mhurhangee/ep-ind-claims huggingface dataset:
Method for assembling a mould having a casting cavity for casting a semi-finished ophthalmic lens blank, the method comprising the steps of: - determining a closed curve representative of a geometry of a gasket to be used in combination with the mould with the closed curve being near the periphery of the mould, wherein the determined closed curve corresponds to a desired shape of an edge of the mould, wherein the gasket to be used in combination with the mould bears on a facet of the mould along a closed curve, which closed curve is defined outside of the predetermined closed curve on the surface of the mould; and - using an optimization process with desired optical properties of the semi-finished ophthalmic lens blank to be cast in the mould as inputs of the optimization process and the determined closed curve as constraints of the optimization process, to design a surface of the mould, so that said surface of the mould, which is regressive and comprises the facet extending outwardly from said edge, substantially fits the determined closed curve with a distance between each point of the determined closed curve and said surface of the mould being less than 0.1 mm, wherein said determined closed curve is comprised in one plane and the facet is comprised in said plane, and - providing the mould - providing the gasket, the predetermined closed curve used for designing the mould being representative of said gasket, - assembling the mould and the gasket. - determining a closed curve representative of a geometry of a gasket to be used in combination with the mould with the closed curve being near the periphery of the mould, wherein the determined closed curve corresponds to a desired shape of an edge of the mould, wherein the gasket to be used in combination with the mould bears on a facet of the mould along a closed curve, which closed curve is defined outside of the predetermined closed curve on the surface of the mould; and - using an optimization process with desired optical properties of the semi-finished ophthalmic lens blank to be cast in the mould as inputs of the optimization process and the determined closed curve as constraints of the optimization process, to design a surface of the mould, so that said surface of the mould, which is regressive and comprises the facet extending outwardly from said edge, substantially fits the determined closed curve with a distance between each point of the determined closed curve and said surface of the mould being less than 0.1 mm, wherein said determined closed curve is comprised in one plane and the facet is comprised in said plane, and so that said surface of the mould, which is regressive and comprises the facet extending outwardly from said edge, substantially fits the determined closed curve with a distance between each point of the determined closed curve and said surface of the mould being less than 0.1 mm, wherein said determined closed curve is comprised in one plane and the facet is comprised in said plane, and - providing the mould - providing the gasket, the predetermined closed curve used for designing the mould being representative of said gasket, - assembling the mould and the gasket.
A vehicle seat including a side airbag device, comprising: an airbag (33,133,233) that restrains an occupant by deploying from a side part of the seat; and an external tether (34,134) extending in a vertical direction of the airbag (33,133,233) on an outer surface of the airbag (33,133,233) on an occupant side; wherein: the external tether (34,134) is configured so as to control the length of deployment in the vertical direction of the airbag (33,133,233), and a pleat (36,236a,236b,236c) formed by folding a base material portion forming the airbag (33,133,233) is provided on a surface of the base material portion on a side opposite from the occupant, wherein the external tether (34,134) has an upper end part connected to an upper part of the airbag (33,133,233) and a lower end part connected to a lower part of the airbag (33,133,233), characterized in that the upper end part of the external tether (34,134) is provided to include a corner part between the front edge and upper edge of the airbag (33,133,233), and the lower end part of the external tether (34,134) is secured to the seat frame of seat in the vicinity of an inflator that is inside the airbag (33,133,233). an airbag (33,133,233) that restrains an occupant by deploying from a side part of the seat; and an external tether (34,134) extending in a vertical direction of the airbag (33,133,233) on an outer surface of the airbag (33,133,233) on an occupant side; wherein: the external tether (34,134) is configured so as to control the length of deployment in the vertical direction of the airbag (33,133,233), and a pleat (36,236a,236b,236c) formed by folding a base material portion forming the airbag (33,133,233) is provided on a surface of the base material portion on a side opposite from the occupant, wherein the external tether (34,134) has an upper end part connected to an upper part of the airbag (33,133,233) and a lower end part connected to a lower part of the airbag (33,133,233), the external tether (34,134) is configured so as to control the length of deployment in the vertical direction of the airbag (33,133,233), and a pleat (36,236a,236b,236c) formed by folding a base material portion forming the airbag (33,133,233) is provided on a surface of the base material portion on a side opposite from the occupant, wherein the external tether (34,134) has an upper end part connected to an upper part of the airbag (33,133,233) and a lower end part connected to a lower part of the airbag (33,133,233), characterized in that the upper end part of the external tether (34,134) is provided to include a corner part between the front edge and upper edge of the airbag (33,133,233), and the lower end part of the external tether (34,134) is secured to the seat frame of seat in the vicinity of an inflator that is inside the airbag (33,133,233).
