mhurhangee/ep-ind-claims huggingface dataset:
A non-pressurized aircraft with an outline, comprising: a door leaf; a canopy frame with a canopy frame cross-section profile that comprises: first and second canopy frame faces (371, 372) that are arranged at a predetermined angle relative to each other, and a third canopy frame face that is arranged between the first and second canopy frame faces (371, 372); and a hinge that is entirely arranged within the outline of the non-pressurized aircraft and pivotally mounts the door leaf to the third canopy frame face, characterized in that the canopy frame further comprises a fourth canopy frame face that is arranged opposite the second canopy frame face on the canopy frame cross-section profile, wherein the door leaf comprises a door frame with a door frame cross-section profile that comprises a rear door frame face, and wherein a first virtual extension of the fourth canopy frame face and a second virtual extension of the rear door frame face intersect essentially in at least one intersection point. a door leaf; a canopy frame with a canopy frame cross-section profile that comprises: first and second canopy frame faces (371, 372) that are arranged at a predetermined angle relative to each other, and a third canopy frame face that is arranged between the first and second canopy frame faces (371, 372); and first and second canopy frame faces (371, 372) that are arranged at a predetermined angle relative to each other, and a third canopy frame face that is arranged between the first and second canopy frame faces (371, 372); and a hinge that is entirely arranged within the outline of the non-pressurized aircraft and pivotally mounts the door leaf to the third canopy frame face, characterized in that the canopy frame further comprises a fourth canopy frame face that is arranged opposite the second canopy frame face on the canopy frame cross-section profile, wherein the door leaf comprises a door frame with a door frame cross-section profile that comprises a rear door frame face, and wherein a first virtual extension of the fourth canopy frame face and a second virtual extension of the rear door frame face intersect essentially in at least one intersection point.
A conveyor belt hold down (112, 114) for a draper platform, the hold down (112, 114) comprising: a planar portion having a front edge, a rear edge, a left edge, and a right edge, characterized in that one of the left edge and the right edge defines a first slot or groove structure, and another of the left edge and the right edge defines a first tongue structure, wherein the first tongue structure is configured to be engaged in a second slot or groove structure of a substantially similar hold down (112, 114) disposed immediately adjacent to the first tongue structure, and wherein the first slot or groove structure is configured to receive a second tongue structure of a substantially similar hold down (112, 114) disposed immediately adjacent to the first slot or groove structure.
An annuloplasty implant (100, 200) comprising an inner core of a shape memory material, an outer covering arranged radially outside said inner core material to cover at least part of said inner core, wherein said outer covering is resilient to conform to said inner core during movement of said shape memory material, wherein said outer covering is formed of a first material having surface properties to promote endothelialization, wherein said outer covering is a spiral wound around said inner core, characterized in that said spiral is formed of a wire having a flattened cross-sectional profile.
A portion capsule of plastic and filled with an extraction material, for creating a brewed product, said capsule comprising: - a main body with a bottom region and with a peripheral side wall; and - a cover which is fastened on the main body; - wherein the cover is fastened on the main body along a peripheral collar, wherein the collar towards a cover side connects to the peripheral side wall; - wherein the main body in the region of the collar has an essentially rectangular cross section; - wherein the cover forms an outward arching, so that the cover contributes to a capsule volume; - characterised in that the collar has a width (b) of at least 1.6 mm. - a main body with a bottom region and with a peripheral side wall; and - a cover which is fastened on the main body; - wherein the cover is fastened on the main body along a peripheral collar, wherein the collar towards a cover side connects to the peripheral side wall; - wherein the main body in the region of the collar has an essentially rectangular cross section; - wherein the cover forms an outward arching, so that the cover contributes to a capsule volume; - characterised in that the collar has a width (b) of at least 1.6 mm.
A method for establishing a hotspot connection applied in a first terminal device, comprising: receiving a first operation, wherein the first operation is used to turn on WLAN hotspot of the first terminal device; receiving a second broadcast frame from a second terminal device; determining to share the WLAN hotspot to the second terminal device according to the second broadcast frame; sending a request message to the second terminal device by way of a Bluetooth Low Energy BLE channel, wherein the request message comprises a WLAN hotspot connection information, wherein the WLAN hotspot connection information includes a password of the WLAN hotspot; and establishing a WLAN hotspot connection to the second terminal device, wherein the WLAN hotspot connection is established based on the WLAN hotspot connection information; and connecting to the Internet as the WLAN hotspot of the second terminal device. receiving a first operation, wherein the first operation is used to turn on WLAN hotspot of the first terminal device; receiving a second broadcast frame from a second terminal device; determining to share the WLAN hotspot to the second terminal device according to the second broadcast frame; sending a request message to the second terminal device by way of a Bluetooth Low Energy BLE channel, wherein the request message comprises a WLAN hotspot connection information, wherein the WLAN hotspot connection information includes a password of the WLAN hotspot; and establishing a WLAN hotspot connection to the second terminal device, wherein the WLAN hotspot connection is established based on the WLAN hotspot connection information; and connecting to the Internet as the WLAN hotspot of the second terminal device.
