mhurhangee/ep-ind-claims huggingface dataset:
A ball mounting method of mounting conductive balls on a circuit board with a working machine for a board, the working machine for a board including a holding device that is provided on a base and holds a circuit board at a position where work for the circuit board is performed, a working device that selectively performs work for mounting the conductive balls on the circuit board by a ball holder holding the conductive balls by suction and work for transferring viscous fluid onto the circuit board by a viscous fluid transfer tool including transfer pins transferring viscous fluid, which adheres to tip end portions thereof, to the circuit board, wherein the working device comprises a working tool holding unit on which either the ball holder or the flux transfer tool can be detachably mounted, and wherein the ball holder can be stored in a working tool station when the flux transfer tool is mounted on the working tool unit and the flux transfer tool can be stored in the working tool station when the ball holder is mounted on the working tool holding unit, a moving device that moves the working device to an arbitrary position on the base, and a first viscous fluid tray in which viscous fluid is stored, the ball mounting method comprising: a transfer pin immersion step of immersing the transfer pins of the viscous fluid transfer tool in viscous fluid stored in the first viscous fluid tray; a viscous fluid transfer step of transferring viscous fluid onto the circuit board by the transfer pins that have been immersed in viscous fluid; a ball immersion step of immersing the conductive balls, which are held by the ball holder, in viscous fluid stored in the first viscous fluid tray or in a viscous fluid stored in a second viscous fluid tray; and a ball mounting step of mounting the conductive balls, which have been immersed in viscous fluid, on the circuit board onto which the viscous fluid has been transferred in the viscous fluid transfer step. a transfer pin immersion step of immersing the transfer pins of the viscous fluid transfer tool in viscous fluid stored in the first viscous fluid tray; a viscous fluid transfer step of transferring viscous fluid onto the circuit board by the transfer pins that have been immersed in viscous fluid; a ball immersion step of immersing the conductive balls, which are held by the ball holder, in viscous fluid stored in the first viscous fluid tray or in a viscous fluid stored in a second viscous fluid tray; and a ball mounting step of mounting the conductive balls, which have been immersed in viscous fluid, on the circuit board onto which the viscous fluid has been transferred in the viscous fluid transfer step.
An aluminum alloy consisting of 4.0 to 10.0 % by weight, in relation to the total weight of the alloy, of zinc (Zn), 1.0 to 3.5 % by weight, in relation to the total weight of the alloy, of magnesium (Mg), 0,001 to 0.5 % by weight, in relation to the total weight of the alloy, of at least one element selected from the group consisting of zirconium (Zr), hafnium (Hf), molybdenum (Mo), terbium (Tb), niobium (Nb), gadolinium (Gd), erbium (Er), and vanadium, 0 to < 2.5 % by weight, in relation to the total weight of the alloy, of copper (Cu), 0 to < 0.4 % by weight, in relation to the total weight of the alloy, of silicon (Si), 0 to < 0.5 % by weight, in relation to the total weight of the alloy, of iron (Fe), 0 to 0.5 % by weight, in relation to the total weight of the alloy, of manganese (Mn), 0 to 0.3 % by weight, in relation to the total weight of the alloy, of chromium (Cr), 0 to 0.2 % by weight, in relation to the total weight of the alloy, of titanium (Ti), 0.02 to 1.25 % by weight, in relation to the total weight of the alloy, of scandium (Sc), the rest being aluminum with further impurities individually of at most 0.1 % by weight in relation to the total weight of the alloy, and on the whole at most 0.5 % by weight, in relation to the total weight of the alloy, wherein if the aluminum alloy contains zirconium (Zr) the amount of zirconium (Zr) corresponds to at most 1/4 of the amount of scandium (Sc).
