mhurhangee/ep-ind-claims huggingface dataset:
A method for fabricating an ophthalmic lens having a structured surface, comprising providing a lens blank made of a suitable transparent optical quality material, the lens blank having a structured surface and a non-structured surface; removably mounting said lens blank on a fixed support, providing a substantially rigid mold part having a molding surface corresponding to a desired free surface of a coating and an outer surface remote from said molding surface, said mold part being made of mold glass composition, providing a press coating apparatus comprising a fluid accumulator provided with a fluid port adapted to be connected to a source of pressurized fluid for introducing said pressurized fluid into said fluid accumulator and for evacuating said pressurized fluid from said fluid accumulator, said fluid accumulator having a flexible membrane or bladder adapted to bear against the side of said outer surface facing said press coating apparatus, depositing a metered amount of a curable coating composition onto said molding surface of said mold part and supplying said pressurized fluid to said fluid accumulator to inflate said flexible membrane or bladder which applies a desired light pressure to said mold part, thereby applying said coating to the structured surface of the lens blank so that the coating covers the structured surface and has said suitably smooth free surface with a curvature corresponding generally to the base curvature of the structured surface and has also a desired thickness, then curing by UV irradiation the coating in situ on the lens blank, the cured coating having a low or very low refractive index, providing a relatively rigid film or film stack, and laminating the film or film stack to the low or very low refractive index coating; the lens blank is a Fresnel lens blank, the refractive index of the low or very low index coating is between about 1.38 and about 1.55 and the refractive index of the bulk material of the Fresnel lens blank is between about 1.59 and about 1.74, the incident UV radiation is directed at the non-structured surface of the Fresnel lens by a UV lamp disposed on the side of the Fresnel lens remote from the mold part, the UV lamp being turned on long enough to ensure said curing and then said pressurized fluid being exhausted from said accumulator through said fluid port so that said mold part can be removed and said ophthalmic lens withdrawn from said press coating apparatus, the lamination including the application of an adhesive to the film or film stack and the application of the pressure to the film or film stack brought into contact with the cured coating material.
Rolling bearing transmission, including the following features: - a drive element provided for rotary driving, an output element provided as a pivotable output drive, and a stator element not co-rotating or co-pivoting with respect to the drive element and output element, - at least one rolling surface element connected to the output element or formed thereby, a second rolling surface element connected to the drive element or formed thereby, and a third rolling surface element connected to the stator element or formed thereby, on which rolling elements are provided to roll, - at least one first set of rolling elements, which is arranged between the first and second rolling surface element in such a way that the rolling surface elements (11, 12) can be rotated relative to one another in the manner of a rolling bearing, - at least one second set of rolling elements, which is arranged between the second and third surface rolling element in such a way that the rolling surface elements (12, 13) can be rotated relative to one another in the manner of a rolling bearing, - a gear mechanism, which is arranged to act between the elements and is designed such that a change in the magnitude of movement is achieved between the drive and the output; characterized in that the output element is designed to be free from a further rolling bearing acting against the stator element. - a drive element provided for rotary driving, an output element provided as a pivotable output drive, and a stator element not co-rotating or co-pivoting with respect to the drive element and output element, - at least one rolling surface element connected to the output element or formed thereby, a second rolling surface element connected to the drive element or formed thereby, and a third rolling surface element connected to the stator element or formed thereby, on which rolling elements are provided to roll, - at least one first set of rolling elements, which is arranged between the first and second rolling surface element in such a way that the rolling surface elements (11, 12) can be rotated relative to one another in the manner of a rolling bearing, - at least one second set of rolling elements, which is arranged between the second and third surface rolling element in such a way that the rolling surface elements (12, 13) can be rotated relative to one another in the manner of a rolling bearing, - a gear mechanism, which is arranged to act between the elements and is designed such that a change in the magnitude of movement is achieved between the drive and the output;
A semiconductor device comprising: a substrate; spaced apart first and second doped regions (62, 63) in the substrate, the first doped region being larger than the second doped region to define an asymmetric channel therebetween; a doped extension region adjacent the first doped region in the asymmetric channel; a superlattice extending between the first and second doped regions (62, 63) to constrain an acceptor dopant so that the asymmetric channel has an asymmetric doping profile that peaks at the extension region and is lower in a remainder of the asymmetric channel; the superlattice comprising a plurality of stacked groups of layers (45a-45n), each group of layers comprising a plurality of stacked base semiconductor monolayers 46 defining a base semiconductor portion (46a-46n), and at least one non-semiconductor monolayer constrained within a crystal lattice of adjacent base semiconductor portions (46a-46n); and a gate overlying the asymmetric channel. a substrate; spaced apart first and second doped regions (62, 63) in the substrate, the first doped region being larger than the second doped region to define an asymmetric channel therebetween; a doped extension region adjacent the first doped region in the asymmetric channel; a superlattice extending between the first and second doped regions (62, 63) to constrain an acceptor dopant so that the asymmetric channel has an asymmetric doping profile that peaks at the extension region and is lower in a remainder of the asymmetric channel; the superlattice comprising a plurality of stacked groups of layers (45a-45n), each group of layers comprising a plurality of stacked base semiconductor monolayers 46 defining a base semiconductor portion (46a-46n), and at least one non-semiconductor monolayer constrained within a crystal lattice of adjacent base semiconductor portions (46a-46n); and a gate overlying the asymmetric channel.
