mhurhangee/ep-ind-claims huggingface dataset:
Light signalling device (2; 102; 1002), in particular for motor vehicles, which can light a space with a main lighting axis, comprising: a reflector (10; 110; 1010) with a reflecting surface which is oriented such as to face the said space to be lit; a screen (7; 107; 1007) which is disposed facing the said reflector, between the said reflector and the said space to be lit, the screen comprising a semi-reflecting area; the said screen being disposed spaced from the said reflector and forming with the said reflector a cavity (5; 105; 1005), at least one of the surfaces of which formed by the said screen or the said reflector is curved; a support (16; 116; 1016) for a source of light (14; 114; 1014) which is configured such that the rays of light of the said source penetrate into the said cavity according to a main direction oriented towards the said space to be lit, part of the said rays of light meeting the said semi-reflecting area, some of these rays being transmitted by the said semi-reflecting area, and others of these rays being reflected by the said semi-reflecting area then by the said reflector into the said cavity, such as to generate a repetitive visual effect of depth, characterised in that these rays are a first part of the rays of light emitted by the said source of light, the said screen (7; 107; 1007) is configured and arranged relative to the direction of emission of the source of light such that a second part of the rays of light emitted by the source of light emerges from the cavity at the height of the said screen, without meeting the semi-reflecting area. a reflector (10; 110; 1010) with a reflecting surface which is oriented such as to face the said space to be lit; a screen (7; 107; 1007) which is disposed facing the said reflector, between the said reflector and the said space to be lit, the screen comprising a semi-reflecting area; the said screen being disposed spaced from the said reflector and forming with the said reflector a cavity (5; 105; 1005), at least one of the surfaces of which formed by the said screen or the said reflector is curved; a support (16; 116; 1016) for a source of light (14; 114; 1014) which is configured such that the rays of light of the said source penetrate into the said cavity according to a main direction oriented towards the said space to be lit, part of the said rays of light meeting the said semi-reflecting area, some of these rays being transmitted by the said semi-reflecting area, and others of these rays being reflected by the said semi-reflecting area then by the said reflector into the said cavity, such as to generate a repetitive visual effect of depth, characterised in that these rays are a first part of the rays of light emitted by the said source of light, the said screen (7; 107; 1007) is configured and arranged relative to the direction of emission of the source of light such that a second part of the rays of light emitted by the source of light emerges from the cavity at the height of the said screen, without meeting the semi-reflecting area.
A process for repositioning a drug-coated stent that is pre-crimped on a balloon of a balloon catheter extending in an axial direction (z), so that an inner surface of the stent lies against an outer surface of the balloon, the process having the following steps: - moving the stent, by means of at least one contact element (40, 41, 42), in the axial direction (z) with respect to the balloon of the balloon catheter, to reposition the stent with respect to the balloon, and, - to reposition the stent, the at least one contact element (40, 41, 42) gripping the stent characterized in that the at least one contact element (40, 41, 42) grips the stent with a protection device (60, 61, 62; 70) between them, to prevent contact between the stent and the at least one contact element (40, 41, 42). - moving the stent, by means of at least one contact element (40, 41, 42), in the axial direction (z) with respect to the balloon of the balloon catheter, to reposition the stent with respect to the balloon, and, - to reposition the stent, the at least one contact element (40, 41, 42) gripping the stent
A chemical ablation system, comprising: a percutaneous fluid delivery cannula comprising a lumen extending from a proximal portion to a distal portion, the distal portion comprising a port in fluid communication with the lumen; and a reservoir characterized in that the chemical ablation system is a single chamber system so that a combination of reagents are mixed prior to administration in the single chamber; and the reservoir is adapted to contain the combination of denaturing reagents in fluid communication with the lumen of the percutaneous fluid delivery cannula, at least a portion of the reagents being deliverable out of the port. a percutaneous fluid delivery cannula comprising a lumen extending from a proximal portion to a distal portion, the distal portion comprising a port in fluid communication with the lumen; and a reservoir characterized in that the chemical ablation system is a single chamber system so that a combination of reagents are mixed prior to administration in the single chamber; and the reservoir is adapted to contain the combination of denaturing reagents in fluid communication with the lumen of the percutaneous fluid delivery cannula, at least a portion of the reagents being deliverable out of the port.
