mhurhangee/ep-ind-claims huggingface dataset:
A method implemented using one or more processors, comprising: identifying, from a corpus of electronic video files, a set of candidate video clips, wherein a target n-gram is uttered in a target context in each candidate video clip of the set; for each candidate video clip of the set: comparing pre-existing manual subtitles associated with the candidate video clip to text that is generated based on speech recognition processing of an audio portion of the candidate video clip, and based at least in part on the comparing, calculating a measure of suitability as a dictionary usage example for the candidate video clip; selecting one or more of the candidate video clips from the set of candidate video clips based on the measures of suitability as dictionary usage examples; and associating the one or more selected video clips with the target n-gram in a searchable database. identifying, from a corpus of electronic video files, a set of candidate video clips, wherein a target n-gram is uttered in a target context in each candidate video clip of the set; for each candidate video clip of the set: comparing pre-existing manual subtitles associated with the candidate video clip to text that is generated based on speech recognition processing of an audio portion of the candidate video clip, and based at least in part on the comparing, calculating a measure of suitability as a dictionary usage example for the candidate video clip; comparing pre-existing manual subtitles associated with the candidate video clip to text that is generated based on speech recognition processing of an audio portion of the candidate video clip, and based at least in part on the comparing, calculating a measure of suitability as a dictionary usage example for the candidate video clip; selecting one or more of the candidate video clips from the set of candidate video clips based on the measures of suitability as dictionary usage examples; and associating the one or more selected video clips with the target n-gram in a searchable database.
A catheter assembly, comprising: a) an inflatable port, comprising: a housing; a chamber in the housing, the chamber having a major opening and a minor opening; a septum over the major opening of the chamber, the septum fixed to the housing; a hollow stem extending from the housing, the stem fluidly connected to the chamber by way of the minor opening of the chamber; and a bladder around at least a portion of the housing configured to increase a size of the inflatable port upon inflation of the bladder and to decrease the size of the inflatable port upon deflation of the bladder; b) a catheter including an end portion configured to slide over the stem of the inflatable port, the catheter having a lumen in fluid communication with the chamber of the inflatable port; and c) a catheter lock configured to slide over the end portion of the catheter over the stem of the inflatable port, thereby locking the catheter on the stem of the inflatable port. a) an inflatable port, comprising: a housing; a chamber in the housing, the chamber having a major opening and a minor opening; a septum over the major opening of the chamber, the septum fixed to the housing; a hollow stem extending from the housing, the stem fluidly connected to the chamber by way of the minor opening of the chamber; and a bladder around at least a portion of the housing configured to increase a size of the inflatable port upon inflation of the bladder and to decrease the size of the inflatable port upon deflation of the bladder; a housing; a chamber in the housing, the chamber having a major opening and a minor opening; a septum over the major opening of the chamber, the septum fixed to the housing; a hollow stem extending from the housing, the stem fluidly connected to the chamber by way of the minor opening of the chamber; and a bladder around at least a portion of the housing configured to increase a size of the inflatable port upon inflation of the bladder and to decrease the size of the inflatable port upon deflation of the bladder; b) a catheter including an end portion configured to slide over the stem of the inflatable port, the catheter having a lumen in fluid communication with the chamber of the inflatable port; and c) a catheter lock configured to slide over the end portion of the catheter over the stem of the inflatable port, thereby locking the catheter on the stem of the inflatable port.
Rescue device for rescue in water, comprising a housing, a rope and a reel, where the end of the rope is reeled on the reel, the rope being attached to the dorsal region of a life jacket which in use the rescuer fits on his body, characterized in that the housing is of iron, metal or hard plastic anchored to a concrete base, closed by a glass door to be broken in case of emergency, inside the housing, is located above a bench a motor, preferably electric, connected to mains or to a battery, but which can be a combustion engine in different embodiments, said motor driving in rotation a shaft on which is mounted the reel winding the rope of woven polypropylene or other reflective material, of at least 200 m long and 10 mm thick, capable of floating on water and to support a weight of at least 1000 kg, the life jacket having a strap between the legs, this jacket being provided with a whistle and light signal to alert about the moment when he can be rescued.