A multi-projection system having: a theater; multiple projectors; a controller controlling the projectors; a plurality of projection surfaces onto which images are projected by the projectors, the plurality of projection surfaces being disposed on two or more sides of the theater that are not parallel to each other, the projection surfaces are formed of different kinds of projection surfaces comprising at least one or more screens and at least one or more wall surfaces of the theater; the plurality of projection surfaces is adapted to reproduce one image together dividedly projected onto each projection surface; and wherein the portions of said one image projected onto each projection surface are corrected by the controller to reduce the difference of the portions caused by the different kinds of projection surfaces. a theater; multiple projectors; a controller controlling the projectors; a plurality of projection surfaces onto which images are projected by the projectors, the plurality of projection surfaces being disposed on two or more sides of the theater that are not parallel to each other, the projection surfaces are formed of different kinds of projection surfaces comprising at least one or more screens and at least one or more wall surfaces of the theater; the plurality of projection surfaces is adapted to reproduce one image together dividedly projected onto each projection surface; and wherein the portions of said one image projected onto each projection surface are corrected by the controller to reduce the difference of the portions caused by the different kinds of projection surfaces.
An elevator device comprising: a hoisting machine connected to a drive motor via a rotating shaft, a main rope being wound around the hoisting machine; a car connected with one end of the main rope wound around the hoisting machine and a balance weight connected with the other end of the main rope; wherein the elevator device further comprises a disc brake system (15, 16, 36, 37) including a brake disc connected with a rotating shaft of the hoisting machine, and a brake pad that is configured to be pressed against the brake disc to apply braking force to stop the hoisting machine to bring the car and the balance weight into a stopped state, characterised in that a sliding contact face of the brake pad that is configured to be in sliding contact with the brake disc has exactly three grooves, wherein the three grooves comprise one linear groove (33C, 34A) formed to extend through a center of the brake pad, and two linear grooves (33A, 33B, 34B, 34C) formed to be perpendicular to the one linear groove, wherein the two linear grooves are formed in parallel to each other avoiding the center of the brake pad with a distance therebetween, on opposite sides of the center of the brake pad, wherein intersections of the one linear groove with the two linear grooves are positioned off the center of the brake pad in the sliding contact face, and either the one linear groove or the two linear grooves is/are formed along a sliding contact direction of the brake pad and the brake disc. wherein the elevator device further comprises a disc brake system (15, 16, 36, 37) including a brake disc connected with a rotating shaft of the hoisting machine, and a brake pad that is configured to be pressed against the brake disc to apply braking force to stop the hoisting machine to bring the car and the balance weight into a stopped state, characterised in that a sliding contact face of the brake pad that is configured to be in sliding contact with the brake disc has exactly three grooves, wherein the three grooves comprise one linear groove (33C, 34A) formed to extend through a center of the brake pad, and two linear grooves (33A, 33B, 34B, 34C) formed to be perpendicular to the one linear groove, wherein the two linear grooves are formed in parallel to each other avoiding the center of the brake pad with a distance therebetween, on opposite sides of the center of the brake pad, wherein intersections of the one linear groove with the two linear grooves are positioned off the center of the brake pad in the sliding contact face, and either the one linear groove or the two linear grooves is/are formed along a sliding contact direction of the brake pad and the brake disc.
