mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for printing on a substrate, comprising: (a) one or more nozzles capable of emitting a stream of individual droplets of liquid toward the substrate; (b) one or more droplet charging sections (5, 6), each positioned downstream from one of the one or more nozzles, capable of providing an electrical charge to the droplets; (c) one or more pairs of spaced-apart, electrically conductive deflecting plates (17a, 20a), each of the one or more pairs (16a, 19a) comprising a negative deflection plate and a positive deflection plate, and each of the one or more pairs (16a, 19a) positioned downstream from the one or more nozzles; (d) a power source (12, 21) connected by an electrical circuit (15, 18) to each of the one or more pair of deflection plates (17a, 20a) to provide a voltage differential across the deflection plates (17a, 20a) and create an electrical field capable of deflection the droplets to a desired location of the substrate, (e) one or more resistors, wherein the one or more resistors limit a current from the power supply during electrical arcing between the deflection plates (17a, 20a), and wherein the one or more resistors have a resistance value of from 1 to 100 megaohms or wherein the one or more resistors limit the current from the power supply to 0.3 mA or less, wherein (i) the one or more resistors are positioned between the power source and said deflection plates (17a, 20a) or (ii) wherein the deflection plates (17a, 20a) function as the resistor. (a) one or more nozzles capable of emitting a stream of individual droplets of liquid toward the substrate; (b) one or more droplet charging sections (5, 6), each positioned downstream from one of the one or more nozzles, capable of providing an electrical charge to the droplets; (c) one or more pairs of spaced-apart, electrically conductive deflecting plates (17a, 20a), each of the one or more pairs (16a, 19a) comprising a negative deflection plate and a positive deflection plate, and each of the one or more pairs (16a, 19a) positioned downstream from the one or more nozzles; (d) a power source (12, 21) connected by an electrical circuit (15, 18) to each of the one or more pair of deflection plates (17a, 20a) to provide a voltage differential across the deflection plates (17a, 20a) and create an electrical field capable of deflection the droplets to a desired location of the substrate, (e) one or more resistors, wherein the one or more resistors limit a current from the power supply during electrical arcing between the deflection plates (17a, 20a), and wherein the one or more resistors have a resistance value of from 1 to 100 megaohms or wherein the one or more resistors limit the current from the power supply to 0.3 mA or less,
A user interface for a video display, comprising: a touch activatable screen; a touch screen processor detects swiping motions across areas (1512, 1514, 1516, 1518) of said screen; a video signal processor selectively supplying a first video image sequence to said screen and for selectively supplying at least one of a plurality of second video image sequences to said screen for display; characterized in that the touch screen processor distinguishes between upward, downward, left and right directions of said swiping motions, and distinguishes between different widths (1410, 1414) of said swiping motions determined by said swiping motion performed with one, two, three or four fingers, respectively; one of the plurality of second video image sequences being selectively supplied to said screen for a given interval of time responsive to a particular combination of the direction and the width of the swiping motion as determined by the touch screen processor; and the selected second video image sequence being supplied to said screen and being reproduced simultaneously with the first video image sequence such that the second video image sequence flows inwardly from one side of the video display, replaces a portion of the first video image sequence and disappears automatically after the given interval of time. a touch activatable screen; a touch screen processor detects swiping motions across areas (1512, 1514, 1516, 1518) of said screen; a video signal processor selectively supplying a first video image sequence to said screen and for selectively supplying at least one of a plurality of second video image sequences to said screen for display; characterized in that the touch screen processor distinguishes between upward, downward, left and right directions of said swiping motions, and distinguishes between different widths (1410, 1414) of said swiping motions determined by said swiping motion performed with one, two, three or four fingers, respectively; one of the plurality of second video image sequences being selectively supplied to said screen for a given interval of time responsive to a particular combination of the direction and the width of the swiping motion as determined by the touch screen processor; and the selected second video image sequence being supplied to said screen and being reproduced simultaneously with the first video image sequence such that the second video image sequence flows inwardly from one side of the video display, replaces a portion of the first video image sequence and disappears automatically after the given interval of time.
