mhurhangee/ep-ind-claims huggingface dataset:
An external table height adjustment mechanism (402, 800) for a printer table, the external table height adjustment mechanism (402, 800) comprising: a table interface including a mounting bracket (432, 814) adapted to attach to a portion of the printer table and a thermal expansion compensation pin (434, 816) running through two ends of the mounting bracket (432, 814); a frame mounting block (430, 802) adapted to attach to a supporting frame of the printer table; a linkage structure (426, 806); and a rod (422, 820) extending away from the frame mounting block (430, 802); a rod interface adapted to attach to said rod; wherein the linkage structure (426, 806) is attached, using a mechanical attachment that enables pivoting at the point of attachment, to the rod interface and the compensation pin (434, 826) at a first end of the linkage structure (426, 806) such that a movement of said rod (422, 820) toward and away from said frame mounting block (430, 802) causes the linkage structure (426, 806) to pivot; and wherein the linkage structure (426, 806) is further attached, using a mechanical attachment that enables pivoting at the point of attachment, to the frame mounting block (430, 802) at an opposite end of the first end. a table interface including a mounting bracket (432, 814) adapted to attach to a portion of the printer table and a thermal expansion compensation pin (434, 816) running through two ends of the mounting bracket (432, 814); a frame mounting block (430, 802) adapted to attach to a supporting frame of the printer table; a linkage structure (426, 806); and a rod (422, 820) extending away from the frame mounting block (430, 802); a rod interface adapted to attach to said rod; wherein the linkage structure (426, 806) is attached, using a mechanical attachment that enables pivoting at the point of attachment, to the rod interface and the compensation pin (434, 826) at a first end of the linkage structure (426, 806) such that a movement of said rod (422, 820) toward and away from said frame mounting block (430, 802) causes the linkage structure (426, 806) to pivot; and wherein the linkage structure (426, 806) is further attached, using a mechanical attachment that enables pivoting at the point of attachment, to the frame mounting block (430, 802) at an opposite end of the first end.
A tool for use in connection with calibration of a load sensor, the tool comprising: - a first part comprising a first engagement member having a first contact surface to contact a lever of a load sensor, the lever being moveably mounted to a structure; - a second part comprising a second engagement member having a second contact surface to engage the structure, the second part being irremovable from the first part; - wherein the second part is moveable relative to the first part along an axis between at least two selectively lockable predefined axial positions, each predefined axial position providing a predefined axial distance between the first contact surface and the second contact surface. - a first part comprising a first engagement member having a first contact surface to contact a lever of a load sensor, the lever being moveably mounted to a structure; - a second part comprising a second engagement member having a second contact surface to engage the structure, the second part being irremovable from the first part; - wherein the second part is moveable relative to the first part along an axis between at least two selectively lockable predefined axial positions, each predefined axial position providing a predefined axial distance between the first contact surface and the second contact surface.
A missile comprising: an upper stage including a primary flight computer configured to control a flight of the upper stage along a missile flight path; and at least one lower stage mounted to the upper stage for initially propelling the upper stage along at least a portion of the missile flight path, wherein the at least one lower stage is configured to be jettisoned from the upper stage, the at least one lower stage further including a secondary flight computer configured to receive data from the primary flight computer prior to being jettisoned, and to control a flight of the at least one jettisoned lower stage along a jettisoned stage flight path of the at least one jettisoned lower stage. an upper stage including a primary flight computer configured to control a flight of the upper stage along a missile flight path; and at least one lower stage mounted to the upper stage for initially propelling the upper stage along at least a portion of the missile flight path, wherein the at least one lower stage is configured to be jettisoned from the upper stage, the at least one lower stage further including a secondary flight computer configured to receive data from the primary flight computer prior to being jettisoned, and to control a flight of the at least one jettisoned lower stage along a jettisoned stage flight path of the at least one jettisoned lower stage.
