mhurhangee/ep-ind-claims huggingface dataset:
Laser-cutting nozzle comprising: - a nozzle body comprising a first axial recess extending axially through said nozzle body, an inlet orifice for supplying said first axial recess with assist gas and a first outlet orifice located on a front surface of said nozzle body, and - a movable element arranged in the first axial recess of the nozzle body, said movable element comprising a front portion forming a skirt and an axial passage with a second outlet orifice opening on said front portion forming a skirt, the nozzle body and the movable element being made of an electrically conductive material, characterised in that - the nozzle body is formed from at least one first portion arranged around the movable element and a second portion that positions itself, according to the direction of flow of the assist gas in the first axial recess, above said first portion, the nozzle body further comprising first attachment means (7, 8) suitable and designed for attaching the second portion onto the first portion, - a separator sleeve is arranged between the first portion and the movable element, said separator sleeve comprising a second axial housing comprising a third outlet orifice located on a front surface of said separator sleeve, the movable element being arranged in said second axial housing and said third outlet orifice opening above said second outlet orifice of the axial passage of the movable element when the front portion protrudes to the outside of the first axial recess, and - said separator sleeve being formed from an electrically-insulating material having a relative permittivity less than 8. - a nozzle body comprising a first axial recess extending axially through said nozzle body, an inlet orifice for supplying said first axial recess with assist gas and a first outlet orifice located on a front surface of said nozzle body, and - a movable element arranged in the first axial recess of the nozzle body, said movable element comprising a front portion forming a skirt and an axial passage with a second outlet orifice opening on said front portion forming a skirt, - the nozzle body is formed from at least one first portion arranged around the movable element and a second portion that positions itself, according to the direction of flow of the assist gas in the first axial recess, above said first portion, the nozzle body further comprising first attachment means (7, 8) suitable and designed for attaching the second portion onto the first portion, - a separator sleeve is arranged between the first portion and the movable element, said separator sleeve comprising a second axial housing comprising a third outlet orifice located on a front surface of said separator sleeve, the movable element being arranged in said second axial housing and said third outlet orifice opening above said second outlet orifice of the axial passage of the movable element when the front portion protrudes to the outside of the first axial recess, and - said separator sleeve being formed from an electrically-insulating material having a relative permittivity less than 8.
A method of fabricating a ceramic matrix composite, the method comprising: modifying a wetting property between a preceramic matrix polymer and fibers of a porous structure by providing an exposed carbon coating on the fibers, wherein the wetting property controls a pore structure of the preceramic matrix polymer once pyrolyzed to convert the preceramic matrix polymer to a ceramic matrix; infiltrating pores of the porous structure with the preceramic matrix polymer, the preceramic matrix polymer wetting the carbon coating according to the modified wetting property; and pyrolyzing the preceramic matrix polymer to convert the preceramic matrix polymer to the ceramic matrix that has the pore structure according to the modified wetting property; characterized in that the fibers have a fiber diameter D and the exposed carbon coating has a thickness T, and a ratio of D/T is in a range of 20000-1000. modifying a wetting property between a preceramic matrix polymer and fibers of a porous structure by providing an exposed carbon coating on the fibers, wherein the wetting property controls a pore structure of the preceramic matrix polymer once pyrolyzed to convert the preceramic matrix polymer to a ceramic matrix; infiltrating pores of the porous structure with the preceramic matrix polymer, the preceramic matrix polymer wetting the carbon coating according to the modified wetting property; and pyrolyzing the preceramic matrix polymer to convert the preceramic matrix polymer to the ceramic matrix that has the pore structure according to the modified wetting property; characterized in that the fibers have a fiber diameter D and the exposed carbon coating has a thickness T, and a ratio of D/T is in a range of 20000-1000.