An eye measuring apparatus, comprising: a stimulator comprising multiple stimulator light points for projecting a plurality of light rays onto a surface of the cornea of an eye; a camera system for capturing reflected images of the stimulator light points; a computational unit arranged to analyse the posterior surface of the cornea on the basis of the reflected images; and a control unit arranged to activate selectively one or more of the multiple stimulator light points, wherein the control unit is arranged to activate subsequently different subsets of the multiple stimulator light points, each subset comprising multiple stimulator light points for projecting a plurality of light rays onto a surface of the cornea of an eye, and wherein the computational unit is arranged to carry out the following steps: selecting, for each of the different subsets of the multiple stimulator light points, at least one reflected image that corresponds with activation of the respective subset of the multiple stimulator light points, and combining the selected reflected images with each other to analyse the posterior surface of the cornea. a stimulator comprising multiple stimulator light points for projecting a plurality of light rays onto a surface of the cornea of an eye; a camera system for capturing reflected images of the stimulator light points; a computational unit arranged to analyse the posterior surface of the cornea on the basis of the reflected images; and a control unit arranged to activate selectively one or more of the multiple stimulator light points, wherein the control unit is arranged to activate subsequently different subsets of the multiple stimulator light points, each subset comprising multiple stimulator light points for projecting a plurality of light rays onto a surface of the cornea of an eye, and wherein the computational unit is arranged to carry out the following steps: selecting, for each of the different subsets of the multiple stimulator light points, at least one reflected image that corresponds with activation of the respective subset of the multiple stimulator light points, and combining the selected reflected images with each other to analyse the posterior surface of the cornea. selecting, for each of the different subsets of the multiple stimulator light points, at least one reflected image that corresponds with activation of the respective subset of the multiple stimulator light points, and combining the selected reflected images with each other to analyse the posterior surface of the cornea.
A cartridge-type inkjet recording device comprising a liquid reservoir to which a cartridge-type replenishing liquid bottle is removably attachable, wherein the liquid reservoir includes: a liquid replenishment opening for replenishing liquid from the cartridge-type replenishing liquid bottle; a lever cam provided on a periphery of the liquid replenishment opening, the lever cam being configured to engage with a boss of the cartridge-type replenishing liquid bottle, and the lever cam being rotatable; and a lever cam operation section for rotating the lever cam; characterized in that: the lever cam includes: a recessed section (700, 701) at a distal end portion for engaging with the boss of the cartridge-type replenishing liquid bottle; and a groove for communicating with the recessed section (700, 701) and for guiding the boss of the cartridge-type replenishing liquid bottle to a predetermined position when the lever cam is rotated, so as to move the cartridge-type replenishing liquid bottle in a vertical direction when the lever cam is rotated. a liquid replenishment opening for replenishing liquid from the cartridge-type replenishing liquid bottle; a lever cam provided on a periphery of the liquid replenishment opening, the lever cam being configured to engage with a boss of the cartridge-type replenishing liquid bottle, and the lever cam being rotatable; and a lever cam operation section for rotating the lever cam; a recessed section (700, 701) at a distal end portion for engaging with the boss of the cartridge-type replenishing liquid bottle; and a groove for communicating with the recessed section (700, 701) and for guiding the boss of the cartridge-type replenishing liquid bottle to a predetermined position when the lever cam is rotated, so as to move the cartridge-type replenishing liquid bottle in a vertical direction when the lever cam is rotated.