An electric pressure cooker, comprising: a main body having an opened upper surface and defining a cooking space; an inner pot having an opened upper surface and stored in the cooking space, and a lid configured to open and close the upper surface of the main body, the lid comprising: a lid fastening ring fastened to the opened upper surface of the main body; an inner lid comprising a steam outlet and a first flow guide path member defined on a lower surface of the inner lid and disposed inside of the lid fastening ring to block the upper surface of the inner pot; and an inside lid comprising a second flow path guide member and coupled to a lower surface of the inner lid, and the inside lid guides steam generated in the inner pot to the steam outlet through a steam flow path defined by the first flow path guide member and a second flow path guide member, wherein the second flow path guide member comprises a circular depression formed downward with respect to the inside lid in an area formed by the first flow guide member, and the circular depression stores water or alien substances contained in the steam. a main body having an opened upper surface and defining a cooking space; an inner pot having an opened upper surface and stored in the cooking space, and a lid configured to open and close the upper surface of the main body, the lid comprising: a lid fastening ring fastened to the opened upper surface of the main body; an inner lid comprising a steam outlet and a first flow guide path member defined on a lower surface of the inner lid and disposed inside of the lid fastening ring to block the upper surface of the inner pot; and an inside lid comprising a second flow path guide member and coupled to a lower surface of the inner lid, and the inside lid guides steam generated in the inner pot to the steam outlet through a steam flow path defined by the first flow path guide member and a second flow path guide member, wherein the second flow path guide member comprises a circular depression formed downward with respect to the inside lid in an area formed by the first flow guide member, and the circular depression stores water or alien substances contained in the steam. a lid fastening ring fastened to the opened upper surface of the main body; an inner lid comprising a steam outlet and a first flow guide path member defined on a lower surface of the inner lid and disposed inside of the lid fastening ring to block the upper surface of the inner pot; and an inside lid comprising a second flow path guide member and coupled to a lower surface of the inner lid, and the inside lid guides steam generated in the inner pot to the steam outlet through a steam flow path defined by the first flow path guide member and a second flow path guide member, wherein the second flow path guide member comprises a circular depression formed downward with respect to the inside lid in an area formed by the first flow guide member, and the circular depression stores water or alien substances contained in the steam.
A pull-out guide, comprising a fixable guide rail and a movably supported running rail, between which a middle rail is optionally arranged, wherein at least one latching device is provided for fixing the running rail to the guide rail in a releasable manner, and the latching device comprises a spring element (40, 60, 80) and an engaging element (50, 50', 50", 50"'), characterized in that the at least one latching device with the spring element (40, 60, 80) and the engaging element (50, 50', 50", 50"') is arranged on an exterior side of the pull-out guide in a defined position, and the spring element (40, 60, 80) is flexible and the engaging element (50, 50', 50", 50"') is arranged in a dimensionally stable manner, whereby the spring element (40, 60, 80) is bendable by the engaging element (50, 50', 50", 50"') in a direction perpendicularly to the direction of movement of the running rail, whereby the engaging element (50, 50', 50", 50"') is formed integrally with the guide rail as a V-shaped strip, characterized in that the spring element (40, 60, 80) is fixed to the running rail in a material-bonding manner.
A disposable flexible container (100, 200, 300, 400, 500, 600, 700, 800, 900, 1000, 1100) comprising a product volume (150, 250, 350, 450, 550, 650, 750, 850, 950, 1050, 1150); a structural support frame (140, 240, 340, 440, 540, 640, 740, 840, 940, 1040, 1140) that includes a plurality of structural support volumes, each of which is formed by one or more flexible materials expanded with one or more gases; characterized in that the container further comprises: a fluent product disposed within the product volume, wherein the fluent product has a shelf life that is six months or less; and wherein at least one of the one or more flexible materials has a gas transmission rate of 0.5 to 7000 cc/m 2 day atm, as measured for nitrogen by ASTM D 1434-82 at 50% relative humidity and 25°C using procedure V with partial pressures of 1 atm of high purity test gas on the high pressure side and 1 atm of clean atmospheric air on the low pressure side. a fluent product disposed within the product volume, wherein the fluent product has a shelf life that is six months or less; and wherein at least one of the one or more flexible materials has a gas transmission rate of 0.5 to 7000 cc/m 2 day atm, as measured for nitrogen by ASTM D 1434-82 at 50% relative humidity and 25°C using procedure V with partial pressures of 1 atm of high purity test gas on the high pressure side and 1 atm of clean atmospheric air on the low pressure side.