An on-vehicle electronic module comprising: - a circuit board including a mounting region and a terminal forming region, - an electronic component (8, 9, 10, 11) being mounted in the mounting region, - a board terminal (4, 5) being formed in the terminal forming region: and - a case housing the mounting region of the circuit board, wherein the case includes a case member integrally formed with a wall surface and a mate connector housing, the wall surface forming a case internal space that houses the mounting region, a female connector being mounted to the male connector housing, and the circuit board penetrates the case member such that the terminal forming region is exposed to a housing space side of the male connector housing, wherein the circuit board integrally includes, between the mounting region and the terminal forming region, the insulating resin member that fixes the circuit board to the case member, the case member is integrally formed with the wall surface and the mate connector housing, the wall surface forming the case internal space that houses the mounting region, the female connector being mounted to the male connector housing, the case member includes a partition wall that separates the case internal space and a housing space of the male connector housing from each other, characterized in that the insulating member is fixed to the partition wall so as to hermetically seal the opening in the partition wall through which the circuit board penetrates the case member. - a circuit board including a mounting region and a terminal forming region, - an electronic component (8, 9, 10, 11) being mounted in the mounting region, - a board terminal (4, 5) being formed in the terminal forming region: and - a case housing the mounting region of the circuit board,
A coupling comprising: - a pipe branch, - a hose, and - a retainer, the pipe branch forming a proximal branch section terminating the pipe branch, a distal branch section in extension to the proximal branch section, and an expanded section with an increased diameter between the proximal branch section and the distal branch section, the hose terminating axially in an opening configured to receive the proximal branch section in an axial direction and comprising a proximal fold, a distal fold, and an internal gasket between the proximal fold and the distal fold, the gasket being arranged to seal between an inner surface of the hose and an outer surface of the proximal branch section, the retainer being configured to enclose the pipe branch and the hose and forming a proximal flange and a distal flange, the proximal flange and the distal flange both extending inwardly and defining a passage for the pipe branch, the passage having an internal diameter which is smaller than the increased diameter of the expanded section, the proximal flange being configured for engaging the proximal fold of the hose and the distal flange being configured for engaging the distal branch section of the pipe branch, characterized in that the retainer is configured with a retention flange extending inwardly and defining a passage with an internal diameter having a diameter smaller than the increased diameter of the expanded section, the retention flange being configured to engage the distal fold of the hose externally. - a pipe branch, - a hose, and - a retainer, the pipe branch forming a proximal branch section terminating the pipe branch, a distal branch section in extension to the proximal branch section, and an expanded section with an increased diameter between the proximal branch section and the distal branch section, the hose terminating axially in an opening configured to receive the proximal branch section in an axial direction and comprising a proximal fold, a distal fold, and an internal gasket between the proximal fold and the distal fold, the gasket being arranged to seal between an inner surface of the hose and an outer surface of the proximal branch section, the retainer being configured to enclose the pipe branch and the hose and forming a proximal flange and a distal flange, the proximal flange and the distal flange both extending inwardly and defining a passage for the pipe branch, the passage having an internal diameter which is smaller than the increased diameter of the expanded section, the proximal flange being configured for engaging the proximal fold of the hose and the distal flange being configured for engaging the distal branch section of the pipe branch, characterized in that the retainer is configured with a retention flange extending inwardly and defining a passage with an internal diameter having a diameter smaller than the increased diameter of the expanded section, the retention flange being configured to engage the distal fold of the hose externally.
A method for selective extraction of natural gas liquids from "rich" natural gas, wherein a rich natural gas stream is interacted with Liquid Natural Gas by mixing Liquid Natural Gas into the rich natural gas stream to lower the temperature of the rich natural gas stream to a selected hydrocarbon dew point, whereby at least one selected hydrocarbon liquid carried in the rich natural gas stream is condensed; characterized in that: the interacting step is sequentially repeated at different selected hydrocarbon dew points in order to condense different hydrocarbon liquids carried in the rich natural gas stream. characterized in that: the interacting step is sequentially repeated at different selected hydrocarbon dew points in order to condense different hydrocarbon liquids carried in the rich natural gas stream. the interacting step is sequentially repeated at different selected hydrocarbon dew points in order to condense different hydrocarbon liquids carried in the rich natural gas stream.
