mhurhangee/ep-ind-claims huggingface dataset:
A method for printing in a controlled environment comprising: circulating a gas within an enclosure defining an internal volume, wherein the enclosure comprises a plurality of frame members contoured around a printing system; controlling the process environment within the enclosure, wherein controlling the process environment comprises: circulating the gas through a purification system to remove one or more reactive species from the process environment; circulating the gas through a filtration system to provide filtration of particulate matter from the gas after the gas moves along a path of travel of a substrate within the printing system; and printing on the substrate within the controlled process environment of the enclosure. circulating a gas within an enclosure defining an internal volume, wherein the enclosure comprises a plurality of frame members contoured around a printing system; controlling the process environment within the enclosure, wherein controlling the process environment comprises: circulating the gas through a purification system to remove one or more reactive species from the process environment; circulating the gas through a filtration system to provide filtration of particulate matter from the gas after the gas moves along a path of travel of a substrate within the printing system; and circulating the gas through a purification system to remove one or more reactive species from the process environment; circulating the gas through a filtration system to provide filtration of particulate matter from the gas after the gas moves along a path of travel of a substrate within the printing system; and printing on the substrate within the controlled process environment of the enclosure.
A method for transferring data from a network buffer to a file system object, the method comprising: reading a transport packet header and a server message block header from a transport packet by invoking a first read call to the network buffer, wherein the transport packet includes a transport packet header, a server message block header, and a server message block data payload; checking a value of a command field from the read server message block header; and based on whether the value of the command field indicates a write command, conditionally performing one of: reading all of the a server message block data payload by invoking a second read call in the case where the command field in the server message block header does not indicate a write command; or reading only data forming a write command header from the server message block data payload by invoking a second read call in the case where the command field in the server message block header indicates a write command. reading a transport packet header and a server message block header from a transport packet by invoking a first read call to the network buffer, wherein the transport packet includes a transport packet header, a server message block header, and a server message block data payload; checking a value of a command field from the read server message block header; and based on whether the value of the command field indicates a write command, conditionally performing one of: reading all of the a server message block data payload by invoking a second read call in the case where the command field in the server message block header does not indicate a write command; or reading only data forming a write command header from the server message block data payload by invoking a second read call in the case where the command field in the server message block header indicates a write command. reading all of the a server message block data payload by invoking a second read call in the case where the command field in the server message block header does not indicate a write command; or reading only data forming a write command header from the server message block data payload by invoking a second read call in the case where the command field in the server message block header indicates a write command.
A method of forming a thin, board-like base material, comprising: a tensile transfer step for transferring a long, thin, board-like base material by pulling the thin, board-like base material in a transfer direction while holding both ends (100a, 100b) of the thin, board-like base material along the transfer direction and pulling the ends (100a, 100b) outward in a direction intersecting the transfer direction; a forming step for performing predetermined forming operations with respect to the thin, board-like base material; wherein the method of forming a thin, board-like base material being characterized by a grip forming step for forming grip portions (100c, 100d) by processing each of the two ends (100a, 100b) of the thin, board-like base material during transfer along the transfer direction; wherein in the tensile transfer step, the grip portions (100c, 100d) of the thin, board-like base material are held and pulled outward in the direction intersecting the transfer direction. a tensile transfer step for transferring a long, thin, board-like base material by pulling the thin, board-like base material in a transfer direction while holding both ends (100a, 100b) of the thin, board-like base material along the transfer direction and pulling the ends (100a, 100b) outward in a direction intersecting the transfer direction; a forming step for performing predetermined forming operations with respect to the thin, board-like base material; wherein the method of forming a thin, board-like base material being characterized by a grip forming step for forming grip portions (100c, 100d) by processing each of the two ends (100a, 100b) of the thin, board-like base material during transfer along the transfer direction; wherein in the tensile transfer step, the grip portions (100c, 100d) of the thin, board-like base material are held and pulled outward in the direction intersecting the transfer direction.
A laser peening apparatus, comprising: a laser light transmission mechanism configured to guide laser light from a laser light source to emit the laser light from a laser light emission part; a pipe shaped casing having an opening part for irradiating the laser light to a processing object; a fluid supply mechanism configured to supply a liquid fluid from a fluid supply source into the casing; an aspherical mirror housed in the casing, configured to condense the laser light emitted from the laser light emission part and reflect the condensed laser light to the processing object through the opening part, the aspherical mirror being configured to change a flowing direction of the liquid fluid toward the opening to emit the liquid fluid therethrough; a fluid guide mechanism configured to guide the liquid fluid emitted from the opening part to generate a flow of the liquid fluid along an axial direction of the casing between an outer surface of the casing and the processing object so as to create attraction therebetween; and a positioning mechanism provided at the tip side of the casing to be brought into contact with the processing object by the attraction for keeping a distance from the aspherical mirror to the processing object constant. a laser light transmission mechanism configured to guide laser light from a laser light source to emit the laser light from a laser light emission part; a pipe shaped casing having an opening part for irradiating the laser light to a processing object; a fluid supply mechanism configured to supply a liquid fluid from a fluid supply source into the casing; an aspherical mirror housed in the casing, configured to condense the laser light emitted from the laser light emission part and reflect the condensed laser light to the processing object through the opening part, the aspherical mirror being configured to change a flowing direction of the liquid fluid toward the opening to emit the liquid fluid therethrough; a fluid guide mechanism configured to guide the liquid fluid emitted from the opening part to generate a flow of the liquid fluid along an axial direction of the casing between an outer surface of the casing and the processing object so as to create attraction therebetween; and a positioning mechanism provided at the tip side of the casing to be brought into contact with the processing object by the attraction for keeping a distance from the aspherical mirror to the processing object constant.
