mhurhangee/ep-ind-claims huggingface dataset:
Drill string component for positioning between a top hammer drill rig and a drill bit for percussive drilling and including a pipe-shaped element, which is arranged for transferring rotational movements from the drill rig to the drill bit, and which is arranged to enclose at least one rod element extending along a longitudinal axis for transferring impact pulses from a percussion drilling machine belonging to the top hammer drill rig to the drill bit, characterized in that a vibration-damping structure is arranged adjoining to at least a part of an inside of the pipe-shaped element in a space formed inwardly of said inside, between the pipe-shaped element and said at least one rod element.
A double stator switched reluctance rotating machine comprising: a laminated annular rotor; an outer stator that is disposed outside the rotor; and an inner stator that is disposed inside the rotor, wherein the rotor is provided with an annular yoke portion, a first salient pole that protrudes outward from the yoke portion, and a second salient pole that protrudes inward from the yoke portion, wherein a center line connects a center of the first salient pole with a center of the second salient pole in the radial direction, and corresponds to the axes of symmetry of the first and second salient poles and; twelve salient poles are provided on the inner periphery of the outer stator at an interval of 30° and coils are wound on the salient poles, twelve salient poles are provided on the outer periphery of the inner stator also provided with coils and also at an interval of 30° so as to have the same phase as the salient poles of the outer stator such that magnetic flux flows from the first and second salient poles of the rotor into the region connecting said rotor poles from opposite directions, characterized in that a bolt fastening hole is provided at the yoke portion of the rotor and passes through the rotor in an axial direction and in that said bolt fastening hole is provided on the center line so as to be closer to the inner stator depending on a difference in the magnitude of the magnetomotive forces of the outer and inner stators (20, 30).
An apparatus comprising: a first plurality of first conductive lines; and a first meandering interconnect supported in a spaced relationship from a deformable substrate at intermittent support points, wherein the first meandering interconnect comprises a first multiplicity of meandering conductive lines each of which is electrically connected to one of the first plurality of first conductive lines, wherein the first meandering interconnect provides routing of electrical signals. a first plurality of first conductive lines; and a first meandering interconnect supported in a spaced relationship from a deformable substrate at intermittent support points, wherein the first meandering interconnect comprises a first multiplicity of meandering conductive lines each of which is electrically connected to one of the first plurality of first conductive lines, wherein the first meandering interconnect provides routing of electrical signals.
An oral pharmaceutical composition for use in therapy by administration twice a day, comprising: a therapeutically effective amount of 17-hydroxyprogesterone caproate, and a pharmaceutically acceptable carrier said therapeutically effective amount ranging from 400 mg to 800 mg 17HPC, said 17HPC being particulate and having a mean particle diameter of 50 μm or less, wherein the pharmaceutically acceptable carrier includes: a hydrophilic surfactant chosen from a poloxamer, a polyethylene glycol sorbitan fatty acid ester, a sorbitan fatty acid ester, a polyethylene glycol glycerol fatty acid ester, sodium lauryl sulfate, sodium dioctyl sulfosuccinate, a lecithin, a bile salt or a combination thereof, and polyvinylpyrrolidone, croscarmellose, microcrystalline cellulose, magnesium stearate, silicon dioxide, stearic acid, mannitol, a polyvinyl alcohol copolymer, a polyvinylpyrrolidone copolymer, a polyethylene glycol copolymer, a methacrylic acid copolymer or a combination thereof; and when administered twice a day to a human subject, the oral pharmaceutical composition provides a 17HPC C avg-24h of greater than 5.0 ng/mL. a therapeutically effective amount of 17-hydroxyprogesterone caproate, and a pharmaceutically acceptable carrier said therapeutically effective amount ranging from 400 mg to 800 mg 17HPC, said 17HPC being particulate and having a mean particle diameter of 50 μm or less, wherein the pharmaceutically acceptable carrier includes: a hydrophilic surfactant chosen from a poloxamer, a polyethylene glycol sorbitan fatty acid ester, a sorbitan fatty acid ester, a polyethylene