mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing an obturator for filling an endodontically prepared root canal, the obturator comprising an elongated carrier having a distal end, a proximal end, and a working portion with a combination filler material having multiple viscosities coated on the working portion; said method comprising: (a) forming an initial coating of a first filler material over the working portion of the carrier; wherein the heated first filler material is characterized by a first viscosity having a target melt flow of between 0 and 20g/10 min or a second viscosity having a target melt flow of greater than 50g/10 min; (b) filling a mold having a plurality of cavities in the mold with a second filler material; (c) baking the mold to form the mold having a heated second filler material; (d) inserting the initial coated working portion carrier into each cavity of the mold having the heated second filler material; (e) placing a lid on top of the second mold to maintain the elongated carrier at a correct depth; (f) cooling the second filler material to form a subsequent coating of the second filler material on a portion of the initial coated working portion carrier, thereby forming the obturator and removing the obturator from the mold, wherein the method includes the steps of: - heating the first filler material to the second viscosity - initially coating the first filler material from the distal end to a coronal end of the carrier; - filling the mold with the second filler material to between 5 mm and 10 mm from the distal end, and - subsequently filling the mold with a third filler material above the second filler material. (a) forming an initial coating of a first filler material over the working portion of the carrier; wherein the heated first filler material is characterized by a first viscosity having a target melt flow of between 0 and 20g/10 min or a second viscosity having a target melt flow of greater than 50g/10 min; (b) filling a mold having a plurality of cavities in the mold with a second filler material; (c) baking the mold to form the mold having a heated second filler material; (d) inserting the initial coated working portion carrier into each cavity of the mold having the heated second filler material; (e) placing a lid on top of the second mold to maintain the elongated carrier at a correct depth; (f) cooling the second filler material to form a subsequent coating of the second filler material on a portion of the initial coated working portion carrier, thereby forming the obturator and removing the obturator from the mold, - heating the first filler material to the second viscosity - initially coating the first filler material from the distal end to a coronal end of the carrier; - filling the mold with the second filler material to between 5 mm and 10 mm from the distal end, and - subsequently filling the mold with a third filler material above the second filler material.
A laminate structure comprising a substrate on which a wettability variable layer and a conducting layer are disposed, the wettability variable layer containing a material whose critical surface tension changes upon application of energy, and the conducting layer being patterned on the wettability variable layer, wherein the material with variable critical surface tension includes a main chain and a side chain, the side chain having two or more sites of which the bond is cleaved upon absorption of the energy, and the side chain has a hydrophobic group, and a multi-branching structure.
An electric razor comprising: a head portion comprising: a comb-shaped outer blade; and at least one mesh-shaped outer blade, the head portion holding the comb-shaped outer blade and the at least one mesh-shaped outer blade each extending in a first direction so as to be movable in a second direction intersecting the first direction, wherein the electric razor comprises: a comb blade urging member that urges the comb-shaped outer blade with respect to the head portion in the second direction; a mesh blade urging member that urges the at least one mesh-shaped outer blade with respect to the head portion in the second direction; characterized in that the electric razor further comprises: an engaging mechanism that, when the at least one mesh-shaped outer blade is moved toward the head portion against urging force of the mesh blade urging member, moves the comb-shaped outer blade in a state where the at least one mesh-shaped outer blade projects from the comb-shaped outer blade with respect to the head portion. a head portion comprising: a comb-shaped outer blade; and at least one mesh-shaped outer blade, a comb-shaped outer blade; and at least one mesh-shaped outer blade, the head portion holding the comb-shaped outer blade and the at least one mesh-shaped outer blade each extending in a first direction so as to be movable in a second direction intersecting the first direction, wherein the electric razor comprises: a comb blade urging member that urges the comb-shaped outer blade with respect to the head portion in the second direction; a mesh blade urging member that urges the at least one mesh-shaped outer blade with respect to the head portion in the second direction; characterized in that the electric razor further comprises: an engaging mechanism that, when the at least one mesh-shaped outer blade is moved toward the head portion against urging force of the mesh blade urging member, moves the comb-shaped outer blade in a state where the at least one mesh-shaped outer blade projects from the comb-shaped outer blade with respect to the head portion. a comb blade urging member that urges the comb-shaped outer blade with respect to the head portion in the second direction; a mesh blade urging member that urges the at least one mesh-shaped outer blade with respect to the head portion in the second direction; characterized in that the electric razor further comprises: an engaging mechanism that, when the at least one mesh-shaped outer blade is moved toward the head portion against urging force of the mesh blade urging member, moves the comb-shaped outer blade in a state where the at least one mesh-shaped outer blade projects from the comb-shaped outer blade with respect to the head portion.
