mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for training a speech synthesis model, wherein the speech synthesis model is adapted to output speech in response to input text the method comprising: receiving training data for training said speech synthesis model, the training data comprising speech that corresponds to known text; training said speech synthesis model; testing said speech synthesis model using a plurality of text sequences; calculating at least one metric indicating the performance of the model when synthesising each text sequence; and determining from said metric whether the speech synthesis model requires further training; determining targeted training text from said calculated metrics, wherein said targeting training text is text related to text sequences where the metric indicated that the model required further training; and output said determined targeted training text with a request for further speech corresponding to the targeted training text; wherein calculating at least one metric comprises calculating a plurality of metrics for each text sequence and determining whether further training is needed for each metric; wherein the plurality of metrics comprises at least one or more derived from the output of the said synthesis model for a text sequence and the intermediate outputs during synthesis of a text sequence. receiving training data for training said speech synthesis model, the training data comprising speech that corresponds to known text; training said speech synthesis model; testing said speech synthesis model using a plurality of text sequences; calculating at least one metric indicating the performance of the model when synthesising each text sequence; and determining from said metric whether the speech synthesis model requires further training; determining targeted training text from said calculated metrics, wherein said targeting training text is text related to text sequences where the metric indicated that the model required further training; and output said determined targeted training text with a request for further speech corresponding to the targeted training text; wherein calculating at least one metric comprises calculating a plurality of metrics for each text sequence and determining whether further training is needed for each metric; wherein the plurality of metrics comprises at least one or more derived from the output of the said synthesis model for a text sequence and the intermediate outputs during synthesis of a text sequence.
A shaft and sleeve thread adapter for hydraulic nuts, comprising an adapter threaded part and an adapter piston, characterized in that a hydraulic nut is screwable onto the adapter threaded part.
An explosion-resistant device, comprising: an explosion-resistant enclosure comprising (i) an analysis compartment for receiving analysis equipment for analysis of materials, (ii) a control compartment for receiving control equipment, the control compartment isolated from the analysis compartment, and (iii) a feed-through extending between the analysis compartment and the control compartment for extension of cabling; and a lid assembly comprising (i) a lid enclosing an access opening of the control compartment and (ii) a graphical display assembly for presenting visual information regarding the analysis equipment, the lid positioned between the access opening and the graphical display assembly. an explosion-resistant enclosure comprising (i) an analysis compartment for receiving analysis equipment for analysis of materials, (ii) a control compartment for receiving control equipment, the control compartment isolated from the analysis compartment, and (iii) a feed-through extending between the analysis compartment and the control compartment for extension of cabling; and a lid assembly comprising (i) a lid enclosing an access opening of the control compartment and (ii) a graphical display assembly for presenting visual information regarding the analysis equipment, the lid positioned between the access opening and the graphical display assembly.
A sub-assembly for a cellular confinement system for soil, sand or other filler material, the sub-assembly formed of a plurality of interconnected open cells of flexible fabric material, and characterized in that at least some of the cells (8; 16; 108; 208; 308; 408; 608; 708) are being with a skirt portion extending from one or more respective cell wall(s), said skirt portion being integral with such wall(s) and comprising a skirting strip (20; 210; 310; 410) around the outer perimeter of the sub-assembly.
Cross member for a bumper beam for an automotive vehicle comprising: - an outer beam extending along a transverse direction with a main beam portion comprising an upper beam wall, a lower beam wall and a front beam wall connecting the upper beam wall and the lower beam wall, said upper beam wall, lower beam wall and front beam wall defining together a beam inner volume open in a back direction opposite to the front beam wall, - a reinforcement element defining a reinforced area of the outer beam, located inside a part of said beam inner volume and having a cross section, defining a reinforcement inner volume open in the back direction, - a closing plate closing at least a part of the beam inner volume, wherein the cross section of the reinforcement element has a shape which is not matching the shape of the outer beam in the reinforced area characterized in that the reinforcement element has a M shaped cross-section opened towards the back direction and comprises at least an upper reinforcement wall linked to a first intermediate reinforcement wall by an upper joining wall, said first intermediate reinforcement wall being joined to a second intermediate reinforcement wall by a central joining wall and said second intermediate reinforcement wall being linked to a lower reinforcement wall by a lower joining wall, said upper and lower joining walls and facing the front beam wall of the outer beam and said central joining wall facing the open side of the outer beam. - an outer beam extending along a transverse direction with a main beam portion comprising an upper beam wall, a lower beam wall and a front beam wall connecting the upper beam wall and the lower beam wall, said upper beam wall, lower beam wall and front beam wall defining together a beam inner volume open in a back direction opposite to the front beam wall, - a reinforcement element defining a reinforced area of the outer beam, located inside a part of said beam inner volume and having a cross section, defining a reinforcement inner volume open in the back direction, - a closing plate closing at least a part of the beam inner volume, wherein the cross section of the reinforcement element has a shape which is not matching the shape of the outer beam in the reinforced area characterized in that the reinforcement element has a M shaped cross-section opened towards the back direction and comprises at least an upper reinforcement wall linked to a first intermediate reinforcement wall by an upper joining wall, said first intermediate reinforcement wall being joined to a second intermediate reinforcement wall by a central joining wall and said second intermediate reinforcement wall being linked to a lower reinforcement wall by a lower joining wall, said upper and lower joining walls and facing the front beam wall of the outer beam and said central joining wall facing the open side of the outer beam.