glycol glycerol fatty acid ester, sodium lauryl sulfate, sodium dioctyl sulfosuccinate, a lecithin, a bile salt or a combination thereof, and polyvinylpyrrolidone, croscarmellose, microcrystalline cellulose, magnesium stearate, silicon dioxide, stearic acid, mannitol, a polyvinyl alcohol copolymer, a polyvinylpyrrolidone copolymer, a polyethylene glycol copolymer, a methacrylic acid copolymer or a combination thereof; and when administered twice a day to a human subject, the oral pharmaceutical composition provides a 17HPC C avg-24h of greater than 5.0 ng/mL. a hydrophilic surfactant chosen from a poloxamer, a polyethylene glycol sorbitan fatty acid ester, a sorbitan fatty acid ester, a polyethylene glycol glycerol fatty acid ester, sodium lauryl sulfate, sodium dioctyl sulfosuccinate, a lecithin, a bile salt or a combination thereof, and polyvinylpyrrolidone, croscarmellose, microcrystalline cellulose, magnesium stearate, silicon dioxide, stearic acid, mannitol, a polyvinyl alcohol copolymer, a polyvinylpyrrolidone copolymer, a polyethylene glycol copolymer, a methacrylic acid copolymer or a combination thereof; and when administered twice a day to a human subject, the oral pharmaceutical composition provides a 17HPC C avg-24h of greater than 5.0 ng/mL.
A sliding part formed by sintering a powder compact, which is fabricated by filling an iron-based raw powder and a copper-based raw powder (2, 3) into a filling portion of a forming mold applying a vibration to the raw powders in the filling portion and compacting the raw powders, wherein the copper-based raw powder is comprised of a copper-based flat raw powder having an average diameter smaller than that of the iron-based raw powder and an aspect ratio larger than that of the iron-based raw powder; and a copper-based small-sized raw powder having an average diameter smaller than that of the copper-based flat raw powder, due to the vibration applied, the copper-based flat raw powder segregates at an outer side within the filling portion, the copper-based small-sized raw powder intrudes into a gap formed between the iron-based raw powder and the copper-based flat raw powder and said copper-based small-sized raw powder emerges at the outer side; and copper segregates on a surface of the sliding part, wherein the vibration is such that the copper-based flat raw powder segregates on the surface of the sliding part.
A method of operation of a navigation system comprising: receiving map data comprising road segments, the road segments having shape points and endpoints, wherein a shape point describes a beginning or an end of an incline; selecting a route to a target destination; detecting a location reading, wherein the location reading is a current location of a device having the navigation system; receiving a current speed and a current heading associated with the location reading; comparing the location reading with the map data and selecting a current road segment with an endpoint and a shape point, wherein the route has the current road segment; calculating a predicted point on the route based on the location reading, the current speed, the current heading, the shape points along a projection from the location reading to the predicted point and a time delay for the calculation; predicting a navigation instruction associated with the predicted point on the route; and displaying the navigation instruction on the device, wherein the time delay is a time required to receive the location reading, generate the navigation instruction and display the navigation instruction. receiving map data comprising road segments, the road segments having shape points and endpoints, wherein a shape point describes a beginning or an end of an incline; selecting a route to a target destination; detecting a location reading, wherein the location reading is a current location of a device having the navigation system; receiving a current speed and a current heading associated with the location reading; comparing the location reading with the map data and selecting a current road segment with an endpoint and a shape point, wherein the route has the current road segment; calculating a predicted point on the route based on the location reading, the current speed, the current heading, the shape points along a projection from the location reading to the predicted point and a time delay for the calculation; predicting a navigation instruction associated with the predicted point on the route; and displaying the navigation instruction on the device,