An electrical plug configured to be mated with a socket, the electrical plug comprising: a substantially tubular plug housing having: a front end; a rear end; a side wall between the front end and the rear end; and a housing protrusion on the side wall and configured to be inserted within a socket cutout of the socket; a substantially tubular electrical connection holder having a flange at a front end thereof, the flange having a diameter greater than that of a rest of the electrical connection holder, wherein the connection holder further comprises a rear, a side, and a connection holder protrusion on the side of the electrical connection holder, wherein the housing further comprises a housing cutout for accommodating the connection holder protrusion, and wherein the electrical connection holder is configured to be partially housed by the housing, characterized in that the electrical plug further comprises: a groove defined between the flange and the front end of the housing; and a seal located in the groove and having a cross-section with an outer surface that is substantially similar to an outer surface of a cross-section of the side wall and the housing protrusion. a substantially tubular plug housing having: a front end; a rear end; a side wall between the front end and the rear end; and a housing protrusion on the side wall and configured to be inserted within a socket cutout of the socket; a substantially tubular electrical connection holder having a flange at a front end thereof, the flange having a diameter greater than that of a rest of the electrical connection holder, a front end; a rear end; a side wall between the front end and the rear end; and a housing protrusion on the side wall and configured to be inserted within a socket cutout of the socket; a substantially tubular electrical connection holder having a flange at a front end thereof, the flange having a diameter greater than that of a rest of the electrical connection holder, wherein the connection holder further comprises a rear, a side, and a connection holder protrusion on the side of the electrical connection holder, wherein the housing further comprises a housing cutout for accommodating the connection holder protrusion, and wherein the electrical connection holder is configured to be partially housed by the housing, characterized in that the electrical plug further comprises: a groove defined between the flange and the front end of the housing; and a seal located in the groove and having a cross-section with an outer surface that is substantially similar to an outer surface of a cross-section of the side wall and the housing protrusion.
An aqueous fixer fluid comprising at least one anti-curl cosolvent, wherein the at least one anti-curl cosolvent comprises at least one inner salt compound having a sp 3 -hybridized nitrogen cation and an associated anionic charge which is isolated on an oxygen anion bound directly to the sp 3 -hybridized nitrogen cation, wherein the at least one inner salt compound is an ammonium N-oxide moiety, and the fixer comprises a strong acid which results in an ammonium-N-oxide conjugate acid with an approximate pKa=4-5 and a buffering capacity in aqueous solution near pH=4-5, and wherein the aqueous fixer fluid comprises at least 10 weight percent of the at least one anti-curl cosolvent.
Magnetic alloy material comprising particles which have a composition corresponding to the formula RaFe 100-a-x-y-z T x M y L z where R = La or a combination of La with Ce, Pr, Nd, Sm, Gd, Tb, Dy, Ho, Er, Tm, Yb, Lu and/or Y, T = at least one element selected from the group consisting of Sc, Ti, V, Cr, Mn, Co, Ni, Cu and Zn, M = Al, Si, P, Ga, Ge, In and/or Sn, L = H, B, C and/or N, 5 ≤ a ≤ 11 and 0 ≤ x ≤ 12 and 2 ≤ y ≤ 20 and 2 ≤ z ≤ 18 (all in atom-%) and display a magnetocaloric effect, where the particles of the magnetic alloy material are embedded in a matrix material having a higher ductility than the magnetic alloy material. R = La or a combination of La with Ce, Pr, Nd, Sm, Gd, Tb, Dy, Ho, Er, Tm, Yb, Lu and/or Y, T = at least one element selected from the group consisting of Sc, Ti, V, Cr, Mn, Co, Ni, Cu and Zn, M = Al, Si, P, Ga, Ge, In and/or Sn, L = H, B, C and/or N, 5 ≤ a ≤ 11 and 0 ≤ x ≤ 12 and 2 ≤ y ≤ 20 and 2 ≤ z ≤ 18 (all in atom-%) and display a magnetocaloric effect, where the particles of the magnetic alloy material are embedded in a matrix material having a higher ductility than the magnetic alloy material.