A high-frequency electronic device comprising: a printed circuit board having conductive tracks and at least a first series of blind holes (4.1) that extend from a first face of the board and each of which is provided with an electrically conductive coating connected to at least one of the conductive tracks; and at least one connector that extends beside the first face and comprises a base and pins, each pin having a link segment (12.1) that is linked to the base and an end segment (12.2) that is free, characterized by the end segment (12.2) having a cross-section presenting at least one curved portion that is curved around an axis parallel to a longitudinal direction of the end segment (12.2) and the end segment (12.2) having side edges that are provided with electrical contact portions and that can be moved towards each other by causing the curved portion to deform elastically, each of the end segments (12.2) of the pins being received in a respective hole of the first series of blind holes (4.1), and said at least one curved portion being deformed elastically in such a manner that the contact portions are pressed elastically against the electrically conductive coating.
A method in a positioning server for collecting radio fingerprint positioning data for a radio access network, RAN, the method comprising the steps of: - collecting from at least one first node (111,121,151) a plurality of positioning data records wherein each positioning data record comprises a determined geographical position and a set of determined radio network communication parameters including the identity of at least one radio cell, and wherein the set of determined radio network communication parameters are associated with the determined geographical position; - storing the collected positioning data records; - grouping one or more of the plurality of positioning data records having the same set of radio network communication parameters in a cluster; - when the cluster comprises a certain number of collected positioning data records, computing a geometrical shape representing a geographical area based on the geographical position in the collected positioning data records in the cluster; the method further characterized in that it further comprises the steps of - receiving from a second node (151,152) a notification that at least one configuration parameter for an identified radio cell has changed; and - erasing from the cluster, positioning data records comprising the identified radio cell if a value of the at least one configuration parameter has changed beyond a predefined value range. - collecting from at least one first node (111,121,151) a plurality of positioning data records wherein each positioning data record comprises a determined geographical position and a set of determined radio network communication parameters including the identity of at least one radio cell, and wherein the set of determined radio network communication parameters are associated with the determined geographical position; - storing the collected positioning data records; - grouping one or more of the plurality of positioning data records having the same set of radio network communication parameters in a cluster; - when the cluster comprises a certain number of collected positioning data records, computing a geometrical shape representing a geographical area based on the geographical position in the collected positioning data records in the cluster; - receiving from a second node (151,152) a notification that at least one configuration parameter for an identified radio cell has changed; and - erasing from the cluster, positioning data records comprising the identified radio cell if a value of the at least one configuration parameter has changed beyond a predefined value range.
A mobile device comprising: a display unit configured to be touch sensitive and to display a plurality of objects; a detector configured to detect a pattern, wherein the pattern is a loop drawn in a drag manner by a user on the display unit to surround at least one object of the displayed plurality of objects desired to be selected; and a controller configured to: control the display unit to display a trace of the pattern drawn on the display unit and an expected reference point of the pattern being drawn on the display unit based on a moving direction of the trace; set a reference point of the pattern at a position at which the diagonals of a rectangle circumscribing the drawn pattern are crossed; determine if at least two objects (212, 213) of the displayed plurality of objects are objects most adjacent to the set reference point of the detected pattern; and if there are at least two objects (212, 213) of the displayed plurality of objects that are most adjacent to the set reference point: control the display unit to display the at least two objects (212, 213) such that they are distinguishable from the other objects of the plurality of objects; receive a selection input of the user selecting one of the at least two objects (212, 213); and implement a function corresponding to the selected object. a display unit configured to be touch sensitive and to display a plurality of objects; a detector configured to detect a pattern, wherein the pattern is a loop drawn in a drag manner by a user on the display unit to surround at least one object of the displayed plurality of objects desired to be selected; and a controller configured to: control the display unit to display a trace of the pattern drawn on the display unit and an expected reference point of the pattern being drawn on the display unit based on a moving direction of the trace; set a reference point of the pattern at a position at which the diagonals of a rectangle circumscribing the drawn pattern are crossed; determine if at least two objects (212, 213) of the displayed plurality of objects are objects most adjacent to the set reference point of the detected pattern; and control the display unit to display a trace of the pattern drawn on the display unit and an expected reference point of the pattern being drawn on the display unit based on a moving direction of the trace; set a reference point of the pattern at a position at which the diagonals of a rectangle circumscribing the drawn pattern are crossed; determine if at least two objects (212, 213) of the displayed plurality of objects are objects most adjacent to the set reference point of the detected pattern; and control the display unit to display the at least two objects (212, 213) such that they are distinguishable from the other objects of the plurality of objects; receive a selection input of the user selecting one of the at least two objects (212, 213); and implement a function corresponding to the selected object.