A display, comprising: display layers that form an array of pixels; and a backlight that illuminates the array of pixels, wherein the backlight includes a light guide plate having ridges, wherein the ridges have different densities in different portions of the light guide plate, wherein the light guide plate has an edge, wherein the backlight includes an array of light-emitting diodes along the edge that emit light into the light guide plate through the edge, wherein each ridge extends along a longitudinal axis perpendicular to the edge, and wherein the number of ridges per unit area is selectively decreased adjacent to the light-emitting diodes. display layers that form an array of pixels; and a backlight that illuminates the array of pixels, wherein the backlight includes a light guide plate having ridges, wherein the ridges have different densities in different portions of the light guide plate, wherein the light guide plate has an edge, wherein the backlight includes an array of light-emitting diodes along the edge that emit light into the light guide plate through the edge, wherein each ridge extends along a longitudinal axis perpendicular to the edge, and wherein the number of ridges per unit area is selectively decreased adjacent to the light-emitting diodes.
A processing apparatus, comprising: a controller to process information using a Halftone Area Neugebauer Separation printing process further configured to use at least one opaque ink as a process colorant in combination with at least one further process colorant, wherein processing the information comprises: determining a first look up table mapping device colors to ink vectors for the at least one further process colorant, excluding the at least one opaque ink, and determining a second look up table mapping device colors to ink vectors for the at least one further process colorant, including the at least one opaque ink. determining a first look up table mapping device colors to ink vectors for the at least one further process colorant, excluding the at least one opaque ink, and determining a second look up table mapping device colors to ink vectors for the at least one further process colorant, including the at least one opaque ink.
A handheld mascara applicator comprising: an applicator head that has an outer surface with bristles located on a portion of the outer surface; a source of electric current; and a heat generating portion that is effective to heat at least 0.15g of mascara located on the outer surface of the applicator head, from 20°C to 30°C or greater, in 25 seconds or less, measured from the moment the heat generating portion is activated, wherein: the heat generating portion is supported by a printed circuit board that comprises a substrate that is non-conductive to electricity, and that supports electronic components and electrical leads that are effective to connect the heat generating portion to the source of electric current; the heat generating portion comprises a plurality of discrete, fixed value resistive heating elements, located underneath the portion of the outer surface that has bristles; and the applicator head is a molded brush that comprises a hollow, elastomeric sleeve that fits over a distal end of the printed circuit board, so that the heating elements on the printed circuit board are in direct contact with an inner surface of the hollow sleeve. an applicator head that has an outer surface with bristles located on a portion of the outer surface; a source of electric current; and a heat generating portion that is effective to heat at least 0.15g of mascara located on the outer surface of the applicator head, from 20°C to 30°C or greater, in 25 seconds or less, measured from the moment the heat generating portion is activated, the heat generating portion is supported by a printed circuit board that comprises a substrate that is non-conductive to electricity, and that supports electronic components and electrical leads that are effective to connect the heat generating portion to the source of electric current; the heat generating portion comprises a plurality of discrete, fixed value resistive heating elements, located underneath the portion of the outer surface that has bristles; and the applicator head is a molded brush that comprises a hollow, elastomeric sleeve that fits over a distal end of the printed circuit board, so that the heating elements on the printed circuit board are in direct contact with an inner surface of the hollow sleeve.
A nacelle for a turbomachine, the nacelle comprising an annular inner wall about a longitudinal axis of the nacelle, the annular inner wall being intended to surround at least partly a primary cowl of the turbomachine, such that the annular inner wall of the nacelle forms with the primary cowl a secondary duct of the turbomachine, the annular inner wall delimiting the exterior of the secondary duct, the nacelle further comprising an annular outer wall surrounding the annular inner wall, the annular outer wall being configured to be in contact with the exterior environment of the nacelle, the annular inner wall comprising a first acoustically porous part, the nacelle being characterized in that the annular outer wall comprises a second acoustically porous part, the two acoustically porous parts facing each other to allow the passage through the annular inner wall, then through the annular outer wall of acoustic waves emitted by the turbomachine received in the nacelle, and their discharge outside the nacelle. the nacelle further comprising an annular outer wall surrounding the annular inner wall, the annular outer wall being configured to be in contact with the exterior environment of the nacelle, the annular inner wall comprising a first acoustically porous part, the nacelle being characterized in that the annular outer wall comprises a second acoustically porous part, the two acoustically porous parts facing each other to allow the passage through the annular inner wall, then through the annular outer wall of acoustic waves emitted by the turbomachine received in the nacelle, and their discharge outside the nacelle.
Polyethylene for preparation of chlorinated polyethylene, the polyethylene having a molecular weight distribution of 2.1 to 3.4, a melting index (5.0 kg) of 0.3 to 7 dg/min, a weight average molecular weight of 100,000 to 250,000 g/mol, and prepared in the presence of a metallocene catalyst, characterized by a melting temperature of 130 to 135°C, a density of 0.945 to 0.955 g/cm 3, a wax content of 0.05 to 0.2% by weight, and a low molecular weight (≤5,000 g/mol) content of 0.1 to 3% by weight, wherein the wax content is measured by extracting a low molecular weight ingredient from 10 g of polyethylene with 150 ml of n-heptane at 98°C for three hours and measuring the solid content by weight with respect to a standard substance after extraction.