A method of making one or more quaternary ammonium polymers comprising the steps of: a) mixing 1,4-bis-dimethylamino-2-butene, triethanolamine and an acid; and b) introducing a 1,4-dihalo-2-butene to the mixture so as to initiate a reaction resulting in the quaternary ammonium polymer. a) mixing 1,4-bis-dimethylamino-2-butene, triethanolamine and an acid; and b) introducing a 1,4-dihalo-2-butene to the mixture so as to initiate a reaction resulting in the quaternary ammonium polymer.
An electronic device comprising: a display; an actuator physically coupled to the display and configured to cause vibration of the display in response to an audio signal that is an input to the actuator and that is generated by an audio amplifier; a vibration sensor physically coupled to the display and configured to sense the vibration of the display due to the actuator and to output a vibration sensor signal proportional to the vibration of the display due to the actuator; and a second actuator physically coupled to a portion of the electronic device different from the display, the second actuator configured to cause vibration of the portion in response to a second audio signal provided as an input to the second actuator. a display; an actuator physically coupled to the display and configured to cause vibration of the display in response to an audio signal that is an input to the actuator and that is generated by an audio amplifier; a vibration sensor physically coupled to the display and configured to sense the vibration of the display due to the actuator and to output a vibration sensor signal proportional to the vibration of the display due to the actuator; and a second actuator physically coupled to a portion of the electronic device different from the display, the second actuator configured to cause vibration of the portion in response to a second audio signal provided as an input to the second actuator.
An overhead cable for the transmission of low-voltage and medium-voltage electric power and digital signals, comprising a central fiber-optic cable, a protective covering surrounding the central fiber-optic cable, around the protective covering of the fiber optic - cable at least one aluminum alloy layer (3, 5, 7) for the transmission of low-voltage and medium-voltage electric power and a covering layer (4, 6, 8, 10) outside each of the at least one aluminum alloy layer, wherein the protective covering of said central fiber-optic cable comprises a protective covering material selected from cross-linked low-density polyethylene, XLPE, medium-density polyethylene, MXLPE, high-density polyethylene, HDXLPE, polypropylene, PP, Polyvinyl chloride-based compounds, PVC, Ethylene-vinyl acetate, EVA,-based compounds, and Ethylene propylene rubber-based elastomer compounds, EPR, wherein the at least one aluminum alloy layer comprises 6101 aluminum alloy wires that have been heat treated to a temperature within a range of 260°C and 300°C for a minimum heat treatment time of six to eight hours, and wherein the 6101 aluminum alloy wires of the at least one aluminum alloy layer have an ultimate elongation of a volumetric resistivity of 29.5 Ω.mm 2 /km and a breaking load of about 200MPa. electric power and digital signals, comprising a central fiber-optic cable, a protective covering surrounding the central fiber-optic cable, around the protective covering of the fiber optic - cable at least one aluminum alloy layer (3, 5, 7) for the transmission of low-voltage and medium-voltage electric power and a covering layer (4, 6, 8, 10) outside each of the at least one aluminum alloy layer, wherein the protective covering of said central fiber-optic cable comprises a protective covering material selected from cross-linked low-density polyethylene, XLPE, medium-density polyethylene, MXLPE, high-density polyethylene, HDXLPE, polypropylene, PP, Polyvinyl chloride-based compounds, PVC, Ethylene-vinyl acetate, EVA,-based compounds, and Ethylene propylene rubber-based elastomer compounds, EPR, wherein the at least one aluminum alloy layer comprises 6101 aluminum alloy wires that have been heat treated to a temperature within a range of 260°C and 300°C for a minimum heat treatment time of six to eight hours, and wherein the 6101 aluminum alloy wires of the at least one aluminum alloy layer have an ultimate elongation of a volumetric resistivity of 29.5 Ω.mm 2 /km and a breaking load of about 200MPa.
A regime recognition system for an aircraft, comprising: a regime engine configured to utilize sequential time-series numerical data to identify a top tier regime from a group of top tier regimes and to subsequently identify a sub-regime of the selected top tier regime; and a results communication system configured to receive the identified top tier regime or the identified sub-regime from the regime engine and communicate the identified top tier regime or the identified sub-regime to a flight computer configured to alter an operation of the aircraft as a function of the identified top tier regime or identified sub-regime; characterized in that when a portion of the sequential time-series numerical data matches multiple top tier regimes, the regime engine is configured to select a top tier regime having a higher priority than the other matching top tier regimes and is configured to associate the higher priority top tier regime with the portion of the sequential time-series numerical data; and in that the regime engine is configured to identify a sub-regime of the higher priority top tier regime. a regime engine configured to utilize sequential time-series numerical data to identify a top tier regime from a group of top tier regimes and to subsequently identify a sub-regime of the selected top tier regime; and a results communication system configured to receive the identified top tier regime or the identified sub-regime from the regime engine and communicate the identified top tier regime or the identified sub-regime to a flight computer configured to alter an operation of the aircraft as a function of the identified top tier regime or identified sub-regime; characterized in that when a portion of the sequential time-series numerical data matches multiple top tier regimes, the regime engine is configured to select a top tier regime having a higher priority than the other matching top tier regimes and is configured to associate the higher priority top tier regime with the portion of the sequential time-series numerical data; and in that the regime engine is configured to identify a sub-regime of the higher priority top tier regime.