Method for producing a particle foam component, which has a foam body, which is provided with a cover layer made of a plastic material at least in partial areas of its outer surface, wherein the foam body is foamed in a mold and the cover layer is foamed or molded integrally in a subsequent method step, wherein a compressed surface structure is formed in the surface areas of the foam body supporting the cover layer before applying the cover layer, and wherein the cover layer is bonded in substance to the compressed surface structure, characterized in that the compressed surface structure of the foam body is formed by the action of an external force of pressure on the foam body.
A blood glucose meter adapted to determine and store glucose concentration readings, the meter comprising: a display adapted to display information to a user of the meter; a multi-level user interface adapted to control the information displayed by the display, the multi-level user interface having a plurality of predefined levels of user features that are adapted to be selected by the user, the plurality of predefined levels including at least a first predefined level and a second predefined level, the first predefined level including a standard feature, operable for displaying a glucose concentration in a fluid sample, and a first level user feature, operable for storing a first number of analyte concentration readings, and the second predefined level including the standard feature, operable for displaying the glucose concentration, and at least one second level user feature, operable for calculating a multi-day average of a second number of the glucose concentration readings, and excluded from the first predefined level; and at least one user input mechanism adapted to allow the user to select one of the plurality of predefined levels of user features. a display adapted to display information to a user of the meter; a multi-level user interface adapted to control the information displayed by the display, the multi-level user interface having a plurality of predefined levels of user features that are adapted to be selected by the user, the plurality of predefined levels including at least a first predefined level and a second predefined level, the first predefined level including a standard feature, operable for displaying a glucose concentration in a fluid sample, and a first level user feature, operable for storing a first number of analyte concentration readings, and the second predefined level including the standard feature, operable for displaying the glucose concentration, and at least one second level user feature, operable for calculating a multi-day average of a second number of the glucose concentration readings, and excluded from the first predefined level; and at least one user input mechanism adapted to allow the user to select one of the plurality of predefined levels of user features.
A method of implementing a hybrid automatic repeat request (HARQ) process, comprising: transmitting, by a transmitter to a receiver, an initial transmission of the HARQ process; receiving, by the transmitter from the receiver, receiver decoding capability information; setting, by the transmitter, a retransmission duration based on the receiver decoding capability information; and implementing, by the transmitter, a retransmission of the HARQ process based on the retransmission duration; characterized in that implementing the retransmission of the HARQ process comprises setting a retransmission feedback timeout duration based on the receiver decoding capability information and, the retransmission feedback timeout duration is at least equal to a sum of (i) a duration of the retransmission and (ii) an additional time, and the additional time is set by the transmitter based on the receiver decoding capability information. transmitting, by a transmitter to a receiver, an initial transmission of the HARQ process; receiving, by the transmitter from the receiver, receiver decoding capability information; setting, by the transmitter, a retransmission duration based on the receiver decoding capability information; and implementing, by the transmitter, a retransmission of the HARQ process based on the retransmission duration; characterized in that implementing the retransmission of the HARQ process comprises setting a retransmission feedback timeout duration based on the receiver decoding capability information and, the retransmission feedback timeout duration is at least equal to a sum of (i) a duration of the retransmission and (ii) an additional time, and the additional time is set by the transmitter based on the receiver decoding capability information.