A method for providing lawful intercept of a media stream in a media gateway, the method comprising: (a) establishing a call context between a first termination in the media gateway and a second termination in the same media gateway, the call context defining a call media stream between the first and second terminations (104, 106) in the media gateway associated with a call between first and second end users; and (b) establishing, independently from the call processing of establishing the call context and without modifying the call context in the media gateway, a first tap context between the first termination in the media gateway and at least one first tap termination in the same media gateway, the first tap context defining a one-way tap media stream within the media gateway from the first termination to the at least one first tap termination, the tap media stream carrying a portion of the call media stream within the media gateway from the first termination to the at least one first tap termination. (a) establishing a call context between a first termination in the media gateway and a second termination in the same media gateway, the call context defining a call media stream between the first and second terminations (104, 106) in the media gateway associated with a call between first and second end users; and (b) establishing, independently from the call processing of establishing the call context and without modifying the call context in the media gateway, a first tap context between the first termination in the media gateway and at least one first tap termination in the same media gateway, the first tap context defining a one-way tap media stream within the media gateway from the first termination to the at least one first tap termination, the tap media stream carrying a portion of the call media stream within the media gateway from the first termination to the at least one first tap termination.
A high-voltage contactor for switching electric contacts (24, 25, 26) of a conductor with an isolating switch element (27, 29, 30, 31), which has a first isolating contact element (27, 29, 31) mobile at least with a component via a drive and at least a second isolating contact element which can be brought into electric contact with said first isolating contact element (27, 29, 31) by moving the latter, and with a load switch element having a first load contact element and a second load contact element, which are arranged in a medium for cancelling and/or preventing a switching arc, whereas the first isolating contact element (27, 29, 31) is designed in such a way that is causes a movement of the first load contact element for closing or opening the load switch element with respect to the second load contact element thanks to its movement triggered by the drive, whereas the first isolating contact element (27, 29, 31) comprises on the one hand a metal rail arranged on a rotary disc connected to the drive via a rotary axis and on the other hand a first sliding contact (29, 31) connected to a contact conductor (24, 26), which can mesh into the metal rail according to the rotary-angle position or is isolated therefrom, characterised in that the first load contact element is brought into an open position with a recall force, a position in which it is isolated electrically from the second load contact element and that it comprises catch means which maintain the first load contact element in a first position closing the load switch element against the recall force that means are provided on the first isolating contact element for releasing the catch means in a switching position, in which the first load contact element is in electric contact with the second load contact element.
An adjustable anchoring group for the wall assembly of wall cupboards comprising a hanging bracket device equipped with at least one anchoring flange (2B, 2D) to a wall cupboard with shoulders, a top and lining, and a hook, said group also comprising an anchoring support to a wall, in which said hanging bracket device comprises a slide which slides linearly with respect to said flange in a first direction, said hook being at least partly associated with said slide and being movable with respect to the latter in at least a second direction substantially perpendicular with respect to said first direction, wherein said flange comprises fixing elements, extending from a side edge of the flange substantially parallel to the extension of the latter in plan, for fixing to a cupboard and sliding rails, and wherein said slide comprises sliding guides, said rails and said guides being suitable for cooperating with each other for guiding the sliding of said slide in at least said first direction, said first direction being substantially perpendicular to the axis of said fixing elements wherein said anchoring group comprises regulation means and actuation means, both accessible from above, with respect to a mounted position of the anchoring group, being associated with said slide and said hook, respectively, said regulation means comprise a threaded seat situated in said slide, a counter-flap integral with said flange which extends perpendicularly to said rails and a regulation screw cooperating with said counter-flap and with said threaded seat to effect the sliding of said slide in said first direction, said actuation means (13B, 14B, 15B) accessible from above being suitable for controlling said movement of said hook in said second direction, said actuation means comprising an actuation screw, at least partly housed in said slide, said actuation screw being positioned parallel to said regulation screw, said hook being a hook which can be moved linearly only along said second direction due to an actuation of said actuation screw, said actuation means comprising an adjustable knee mechanism, comprising levers joined to two pawls with threaded holes and to said hook, said pawls being engaged on said actuation screw, so as to move said hook in said second direction following the rotation of said actuation screw.
Valve device, in particular magnetic valve device, having at least one throughflow region, having at least one valve seat, and having an actuation unit which has at least one valve body, has at least one actuation element, which is provided for transmitting an actuation force to the valve body, and has at least one first venting opening, which is arranged outside a fluid contact region of the actuation element, wherein the actuation unit has at least second venting opening, which is arranged outside the fluid contact region of the actuation element, wherein the valve body has the second venting opening, wherein the actuation element has a third venting opening, wherein the third venting opening is arranged outside the fluid contact region of the actuation element, characterized in that the actuation element has been inserted into a receiving region of the valve body.