A machine comprising: a base (810, 2010); a carriage (830, 2030) comprising a first cradle (832, 2032) configured to securely hold a first electronic device and an alignment base (835, 2035) configured to engage with an alignment mechanism of an overlay applicator; and a handle assembly (850, 2050) comprising a handle and a pulling mechanism configured to engage with a pull tab of the overlay applicator, wherein: the handle assembly is operable to be pulled in a first direction relative to the base from a first handle position to a second handle position; when the handle assembly is moved from the first handle position to the second handle position, the carriage moves in a second direction relative to the base from a first carriage position to a second carriage position; the second direction is opposite the first direction; and when (a) the alignment base is engaged with the alignment mechanism of the overlay applicator, (b) the pulling mechanism is engaged with the pull tab of the overlay applicator, (c) the first cradle is holding the first electronic device, and (d) the handle assembly is pulled in the first direction relative to the base from the first handle position to the second handle position, an adhesive release liner of the overlay applicator is removed from an overlay of the overlay applicator starting at a leading edge of the overlay and continuing to a trailing edge of the overlay to expose an adhesive agent of the overlay to a screen of the first electronic device. a base (810, 2010); a carriage (830, 2030) comprising a first cradle (832, 2032) configured to securely hold a first electronic device and an alignment base (835, 2035) configured to engage with an alignment mechanism of an overlay applicator; and a handle assembly (850, 2050) comprising a handle and a pulling mechanism configured to engage with a pull tab of the overlay applicator, the handle assembly is operable to be pulled in a first direction relative to the base from a first handle position to a second handle position; when the handle assembly is moved from the first handle position to the second handle position, the carriage moves in a second direction relative to the base from a first carriage position to a second carriage position; the second direction is opposite the first direction; and when (a) the alignment base is engaged with the alignment mechanism of the overlay applicator, (b) the pulling mechanism is engaged with the pull tab of the overlay applicator, (c) the first cradle is holding the first electronic device, and (d) the handle assembly is pulled in the first direction relative to the base from the first handle position to the second handle position, an adhesive release liner of the overlay applicator is removed from an overlay of the overlay applicator starting at a leading edge of the overlay and continuing to a trailing edge of the overlay to expose an adhesive agent of the overlay to a screen of the first electronic device.
A varistor component, comprising - a first and a second external contact (EC1, EC2), - a varistor electrically connected to the first external contact, - a path between the varistor and the second external contact, - an active releasing device having a shutter and a heat sensitive element, - a linear guide rail, where - under abnormal operation conditions the heat sensitive element releases the shutter, the shutter moves along a straight line and closes the path between the varistor and the second external contact, - the shutter is arranged in the guide rail. - the shutter is a slider, - the heat sensitive element is a metallic body extending through the guide rail and through the shutter, - the heat sensitive element electrically connects the varistor to the second external contact. - a first and a second external contact (EC1, EC2), - a varistor electrically connected to the first external contact, - a path between the varistor and the second external contact, - an active releasing device having a shutter and a heat sensitive element, - a linear guide rail, where - under abnormal operation conditions the heat sensitive element releases the shutter, the shutter moves along a straight line and closes the path between the varistor and the second external contact, - the shutter is arranged in the guide rail. - the shutter is a slider, - the heat sensitive element is a metallic body extending through the guide rail and through the shutter, - the heat sensitive element electrically connects the varistor to the second external contact.
Medical instrument with a hollow shaft, at whose proximal end a handle is arranged and at whose distal end a tool tip is arranged, wherein the tool tip has a tool which can be activated by a spring-loaded pull cable and wherein the tool tip is mounted so that it can rotate about the lengthwise axis of the shaft and can bend on the shaft relative to the lengthwise axis of the shaft, wherein the activating of the pull cable as well as the rotating and bending of the tool tip occurs each time by separate drive units (11, 15, 16), which are arranged on the handle, characterized in that an anti-rotation device protecting the pull cable against torsion is arranged at the distal end of the pull cable arranged in the tool tip able to rotate about the lengthwise axis of the shaft, while the anti-rotation device is mounted at least partly on the non-rotating shaft.