Method for controlling the positioning of at least one rotor disc about a tie-rod of a partially assembled rotor of a gas turbine; the tie-rod extending along a longitudinal axis; the method comprising: • positioning the tie-rod so as the longitudinal axis extends substantially vertically; • detecting the eccentricity of the rotor disc with respect to the longitudinal axis of the tie-rod by means of an assembly comprising a main device coupled to a free face of the rotor disc and at least one first reference device (25, 26) coupled to the tie-rod; the assembly further comprising at least three lasers emitters coupled to one between the main device and the at least one first reference device (25, 26) and at least three respective photosensitive sensors coupled to the other between the main device and the at least one first reference device (25, 26); the photosensitive sensors being arranged so as to intercept laser beams emitted by respective lasers emitters. • positioning the tie-rod so as the longitudinal axis extends substantially vertically; • detecting the eccentricity of the rotor disc with respect to the longitudinal axis of the tie-rod by means of an assembly comprising a main device coupled to a free face of the rotor disc and at least one first reference device (25, 26) coupled to the tie-rod; the assembly further comprising at least three lasers emitters coupled to one between the main device and the at least one first reference device (25, 26) and at least three respective photosensitive sensors coupled to the other between the main device and the at least one first reference device (25, 26); the photosensitive sensors being arranged so as to intercept laser beams emitted by respective lasers emitters.
Silicon-based balance spring comprising a hairspring integral with a collet characterized in that the collet includes an silicon-based integral protruding portion forming a pin arranged for cooperating with an escape system.
Device for changing the temperature of a metal strip, in particular of a metal strip made of aluminium or an aluminium alloy, having means for changing the temperature of the metal strip by heating or cooling, in which apparatus, using means for conveying the metal strip, the metal strip is moved in the strip direction relative to the means for changing the temperature of the metal strip, characterised in that the means for changing the temperature of the metal strip have a plurality of individual temperature-control means which each heat or cool the metal strip only in some regions, and a plurality of the temperature-control means can be positioned in a translator variable manner individually in their position relative to the metal strip, wherein the position of at least one temperature-control means can be individually changed translationally in the longitudinal direction of the metal strip, in the transverse direction of the metal strip and/or at a distance from the metal strip.
Iron comprising a flat ironing soleplate, a heating body comprising a lower face in thermal contact with the soleplate and an upper face at which a vaporisation chamber is arranged, and means for injecting water into the vaporisation chamber comprising at least two injection openings (51, 52) that simultaneously inject water onto two separate evaporation areas (61, 62) of a bottom wall of the vaporisation chamber when the soleplate of the iron is arranged horizontally, said vaporisation chamber being bordered laterally by a side wall extending from the bottom wall to a closing cover attached to the heating body, said side wall comprising at least one passage establishing communication between the vaporisation chamber and a steam distribution circuit leading to at least one steam outlet opening arranged in the soleplate, said passage being arranged at a longitudinal end of the vaporisation chamber and the vaporisation chamber comprising a separation wall extending from the two evaporation areas (61, 62) to the passage so as to provide a partition between the two evaporation areas (61, 62), the separation wall extending over the entire height of the vaporisation chamber, from the bottom wall to the closing cover, and over the entire length of the vaporisation chamber, from the two evaporation areas (61, 62) to the passage arranged in the side wall, characterised in that said side wall and said separation wall have a suitable shape so that the water injected by one of the two injection openings (51, 52) falls by gravity onto the separation wall while the water injected by the other injection opening (51, 52) falls by gravity onto the side wall when the soleplate of the iron is arranged vertically according to any angular orientation whatsoever.
Counterplate extending parallel to a wire and designed to ensure the electrical continuity inside a terminal block between the electric wire and sliders held by the counterplate itself and movable in a direction perpendicular to that in which the wire extends the counterplate is formed by a conductor body (1,2,3,4,5), characterized in that the conductor body (1,2,3,4,5) comprises: - a first outer component extending in the longitudinal direction (X-X) and provided with at least one tooth projecting towards the outside of the inner surface in the transversal direction (Y-Y), said tooth having an inner recess; - at least one middle component the same as the outer component; - a closing component which are packed together in the transverse direction (Y-Y) so as to form a multi-layer body, said closing component has at least one opening able to engage with the at least one tooth of the middle component, and in that each tooth of the first outer component and each tooth of the middle component is inserted along the transversal direction (Y-Y) into the corresponding inner recess of the adjacent middle component, each tooth of the last middle component being inserted into said corresponding opening of the closing component, thus determining a conductor body with both end surfaces flat, and in that the conductor body (1,2,3,4,5) has ends provided with an incision and a reference tooth (1b;2b;3b;4b) for positioning inside the terminal block. - a first outer component extending in the longitudinal direction (X-X) and provided with at least one tooth projecting towards the outside of the inner surface in the transversal direction (Y-Y), said tooth having an inner recess; - at least one middle component the same as the outer component; - a closing component
Moulding element intended to be assembled in a mould for moulding a tyre, said moulding element comprising a moulding surface and an external surface, venting means for venting a flow of air from the moulding surface toward the external surface, said venting means comprising a first part opening onto the moulding surface and a second part in fluidic communication with the first part and opening onto the external surface, wherein the first part of said venting means comprises at least one divergent sector, the divergent profile being oriented toward the external surface, characterized in that the minimum width L1 of said first part is less than 0.07 mm and more preferably less than 0.05 mm and the width L2 of the second part is between 1 mm and 5 mm, and more preferably between 2 mm and 3 mm.