Cooking appliance for culinary preparations, comprising: - a cooking housing comprising a base and a lid hingedly mounted on the base between an open position wherein a culinary preparation can be introduced into the cooking housing and a closed position wherein the base and the lid delimit a closed heating chamber, - the cooking appliance further comprising lower means of heating provided in the base comprising a lower electrical heating resistance and upper means of heating provided in the lid comprising an upper electrical heating resistance, and - control means configured to control a heating of the upper means of heating and a heating of the lower means of heating, said control means comprising a relay that simultaneously supplies the upper means of heating and the lower means of heating. - a cooking accessory removably mounted in the closed heating chamber and configured to support a pie plate, the cooking accessory comprising a bottom wall and at least one support protrusion whereon the pie plate is intended to rest, the at least one support protrusion being configured to raise the pie plate relative to the bottom wall of the cooking accessory and to delimit an air gap between the bottom wall of the cooking accessory and a bottom of the pie plate, when the pie plate rests on the at least one support protrusion. - a cooking housing comprising a base and a lid hingedly mounted on the base between an open position wherein a culinary preparation can be introduced into the cooking housing and a closed position wherein the base and the lid delimit a closed heating chamber, - the cooking appliance further comprising lower means of heating provided in the base comprising a lower electrical heating resistance and upper means of heating provided in the lid comprising an upper electrical heating resistance, and - control means configured to control a heating of the upper means of heating and a heating of the lower means of heating, said control means comprising a relay that simultaneously supplies the upper means of heating and the lower means of heating. - a cooking accessory removably mounted in the closed heating chamber and configured to support a pie plate, the cooking accessory comprising a bottom wall and at least one support protrusion whereon the pie plate is intended to rest, the at least one support protrusion being configured to raise the pie plate relative to the bottom wall of the cooking accessory and to delimit an air gap between the bottom wall of the cooking accessory and a bottom of the pie plate, when the pie plate rests on the at least one support protrusion.
An extracellular potential measuring device for electrically measuring an extracellular potential of a cell in a solution, the extracellular potential measuring device comprising: a plate portion (2,102) having a first surface (2C,102B) and a second surface (2B,102A) opposite to the first surface (2C,102B), wherein the plate portion (2,102) has a first pocket (3,103) for holding said cell formed therein and a first through-hole (4,10a, 109a) formed therein, wherein the first pocket (3,103) has an opening which opens to the first surface (2C,102B) and the first through-hole communicates to the second surface (2B, 102A) characterized in that the first through-hole (4,10a,109a) communicates from a first position inside the first pocket (3,103), which is closer to the opening than a deepest point of the first pocket (3,103) is. a plate portion (2,102) having a first surface (2C,102B) and a second surface (2B,102A) opposite to the first surface (2C,102B), wherein the plate portion (2,102) has a first pocket (3,103) for holding said cell formed therein and a first through-hole (4,10a, 109a) formed therein, wherein the first pocket (3,103) has an opening which opens to the first surface (2C,102B) and the first through-hole communicates to the second surface (2B, 102A) characterized in that the first through-hole (4,10a,109a) communicates from a first position inside the first pocket (3,103), which is closer to the opening than a deepest point of the first pocket (3,103) is.
A nanochannel delivery device comprising: a plurality of inlet microchannels; a first electrode; a second electrode; a plurality of nanochannels; and a plurality of outlet microchannels (117, 119), wherein: each inlet microchannel is in direct fluid communication with an outlet microchannel (117, 119) via a single nanochannel; the first electrode is directly coupled to a first surface of the nanochannel delivery device; the second electrode is directly coupled to a second surface of the nanochannel delivery device; and the first surface and the second surface are an exterior surface of the nanochannel delivery device. a plurality of inlet microchannels; a first electrode; a second electrode; a plurality of nanochannels; and a plurality of outlet microchannels (117, 119), wherein: each inlet microchannel is in direct fluid communication with an outlet microchannel (117, 119) via a single nanochannel; the first electrode is directly coupled to a first surface of the nanochannel delivery device; the second electrode is directly coupled to a second surface of the nanochannel delivery device; and the first surface and the second surface are an exterior surface of the nanochannel delivery device. each inlet microchannel is in direct fluid communication with an outlet microchannel (117, 119) via a single nanochannel; the first electrode is directly coupled to a first surface of the nanochannel delivery device; the second electrode is directly coupled to a second surface of the nanochannel delivery device; and the first surface and the second surface are an exterior surface of the nanochannel delivery device.
Use of cellulose ethers which are blended with one or more liquid antifoams for increasing the open time of cement-based tile adhesives and for improving the wetting of tiles with the cement-based tile adhesives and also for increasing the processing time of cement renders and of cement-based renders in composite thermal insulation systems.