An anvil system for use in an ultrasonic bonder, the anvil system comprising: an anvil assembly including an anvil bar having an axial direction, two anvil bar longitudinal ends (42, 38), and an anvil aperture in at least one anvil bar longitudinal end (42, 38), the anvil aperture having an anvil aperture inner surface, a shaft separate from the anvil bar and partially disposed in the anvil aperture, the shaft having a circumferential surface and extending outwardly beyond the anvil bar longitudinal end (42, 38), and a first elastomeric shaft O-ring disposed on the shaft between the shaft circumferential surface and the anvil aperture inner surface; a first mounting bracket with a first mounting bracket hole therein, the mounting bracket hole having a hole surface; a first bushing disposed in the first mounting bracket hole and sized to accommodate an end of the shaft, the first bushing having a bushing inner surface and a bushing outer surface; and a second elastomeric shaft O-ring disposed on the shaft between the shaft circumferential surface and the bushing inner surface. an anvil assembly including an anvil bar having an axial direction, two anvil bar longitudinal ends (42, 38), and an anvil aperture in at least one anvil bar longitudinal end (42, 38), the anvil aperture having an anvil aperture inner surface, a shaft separate from the anvil bar and partially disposed in the anvil aperture, the shaft having a circumferential surface and extending outwardly beyond the anvil bar longitudinal end (42, 38), and a first elastomeric shaft O-ring disposed on the shaft between the shaft circumferential surface and the anvil aperture inner surface; an anvil bar having an axial direction, two anvil bar longitudinal ends (42, 38), and an anvil aperture in at least one anvil bar longitudinal end (42, 38), the anvil aperture having an anvil aperture inner surface, a shaft separate from the anvil bar and partially disposed in the anvil aperture, the shaft having a circumferential surface and extending outwardly beyond the anvil bar longitudinal end (42, 38), and a first elastomeric shaft O-ring disposed on the shaft between the shaft circumferential surface and the anvil aperture inner surface; a first mounting bracket with a first mounting bracket hole therein, the mounting bracket hole having a hole surface; a first bushing disposed in the first mounting bracket hole and sized to accommodate an end of the shaft, the first bushing having a bushing inner surface and a bushing outer surface; and a second elastomeric shaft O-ring disposed on the shaft between the shaft circumferential surface and the bushing inner surface.
A connector for connection to a fluid vessel and a cooperating connector, the connector comprising: a first end from which the vessel extends, a second end, and a lumen extending therethrough from the first end to the second end; and a fluid-seal fitting that at least partially defines the lumen and sealingly mates with a seal fitting of the cooperating connector to provide conveyance of the fluid; characterized by: an outer housing positioned around the fluid-seal fitting to form an annular space therebetween with an access opening at the second end of the connector; and the outer housing including one or more vent openings extending between the annular space and external to the annular space when the access opening of the annular space is capped, wherein the one or more outer-housing vent openings allow for drainage and air-drying of any residual amount of the fluid in the annular space. a first end from which the vessel extends, a second end, and a lumen extending therethrough from the first end to the second end; and a fluid-seal fitting that at least partially defines the lumen and sealingly mates with a seal fitting of the cooperating connector to provide conveyance of the fluid; characterized by: an outer housing positioned around the fluid-seal fitting to form an annular space therebetween with an access opening at the second end of the connector; and the outer housing including one or more vent openings extending between the annular space and external to the annular space when the access opening of the annular space is capped, wherein the one or more outer-housing vent openings allow for drainage and air-drying of any residual amount of the fluid in the annular space.
A battery pack comprising a battery pack management device and one or more battery modules each including a plurality of secondary batteries, the battery pack management device further comprising: one or more slave battery management systems provided in the battery pack; a master battery management system including an external communication unit configured to transmit and receive a signal to and from an external device of the battery pack; an internal communication unit configured to transmit and receive a wireless communication signal to and from the one or more slave battery management systems; a control unit configured to process data received through the external communication unit and the internal communication unit, wherein each of the one or more slave battery management systems includes a power supply module configured to receive power from the corresponding battery module on which the slave battery management system is mounted and transmit the received power; a state measurement module configured to measure state information of at least one of a voltage and a temperature of the battery module; a wireless communication module configured to transmit and receive a wireless communication signal to and from the master BMS; and a control module configured to control an on/off time of the wireless communication module, wherein the control module is further configured to control and change the turn-on and turn-off period of the wireless communication module. one or more slave battery management systems provided in the battery pack; a master battery management system including an external communication unit configured to transmit and receive a signal to and from an external device of the battery pack; an internal communication unit configured to transmit and receive a wireless communication signal to and from the one or more slave battery management systems; a control unit configured to process data received through the external communication unit and the internal communication unit, wherein each of the one or more slave battery management systems includes a power supply module configured to receive power from the corresponding battery module on which the slave battery management system is mounted and transmit the received power; a state measurement module configured to measure state information of at least one of a voltage and a temperature of the battery module; a wireless communication module configured to transmit and receive a wireless communication signal to and from the master BMS; and a control module configured to control an on/off time of the wireless communication module, wherein the control module is further configured to control and change the turn-on and turn-off period of the wireless communication module.