An airbag cushion assembly, preferably a pedestrian airbag cushion assembly, comprising: an airbag cushion, the airbag cushion having a plurality of inflatable chambers including a primary fill chamber configured to receive inflation gas, and one or more additional chambers (14, 16) for receiving inflation gases from the primary fill chamber; and wherein one or more of the additional chambers (14, 16) has one or more one-way gas flow check valves for receiving inflation gases into the chamber and preventing the received inflation gases from back flowing to maintain the additional chamber (14, 16) at full inflation when the airbag cushion is inflated, and further wherein the airbag cushion has a front panel and a rear panel (17, 18), each of the one or more one way gas flow check valves includes a separation wall affixed to an inside surface of the front panel and rear panel dividing and sealing the airbag cushion into the plurality of chambers, characterized in that each of the one or more one-way check valves being formed as a folded fabric having two or more folds, wherein the folded fabric is air tightly affixed at an end opposite the two or more folds to the inside surface of the front and rear panels (17, 18) of the airbag cushion thereby forming the separation wall, each of the two or more folds of the folded fabric, unsupported by the airbag cushion, is cut to form one or more openings or channels, the one or more openings are opened by the inflating gases, but are closed at the two or more folds on any back flow pressure. an airbag cushion, the airbag cushion having a plurality of inflatable chambers including a primary fill chamber configured to receive inflation gas, and one or more additional chambers (14, 16) for receiving inflation gases from the primary fill chamber; and wherein one or more of the additional chambers (14, 16) has one or more one-way gas flow check valves for receiving inflation gases into the chamber and preventing the received inflation gases from back flowing to maintain the additional chamber (14, 16) at full inflation when the airbag cushion is inflated, and further wherein the airbag cushion has a front panel and a rear panel (17, 18), each of the one or more one way gas flow check valves includes a separation wall affixed to an inside surface of the front panel and rear panel dividing and sealing the airbag cushion into the plurality of chambers, characterized in that each of the one or more one-way check valves being formed as a folded fabric having two or more folds, wherein the folded fabric is air tightly affixed at an end opposite the two or more folds to the inside surface of the front and rear panels (17, 18) of the airbag cushion thereby forming the separation wall, each of the two or more folds of the folded fabric, unsupported by the airbag cushion, is cut to form one or more openings or channels, the one or more openings are opened by the inflating gases, but are closed at the two or more folds on any back flow pressure.
A non-aqueous liquid electrolyte secondary battery comprising a cathode, an anode and a non-aqueous liquid electrolyte present between the cathode and the anode, wherein the non-aqueous liquid electrolyte secondary battery has a closed structure in which the cathode, the anode and the non-aqueous liquid electrolyte are insulated from at least carbon dioxide and water; wherein the cathode uses oxygen as an active material; wherein the non-aqueous liquid electrolyte secondary battery has a discharge voltage of 3V or less relative to a Li/Li+ reference electrode; and wherein the non-aqueous liquid electrolyte comprises bistrifluoromethanesulfonylimide as a first anion having a relatively large molecular weight, and at least one kind selected from the group consisting of trifluoromethanesulfonate, hexafluorophosphate and tetrafluoroborate as a second anion having a relatively small molecular weight.
Method for inspecting a traveling wire cable, in which method the traveling wire cable is photographed at a stationary position at time intervals at least on one lay length or a multiple of the lay length, and pictures generated thereby are successively reproduced, characterized in that the wire cable is photographed at those time intervals which are equal to the quotient of the lay length, or a multiple of the lay length, and the travel speed of the wire cable in such a way that wound strands of the wire cable appear in the pictures at the same position of the cable circumference, the pictures produced thus are compared with one another when reproduced and an image arising by the reproduction of the pictures is monitored for changes that indicate damage.