Longitudinally adjustable vehicle seat having at least one seat rail pair, having a first seat rail which is fixed to the structure, and a second seat rail which is guided in said first seat rail and is connected to the vehicle seat, balls which are arranged in ball holders and are arranged between the first seat rail and the second seat rail, in order to reduce the friction, the first seat rail forming a ball raceway, along which the balls roll, a first end stop and a second end stop which delimit the movability of the seat rail pair, characterized in that at least one elevation (12") which protrudes into the ball raceway is provided, it being possible for the elevation (12") to be overcome by at least one ball and the ball holder.
A file shredder, comprising: - a housing, - a cutting device including a drive unit and a control unit, the cutting device arranged in the housing, - a feed channel configured for sheet material and arranged above the cutting device, the feed channel including; - an inlet opening originating from a top side of the housing and - an outlet opening that is aligned with a material pull in gap of the cutting device, - wherein the feed channel is formed by two narrow walls (5a, d) and a support wall and an opposite wall, - at least one movable scan element arranged in the housing which scan element reaches partially through at least one of the wide walls (5b, 5c) of the support channel and partially protrudes into the support channel, - wherein the scan element actuates a switch when the scan element is displaced from a nominal position and interrupts the drive of the cutting device, characterized in that the at least one movable scan element partially reaches through the wall plural times. - a housing, - a cutting device including a drive unit and a control unit, the cutting device arranged in the housing, - a feed channel configured for sheet material and arranged above the cutting device, the feed channel including; - an inlet opening originating from a top side of the housing and - an outlet opening that is aligned with a material pull in gap of the cutting device, - wherein the feed channel is formed by two narrow walls (5a, d) and a support wall and an opposite wall, - at least one movable scan element arranged in the housing which scan element reaches partially through at least one of the wide walls (5b, 5c) of the support channel and partially protrudes into the support channel, - wherein the scan element actuates a switch when the scan element is displaced from a nominal position and interrupts the drive of the cutting device,
Support link arm, which has an elongated link body, wherein a ball joint shell is arranged at a first longitudinal end of the link body, wherein the link body is made of sheet metal, wherein the link body is composed of shell segments in the form of two sheet metal shells (11, 12), and wherein the link body has a height (h) and a width (b) in vertical cross-section, wherein the height (h) is greater than the width (b) of the link body and the link body has a hollow chamber section and the ball joint shell is a forged or cast part made of metal and has a fastening extension, wherein the ball joint shell engages with the fastening extension in the hollow chamber section of the link body and is joined to the link body, characterized in that the fastening extension has a bearing joint mount, wherein the fastening extension has a front bearing joint section starting from the ball joint shell, which is adjoined by an end section, wherein the front bearing joint section is thicker than the end section and a bearing opening which passes through the width of the fastening extension is formed in the bearing joint section and rear regions of the bearing joint section are rounded and the free ends of the sheet metal shells (11, 12) have a recess adapted to the contour of the rear region of the bearing joint section and the sheet metal shells (11, 12) are attached to the bearing joint section and joined thereto and prong-like projections of the end section project to the rear into the hollow chamber section of the link body and support flanks are formed on the fastening extension, which support flanks are in contact with support sections in the link body and support the sheet metal shells (11, 12).