A method for generating data frames (601, 603) to be transmitted from a transmitting terminal to a plurality of receiving terminals in a wireless communication system, the method comprising: generating at least one media access control, MAC, protocol data unit, MPDU, and a delimiter as a first subframe; generating one or more padding delimiters as second subframes; and generating an aggregated MPDU, A-MPDU, as a data frame including the first and second subframes, wherein the delimiter includes length information of the MPDU, and further includes CRC information and signature information and the padding delimiter includes length information set to 0, CRC information and signature information, wherein the generating of the one or more second subframes includes generating the one or more second subframes in number such that temporal lengths of the data frames (601, 603) are the same as of the longest A-MPDU among A-MPDUs transmitted by the transmitting terminal to each of the plurality of receiving terminals in the same transmission period. generating at least one media access control, MAC, protocol data unit, MPDU, and a delimiter as a first subframe; generating one or more padding delimiters as second subframes; and generating an aggregated MPDU, A-MPDU, as a data frame including the first and second subframes,
Device (5, 20) for isolating and damping uniaxial vibrations by being interposed between rigid elements (2, 3) in relative motion, of the type comprising damping and insulating means in elastomeric material, suitable for performing an insulation and damping function through repeated deformations and consequent hysteresis of the elastomeric material, comprising: - a first head; - at least two sleeves integral with the first head; - a second head; - at least two bars which are inserted at a first end in the sleeves and are connected at a second end with the second head; - at least one stabilizing jacket; - an elastic element which is interposed between the first head and second head, reacting to compression when, due to the application of the load, the damper device (5, 20) is shortened; characterized in that: - the at least one stabilizing jacket, slides on the bars; - the elastic element is prismatic in shape. - a first head; - at least two sleeves integral with the first head; - a second head; - at least two bars which are inserted at a first end in the sleeves and are connected at a second end with the second head; - at least one stabilizing jacket; - an elastic element which is interposed between the first head and second head, reacting to compression when, due to the application of the load, the damper device (5, 20) is shortened; characterized in that: - the at least one stabilizing jacket, slides on the bars; - the elastic element is prismatic in shape. - the at least one stabilizing jacket, slides on the bars; - the elastic element is prismatic in shape.
A method performed by a media device for performing scrubbing in a video stream of a video item selected at the media device, the method comprising: pre-buffering, by means of a pre-buffering logic of the media device, a first snippet in each segment of a plurality of segments of the selected video item; playing, by means of a playback logic of the media device, the video stream of a first segment of the selected video item in a first playback speed; receiving a user input indicative of a request for scrubbing from a first location within the selected video item corresponding to the first segment to a second location within the selected video item corresponding to a second segment; and in response to receiving said request: scrubbing to the second segment of the selected video item while the playback logic of the media device continues to play the video stream of the first segment at the first playback speed, and upon completion of the scrubbing to the second segment of the selected video item, stop playing the video stream of the first segment and immediately start playing a first snippet of the second segment. pre-buffering, by means of a pre-buffering logic of the media device, a first snippet in each segment of a plurality of segments of the selected video item; playing, by means of a playback logic of the media device, the video stream of a first segment of the selected video item in a first playback speed; receiving a user input indicative of a request for scrubbing from a first location within the selected video item corresponding to the first segment to a second location within the selected video item corresponding to a second segment; and in response to receiving said request: scrubbing to the second segment of the selected video item while the playback logic of the media device continues to play the video stream of the first segment at the first playback speed, and upon completion of the scrubbing to the second segment of the selected video item, stop playing the video stream of the first segment and immediately start playing a first snippet of the second segment. scrubbing to the second segment of the selected video item while the playback logic of the media device continues to play the video stream of the first segment at the first playback speed, and upon completion of the scrubbing to the second segment of the selected video item, stop playing the video stream of the first segment and immediately start playing a first snippet of the second segment.
A tire valve comprising a tubular stem, where the stem consists of a composition comprising a thermoplastic and comprising a filler, where the filler is fibrous.