Thermal protection case for timepiece, including, within a casing, means for holding a case of a timepiece, characterised in that said holding means include, on the one hand, in order to come to bear on the same first side of said case at least two first elastic pistons each including a first mobile support arranged to come to bear on said first side of said case and each including at least one component thermally less conductive than said casing and than said case and creating a thermal barrier between said casing and said case, and on the other hand, in order to come to bear on the same second side of said case opposite said first side, at least three second supports each consisting of, either a pillar made of material thermally less conductive than said casing and than said case and constituting a fixed banking support, or of a second elastic piston including a second mobile support arranged to come to bear on said case and including at least one component thermally less conductive than said casing and than said case and creating a thermal barrier between said casing and said second mobile support.
A data processing method for fusing signals from a first data collector and a second data collector, wherein an output frame rate of the first data collector is a first frame rate, and an output frame rate of the second data collector is a second frame rate, the first frame rate is less than the second frame rate, characterized in that the method comprises: generating, by a terminal, a supplementary signal frame of the first data collector in the terminal, and determining, by the terminal, an input time stamp of the supplementary signal frame coinciding with an input time stamp of a signal of the second data collector; inputting, by the terminal, the supplementary signal frame into a first input queue of the first data collector, and obtaining, by the terminal, a second original signal frame of the second data collector currently inputted into a second input queue, when a current time reaches the input time stamp of the supplementary signal frame; and performing, by the terminal, signal fusion on the supplementary signal frame in the first input queue and the second original signal frame in the second input queue. generating, by a terminal, a supplementary signal frame of the first data collector in the terminal, and determining, by the terminal, an input time stamp of the supplementary signal frame coinciding with an input time stamp of a signal of the second data collector; inputting, by the terminal, the supplementary signal frame into a first input queue of the first data collector, and obtaining, by the terminal, a second original signal frame of the second data collector currently inputted into a second input queue, when a current time reaches the input time stamp of the supplementary signal frame; and performing, by the terminal, signal fusion on the supplementary signal frame in the first input queue and the second original signal frame in the second input queue.
A method of media presentation modification using at least one hardware processor, the method comprising: playing a first media item, wherein the first media item comprises first audio data; receiving, at a point in time during the playing of the first media item, a user input; generating, in response to the receiving of the user input, audio detection data as a representation of a first audio segment of the first audio data, wherein the first audio segment comprises a predetermined length of time encompassing the point in time, and wherein the audio detection data identifies a location within the audio detection data that is associated with the user input; playing a second media item, after the playing of the first media item, wherein the second media item comprises second audio data; detecting, in the second audio data, a second audio segment matching at least a portion of the first audio segment by comparing the audio detection data against data representing the second audio data; determining whether the second audio segment encompasses said location within the audio detection data; and altering, in response to the second audio segment encompassing said location within the audio detection data, the playing of the second media item during at least a portion of the second audio segment, wherein the altering comprises reducing an audio volume of at least the portion of the second audio segment, muting at least the portion of the second audio segment, or skipping at least the portion of the second audio segment. playing a first media item, wherein the first media item comprises first audio data; receiving, at a point in time during the playing of the first media item, a user input; generating, in response to the receiving of the user input, audio detection data as a representation of a first audio segment of the first audio data, wherein the first audio segment comprises a predetermined length of time encompassing the point in time, and wherein the audio detection data identifies a location within the audio detection data that is associated with the user input; playing a second media item, after the playing of the first media item, wherein the second media item comprises second audio data; detecting, in the second audio data, a second audio segment matching at least a portion of the first audio segment by comparing the audio detection data against data representing the second audio data; determining whether the second audio segment encompasses said location within the audio detection data; and altering, in response to the second audio segment encompassing said location within the audio detection data, the playing of the second media item during at least a portion of the second audio segment, wherein the altering comprises reducing an audio volume of at least the portion of the second audio segment, muting at least the portion of the second audio segment, or skipping at least the portion of the second audio segment.