Linear guide which comprises at least one first guide element and at least one second guide element, wherein the second guide element is displaceable in a translatory manner in a displacement direction relative to the first guide element, wherein at least one linear bearing is arranged between the guide elements (2, 3), wherein the linear bearing has raceways (5, 6) for rolling bodies, wherein the raceways (5, 6) are arranged on or in the guide elements (2, 3), wherein rolling bodies are arranged between the raceways (5, 6), wherein there are locking means with which the two guide elements (2, 3) can be braced in a desired relative position to each other, wherein at least one of the raceways (5, 6) comprises a thrust element (9, 10) which is composed of elastic material and is configured to exert a spring force on the rolling bodies, which spring force pushes the latter away from the guide element (2, 3), characterized in that the thrust element (9, 10) is arranged with a central section in a groove-shaped recess in the guide element (2, 3), wherein the thrust element (9, 10) has, on both sides adjacent to the central section, a flat section (14, 15) which is configured for flat contact against a flat contact section (16, 17) on the guide element (2, 3).
A method for fabricating a permanent magnet stator for an electrical machine, the method comprising: providing a stator that includes conductive windings wound thereon and one or more permanent magnets embedded in the stator; positioning a magnetic keeper element on the stator so as to form a magnetic flux path with the one or more permanent magnets, with the magnetic keeper element closing the magnetic flux path of the one or more permanent magnets by providing a low reluctance flux path to magnetic flux generated by the one or more permanent magnets; performing a vacuum pressure impregnation process on the stator to increase a thermal conductivity of the conductive windings, the VPI process including a curing step that is performed at a selected temperature; and removing the magnetic keeper element upon completion of the VPI process; wherein the magnetic keeper element sets an operating point of the one or more permanent magnets to an internal flux density level above a demagnetization threshold associated with the selected temperature at which the curing step is performed. providing a stator that includes conductive windings wound thereon and one or more permanent magnets embedded in the stator; positioning a magnetic keeper element on the stator so as to form a magnetic flux path with the one or more permanent magnets, with the magnetic keeper element closing the magnetic flux path of the one or more permanent magnets by providing a low reluctance flux path to magnetic flux generated by the one or more permanent magnets; performing a vacuum pressure impregnation process on the stator to increase a thermal conductivity of the conductive windings, the VPI process including a curing step that is performed at a selected temperature; and removing the magnetic keeper element upon completion of the VPI process; wherein the magnetic keeper element sets an operating point of the one or more permanent magnets to an internal flux density level above a demagnetization threshold associated with the selected temperature at which the curing step is performed.
Bottom insert for shaft structures, wherein the shaft structure has a shaft of certain shape, in particular round shape, and depth, and a bottom region, wherein inlet openings are provided in the shaft, wherein at least one pump is provided in the bottom region, wherein the bottom region is configured as a pump sump, in particular by means of oblique wall parts, wherein the bottom insert is configured as a wall-forming, lining component on which fastening devices for machine parts are provided, wherein the bottom insert consists of a permanent, virtually hemispherical formwork having a planar, round bottom part and forms the pump sump, wherein a vertical fastening wall is configured in the pump sump, wherein the bottom part and the vertical fastening wall constitutes a stable, stiffened angle which forms the fastening device, characterized in that the bottom part stands on a base plate which, together with an angle profile, forms an additional angle which is adapted to the inner contour of the shaft, wherein strike-in dowels and sealing means are provided on the base plate for the water-tight fastening of the angle to the concrete of the shaft, wherein machine parts within the shaft can be fastened to the angle profile.