A computer-implemented method for estimating a white point of an image represented as raw image data captured by an image sensor, and divided into a grid of raw image data blocks, each having a respective set of color channel values, the method comprising for each block: receiving the respective set of color channel values; normalizing the respective set of color channel values with a white point correction factor; determining a first and/or a second image block chromaticity weight by quantifying a disparity among the normalized color channel values, a chromaticity weight being a measure of raw image data chromaticity with a larger weight being associated with more achromatic raw image data than a lower weight value; determining a third block chromaticity weight based on a distance between a location of the raw image data in a sensor chromaticity space, and a nearest point within a locus of sensor illumination chromaticities; determining a final block chromaticity weight as a function of the third block chromaticity weight, and of one or more of the first block chromaticity weight and the second block chromaticity weight; and the method further comprising determining a first white point estimate by multiplying the raw image data of each block with its associated final block chromaticity weight and accumulating the weighted image data. receiving the respective set of color channel values; normalizing the respective set of color channel values with a white point correction factor;
Refill for a ball-point pen, consisting of an ink container and a ball, the ball being arranged in a writing tip provided on the front end of the ink container, characterised in that at least the writing tip of the ink container consists of a copper-zinc alloy having the following composition (in wt.%): 28.0 to 36.0 % Zn, 0.5 to 1.5 % Si, 1.5 to 2.5 % Mn, 0.2 to 1.0 % Ni, 0.5 to 1.5 % Al, 0.1 to 1.0 % Fe, optionally also up to a maximum of 0.2 % Pb, optionally also up to a maximum of 0.2 % Sn, optionally also up to a maximum of 0.1 % P, optionally also up to 0.08 % S, a Cu group and unavoidable contaminants, together with mixed silicides that contain iron, nickel and manganese and are incorporated in the matrix. 28.0 to 36.0 % Zn, 0.5 to 1.5 % Si, 1.5 to 2.5 % Mn, 0.2 to 1.0 % Ni, 0.5 to 1.5 % Al, 0.1 to 1.0 % Fe, optionally also up to a maximum of 0.2 % Pb, optionally also up to a maximum of 0.2 % Sn, optionally also up to a maximum of 0.1 % P, optionally also up to 0.08 % S,
Method of treating an element of the type comprising at least one first support which has a functional face at least partially covered by a layer of indium and tin oxide, according to which said functional face is placed in contact with an acid solution so as to dissolve said layer of ITO in said acid solution, characterised in that said first support is displaced at least after having placed in contact at least said functional face with said acid solution, and characterised in that said first support has a thickness which extends substantially perpendicular to said functional face, in that said acid solution forms a free surface, in that said functional face is disposed so that it is inclined towards said free surface of said acid solution and in that at least said functional face is made to penetrate into said acid solution, said functional surface and said free surface of said acid solution forming an angle α substantially equal to or less than 3°.
A battery case suitable for receiving an electrolytic solution comprising a carbonate-based solvent and an electrode assembly therein, the electrode assembly comprising a positive electrode, a negative electrode, and a separator interposed between the positive electrode and the negative electrode, the battery case comprising a gas adsorption layer formed on an inner surface thereof, the gas adsorption layer comprises: a gas adsorption material layer for adsorbing gas that is generated in a battery; and a blocking layer formed on the gas adsorption material layer for preventing the gas adsorption material layer from being exposed to the air during assembly of the battery the blocking layer is made of a polymer film selected from among polystyrene, polyacrylonitrile, polyvinyl alcohol, polycarbonate, polyethylene vinyl acetate, and OPS, which can be dissolved or dispersed by the carbonate-based solvent, wherein the battery case is a laminate pouch, comprising an outer coating layer, a metal layer, and an inner resin layer, or a can-shaped metal case. the battery case comprising a gas adsorption layer formed on an inner surface thereof, the gas adsorption layer comprises: a gas adsorption material layer for adsorbing gas that is generated in a battery; and a blocking layer formed on the gas adsorption material layer for preventing the gas adsorption material layer from being exposed to the air during assembly of the battery the blocking layer is made of a polymer film selected from among polystyrene, polyacrylonitrile, polyvinyl alcohol, polycarbonate, polyethylene vinyl acetate, and OPS, which can be dissolved or dispersed by the carbonate-based solvent, wherein the battery case is a laminate pouch, comprising an outer coating layer, a metal layer, and an inner resin layer, or a can-shaped metal case. a gas adsorption material layer for adsorbing gas that is generated in a battery; and a blocking layer formed on the gas adsorption material layer for preventing the gas adsorption material layer from being exposed to the air during assembly of the battery the blocking layer is made of a polymer film selected from among polystyrene, polyacrylonitrile, polyvinyl alcohol, polycarbonate, polyethylene vinyl acetate, and OPS, which can be dissolved or dispersed by the carbonate-based solvent, wherein the battery case is a laminate pouch, comprising an outer coating layer, a metal layer, and an inner resin layer, or a can-shaped metal case.