A chemical-mechanical polishing composition comprising: (a) silica particles, (b) 5x10 -3 to 10 mmoles/kg of at least one alkaline earth metal selected from the group consisting of calcium, strontium, and mixtures thereof, based on the total weight of the polishing composition, and (c) a liquid carrier comprising water, wherein the polishing composition has a pH of 7 to 13. (a) silica particles, (b) 5x10 -3 to 10 mmoles/kg of at least one alkaline earth metal selected from the group consisting of calcium, strontium, and mixtures thereof, based on the total weight of the polishing composition, and (c) a liquid carrier comprising water,
A vehicle mirror assembly having a mirror support, a mirror plate fitted on said support and a rear cover enclosing the sides and back of the mirror support and attached mirror plate characterised in that the rear cover has a smooth aerodynamic surface without any defects, is attachable to the mirror support and is able to be securely fastened to the mirror support by a screw threaded fastener (32, 32A) accessed from the front of the mirror assembly without removal of the mirror plate by the provision of a clearance between the edge of the mirror plate and an internal wall of the mirror support.
A control method for increasing reactive power generation of a wind turbine, the wind turbine having a Doubly-Fed Induction Generator (DFIG), the control method comprising: obtaining, by a control device having one or more processors and one or more memory devices, wind forecast data of the wind turbine; generating, by the control device, a real-time thermal model of the DFIG of the wind turbine using the wind forecast data, the thermal model defining a thermal capacity for the DFIG that does not exceed system limits; and dynamically adjusting, by the control device, a reactive power set point of the DFIG of the wind turbine based on the real-time thermal model; the control method further comprising obtaining a power production map of the wind turbine and generating the real-time thermal model of the DFIG of the wind turbine using the wind forecast data and the power production map; the control method further comprising estimating a time taken by the DFIG to reach a temperature limit by changing one or more winding currents of the DFIG. obtaining, by a control device having one or more processors and one or more memory devices, wind forecast data of the wind turbine; generating, by the control device, a real-time thermal model of the DFIG of the wind turbine using the wind forecast data, the thermal model defining a thermal capacity for the DFIG that does not exceed system limits; and dynamically adjusting, by the control device, a reactive power set point of the DFIG of the wind turbine based on the real-time thermal model; the control method further comprising obtaining a power production map of the wind turbine and generating the real-time thermal model of the DFIG of the wind turbine using the wind forecast data and the power production map; the control method further comprising estimating a time taken by the DFIG to reach a temperature limit by changing one or more winding currents of the DFIG.
A method for coating a food product with an edible coating, the method comprising: - coating said food product with a polysaccharide solution to cover said food product, said polysaccharide solution including at least one polysaccharide selected from the group consisting of carrageenan, gellan, alginate and pectin; - cross-linking said polysaccharide solution by immersing said food product with a cross-linking agent solution to obtain a polysaccharide layer covering said food product, said cross-linking agent solution comprising a calcium ascorbate solution; and - reducing the moisture content of said polysaccharide layer to obtain said edible coating using a drying process that minimizes thermoshocks to the food product, wherein the drying process is a process selected from the group consisting of a compression process, a desiccation process and a surface lyophilisation process and whereby the moisture content of the polysaccharide layer is reduced by 30% to 97% or, in other words, as such as the moisture content of the edible coating ranges from 3% to 70%. - coating said food product with a polysaccharide solution to cover said food product, said polysaccharide solution including at least one polysaccharide selected from the group consisting of carrageenan, gellan, alginate and pectin; - cross-linking said polysaccharide solution by immersing said food product with a cross-linking agent solution to obtain a polysaccharide layer covering said food product, said cross-linking agent solution comprising a calcium ascorbate solution; and - reducing the moisture content of said polysaccharide layer to obtain said edible coating using a drying process that minimizes thermoshocks to the food product, wherein the drying process is a process selected from the group consisting of a compression process, a desiccation process and a surface lyophilisation process and whereby the moisture content of the polysaccharide layer is reduced by 30% to 97% or, in other words, as such as the moisture content of the edible coating ranges from 3% to 70%.
Photography system comprising: - a rotating unit configured to rotate around a first axis, - an illumination unit, - a wristwatch holder, the wristwatch holder being mounted on the rotating unit, - a camera unit, and - a control unit, wherein the control unit is configured to control the camera unit and the rotating unit such that a series of pictures of a wristwatch mounted on the wristwatch holder can be generated automatically, the pictures of the series of pictures showing the wristwatch in different angles with respect to the camera unit, and wherein the wristwatch holder comprises an arch-shaped portion adapted for mounting a wristwatch such that the backside of the watchcase of the watch is exposed without being in contact with the arc-shaped portion. - a rotating unit configured to rotate around a first axis, - an illumination unit, - a wristwatch holder, the wristwatch holder being mounted on the rotating unit, - a camera unit, and - a control unit,