A strip for wrapping a film roll, having a perforation region with a first desired tear track and a second desired tear track, which are in each case formed from a plurality of perforations and, bounding a first tear-off strip, extend lengthwise at a distance from one another, the first tear-off strip being configured for tearing off along a first desired tear direction, characterised in that the perforation region has a third desired tear track and a fourth desired tear track which, bounding a second tear-off strip, extend lengthwise at a distance from one another, the third desired tear track and the fourth desired tear track in each case being formed from a plurality of perforations arranged on the first tear-off strip, and the second tear-off strip being configured for tearing off along a second desired tear direction which is oriented opposingly to the first desired tear direction.
A display apparatus, comprising: a display panel comprising a display substrate, a plurality of pad terminals (150, 401, 1400) disposed on the display substrate; and a driving unit comprising a plurality of driving terminals (190, 540) electrically connected to the plurality of pad terminals (150, 401, 1400), wherein each of the plurality of pad terminals (150, 401, 1400) includes a first stepped groove that faces a corresponding driving terminal of the plurality of driving terminals (190, 540) or each of the plurality of pad terminals (150, 401, 1400) includes a first opening hole (1421, 2421, 421b) that faces the corresponding driving terminal of the plurality of driving terminals (190, 540), characterized in that each of the plurality of driving terminals comprises: a protrusion portion that protrudes in a first direction that is toward the corresponding one of the plurality of pad terminals and contacts the corresponding one of the plurality of pad terminals; and a concave portion disposed in a second direction opposite to the first direction and spaced apart from the corresponding one of the plurality of pad terminals. a display panel comprising a display substrate, a plurality of pad terminals (150, 401, 1400) disposed on the display substrate; and a driving unit comprising a plurality of driving terminals (190, 540) electrically connected to the plurality of pad terminals (150, 401, 1400), wherein each of the plurality of pad terminals (150, 401, 1400) includes a first stepped groove that faces a corresponding driving terminal of the plurality of driving terminals (190, 540) or each of the plurality of pad terminals (150, 401, 1400) includes a first opening hole (1421, 2421, 421b) that faces the corresponding driving terminal of the plurality of driving terminals (190, 540), characterized in that each of the plurality of driving terminals comprises: a protrusion portion that protrudes in a first direction that is toward the corresponding one of the plurality of pad terminals and contacts the corresponding one of the plurality of pad terminals; and a concave portion disposed in a second direction opposite to the first direction and spaced apart from the corresponding one of the plurality of pad terminals. a protrusion portion that protrudes in a first direction that is toward the corresponding one of the plurality of pad terminals and contacts the corresponding one of the plurality of pad terminals; and a concave portion disposed in a second direction opposite to the first direction and spaced apart from the corresponding one of the plurality of pad terminals.
Device for transcutaneous in vivo measurement of the concentration of at least one analyte in a living organism, with a carrier insertable into the organism and, immobilized on the carrier, a luminescence indicator which reacts on a change of the concentration of the analyte to be measured with a change of at least one optical characteristic, wherein the luminescence indicator is transcutaneously connected with a source for providing the excitation radiation (a) and a detector for detecting the measurement radiation (m), wherein the luminescence indicator is immobilized at an outer periphery of a catheter serving for delivery of a liquid medium, for example a medicament, into the organism or for sucking up a body fluid, the catheter is positioned outwardly protruding in a base element of a housing, wherein the base element is putable onto the surface of the organism under insertion of the catheter, and the housing houses the source for providing the excitation radiation (a) and the detector for detecting the measurement radiation (m).
