge.
A curable two-component polyurethane adhesive composition comprising: a) a first component C1 comprising at least one polyol; b) a second component C2 comprising at least one isocyanate; c) a polyurethane catalytic system comprising a first bicyclic amine and a second bicyclic amine; and d) a particulate filler material; wherein the total amount of polyurethane catalytic system in component C1 or in component C2 is comprised between 0.2 wt.% and 1.0 wt.%, based on the total weight of component C1 or component C2, wherein the total amount of particulate filler material in component C1 or in component C2 is above 40 wt%, based on the total weight of component C1 or component C2, wherein the particulate filler material is selected from the group consisting of calcium carbonates having an average particle size of above 5 μm when measured by gravitational technique according to ISO 13371-3:2001, and wherein the curable two-component polyurethane adhesive composition is free of polyurethane metal catalysts. a) a first component C1 comprising at least one polyol; b) a second component C2 comprising at least one isocyanate; c) a polyurethane catalytic system comprising a first bicyclic amine and a second bicyclic amine; and d) a particulate filler material;
An aerosol-generating article (1, 102) for producing an aerosol upon heating, the aerosol-generating article (1, 102) comprising: a rod of aerosol-forming substrate; and a filter positioned downstream of the rod of aerosol-forming substrate; wherein the rod of aerosol-forming substrate and the filter are assembled within a wrapper, the aerosol-generating article (1, 102) comprising first and second air ingress zones (15, 215, 115, 315) located on the wrapper, the first and second air ingress zones (15, 215, 115, 315) each configured to allow the ingress of air into the interior of the aerosol-generating article (1, 102); further wherein the first air ingress zone (15, 215) comprises a substantially porous portion of the wrapper, the substantially porous portion having a porosity of at least 3000 Coresta Units, and wherein the level of air ingress into the interior of the aerosol-generating article (1, 102) through the first air ingress zone (15, 215) is configured to be greater than the level of air ingress into the interior of aerosol-generating article (1, 102) through the second air ingress zone (115, 315). a rod of aerosol-forming substrate; and a filter positioned downstream of the rod of aerosol-forming substrate; wherein the rod of aerosol-forming substrate and the filter are assembled within a wrapper, the aerosol-generating article (1, 102) comprising first and second air ingress zones (15, 215, 115, 315) located on the wrapper, the first and second air ingress zones (15, 215, 115, 315) each configured to allow the ingress of air into the interior of the aerosol-generating article (1, 102); further wherein the first air ingress zone (15, 215) comprises a substantially porous portion of the wrapper, the substantially porous portion having a porosity of at least 3000 Coresta Units, and wherein the level of air ingress into the interior of the aerosol-generating article (1, 102) through the first air ingress zone (15, 215) is configured to be greater than the level of air ingress into the interior of aerosol-generating article (1, 102) through the second air ingress zone (115, 315).
A compound of formula in the form of any one of its stereoisomers or mixtures thereof, and wherein the whole bonding between the carbon atoms connected by the dotted line is a carbon-carbon single or double bond, and R a represents a hydrogen atom or a Si(R b) 3 or (R b) 2 COH group, each R b representing C 1-6 alkyl group or a phenyl group.
A method for shifting a sliding sleeve in a wellbore, comprising: - providing a wellbore lined with tubing, the tubing comprising one or more ported tubular segments, each ported tubular segment having a port closure sleeve slidably disposed within the ported tubular segment; - the ported tubular segment having an inner profile (51a, 51b) for use in locating said port closure sleeve; - providing a tool assembly comprising: a locating device and a resettable sealing member; - deploying the tool assembly within the wellbore on coiled tubing; - engaging the inner profile (51a, 51b) of the ported tubular segment with the locating device; - setting the sealing member across the port closure sleeve; and - applying a hydraulic force via the coiled tubing to slide the port closure sleeve with respect to the ported tubular segment. - providing a wellbore lined with tubing, the tubing comprising one or more ported tubular segments, each ported tubular segment having a port closure sleeve slidably disposed within the ported tubular segment; - the ported tubular segment having an inner profile (51a, 51b) for use in locating said port closure sleeve; - providing a tool assembly comprising: a locating device and a resettable sealing member; - deploying the tool assembly within the wellbore on coiled tubing; - engaging the inner profile (51a, 51b) of the ported tubular segment with the locating device; - setting the sealing member across the port closure sleeve; and - applying a hydraulic force via the coiled tubing to slide the port closure sleeve with respect to the ported tubular segment.