Aircraft landing gear actuator, comprising a control system comprising a chamber wall delimiting a hydraulic chamber, the control system further comprising a control rod extending between: - a first zone situated in said hydraulic chamber delimited by the chamber wall; and - a second zone situated outside said hydraulic chamber, the aircraft landing gear actuator further comprising a hydraulic piston mounted for sliding inside the first zone, a first part of the control rod extending in the first zone so as to be able to be moved by said piston, a second part of the control rod extending in the second zone; the control system further comprising: - on the one hand a hollow external unit assembled removably against the said chamber wall and on the outside of this chamber wall, said second zone being inside the hollow external unit; and on the other hand - sealing means arranged around and against this control rod to oppose the passage of fluid between the first and second zones (2, 4); the system being characterized in that it further comprises a guide piece assembled removably with respect to the chamber wall, the sealing means being assembled inside the guide piece so as to allow relative movement of the rod with respect to the guide piece while at the same time achieving sealing between the said first and second zones (2, 4), the chamber wall has passing through it a bore extending between the said first and second zones (2, 4), the guide piece being placed inside this bore and coming into axial abutment against first axial-abutment means that oppose the movement of the guide piece towards the first zone, and this bore being configured to allow the guide piece to be extracted from this bore by sliding the guide piece towards the first zone and a part of this hollow external unit extending opposite said bore passing through the chamber wall so as to form second axial-stop means preventing the guide piece from being extracted from this bore. - a first zone situated in said hydraulic chamber delimited by the chamber wall; and - a second zone situated outside said hydraulic chamber, the aircraft landing gear actuator further comprising a hydraulic piston mounted for sliding inside the first zone, a first part of the control rod extending in the first zone so as to be able to be moved by said piston, a second part of the control rod extending in the second zone; - on the one hand a hollow external unit assembled removably against the said chamber wall and on the outside of this chamber wall, said second zone being inside the hollow external unit; and on the other hand - sealing means arranged around and against this control rod to oppose the passage of fluid between the first and second zones (2, 4);
A battery module, comprising: - a battery assembly in which a plurality of batteries is stacked; and - a clamping member, wherein the battery assembly comprises: a battery stacking structure; and an upper plate and a lower plate respectively disposed at upper and lower ends of the battery stacking structure in a stacking direction, wherein at least one of the upper plate and the lower plate comprises: a counterpart snap-fitting portion has a hooking protrusion coupled to a snap-fitting portion of the clamping member; and a counterpart screwing portion has a screw shaft coupled to a screwing portion of the clamping member, wherein the clamping member comprises: a pair of pressing units (210, 220) configured to respectively press the upper plate and the lower plate of the battery assembly so that the stacking structure of the battery assembly is fixed by using the clamping member; and a support unit configured to support the pair of pressing units (210, 220) so that the upper plate and the lower plate of the battery assembly are pressed by the pair of pressing units (210, 220), wherein at least one of the pair of pressing units (210, 220) includes a snap-fitting portion and a screwing portion, the snap-fitting portion has a hooking hole which is coupled to the hooking protrusion by means of snap-fitting; and the screwing portion has an insert groove coupled to the upper plate or the lower plate coupled to the snap-fitting portion, by means of screwing, characterized in that the insert groove has a U shape with an opening at a coupling side so that the screw shaft provided at the upper plate or the lower plate is inserted therein when the snap-fitting portion is coupled to the upper plate or the lower plate. - a battery assembly in which a plurality of batteries is stacked; and - a clamping member, a battery stacking structure; and an upper plate and a lower plate respectively disposed at upper and lower ends of the battery stacking structure in a stacking direction, a counterpart snap-fitting portion has a hooking protrusion coupled to a snap-fitting portion of the clamping member; and a counterpart screwing portion has a screw shaft coupled to a screwing portion of the clamping member, a pair of pressing units (210, 220) configured to respectively press the upper plate and the lower plate of the battery assembly so that the stacking structure of the battery assembly is fixed by using the clamping member; and a support unit configured to support the pair of pressing units (210, 220) so that the upper plate and the lower plate of the battery assembly are pressed by the pair of pressing units (210, 220), the snap-fitting portion has a hooking hole which is coupled to the hooking protrusion by means of snap-fitting; and the screwing portion has an insert groove coupled to the upper plate or the lower plate coupled to the snap-fitting portion, by means of screwing,
An apparatus for folding and winding a predetermined length of non-woven fabric from a roll wound on a core, mounted on a countertop, equipped with a housing, provided with a drive unit, wherein mounted on a hub is a cylinder, to which eccentrically attached are rods from which at a certain distance is mounted a linear feed, characterized in that the hub assembly with the cylinder with the rods is longitudinally movable in the direction of said linear feed and that the rods are retractable towards the cylinder.