An antenna device comprising: a ground element; a first monopole antenna element including a first section that is connected to a first feeding point provided on the ground element side and that runs along an edge of the ground element, a second section that runs from an end of the first section in a direction away from the edge of the ground element, and a third section that runs parallel to the first section along the edge of the ground element from an end of the second section, the first monopole antenna element having a first length that corresponds to 1/4 of a wavelength at a first resonance frequency; a parasitic element including a first section (120A, 120B) whose end is connected to the ground element in the vicinity of the end of the first section of the first monopole antenna element and that runs in a direction away from the ground element and a second section that runs along the third section of the first monopole antenna element from an end of the first section (120A, 120B) of the parasitic element, the parasitic element having a second length that corresponds to 1/4 of a wavelength at a second resonance frequency; and a dipole antenna element provided along the third section of the first monopole antenna element and the second section of the parasitic element, the dipole antenna element having a third length that corresponds to 1/2 of a wavelength at a third resonance frequency. a ground element; a first monopole antenna element including a first section that is connected to a first feeding point provided on the ground element side and that runs along an edge of the ground element, a second section that runs from an end of the first section in a direction away from the edge of the ground element, and a third section that runs parallel to the first section along the edge of the ground element from an end of the second section, the first monopole antenna element having a first length that corresponds to 1/4 of a wavelength at a first resonance frequency; a parasitic element including a first section (120A, 120B) whose end is connected to the ground element in the vicinity of the end of the first section of the first monopole antenna element and that runs in a direction away from the ground element and a second section that runs along the third section of the first monopole antenna element from an end of the first section (120A, 120B) of the parasitic element, the parasitic element having a second length that corresponds to 1/4 of a wavelength at a second resonance frequency; and a dipole antenna element provided along the third section of the first monopole antenna element and the second section of the parasitic element, the dipole antenna element having a third length that corresponds to 1/2 of a wavelength at a third resonance frequency.
A two-component urethane-based composition comprising an ester-based polyol resin-containing main composition part; a polyisocyanate-containing curing agent composition part; and a filler, wherein the ester-based polyol is an amorphous polyol, of which a crystallization temperature (Tc) and a melting temperature (Tm) are not observed in a DSC (differential scanning calorimetry) analysis as measured according to the description, or the ester-based polyol is a sufficiently low crystalline polyol having a melting temperature (Tm) of less than 15°C as measured according to the description, and wherein the polyisocyanate is a non-aromatic polyisocyanate. wherein the ester-based polyol is an amorphous polyol, of which a crystallization temperature (Tc) and a melting temperature (Tm) are not observed in a DSC (differential scanning calorimetry) analysis as measured according to the description, or the ester-based polyol is a sufficiently low crystalline polyol having a melting temperature (Tm) of less than 15°C as measured according to the description, and wherein the polyisocyanate is a non-aromatic polyisocyanate.
A method for establishing a connection, comprising: generating (S50, S72, S82) a create bearer context request message; characterized by the method further comprising: sending (S50, S72, S82), the create bearer context request message to a selected serving gateway, wherein the create bearer context request message comprises address information of at least one packet data network gateway and corresponding indication information of a protocol type of connection establishment, wherein the corresponding indication information of a protocol type of connection establishment is adapted to indicate a protocol type of connection supported by the packet data network gateway. generating (S50, S72, S82) a create bearer context request message; sending (S50, S72, S82), the create bearer context request message to a selected serving gateway, wherein the create bearer context request message comprises address information of at least one packet data network gateway and corresponding indication information of a protocol type of connection establishment, wherein the corresponding indication information of a protocol type of connection establishment is adapted to indicate a protocol type of connection supported by the packet data network gateway.
A system for operating a service light integrated with a reading light, the system comprising: a reading light; a service light configured to indicate whether service is desired or not; and a switch operably coupled to a switch cover, the switch configured to operate the reading light and the service light, wherein the switch is configured to control the reading light in a first mode and the service light in a second mode, wherein the switch receives an input for a first duration of time and an input for a second duration of time to trigger the first mode and second mode, respectively, wherein the first duration of time is shorter than the second duration of time, wherein the service light is configured to illuminate the switch cover, and wherein the switch cover operates as a push button to cause the switch to provide a signal to the reading light and the service light. a reading light; a service light configured to indicate whether service is desired or not; and a switch operably coupled to a switch cover, the switch configured to operate the reading light and the service light, wherein the switch is configured to control the reading light in a first mode and the service light in a second mode, wherein the switch receives an input for a first duration of time and an input for a second duration of time to trigger the first mode and second mode, respectively, wherein the first duration of time is shorter than the second duration of time, wherein the service light is configured to illuminate the switch cover, and wherein the switch cover operates as a push button to cause the switch to provide a signal to the reading light and the service light.