A method of making a vacuum insulating panel, the vacuum insulating panel comprising a first substrate, a second substrate, a plurality of spacers provided in a gap between at least the first and second substrates, and a seal provided at least partially between at least the first and second substrates, the seal comprising a first seal layer; wherein the method comprises: providing a first seal material on at least one of the substrates, the first seal material comprising tellurium oxide, wherein the first seal material comprises from about 20-70 wt.% tellurium oxide, the tellurium oxide comprising TeO 4 and TeO 3, and wherein the first seal material comprises more TeO 4 than TeO 3 by wt.% so that TeO 4 > TeO 3 in terms of wt.% in the first seal material; laser heating, using a laser beam from a laser, the first seal material for firing and/or sintering the first seal material to form the first seal layer, in a manner that causes the TeO 4 > TeO 3 in the first seal material to transform into TeO 3 > TeO 4 due to said laser heating, whereby an amount of TeO 4 decreases and an amount of TeO 3 increases due to said laser heating, so that after said laser heating the first seal layer comprises more TeO 3 than TeO 4 by wt.%, and comprises from about 20-80% wt.% tellurium oxide; and after forming the first seal layer, evacuating the gap to a pressure less than atmospheric pressure. providing a first seal material on at least one of the substrates, the first seal material comprising tellurium oxide, wherein the first seal material comprises from about 20-70 wt.% tellurium oxide, the tellurium oxide comprising TeO 4 and TeO 3, and wherein the first seal material comprises more TeO 4 than TeO 3 by wt.% so that TeO 4 > TeO 3 in terms of wt.% in the first seal material; laser heating, using a laser beam from a laser, the first seal material for firing and/or sintering the first seal material to form the first seal layer, in a manner that causes the TeO 4 > TeO 3 in the first seal material to transform into TeO 3 > TeO 4 due to said laser heating, whereby an amount of TeO 4 decreases and an amount of TeO 3 increases due to said laser heating, so that after said laser heating the first seal layer comprises more TeO 3 than TeO 4 by wt.%, and comprises from about 20-80% wt.% tellurium oxide; and after forming the first seal layer, evacuating the gap to a pressure less than atmospheric pressure.
Bobbin loader device for textile machines comprising - a tipper containing a plurality of bobbins, - a belt conveyor placed below the tipper in order to receive the bobbins falling from the tipper and send them in a feed direction (X-X) according to a feed orientation and a feed speed (Vf) - a classifier carousel suitable to classify the bobbins, said classifier carousel being placed downstream of the belt conveyor in order to receive from the latter the bobbins to be classified, - wherein the bobbin loader device comprises between the tipper and the belt conveyor, dilution means suitable to divide and space the bobbins coming from the tipper from each other, before sending them to said belt conveyor, wherein said dilution means comprise a first conveyor belt placed below the tipper in order to receive the bobbins falling from it, having a first advancement orientation concordant with the feed orientation and a first advancement speed, characterized in that said dilution means further comprise a second conveyor belt placed between the first conveyor belt and the belt conveyor in order to receive the bobbins falling from the first conveyor belt and channel them onto the belt conveyor, wherein the second conveyor belt has a second advancement orientation, opposite the feed orientation, and a second advancement speed. - a tipper containing a plurality of bobbins, - a belt conveyor placed below the tipper in order to receive the bobbins falling from the tipper and send them in a feed direction (X-X) according to a feed orientation and a feed speed (Vf) - a classifier carousel suitable to classify the bobbins, said classifier carousel being placed downstream of the belt conveyor in order to receive from the latter the bobbins to be classified, - wherein the bobbin loader device comprises between the tipper and the belt conveyor, dilution means suitable to divide and space the bobbins coming from the tipper from each other, before sending them to said belt conveyor, wherein said dilution means comprise a first conveyor belt placed below the tipper in order to receive the bobbins falling from it, having a first advancement orientation concordant with the feed orientation and a first advancement speed, characterized in that said dilution means further comprise a second conveyor belt placed between the first conveyor belt and the belt conveyor in order to receive the bobbins falling from the first conveyor belt and channel them onto the belt conveyor, wherein the second conveyor belt has a second advancement orientation, opposite the feed orientation, and a second advancement speed.