An acoustic structure comprising: a honeycomb comprising a first edge and a second edge, said honeycomb further comprising a plurality of walls that extend between said first and second edges, said walls defining a plurality of cells wherein each of said cells has a cross-sectional area measured perpendicular to said walls and a depth defined by the distance between said first and second edges; a septum cap located within at least one of said cells, said septum cap comprising a sheet of flexible material that has a thickness and a perimeter, said sheet of flexible material being sufficiently flexible to be folded and inserted into said cell to form said septum cap comprising a perforated resonator portion that extends in the same plane transversely across said cell and which has an outer edge located at said walls and a flange portion that extends between the outer edge of said perforated resonator portion and the perimeter of said sheet of flexible material, said flange portion extending parallel to said walls and comprising an anchoring surface which is attached to said walls, said anchoring surface having a width wherein the width of said anchoring surface is substantially greater than the thickness of said sheet of flexible material; and an adhesive that bonds said anchoring surface to said wall, wherein the septum cap comprises a solid sheet and wherein the resonator portion has been perforated after being applied to the at least one cells. a honeycomb comprising a first edge and a second edge, said honeycomb further comprising a plurality of walls that extend between said first and second edges, said walls defining a plurality of cells wherein each of said cells has a cross-sectional area measured perpendicular to said walls and a depth defined by the distance between said first and second edges; a septum cap located within at least one of said cells, said septum cap comprising a sheet of flexible material that has a thickness and a perimeter, said sheet of flexible material being sufficiently flexible to be folded and inserted into said cell to form said septum cap comprising a perforated resonator portion that extends in the same plane transversely across said cell and which has an outer edge located at said walls and a flange portion that extends between the outer edge of said perforated resonator portion and the perimeter of said sheet of flexible material, said flange portion extending parallel to said walls and comprising an anchoring surface which is attached to said walls, said anchoring surface having a width wherein the width of said anchoring surface is substantially greater than the thickness of said sheet of flexible material; and an adhesive that bonds said anchoring surface to said wall, wherein the septum cap comprises a solid sheet and wherein the resonator portion has been perforated after being applied to the at least one cells.
Motor vehicle comprising a bodyshell comprising a rear bumper, a tailgate arranged in proximity to the upper side of the rear bumper, the tailgate being coupled to the bodyshell by means of at least one mechanical coupling (3, 4) capable of pivoting about a horizontal shaft, characterized in that the mechanical coupling (3, 4) comprises a rod (300, 400) secured to the tailgate and free to move translationally inside a rotary sleeve (302, 402) that can be actuated by the rotational movement of the mechanical coupling (3, 4) about the horizontal shaft, the rotational movement of the rotary sleeve about the horizontal shaft causing the sleeve to rotate about its own axis, the rotation of the sleeve about its own axis causing a translational movement of the rod with respect to the sleeve.
Method of parametrizing an environment model for a driver assistance system of a vehicle, wherein the method comprises the steps of: defining a reference point on a predicted trajectory of the vehicle, wherein the reference point is defined in relation to a detected object in an environment of the vehicle; determining an angle (α x) between a tangent (tan) to the trajectory in the reference point and a first coordinate axis (x) of a vehicle coordinate system and a relative distance between the object and the reference point with reference to the vehicle coordinate system, in order to obtain object-related information; and transforming the object-related information according to the determined angle (α x) to a new coordinate system (K*) with its first coordinate axis (x*) tangential to the trajectory in the reference point, in order to obtain parametrization data for parametrizing the environment model, wherein the parametrization data represents the trajectory as a straight movement with respect to the object. defining a reference point on a predicted trajectory of the vehicle, wherein the reference point is defined in relation to a detected object in an environment of the vehicle; determining an angle (α x) between a tangent (tan) to the trajectory in the reference point and a first coordinate axis (x) of a vehicle coordinate system and a relative distance between the object and the reference point with reference to the vehicle coordinate system, in order to obtain object-related information; and transforming the object-related information according to the determined angle (α x) to a new coordinate system (K*) with its first coordinate axis (x*) tangential to the trajectory in the reference point, in order to obtain parametrization data for parametrizing the environment model, wherein the parametrization data represents the trajectory as a straight movement with respect to the object.
A portable animal handling system wherein the system includes: an animal clamp to temporarily restrain a first animal to trap and hold that animal, and a race leading to the animal clamp, wherein the race includes a holding device to temporarily restrain a second animal, the device including a first wall, and a second wall facing the first wall, defining a passageway in which the second animal may wait to access the animal clamp, characterised in that the first wall includes a panel, the panel configured to be pivotable about a vertical axis proximate the animal clamp, such that in use, the passageway to the animal clamp is substantially closed thereby restraining the animal waiting in the passageway from moving in a direction away from the animal clamp. an animal clamp to temporarily restrain a first animal to trap and hold that animal, and a race leading to the animal clamp, wherein the race includes a holding device to temporarily restrain a second animal, the device including a first wall, and a second wall facing the first wall, defining a passageway in which the second animal may wait to access the animal clamp, characterised in that the first wall includes a panel, the panel configured to be pivotable about a vertical axis proximate the animal clamp, such that in use, the passageway to the animal clamp is substantially closed thereby restraining the animal waiting in the passageway from moving in a direction away from the animal clamp.