Driver assistance method for a vehicle having a sensor arrangement (2, 3) comprising at least a first and a second distance-measuring sensor, which senses a detection space (4, 5) at the side of the vehicle, for detecting objects at the side, wherein the first and second sensors are arranged successively in the direction of travel on one side of the vehicle, wherein one sensor (2, 3) is arranged in the front area and one sensor (2, 3) is arranged in the rear area of the vehicle, comprising method steps: a) detection of an object at the side by the first sensor, b) detection of the object by the second sensor, c) checking of whether the object has left the detection space of the second sensor again, d1) rejection of the distance data measured by the first and second sensors in so far as the object has left the detection space of the second sensor again, or d2) determination of the position and/or the relative speed of the object from measured distance data in so far as the object has not left the detection space of the second sensor again, e) storage of the position of the object determined in method step d2) and/or of the relative speed of the object determined in method step d2), f) computation of the distance of the vehicle from the object from the positon of the object stored in method step e) and/or the relative speed of the object in relation to the vehicle and the outer contour of the vehicle and the current position of the vehicle and/or the current trajectory of the vehicle, g) output of a collision warning to the driver and/or output of a driving instruction to avoid a collision to the driver and/or automatic changing and/or interruption of the vehicle motion to avoid a collision, in so far as the distance computed in method step f) is below a minimum value (d min). a) detection of an object at the side by the first sensor, b) detection of the object by the second sensor, c) checking of whether the object has left the detection space of the second sensor again, d1) rejection of the distance data measured by the first and second sensors in so far as the object has left the detection space of the second sensor again, or d2) determination of the position and/or the relative speed of the object from measured distance data in so far as the object has not left the detection space of the second sensor again, e) storage of the position of the object determined in method step d2) and/or of the relative speed of the object determined in method step d2), f) computation of the distance of the vehicle from the object from the positon of the object stored in method step e) and/or the relative speed of the object in relation to the vehicle and the outer contour of the vehicle and the current position of the vehicle and/or the current trajectory of the vehicle, g) output of a collision warning to the driver and/or output of a driving instruction to avoid a collision to the driver and/or
Method for checking a continuous elongated element during the building of a tyre for vehicle wheels, comprising: setting a forming drum in rotation around a rotation axis thereof; dispensing a continuous elongated element from a dispensing head for building at least one component of a tyre being processed carried by said forming drum winding said continuous elongated element according to side-by-side and/or radially superimposed coils; projecting at least one beam (41', 41") of an electromagnetic radiation on a section of said continuous elongated element dispensed by said dispensing head and interposed between the dispensing head and a first contact area of the continuous elongated element with a radially outer surface of said tyre being processed; detecting at least one radiation reflected by said section in order to determine a first parameter (d1(t)) related to a geometrical dimension of said continuous elongated element; comparing said first parameter (d1(t)) with a second reference parameter; wherein projecting at least one beam (41', 41") comprises: projecting a first beam and a second beam (41") respectively towards a first lateral longitudinal edge and towards a second lateral longitudinal edge of the continuous elongated element. setting a forming drum in rotation around a rotation axis thereof; dispensing a continuous elongated element from a dispensing head for building at least one component of a tyre being processed carried by said forming drum winding said continuous elongated element according to side-by-side and/or radially superimposed coils; projecting at least one beam (41', 41") of an electromagnetic radiation on a section of said continuous elongated element dispensed by said dispensing head and interposed between the dispensing head and a first contact area of the continuous elongated element with a radially outer surface of said tyre being processed; detecting at least one radiation reflected by said section in order to determine a first parameter (d1(t)) related to a geometrical dimension of said continuous elongated element; comparing said first parameter (d1(t)) with a second reference parameter;
Method of resetting a safety system of a lift installation from an actual state (51, 61), in which a normal operation of the lift installation is not released, to a desired state (57, 72), in which a normal operation of the lift installation is released by the safety system, wherein the safety system is connected by way of at least one communications interface for data exchange with a control system, which is associated with the lift installation, but which, in particular, does not belong to the safety system, comprising the steps of: a) receiving a reset request (52, 62), which is transmitted from the control system, for resetting from the actual state (51, 61) to the desired state (57, 72), in the safety system, b) carrying out verification of the reset request by the safety system, c) evaluating the verification by the safety system and d) resetting the safety system from the actual state (51, 61) to the desired state (57,72) if the verification by the safety system is evaluated as valid. characterised in that the carrying out of verification comprises the steps: a) transmitting a verification request, particularly an enquiry code, from the safety system to the control system in response to the received reset enquiry and b) receiving in a safety system a verification response, in particular a response code, transmitted from the control system, and the verification request is newly generated by the safety system for each reset request. a) receiving a reset request (52, 62), which is transmitted from the control system, for resetting from the actual state (51, 61) to the desired state (57, 72), in the safety system, b) carrying out verification of the reset request by the safety system, c) evaluating the verification by the safety system and d) resetting the safety system from the actual state (51, 61) to the desired state (57,72) if the verification by the safety system is evaluated as valid. a) transmitting a verification request, particularly an enquiry code, from the safety system to the control system in response to the received reset enquiry and b) receiving in a safety system a verification response, in particular a response code, transmitted from the control system,