An electronic device comprising: a first body comprising a mounting surface and a receiving slit formed in the mounting surface; a support member installed to be unfolded at a specified mounting angle on the mounting surface of the first body and having a hinge arm; a second body detachably installed in such a manner that at least a part thereof overlaps the mounting surface of the first body; and a stopper installed in the receiving slit of the first body, wherein the second body detached from the first body is mounted on the first body using the support member, wherein the support member comprises at least one shaft receiving recess, and wherein the stopper comprises a plate-shaped body having an opening, a tension rib extending from the plate-shaped body toward the opening, and a protrusion formed to protrude from the tension rib. a first body comprising a mounting surface and a receiving slit formed in the mounting surface; a support member installed to be unfolded at a specified mounting angle on the mounting surface of the first body and having a hinge arm; a second body detachably installed in such a manner that at least a part thereof overlaps the mounting surface of the first body; and a stopper installed in the receiving slit of the first body, wherein the second body detached from the first body is mounted on the first body using the support member, wherein the support member comprises at least one shaft receiving recess, and wherein the stopper comprises a plate-shaped body having an opening, a tension rib extending from the plate-shaped body toward the opening, and a protrusion formed to protrude from the tension rib.
An automated cargo transportation arrangement for moving a cargo unit within an aircraft cargo compartment, comprising a first and a second transport device (30, 32), wherein each transport device comprises: - a base body; - shifting means; wherein the base body is adapted to carry the cargo unit; wherein the shifting means is adapted to move the base body along a floor of the cargo compartment perpendicular to the longitudinal axis of the aircraft and, after that, along the longitudinal axis of the aircraft without rotation of the base body; characterized in that the first and the second transport device are connected by a displaceable coupling movably connected to the base body of each transport device (30, 32), the position of the coupling is displaceable such that the coupling direction towards the second transport device is changeable by at least 90 degrees while the coupling displaces along circular paths of rounded edges of the first and second transport device, the rounded edges being provided at positions transverse to each other across the coupling when both devices (30, 32) are positioned on the same longitudinal axis. and a position of the first and second transport device relative to each other is changeable by displacing the coupling between the first and second transport device. - a base body; - shifting means;
A consumable for an aerosol generating device comprising a heating layer of an aerosol substrate formed to be positioned in sandwich between two electrodes (4a, b) of the device, wherein the heating layer of aerosol substrate comprises flavorant material and an aerosol forming agent, characterized in that the layer further comprises electrically conductive material in particulate form embedded in the layer, wherein the electrically conductive material is arranged in the heating layer to conduct electrical current between the two electrodes (4a, b) and to heat the aerosol substrate to a temperature sufficient to aerosolize the aerosol forming agent.
Timepiece fitted with a glass having an inside face and a face external to the timepiece and a lighting device comprising at least one light-emitting diode producing an ultraviolet, infrared or blue light (4a, 4b, 4c) to illuminate at least one zone integrating fluorescent and/or phosphorescent pigments of an indicator element (6, 7) visible through the glass, wherein the light emitted by the diode is directed onto the periphery of the glass forming a waveguide capable of diffusing the light, wherein means for diffusing the ultraviolet, infrared or blue light (12, 13, 15, 19, 20) from the glass towards the interior of the timepiece are arranged in the path of said light, characterised in that the glass diffuses the ultraviolet, infrared or blue light homogeneously and uniformly towards the interior of the timepiece by means of microstructures and/or nanostructures arranged on its inside face and in that said microstructures and/or nanostructures arranged in the form of at least one ring so as not to obstruct the visibility of the fluorescent and/or phosphorescent zones of the indicator element (6, 7).
A method of forming an interconnect, comprising the steps of: a) combining a lanthanum-doped strontium titanate with Mn 2 O 3 or Nb 2 O 5 to form a precursor composition; and b) sintering the precursor composition to form the interconnect. a) combining a lanthanum-doped strontium titanate with Mn 2 O 3 or Nb 2 O 5 to form a precursor composition; and b) sintering the precursor composition to form the interconnect.