Gas-extraction device for extracting at least one gas contained in a drilling mud, the device comprising: - an enclosure, - an equipment for supplying the drilling mud to the enclosure, - an equipment for introducing a carrier gas into the enclosure, - a gas analyzer for analyzing the gas, wherein the device comprises a flow regulator able to regulate the flow rate of a gas flow containing at least carrier gas, characterized in that, the gas analyzer is connected to the enclosure via a gas-extraction pipe of the gas-extraction device, and the gas-extraction device further comprises a Venturi vacuum pump situated downstream of the enclosure and of the gas analyzer configured for locally setting a pressure lower than the pressure of the enclosure, whereby the enclosure has a higher pressure than the Venturi vacuum pump, wherein the flow regulator is interposed between the Venturi vacuum pump and the enclosure, - an enclosure, - an equipment for supplying the drilling mud to the enclosure, - an equipment for introducing a carrier gas into the enclosure, - a gas analyzer for analyzing the gas,
A filter module with a housing made of plastic and a filter made of plastic, which is arranged in the housing, wherein the filter is designed as a hollow fiber element with a plurality of hollow fiber membranes and is connected to the housing by an intermediate piece made of plastic, wherein the intermediate piece is adhesively bonded using glue between a first bonding surface of the housing and a second bonding surface of the intermediate piece, wherein the intermediate piece with its first bonding surface is adhesively bonded using glue to a second bonding surface of the hollow fiber element, wherein at least the first bonding surface of the housing has been activated by plasma or corona pre-treatment prior to adhesive bonding, wherein the hollow fiber element is sealed in a radial direction with respect to the adjacent tube end at at least a first end, and wherein the hollow fiber membranes of the hollow fiber element are open at the first end, characterized in that, the housing with its first bonding surface is made of a first plastic and the intermediate piece with its second bonding surface is made of a second plastic which is different from the first plastic, the housing is designed as a flexible tube made of a silicone, the hollow fiber membranes of the hollow fiber element are made of a polyethersulfone, the intermediate piece is made of thermoplastic, and the intermediate pieces is designed as a T-shaped connector with a radial branch and a pass-through channel as a connection to a ring-shaped channel arranged between the tube and the hollow fibre element.
A method of manufacturing a radius filler, wherein the radius filler is adapted to fill a radius filler region of a composite stiffener, comprising the steps of: providing a plurality of fibers; braiding the plurality of fibers into a braided preform; shaping the braided preform into a braided radius filler, the braided radius filler having radius filler corners; cutting the braided radius filler to a desired length, and adding an adhesive tip to at least one of the radius filler corners. providing a plurality of fibers; braiding the plurality of fibers into a braided preform; shaping the braided preform into a braided radius filler, the braided radius filler having radius filler corners; cutting the braided radius filler to a desired length, and adding an adhesive tip to at least one of the radius filler corners.
A rotor blade (100,300) for use with a wind turbine, the rotor blade comprising: a first blade section comprising at least one first panel wall; a second blade section comprising at least one second panel wall, said second blade section coupled to said first blade section to form said rotor blade; a first sparcap coupled to said first blade section, said first sparcap having a first chordwise width; and, a second sparcap coupled to said second blade section, said second sparcap having a second chordwise width that is greater than the first chordwise width; wherein said first sparcap has a first chordwise cross-section area, and said second sparcap has a second chordwise cross-section area that is approximately equal to the first chordwise cross-section area. a first blade section comprising at least one first panel wall; a second blade section comprising at least one second panel wall, said second blade section coupled to said first blade section to form said rotor blade; a first sparcap coupled to said first blade section, said first sparcap having a first chordwise width; and, a second sparcap coupled to said second blade section, said second sparcap having a second chordwise width that is greater than the first chordwise width; wherein said first sparcap has a first chordwise cross-section area, and said second sparcap has a second chordwise cross-section area that is approximately equal to the first chordwise cross-section area.