A method for determining the position of a high orbit satellite, which is a geostationary satellite, situated above a plurality of navigation satellites wherein: - navigation signals emitted by navigation satellites are received by a plurality of navigation devices, wherein the navigation devices are situated on low orbit satellites and below the navigation satellites and wherein the navigation signals are used for determining the position of the navigation devices; - at the position of the navigation devices positioning signals are emitted, which are received by the high orbit satellite and transmitted to a central unit (9, 29); - the central unit (9, 29) measures time delays of the positioning signals along their way from the navigation devices to the central unit (9, 29) and determines the position of the high orbit satellite based on the measured time delays, - each one of the navigation devices uses information on its own position and the position of the central unit (9, 29) for synchronizing a clock at the place of the navigation device with a central unit clock of the central unit (9, 29), - timing information on the emission time of the positioning signal from the place of the navigation device to the central unit (9, 29) is transmitted to the central unit (9, 29), and - the timing information is used by the central unit (9, 29) for determining the time delay of the positioning signals along their way from the navigation devices via the high orbit satellite to the central unit (9, 29), characterised in that the measured time delays are processed by a ground station for determining the position of the high orbit satellite. - navigation signals emitted by navigation satellites are received by a plurality of navigation devices, wherein the navigation devices are situated on low orbit satellites and below the navigation satellites and wherein the navigation signals are used for determining the position of the navigation devices; - at the position of the navigation devices positioning signals are emitted, which are received by the high orbit satellite and transmitted to a central unit (9, 29); - the central unit (9, 29) measures time delays of the positioning signals along their way from the navigation devices to the central unit (9, 29) and determines the position of the high orbit satellite based on the measured time delays, - each one of the navigation devices uses information on its own position and the position of the central unit (9, 29) for synchronizing a clock at the place of the navigation device with a central unit clock of the central unit (9, 29), - timing information on the emission time of the positioning signal from the place of the navigation device to the central unit (9, 29) is transmitted to the central unit (9, 29), and - the timing information is used by the central unit (9, 29) for determining the time delay of the positioning signals along their way from the navigation devices via the high orbit satellite to the central unit (9, 29),
A textile assembly comprising: a textile body; and a plurality of tensioning yarns, the plurality of tensioning yarns: connected to the textile body, characterized by one or more tensioning yarns of the plurality of tensioning yarns being: disposed back-and-forth across the textile body at predefined intervals to form a plurality of loop ends (206, 306, 402) that extend beyond opposing edges of the textile body, the loop ends (206, 306, 402) accessible to removably connect to multiple anchors on a speaker grille to secure the textile body to the speaker grille and enable removal of the textile body from the speaker grille; and configured to slidably move relative to at least a portion of the textile body to enable adjustment of a tension of the one or more tensioning yarns. a textile body; and a plurality of tensioning yarns, the plurality of tensioning yarns: connected to the textile body, characterized by one or more tensioning yarns of the plurality of tensioning yarns being: disposed back-and-forth across the textile body at predefined intervals to form a plurality of loop ends (206, 306, 402) that extend beyond opposing edges of the textile body, the loop ends (206, 306, 402) accessible to removably connect to multiple anchors on a speaker grille to secure the textile body to the speaker grille and enable removal of the textile body from the speaker grille; and configured to slidably move relative to at least a portion of the textile body to enable adjustment of a tension of the one or more tensioning yarns. disposed back-and-forth across the textile body at predefined intervals to form a plurality of loop ends (206, 306, 402) that extend beyond opposing edges of the textile body, the loop ends (206, 306, 402) accessible to removably connect to multiple anchors on a speaker grille to secure the textile body to the speaker grille and enable removal of the textile body from the speaker grille; and configured to slidably move relative to at least a portion of the textile body to enable adjustment of a tension of the one or more tensioning yarns.
Signal generating device (100, 200, 300, 400) for generating measurement signals (108, 208, 209) for electrical systems, comprising: a) a casing (101, 201) comprising an electroconductive material, b) an energy storage (102, 202, 302), which is arranged in the casing (101, 201), c) a data interface (104, 204, 304), which is arranged on the casing (101, 201) and which is designed to receive signal data (105, 205), d) a coupling interface (106, 206, 306), which is arranged on the casing (101, 201) and which can be coupled to the electrical system, and e) a signal generator (107, 207, 307, 407), which is arranged in the casing (101, 201), wherein the signal generating device (100, 200, 300, 400) comprises a number of load simulations (210, 211, 310, 311, 410, 411) which are arranged in the casing (101, 201) and which are electrically arranged between the coupling interface (106, 206, 306) and the signal generator (107, 207, 307, 407), characterized in in that the signal generator is coupled to the electrical energy storage (102, 202, 302) and the data interface (104, 204, 304) and the coupling interface (106, 206, 306), wherein the signal generator (107, 207, 307, 407) designed in such a way to generate the measurement signals on the basis of the signal data (105, 205) and to transmit them via the data interface (104, 204, 304) to the coupling interface (106, 206, 306), wherein the load simulations (210, 211, 310, 311, 410, 411) have a first input line (213, 215) and a second input line (212, 214) on the input side, wherein the first input line (212, 214) is coupled to the signal generator (107, 207, 307, 407) and wherein the second input line has a terminating resistor (218, 219, 318, 319, 418, 419), wherein the load simulations (210, 211, 310, 311, 410, 411) have an input switch (216, 217, 416, 417) which is designed to connect the first input line (212, 214) or the second input line (213, 215) in each case in a controlled manner. a) a casing (101, 201) comprising an electroconductive material, b) an energy storage (102, 202, 302), which is arranged in the casing (101, 201), c) a data interface (104, 204, 304), which is arranged on the casing (101, 201) and which is designed to receive signal data (105, 205), d) a coupling interface (106, 206, 306), which is arranged on the casing (101, 201) and which can be coupled to the electrical system, and e) a signal generator (107, 207, 307, 407), which is arranged in the casing (101, 201),
Tubing assembly using a tube and a tube coupling, where the tube coupling has a circumferential groove at a front side, with a groove base, into which the tube is inserted, and in which it is welded with the tube coupling, where the groove is connected with the surroundings of the tube coupling by at least one complete opening (14, 14'), the opening (14, 14') starts from a welding area between the tube and tube coupling, the opening (14, 14') pushes through the groove base at least partially and the groove is formed between a radially inner wall and a radially outer wall, identified by the fact that the opening (14, 14') is formed in the radially outer wall and the opening (14, 14') overlaps the groove base or closes with it.