An apparatus for obstructing air flow through an aperture in an aircraft wing where a movable duct extends through the aperture, the apparatus comprising: a base member configured to be secured to the duct, the base member conforming to a cylindrical shape of the duct; and a first seal member having a flap configuration and configured to obstruct air flow through the aperture, the first seal member comprising a proximal portion connected to the base member and a distal portion configured to movably contact an inside structure of a skin of wing, characterized in that: the base member is configured to partially wrap around the duct so as to straddle the duct; and the distal portion of the first seal is flexibly movable between a first position and a second position relative to the base member, the first and second positions of the distal portion of the first seal member being associated with first and second positions of the duct. a base member configured to be secured to the duct, the base member conforming to a cylindrical shape of the duct; and a first seal member having a flap configuration and configured to obstruct air flow through the aperture, the first seal member comprising a proximal portion connected to the base member and a distal portion configured to movably contact an inside structure of a skin of wing, the base member is configured to partially wrap around the duct so as to straddle the duct; and the distal portion of the first seal is flexibly movable between a first position and a second position relative to the base member, the first and second positions of the distal portion of the first seal member being associated with first and second positions of the duct.
A composition comprising, based on the total weight of polymers and fillers: 0.5 to 91 weight percent of a poly(phenylene ether)-polysiloxane block copolymer reaction product comprising a first poly(phenylene ether) and a poly(phenylene ether)-polysiloxane block copolymer; 1 to 50 weight percent of homopolystyrene; 3 to 25 weight percent of a flame retardant comprising an organophosphate ester, a phosphazene, or a combination thereof; and 5 to 40 weight percent of reinforcing filler. 0.5 to 91 weight percent of a poly(phenylene ether)-polysiloxane block copolymer reaction product comprising a first poly(phenylene ether) and a poly(phenylene ether)-polysiloxane block copolymer; 1 to 50 weight percent of homopolystyrene; 3 to 25 weight percent of a flame retardant comprising an organophosphate ester, a phosphazene, or a combination thereof; and 5 to 40 weight percent of reinforcing filler.
A cooling apparatus comprising a cavity for receipt of a product to be cooled; rotation means to rotate the product received in the cavity and coolant supply means to provide a coolant to the cavity; wherein the rotation means is adapted to rotate the product about two parallel non-coincident axes (21, 22); and wherein one of the axes is an axis of the product.
A method for sealing a borehole in a ground, using a sealing device (1, 1', 1") comprising: a tubular wall which is axisymmetric about a central axis, said tubular wall extending, along said central axis, from an upper end to an open lower end; a helical blade protruding radially from an external face of the tubular wall; and a cap closing the upper end of the tubular wall, said cap including at least one fluid supply connector for the injection of grout under pressure below the cap and a mechanical coupling member able to drive the sealing device (1, 1', 1") in rotation about said central axis; and wherein sealing method, the sealing device (1, 1', 1") is placed on an upper end of the borehole and rotated in a first direction about the central axis such that the helical blade cuts into the ground around the borehole, thus driving the sealing device (1, 1', 1") into the ground around the borehole. a tubular wall which is axisymmetric about a central axis, said tubular wall extending, along said central axis, from an upper end to an open lower end; a helical blade protruding radially from an external face of the tubular wall; and a cap closing the upper end of the tubular wall, said cap including at least one fluid supply connector for the injection of grout under pressure below the cap and a mechanical coupling member able to drive the sealing device (1, 1', 1") in rotation about said central axis; and wherein sealing method, the sealing device (1, 1', 1") is placed on an upper end of the borehole and rotated in a first direction about the central axis such that the helical blade cuts into the ground around the borehole, thus driving the sealing device (1, 1', 1") into the ground around the borehole.
Composition comprising an oil phase, and particles of puffed maize kernel endosperm, dispersed in said oil phase, wherein upon sieving at least 80 wt% of said particles passes a sieve with apertures of 500 μm, and wherein not more than 35 wt% of said particles passes a sieve with apertures of 100 μm.