Use of a nonwoven material composed of continuous filaments for prevention of the escape of down from a down-filled textile product, wherein the nonwoven material is obtainable in a spinning process in which multicomponent fibres are laid down to form a fibrous web, then the multicomponent fibres are split into continuous filaments having a linear density of less than 0.15 dtex and the fibrous web is consolidated to a nonwoven material by means of mechanical consolidation comprising a fluid jet consolidation, wherein the nonwoven material has not undergone thermal or chemical consolidation over the entire surface.
An electrical connector system comprising: a backplane connector comprising a housing, signal contacts held by the housing and shield plates held by the housing; the housing includes a front and a rear, the housing includes signal channels extending along mating axes thereof between the front and the rear, the signal channels receive corresponding signal contacts, the housing includes slots that receive the shield plates; the signal contacts extend along the mating axes, the signal contacts are arranged in pairs for carrying differential signals; the pairs of signal contacts are arranged in columns and rows; the shield plates are electrically conductive, the shield plates extend generally parallel to the mating axes between corresponding pairs of signal contacts to entirely peripherally surround the pairs of signal contacts to provide electrical shielding for the pairs of signal contacts; and the pairs of signal contacts in adjacent columns to one another are all in different rows from one another, characterised in that each shield plate includes a repetitive shape having alternating first and second separating side walls linked together by transition walls, repeating the following pattern comprising, a first side wall being aligned in the same column but in the next row as one of the pair of contacts, and a second side wall being aligned in the next column but the same row as said one of the pair of contacts, between said one of the pair of contacts and another pair of contacts located in the same row but in a further column. a backplane connector comprising a housing, signal contacts held by the housing and shield plates held by the housing; the housing includes a front and a rear, the housing includes signal channels extending along mating axes thereof between the front and the rear, the signal channels receive corresponding signal contacts, the housing includes slots that receive the shield plates; the signal contacts extend along the mating axes, the signal contacts are arranged in pairs for carrying differential signals; the pairs of signal contacts are arranged in columns and rows; the shield plates are electrically conductive, the shield plates extend generally parallel to the mating axes between corresponding pairs of signal contacts to entirely peripherally surround the pairs of signal contacts to provide electrical shielding for the pairs of signal contacts; and the pairs of signal contacts in adjacent columns to one another are all in different rows from one another, characterised in that each shield plate includes a repetitive shape having alternating first and second separating side walls linked together by transition walls, repeating the following pattern comprising, a first side wall being aligned in the same column but in the next row as one of the pair of contacts, and a second side wall being aligned in the next column but the same row as said one of the pair of contacts, between said one of the pair of contacts and another pair of contacts located in the same row but in a further column.
Protective device (5; 15) of a front attachment (2; 12) of a harvester, which, in a harvesting position of the front attachment (2; 12) preferably occupies a resting position and releases mowing and intake components (4; 14) of the front attachment and which, in a transport position of the front attachment (2; 12), preferably occupies an operating position and delimits or covers the mowing and intake components (4; 14), at least at the front, of the front attachment in the direction of travel of the harvester, wherein the protective device comprises a cover device (6; 16) for delimiting or covering the mowing and intake components (4; 14) in the operating position and a displacement device (7; 17) for displacing the cover device (6; 16) between the operating position and the resting position, characterized in that the displacement device (7; 17) is rotatable about at least one axis (9; 19a, 19b) which runs horizontal and transverse to the harvesting direction and is positioned behind a front edge of the mowing and intake components (4; 14) of the front attachment (2:12), wherein in the resting position the cover device (6; 16) is stored in a rear section of a central recess (2a, 12a), above the same, of the front attachment.