An injection stretch blow molded article comprising: an HDPE resin having MI2 of 0.5 to 8.0 dg/min as measured by ASTM D-1238; 190°C/2.16kg, a polydispersity Mw/Mn of from 2.0 to 7.0, characterized in that the HDPE resin has a zero-shear viscosity between 1000 to 50,000 Pa•sec; and the article has a 45° gloss of greater than or equal to 50 as measured by ASTM D523 and a haze of less than or equal to 25% as measured by ASTM 1003.
A device for measuring at least a first physical quantity (V, P) of at least one fluid flow in a three-dimensional space having at least one predetermined interface, situated between at least two media (M1, M2), characterized in that the device comprises: at least one computer having means for prescribing at least two first and second boundary conditions concerning the first physical quantity (V, P) of the fluid flow taken at least at a first predetermined test point of the interface, associated respectively with at least one first source and with at least one second source, different to one another and distributed respectively at prescribed positions, distinct from the interface, the first source and the second source being selected from point sources of mass flow of fluid and/or force, the computer having calculation means configured to calculate, by distributed point source calculation method, a first value of the first physical quantity from the first boundary condition and from at least the first source and at least one second value of the first physical quantity from at least the second boundary condition and from at least the second source, in at least one second point of the space, different from the first test point, then to combine the values obtained respectively from the boundary conditions and sources in order to calculate the first physical quantity. at least one computer having means for prescribing at least two first and second boundary conditions concerning the first physical quantity (V, P) of the fluid flow taken at least at a first predetermined test point of the interface, associated respectively with at least one first source and with at least one second source, different to one another and distributed respectively at prescribed positions, distinct from the interface, the first source and the second source being selected from point sources of mass flow of fluid and/or force, the computer having calculation means configured to calculate, by distributed point source calculation method, a first value of the first physical quantity from the first boundary condition and from at least the first source and at least one second value of the first physical quantity from at least the second boundary condition and from at least the second source, in at least one second point of the space, different from the first test point, then to combine the values obtained respectively from the boundary conditions and sources in order to calculate the first physical quantity.
A setting apparatus performing a setting of inspection processing for inspecting a printed image, the setting apparatus comprising: a display unit configured to display a print setting screen (400, 700, 1000) for setting a print setting for printing at least one of date and page number on a sheet in addition to an image to be printed on the sheet; and a control unit configured to register, based on the print setting for printing the at least one of date and page number being set on the print setting screen (400, 700, 1000), an area where the at least one of date and page number is printed as a target area on which a character inspection is to be performed by an inspection unit, characterized in that in a case where an instruction related to an area on which the character inspection is to be performed is executed by a user on a character inspection setting screen, the control unit registers the instructed area as the target area on which the character inspection is to be performed by the inspection unit. a display unit configured to display a print setting screen (400, 700, 1000) for setting a print setting for printing at least one of date and page number on a sheet in addition to an image to be printed on the sheet; and a control unit configured to register, based on the print setting for printing the at least one of date and page number being set on the print setting screen (400, 700, 1000), an area where the at least one of date and page number is printed as a target area on which a character inspection is to be performed by an inspection unit, characterized in that in a case where an instruction related to an area on which the character inspection is to be performed is executed by a user on a character inspection setting screen, the control unit registers the instructed area as the target area on which the character inspection is to be performed by the inspection unit.