An apparatus for actuating an ejection device of a molding machine for performing a cycle of operation to mold articles, the ejection device comprising at least one ejector element for contacting a molded article within a mold cavity defined by mating mold members (22, 24) and at least one movable ejector member coupled to the ejector elements for moving the ejector elements, the apparatus comprising: a) a first actuator comprising an electrically operated device and coupled in use to the movable ejector members for moving the movable ejector members to advance the ejector elements into the cavity and retract the ejector elements from the cavity; b) at least one-second actuator (51, 53) comprising a fluid operated device for supplementing force applied to the ejector elements to separate molded articles from the mating mold members (22, 24); and characterized by: c) a selector (83, 89) for controlling operation of the at least one second actuator (51, 53) in response to intervention of a machine operator to selectably operate the second actuators to supplement force exerted by the first actuator as the ejector elements are moved in the direction to contact a molded article within the mold cavity. a) a first actuator comprising an electrically operated device and coupled in use to the movable ejector members for moving the movable ejector members to advance the ejector elements into the cavity and retract the ejector elements from the cavity; b) at least one-second actuator (51, 53) comprising a fluid operated device for supplementing force applied to the ejector elements to separate molded articles from the mating mold members (22, 24); c) a selector (83, 89) for controlling operation of the at least one second actuator (51, 53) in response to intervention of a machine operator to selectably operate the second actuators to supplement force exerted by the first actuator as the ejector elements are moved in the direction to contact a molded article within the mold cavity.
A device for discovering data in a network, wherein the device is implemented as a Network Repository Function, NRF, configured to: receive collectable data information related to collectable data from at least one first device providing the collectable data, wherein the collectable data information allows both standard and non-standard collectable data to be identified, the collectable data comprises at least one of standard and non-standard collectable data, and the at least one first device is implemented as a Network Function, NF, and/or an Application Function, AF; receive a first query for collectable data information from a second device (102, 103, 106, 105) seeking collectable data in the network; and provide the collectable data information to the second device (105, 102, 103, 106) in response to the first query. receive collectable data information related to collectable data from at least one first device providing the collectable data, wherein the collectable data information allows both standard and non-standard collectable data to be identified, the collectable data comprises at least one of standard and non-standard collectable data, and the at least one first device is implemented as a Network Function, NF, and/or an Application Function, AF; receive a first query for collectable data information from a second device (102, 103, 106, 105) seeking collectable data in the network; and provide the collectable data information to the second device (105, 102, 103, 106) in response to the first query.
A method for selectively removing data from images in a computer based system, comprising: acquiring diagnostic images; identifying patient information that is to be excluded from the diagnostic images, wherein the identifying comprises selecting at least one patient identifier to be removed from the diagnostic images; modifying the diagnostic images responsive to the step of identifying, wherein the identified patient information is excluded from the diagnostic images by a user selectively applying at least one mask (675; 680; 682) over at least one area of a diagnostic image, and wherein the at least one mask is automatically applied to the remaining images of the diagnostic images to obscure the at least one patient identifier in the diagnostic images; and exporting the modified diagnostic images over a data network. acquiring diagnostic images; identifying patient information that is to be excluded from the diagnostic images, wherein the identifying comprises selecting at least one patient identifier to be removed from the diagnostic images; modifying the diagnostic images responsive to the step of identifying, wherein the identified patient information is excluded from the diagnostic images by a user selectively applying at least one mask (675; 680; 682) over at least one area of a diagnostic image, and wherein the at least one mask is automatically applied to the remaining images of the diagnostic images to obscure the at least one patient identifier in the diagnostic images; and exporting the modified diagnostic images over a data network.
A stealth tracer ammunition comprising: a projectile body having a tip and a base; and a solid pellet disposed in the base of the projectile body; the pellet becoming incandescent as a result of being heated when the ammunition is fired; the incandescent pellet emitting a glow observable only from behind when the ammunition travels downrange after being fired; wherein the pellet is comprised of a man-made metal mixture containing at least one rare earth metal and an oxide of iron, further characterized in that the man-made metal mixture is comprised of ferrocerium wherein the ferrocerium is iron oxide-enriched ferrocerium comprising at least 23 wt% iron oxide. a projectile body having a tip and a base; and a solid pellet disposed in the base of the projectile body; the pellet becoming incandescent as a result of being heated when the ammunition is fired; the incandescent pellet emitting a glow observable only from behind when the ammunition travels downrange after being fired; wherein the pellet is comprised of a man-made metal mixture containing at least one rare earth metal and an oxide of iron, further characterized in that the man-made metal mixture is comprised of ferrocerium wherein the ferrocerium is iron oxide-enriched ferrocerium comprising at least 23 wt% iron oxide.