A chimeric Newcastle disease virus, comprising a packaged genome which encodes a heterologous interferon antagonist, a modified F protein with a mutated cleavage site, and a cytokine, wherein the heterologous interferon antagonist, the modified F protein, and the cytokine are expressed by the virus.
A semiconductor device comprising: a substrate; and a plurality of half bridges (13u, 13v, 13w) disposed on the substrate and each including an upper switching element (12Hu, 12Hv, 12Hw) and a lower switching element (12Lu, 12Lv, 12Lw) connected in series, the upper switching element being connected to a power supply, the lower switching element being connected to ground; wherein the plurality of half bridges (13u, 13v, 13w) are connected in parallel; wherein at least one of the upper switching elements is disposed on a first surface of the substrate, and the lower switching elements are disposed on a second surface of the substrate opposite to the first surface; wherein the substrate includes a path electrically connecting the upper switching element and the lower switching element belonging to a same one of the half bridges, the path having a portion (Vu, Vv, Vw) extending through the substrate; wherein the plurality of half bridges (13u, 13v, 13w) are arranged side by side, characterized in that when the substrate is viewed from a direction in which the first surface and the second surface oppose to each other, the upper switching element and the lower switching element belonging to a same one of the half bridges are disposed in positions shifted from each other by a predetermined shift amount in a direction orthogonal to a direction of a line along which the plurality of half bridges are arranged. a substrate; and a plurality of half bridges (13u, 13v, 13w) disposed on the substrate and each including an upper switching element (12Hu, 12Hv, 12Hw) and a lower switching element (12Lu, 12Lv, 12Lw) connected in series, the upper switching element being connected to a power supply, the lower switching element being connected to ground; wherein the plurality of half bridges (13u, 13v, 13w) are connected in parallel; wherein at least one of the upper switching elements is disposed on a first surface of the substrate, and the lower switching elements are disposed on a second surface of the substrate opposite to the first surface; wherein the substrate includes a path electrically connecting the upper switching element and the lower switching element belonging to a same one of the half bridges, the path having a portion (Vu, Vv, Vw) extending through the substrate; wherein the plurality of half bridges (13u, 13v, 13w) are arranged side by side, characterized in that when the substrate is viewed from a direction in which the first surface and the second surface oppose to each other, the upper switching element and the lower switching element belonging to a same one of the half bridges are disposed in positions shifted from each other by a predetermined shift amount in a direction orthogonal to a direction of a line along which the plurality of half bridges are arranged.
Method for measuring the flatness of a metal product in the form of either a strip or a plate from a metallurgical processing line, said product to be measured being, by default, free of external traction, said method comprising the following steps: a) illuminating a portion of at least one face of said product under uniform intensity b) capturing an image of a light line of the illuminated portion c) relatively moving the illuminated portion and the light line in a defined direction in relation to the product d) repeating steps a), b), c) e) collecting the images of lines in a two-dimensional distribution of intensities and selecting a strand direction of the product in which, if at least one wave of intensities is detected, a local amplitude variation of said wave delivers a local strand flatness defect value. a) illuminating a portion of at least one face of said product under uniform intensity b) capturing an image of a light line of the illuminated portion c) relatively moving the illuminated portion and the light line in a defined direction in relation to the product d) repeating steps a), b), c) e) collecting the images of lines in a two-dimensional distribution of intensities and selecting a strand direction of the product in which, if at least one wave of intensities is detected, a local amplitude variation of said wave delivers a local strand flatness defect value.
A particulate clumping animal litter material comprising 50-95 wt.% bentonite dust, wherein the particles of the particulate clumping animal litter material have a weight averaged particle size in the range of 0.25-8 mm, characterized in that the particulate clumping animal litter material has a bulk density equal to or less than 700 gram/l and in that it comprises a filler material, and optionally a coagulant, said filler material comprising a protein based foam.
Road paver for producing a paving layer, comprising a chassis and a paving screed mounted in a height-adjustable manner for compacting a paving material, said paving screed having at least one external operating station (8, 8') with a control device (9, 9') which has at least one operating panel for setting process parameters of the paving screed and/or at least one display for displaying process parameters (P, P') set on the paving screed, and at least one projector (7, 7') which is formed to project at least one of the process parameters (P, P') set on the operating panel and/or shown on the display onto at least one projection area (13, 13') so that the process parameter (P, P') projected thereon is visible in particular to a screed operator of the paving screed, characterized in that the paving screed forms the projection area for imaging the process parameter (P, P').