A thermoplastic resin composition comprising: a base resin including a diene-based rubber graft copolymer and a vinyl cyanide-aromatic vinyl-based copolymer; an olefin-based copolymer having a crystalline unit; and a metallic pigment, wherein the crystalline unit is at least one selected from among an ethylene unit and a propylene unit, and characterised in that the base resin further includes an acrylic rubber graft copolymer. a base resin including a diene-based rubber graft copolymer and a vinyl cyanide-aromatic vinyl-based copolymer; an olefin-based copolymer having a crystalline unit; and a metallic pigment, wherein the crystalline unit is at least one selected from among an ethylene unit and a propylene unit, and characterised in that the base resin further includes an acrylic rubber graft copolymer.
A batch for producing an unshaped refractory ceramic product which has the following features: 1.1 The batch comprises the following components: 1.1.1 at least 60 mass % of a main component in the form of at least one raw material based on magnesia; 1.1.2 a component in the form of at least one chemically modified starch ether; 1.1.3 a component in the form of at least one water-soluble chemical binder; 1.2 the batch comprises the following substances in the following mass proportions: 1.2.1 less than 10 mass % calcium oxide; 1.2.2 less than 10 mass % carbon. 1.1 The batch comprises the following components: 1.1.1 at least 60 mass % of a main component in the form of at least one raw material based on magnesia; 1.1.2 a component in the form of at least one chemically modified starch ether; 1.1.3 a component in the form of at least one water-soluble chemical binder; 1.1.1 at least 60 mass % of a main component in the form of at least one raw material based on magnesia; 1.1.2 a component in the form of at least one chemically modified starch ether; 1.1.3 a component in the form of at least one water-soluble chemical binder; 1.2 the batch comprises the following substances in the following mass proportions: 1.2.1 less than 10 mass % calcium oxide; 1.2.2 less than 10 mass % carbon. 1.2.1 less than 10 mass % calcium oxide; 1.2.2 less than 10 mass % carbon.
An apparatus, comprising: a container (210, 310) to hold a quantity of a consumable resource; a delivery auger located inside the container (210, 310); an aperture (212, 312) located in the container (210, 310); and a mechanical drive coupling (214, 314) attached to the aperture (212, 312), the mechanical drive coupling (214, 314) comprising: a bore (216, 316); and a locking mechanism (116, 200, 300) for a printer cartridge integrated into the bore (216, 316) to lock the container (210, 310) to a drive mechanism (106, 202, 302) when the bore (216, 316) and the drive mechanism (106, 202, 302) are rotatably engaged, wherein the delivery auger is configured to be rotatable by the drive mechanism (106, 202, 302). a container (210, 310) to hold a quantity of a consumable resource; a delivery auger located inside the container (210, 310); an aperture (212, 312) located in the container (210, 310); and a mechanical drive coupling (214, 314) attached to the aperture (212, 312), the mechanical drive coupling (214, 314) comprising: a bore (216, 316); and a locking mechanism (116, 200, 300) for a printer cartridge integrated into the bore (216, 316) to lock the container (210, 310) to a drive mechanism (106, 202, 302) when the bore (216, 316) and the drive mechanism (106, 202, 302) are rotatably engaged, wherein the delivery auger is configured to be rotatable by the drive mechanism (106, 202, 302). a bore (216, 316); and a locking mechanism (116, 200, 300) for a printer cartridge integrated into the bore (216, 316) to lock the container (210, 310) to a drive mechanism (106, 202, 302) when the bore (216, 316) and the drive mechanism (106, 202, 302) are rotatably engaged, wherein the delivery auger is configured to be rotatable by the drive mechanism (106, 202, 302).
Method of producing a handle for a brush product which has an elongate handle body (13, 213) with a cavity (42, 242) enclosed by a wall (32, 232), wherein the handle body (13, 213) is formed in one piece and the wall (32, 232) has at least two recesses (30, 230) which pass through it, are offset in relation to one another in the circumferential direction of the handle body (13, 213) and open out into the cavity (42, 242), wherein in the case of the method plastic is injected, in an injection-molding process, into a continuous cavity of an injection mold, characterized in that the cavity is bounded, in part, by finger elements which, in the closed state of the injection mold, are in sealing contact, in certain sections, to prevent the throughflow of plastic and which form, in the finished handle (12, 212), the recesses (30, 230) and the cavity (42, 242) in the handle body (13, 213).