Air outlet, designed as an extruded profiled element with an air feed side and an air outlet side, comprising a plurality of air-conducting elements (4, 5, 6) which are oriented in a profiled-element longitudinal direction, which form at least two air outlet openings, which are separated from one another and which extend over the length of the air outlet profiled element, and wherein the air outlet openings conduct the exiting air in at least two different blow-out directions, and a plate which is arranged upstream of the air-conducting elements (4, 5, 6) in an air outflow direction and which is perpendicular to the air flow direction, characterised in that the plate has openings, which allow air to flow through to the air outlet openings in alternation, and wherein the air outlet openings have a flow cross-section in the flow direction, that narrows in a first segment and widens in a second segment, wherein one of the air-conducting elements forming the flow is designed in the second segment to form a vacuum zone, wherein the air outlet profiled element is manufactured in one piece together with the air-conducting elements (4, 5, 6).
A composition comprising: A) a propylene-based interpolymer having a density from 0.850 g/cc to 0.900 g/cc; B) an ethylene-based polymer composition having a melt viscosity at 140°C from 10 mPa•s to 1,000 mPa•s; and C) a tackifier; and the composition has a molecular weight distribution ratio from 1.00 to 1.40, wherein the molecular weight distribution ratio is the molecular weight distribution of the propylene-based interpolymer of component to the molecular weight distribution of the ethylene-based polymer composition of component; and the composition has a density ratio from 0.93 to 1.30, wherein the density ratio is the density of the propylene-based interpolymer of component compared to the density of the ethylene-based polymer composition of component. A) a propylene-based interpolymer having a density from 0.850 g/cc to 0.900 g/cc; B) an ethylene-based polymer composition having a melt viscosity at 140°C from 10 mPa•s to 1,000 mPa•s; and C) a tackifier; and
An insulated composite fabric comprising: an outer fabric layer; and an insulating fabric layer attached the outer fabric layer, wherein the insulating fabric layer is a textile fabric having a raised surface facing towards the outer fabric layer; wherein the insulating fabric layer has a pile surface including a plurality of first discrete regions having a first pile height interspersed among a plurality of other discrete regions having contrasting pile height relatively greater than the first pile height; the insulated composite fabric being characterized in that the yarns forming the first discrete regions are relatively finer than yarns forming the other discrete regions. an outer fabric layer; and an insulating fabric layer attached the outer fabric layer, wherein the insulating fabric layer is a textile fabric having a raised surface facing towards the outer fabric layer; wherein the insulating fabric layer has a pile surface including a plurality of first discrete regions having a first pile height interspersed among a plurality of other discrete regions having contrasting pile height relatively greater than the first pile height; the insulated composite fabric being characterized in that the yarns forming the first discrete regions are relatively finer than yarns forming the other discrete regions.
A rotor hub for a tail rotor of a rotorcraft that comprises a plurality of tail rotor blades which are drivable by means of an associated tail rotor drive shaft, the rotor hub comprising: a cup-shaped hub-body that is adapted for supporting the plurality of tail rotor blades, the cup-shaped hub-body comprising at least a bottom wall that is made of fiber reinforced polymers and adapted for being attached to the plurality of tail rotor blades, wherein the bottom wall comprises a central aperture; and a central blade mount that is adapted for being attached to the plurality of tail rotor blades, the central blade mount being provided with a metallic splined sleeve that is adapted for being drivingly coupled to the associated tail rotor drive shaft, the metallic splined sleeve being mounted to the central aperture, characterized in that the bottom wall comprises a form-fit section and the metallic splined sleeve is connected to the form-fit section of the bottom wall by means of a form-fit connection. a cup-shaped hub-body that is adapted for supporting the plurality of tail rotor blades, the cup-shaped hub-body comprising at least a bottom wall that is made of fiber reinforced polymers and adapted for being attached to the plurality of tail rotor blades, wherein the bottom wall comprises a central aperture; and a central blade mount that is adapted for being attached to the plurality of tail rotor blades, the central blade mount being provided with a metallic splined sleeve that is adapted for being drivingly coupled to the associated tail rotor drive shaft, the metallic splined sleeve being mounted to the central aperture, characterized in that the bottom wall comprises a form-fit section and the metallic splined sleeve is connected to the form-fit section of the bottom wall by means of a form-fit connection.