A check valve, comprising: a) a silica gel valve body; b) an upper valve cover provided with an air hole; and c) a lower valve cover provided with an air inlet leg; characterized in that the silica gel valve body comprises an outer ring and an inner ring; a sealed valve plate is arranged inside the inner ring; the outer ring is connected to the inner ring through elastic pieces; the outer ring is fixed between the upper valve cover and the lower valve cover; and the inner ring is in a suspended state between the upper valve cover and the lower valve cover. a) a silica gel valve body; b) an upper valve cover provided with an air hole; and c) a lower valve cover provided with an air inlet leg;
A device for the recirculation of exhaust gas for an internal combustion engine having a plurality of cylinders (2 to 5), of which at least one cylinder is dedicated entirely to the recirculation of its exhaust gases, characterized in that it includes, for each cylinder (2 to 4) not dedicated to the recirculation of exhaust gas a means suitable for controlling the admission flow of a mixture of air and of exhaust gas, this means being intended to be disposed at the inlet of the cylinder (2 to 4) and able to be driven by an engine control device.
An adjustable valve, comprising: a housing comprising a first cavity and a second cavity; a first valve body disposed within the first cavity; a second valve body disposed within the first cavity, wherein the first valve body and the second valve body can rotate about a first axis; a third valve body disposed within the second cavity; a fourth valve body disposed within the first cavity, wherein the third valve body and the fourth valve body can rotate about a second axis; and an actuating shaft which is rotatably disposed within the first cavity and can selectively actuate one or more of the first valve body, the second valve body, the third valve body, and the fourth valve body to rotate. a housing comprising a first cavity and a second cavity; a first valve body disposed within the first cavity; a second valve body disposed within the first cavity, wherein the first valve body and the second valve body can rotate about a first axis; a third valve body disposed within the second cavity; a fourth valve body disposed within the first cavity, wherein the third valve body and the fourth valve body can rotate about a second axis; and an actuating shaft which is rotatably disposed within the first cavity and can selectively actuate one or more of the first valve body, the second valve body, the third valve body, and the fourth valve body to rotate.
Loom for weaving seamless closed edge multilayer fabrics (30; 70), wherein a shuttle (50; 60; 100, 200) carrying a shuttlespool with weft thread (51; 61) for inserting the weft thread in between warp threads is arranged to operate a right and left translation along a first operating trajectory extending between the warp threads through a first shed (1T, 2T) and a a second operating trajectory, distinct from the first operating trajectory, extending between the warp threads through a second shed (1B, 2B).
Forming device for forming at least one cup into a packaging material, wherein the forming device comprises at least: a die, which has at least one recess, a punch, which is configured to form the packaging material into the at least one recess of the die, and a hold-down device, wherein the hold-down device and the die are configured to receive the packaging material between them in a holding region that surrounds the at least one recess of the die, wherein the die has, in the holding region, a first bearing surface, which faces the hold-down device, and the hold-down device has, in the holding region, a second bearing surface, which faces the die, characterized in that the first bearing surface has at least one first opening, wherein the at least one first opening is in fluid communication with a first fluid source; and/or the second bearing surface has at least one second opening, wherein the at least one second opening is in fluid communication with a second fluid source. a die, which has at least one recess, a punch, which is configured to form the packaging material into the at least one recess of the die, and a hold-down device, wherein the hold-down device and the die are configured to receive the packaging material between them in a holding region that surrounds the at least one recess of the die, wherein the die has, in the holding region, a first bearing surface, which faces the hold-down device, and the hold-down device has, in the holding region, a second bearing surface, which faces the die, characterized in that the first bearing surface has at least one first opening, wherein the at least one first opening is in fluid communication with a first fluid source; and/or the second bearing surface has at least one second opening, wherein the at least one second opening is in fluid communication with a second fluid source.