Toric lens for correcting astigmatism having over one surface of it a power correction factor modulated by the equation Cos 2 θ ⋅ Sin 2 α said one surface of said lens being conceptually made by interspersing sectors,, said correction factor being applied on a first half and on a second half of said interspersing sectors and, wherein the correction factor has opposite sign on adjacent sectors and of said first half and second half, respectively, for improving tolerance to rotation, wherein the correction factor results from a linear combination of Zernike polynoms Z 4 (vertical astigmatism) and Z 5, (oblique astigmatism), wherein θ indicates the position, with respect to a reference meridian, of a radius or a meridian to which the correction is applied, wherein α indicates a misalignment angle of the lens (6000, 10000) with respect to an ideal correction angle of the astigmatism, wherein the correcting factor results from the calculation of the wavefront variation due to residual astigmatism, and wherein the correcting factor is subtracted to the wavefront of eye.
An apparatus for manufacturing a netted structure, comprising: a pair of opposing chutes (21,22), being made of metal, located on both sides of a filament assembly extruded downward along the width direction of said filament assembly and vertical to the thickness direction of said filament assembly, said chutes (21,22) being inclined so that the distance between each said chute (21,22) becomes narrower downward and toward the center of said filament assembly; and a pair of water supplying units (23,24) for supplying cooling water downward on surfaces of said chutes (21,22) to cool said filament assembly; wherein the surfaces of said chutes (21,22) are uniformly roughened by sandblasting so that said cooling water spreads all over the surfaces of said chutes (21,22) and forms cooling water layers; and said cooling water layers receive the filaments in surface parts of said filament assembly to form loops and make the adjacent filaments contact and entangled with each other so as to form surface layers having a higher apparent density and an inner layer located between said surface layers and having a lower apparent density. a pair of opposing chutes (21,22), being made of metal, located on both sides of a filament assembly extruded downward along the width direction of said filament assembly and vertical to the thickness direction of said filament assembly, said chutes (21,22) being inclined so that the distance between each said chute (21,22) becomes narrower downward and toward the center of said filament assembly; and a pair of water supplying units (23,24) for supplying cooling water downward on surfaces of said chutes (21,22) to cool said filament assembly; wherein the surfaces of said chutes (21,22) are uniformly roughened by sandblasting so that said cooling water spreads all over the surfaces of said chutes (21,22) and forms cooling water layers; and said cooling water layers receive the filaments in surface parts of said filament assembly to form loops and make the adjacent filaments contact and entangled with each other so as to form surface layers having a higher apparent density and an inner layer located between said surface layers and having a lower apparent density.
Tire building system comprising a first drum, a second drum and a plurality of first stations for performing tire building operations on said first drum and said second drum, wherein the tire building system further comprises a first support, a first carrier that carries the first drum with respect to the first support, a second support and a second carrier that carries the second drum with respect to the second support, wherein the first carrier is movable along the first support in a first positioning plane to position the first drum with respect to the plurality of first stations, characterized in that the second carrier is movable along the second support in the same first positioning plane to position the second drum with respect to the plurality of first stations, wherein the first support is arranged for supporting the first carrier from below the first positioning plane and wherein the second support is arranged for suspending the second carrier from above the first positioning plane.
An electric generator, comprising 1.1 a rotor; 1.2 a stator enclosing the rotor; 1.3 a housing; 1.4 a water-operated cooling device, comprising a water inlet (5.1) and a water outlet (5.2) and channels in the rotor and stator for guiding cooling water through the same; 1.5 the housing essentially is enclosed; 1.6 the water-operated cooling device is the only cooling device of the generator; characterized by the following features: 1.7 the housing comprises one respective air inlet and air outlet; 1.8 at least one of these two has an adjustable opening with, such that a defined air leakage may be obtained. 1.1 a rotor; 1.2 a stator enclosing the rotor; 1.3 a housing; 1.4 a water-operated cooling device, comprising a water inlet (5.1) and a water outlet (5.2) and channels in the rotor and stator for guiding cooling water through the same; 1.5 the housing essentially is enclosed; 1.6 the water-operated cooling device is the only cooling device of the generator; 1.7 the housing comprises one respective air inlet and air outlet; 1.8 at least one of these two has an adjustable opening with, such that a defined air leakage may be obtained.