A method of forming a desired pattern on a substrate comprising the steps of a) generating an atomic or molecular beam; b) providing a mask having a desired pattern; c) directing the atomic or molecular beam through the patterned mask onto a substrate, whereby a pattern is formed on the substrate by interaction with the proportion of the atomic or molecular beam which penetrates through the mask, which pattern is based on the pattern of the mask, wherein the patterned mask is prepared by a method comprising d) providing a porous starting mask material having openings of a size which allow the atomic or molecular beam to penetrate through; e) creating the desired pattern on the mask by filling a proportion of the openings of the mask which thereby become non-transparent for the atomic or molecular beam. a) generating an atomic or molecular beam; b) providing a mask having a desired pattern; c) directing the atomic or molecular beam through the patterned mask onto a substrate, whereby a pattern is formed on the substrate by interaction with the proportion of the atomic or molecular beam which penetrates through the mask, which pattern is based on the pattern of the mask, wherein the patterned mask is prepared by a method comprising d) providing a porous starting mask material having openings of a size which allow the atomic or molecular beam to penetrate through; e) creating the desired pattern on the mask by filling a proportion of the openings of the mask which thereby become non-transparent for the atomic or molecular beam.
A method of regulating voltage in an energy distribution network to which are connected both a renewable energy generation system and an electrical energy storage unit, the method being characterized in that, over a time window, a charging power of the energy storage unit is controlled so as to compensate for variations in the instantaneous voltage level induced by the renewable energy generation system relative to a prediction of the mean voltage level induced by the renewable energy generation system over said time window.
Rotary joint for a movable mounted component, in particular for a cushion of a vehicle seat, with at least two bearing parts that are mounted so as to be rotatable with respect to each other, and sliding surfaces of which face each other, characterized in that a first bearing part (3, 21) has at least two bearing shells (5, 6, 23, 24), the separation between which is variable, and by which at least part of the periphery of the second bearing part (4, 22) is surrounded, and that at least one means for increasing the contact pressure between the sliding surfaces (15, 16, 30, 31) of the bearing shells (5, 6, 23, 24) and the second bearing part (4, 22) is assigned to at least one of the bearing parts (3, 4, 21, 22).
A housing for holding parts comprising: a plurality of outer circumferential plates, including a bottom plate, a plurality of side plates vertically arranged on the bottom plate and a top plate, the plurality of outer circumferential plates being connected with each other to form a first enclosed space, one or more of the outer circumferential plates having a total of two or more outer holes formed therein; and a gutter member, the gutter member having an inner hole formed therein; wherein the outer circumferential plates and the gutter member form a second enclosed space, the outer holes communicate with the second enclosed space, and the inner hole is provided to be offset from the lines passing through the respective outer holes, the lines being perpendicular to the outer circumferential plate in which the outer holes are formed, characterized in that the gutter member includes a main body equipped with two connecting parts which are in surface contact with the bottom plate and a side plate of the plurality of side plates respectively. a plurality of outer circumferential plates, including a bottom plate, a plurality of side plates vertically arranged on the bottom plate and a top plate, the plurality of outer circumferential plates being connected with each other to form a first enclosed space, one or more of the outer circumferential plates having a total of two or more outer holes formed therein; and a gutter member, the gutter member having an inner hole formed therein; wherein the outer circumferential plates and the gutter member form a second enclosed space, the outer holes communicate with the second enclosed space, and the inner hole is provided to be offset from the lines passing through the respective outer holes, the lines being perpendicular to the outer circumferential plate in which the outer holes are formed,
A printing apparatus comprising: an ink ejecting head configured to eject an ultraviolet curing ink; an ink flow path configured to channel the ultraviolet curing ink to the ink ejecting head; a heat emitting section which is provided in the ink flow path; and a gas supplying section which is provided further in an upstream direction than the heat emitting section in the ink flow path and is configured to supply oxygen or a gas containing oxygen to the ultraviolet curing ink which flows in the ink flow path, wherein the upstream direction is a direction opposite to a downstream direction of flow of the ultraviolet curing ink to the ink ejecting head through the ink flow path in use of the printing apparatus, characterized in that the gas supplying section includes a plurality of hollow fiber membranes and is configured to supply the oxygen or the gas containing oxygen to the ultraviolet curing ink through the plurality of hollow fiber membranes. an ink ejecting head configured to eject an ultraviolet curing ink; an ink flow path configured to channel the ultraviolet curing ink to the ink ejecting head; a heat emitting section which is provided in the ink flow path; and a gas supplying section which is provided further in an upstream direction than the heat emitting section in the ink flow path and is configured to supply oxygen or a gas containing oxygen to the ultraviolet curing ink which flows in the ink flow path, wherein the upstream direction is a direction opposite to a downstream direction of flow of the ultraviolet curing ink to the ink ejecting head through the ink flow path in use of the printing apparatus, characterized in that the gas supplying section includes a plurality of hollow fiber membranes and is configured to supply the oxygen or the gas containing oxygen to the ultraviolet curing ink through the plurality of hollow fiber membranes.