A vehicle-based positioning system (VBPS) for a vehicle travelling along a guideway, the VBPS comprising: an inertial navigation system on-board the vehicle, wherein the INS is configured to detect one or more inertial parameters of the vehicle while the vehicle travels along the guideway; a guideway database, wherein the guideway database is configured to store inertial parameters of the guideway corresponding to a plurality of locations along the guideway; and a vital on-board controller (VOBC) configured to determine a position of the vehicle based on a comparison of the detected inertial parameters with the stored inertial parameters, characterised in that the detected inertial parameters include roll, pitch and yaw of the vehicle, and in that the stored inertial parameters include roll, pitch and yaw of the guideway, and wherein the VOBC is configured to limit a number of the stored inertial parameters for the comparison based on a latest checkpoint passed by the vehicle.
A control apparatus for power supply of a communication network, the control apparatus comprising N power sourcing equipment, N interface controllers, N power supply circuits, a monitoring module, a time-sharing control module and i voltage-adjustable direct current-direct current, DC-DC, modules, wherein each power supply circuit comprises the power sourcing equipment, the interface controller and other load in a circuit between the power sourcing equipment and the interface controller, and N is an integer number greater than or equal to 2, and i is an integer number greater than or equal to 2 and less than or equal to N; wherein, one side of the interface controllers is connected to the power sourcing equipment, and each interface controller is connected to one power sourcing equipment, and the other side is connected to the monitoring module, and the interface controllers are configured to determine whether to receive currents from the power sourcing equipment, and to transmit the currents to a next stage electrical load; one side of the monitoring module is connected to the interface controllers, and the other side is connected to the time-sharing control module and the voltage-adjustable DC-DC modules, and the monitoring module is configured to detect circuit data of each power supply circuit, compare the circuit data of each circuit to get an average value, analyze output circuit data that the each circuit should have, transmit the output circuit data that the each circuit should have to each voltage-adjustable DC-DC module respectively, and transmit the output circuit data that the each circuit should have to the time-sharing control module respectively; one side of the time-sharing control module is connected to the monitoring module and the other side is connected to all of the voltage-adjustable DC-DC modules, and the time-sharing control module is configured to calculate and process the circuit data of the monitoring module, transmit time-sharing control signals to the voltage-adjustable DC-DC modules by using a control strategy of time-sharing polling according to a difference in power supply time of the power sourcing equipment, and control opening and closing of power supply at input ends of the voltage-adjustable DC-DC modules to realize control for power supply time of the power sourcing equipment; and the voltage-adjustable DC-DC modules are connected to the time-sharing control module and output voltages to the electrical load, and the voltage-adjustable DC-DC modules are configured to receive the output circuit data that the circuits should have, adjust output voltages and supply power to the electrical load.
A performer lift comprising a base portion and an extension portion, the base portion comprising a platform and a lifting mechanism and the extension portion being attachable to the base portion to extend the height of the performer lift, characterised in that the base portion comprises a frame and the extension portion comprises a frame extension, wherein the frame defines an enclosure in which a performer may stand and the frame extension is removably attachable to the frame to extend the height of the enclosure.
Fastening device for releasably fastening a mechanism in the region of a cargo hold floor of an aircraft or spacecraft, comprising a base component, which is provided so as to be rigidly coupled to a floor component which is formed for introducing a load into the floor; and comprising a latch component, which comprises at least one holding portion comprising a latch-component-side holding face and is coupled to the base component in such a way that the latch component is movable between an unlocked position and a locked position with respect to the base component; wherein the latch component is formed in such a way that, when the mechanism is positioned in part in a predefined mounting position on the floor component and/or on the base component, the holding portion engages around a fastening portion, which is formed on the mechanism and which comprises at least one mechanism-side holding face, in the region of the mechanism-side holding face during the passage of the latch component into the locked position, in such a way that the latch-component-side holding face faces the mechanism-side holding face; wherein the latch component is formed in such a way that the latch-component-side holding face can be brought into engagement with the mechanism-side holding face in the manner of a thread when the mechanism is positioned in the mounting position on the floor component and/or on the base component and the latch component is passing from the unlocked position into the locked position; and wherein the latch-component-side holding face is formed in such a way that during passage of the latch component from the locked position into the unlocked position a gap between the latch-component-side holding face and the mechanism-side holding face continuously widens.