mhurhangee/ep-ind-claims huggingface dataset:
A method of calculating an optical system of an ophthalmic lens according to a given spectacle frame comprising the steps of: • providing geometrical data of the spectacle frame, wherein the geometrical data of the spectacle frame includes the curve C f of the front surface of the spectacle frame; • providing deformability data of the spectacle frame, • providing wearer data, • providing a surface curvature of a front face of the ophthalmic lens wherein the front surface base corresponds to a curve C 1; and • optimization of the optical system according to the list of the optimization criteria consisting of the geometrical and deformability data of the spectacle frame and the wearer data, so as to generate at least one optical surface different from the front surface of the lens characterized in that • the deformability data of the spectacle frame includes a deformability coefficient C d of the spectacle frame, wherein the deformability coefficient C d expressed in diopter and corresponding to the difference between the average tore of the spectacle frame when deformed and the average tore of the spectacle frame when not deformed, both expressed in refraction index of 1.53, and in that said method furthermore comprises • optimization of an edging parameter according to the list of the optimization criteria consisting of the geometrical and deformability data of the spectacle frame and the wearer data, wherein the edging parameter includes at least a calculated bevel respecting: | C b -C f |≤ C d, with C b the curve of the bevel. • providing geometrical data of the spectacle frame, wherein the geometrical data of the spectacle frame includes the curve C f of the front surface of the spectacle frame; • providing deformability data of the spectacle frame, • providing wearer data, • providing a surface curvature of a front face of the ophthalmic lens wherein the front surface base corresponds to a curve C 1; and • optimization of the optical system according to the list of the optimization criteria consisting of the geometrical and deformability data of the spectacle frame and the wearer data, so as to generate at least one optical surface different from the front surface of the lens characterized in that • the deformability data of the spectacle frame includes a deformability coefficient C d of the spectacle frame, wherein the deformability coefficient C d expressed in diopter and corresponding to the difference between the average tore of the spectacle frame when deformed and the average tore of the spectacle frame when not deformed, both expressed in refraction index of 1.53, and in that said method furthermore comprises • optimization of an edging parameter according to the list of the optimization criteria consisting of the geometrical and deformability data of the spectacle frame and the wearer data, wherein the edging parameter includes at least a calculated bevel respecting: | C b -C f |≤ C d, with C b the curve of the bevel.
A method for forging a gear including pushing a material into a molding space of a teeth profile die from one side of the teeth profile die for molding external teeth by a punch, and after the pushing, discharging a gear having the external teeth formed thereon from another side of the teeth profile die by the punch, the method comprising: providing a material outer diameter constraint die for constraining an outer diameter of a previous material before the material is pushed into the molding space of the teeth profile die on the one side of the teeth profile die; and setting an inner diameter size of the material outer diameter constraint die to be smaller than a large diameter size of the gear set in the teeth profile die; characterized in that a teeth profile shape of the teeth profile die is carved on an inner peripheral surface of the material outer diameter constraint die at an outer side in a radial direction than the inner diameter size of the material outer diameter constraint die. providing a material outer diameter constraint die for constraining an outer diameter of a previous material before the material is pushed into the molding space of the teeth profile die on the one side of the teeth profile die; and setting an inner diameter size of the material outer diameter constraint die to be smaller than a large diameter size of the gear set in the teeth profile die; characterized in that a teeth profile shape of the teeth profile die is carved on an inner peripheral surface of the material outer diameter constraint die at an outer side in a radial direction than the inner diameter size of the material outer diameter constraint die.
A method of conjugating a polysialic acid containing an active aminooxy group to an oxidized carbohydrate moiety of a blood coagulation protein comprising contacting the oxidized carbohydrate moiety with an activated PSA under conditions that allow conjugation; wherein said blood coagulation protein has Factor IX biological activity or Factor VIII (FVIII) biological activity; wherein said carbohydrate moiety is oxidized by incubation with a buffer comprising an oxidizing agent selected from the group consisting of sodium periodate (NalO 4), lead tetraacetate (Pb(OAc) 4) and potassium perruthenate (KRuO4); and wherein an oxime linkage is formed between the oxidized carbohydrate moiety and the active aminooxy group on the PSA.
A removal device for removing a knitted tubular item from a circular knitting machine for hosiery or the like, comprising an annular removal body which supports a plurality of removal members arranged around the axis of said removal body, said removal body being configured to be arranged coaxially around the needle cylinder of a circular knitting machine for hosiery or the like with each one of said removal members arranged so as to correspond to a respective needle of the machine, wherein said removal members are supported by a first annular portion and a second annular portion which can rotate with respect to each other about an oscillation axis that is substantially perpendicular to the axis of the removal device to pass between a removal condition, in which they are arranged so as to form a circumference that is coaxial with the axis of the removal device, and a sewing condition, in which said annular portions (2b, 2c) are arranged so as to face each other, said first annular portion supporting a plurality of first removal members and said second annular portion supporting a plurality of second removal members, each of said first removal members being provided with a first removal element and a second removal element which are arranged side by side and are configured, during the removal of the respective loop of knitting from the corresponding needle, to be arranged on opposite sides with respect to the corresponding needle, said first removal element and second removal element forming a removal head which can move with respect to the respective needle along a movement direction that is substantially parallel to the axis of said removal body, said first removal element forming, at said removal head, a hook-shaped portion configured to engage and retain the loop of knitting in engagement with the corresponding needle, the removal device being characterized in that said second removal element comprises, at said removal head, an abutment portion which can move, with respect to said hook-shaped portion, in order to disengage from said hook-shaped portion the respective loop of knitting, each first removal member comprising at least one transfer element which can move with respect to said removal head and is designed to transfer the loop of knitting disengaged from the hook-shaped portion of said first removal member to the respective second removal member with said annular portions (2b, 2c) in the sewing condition.
A method for producing a package assembly, said method comprising attaching a supplementary package to a secondary package, attaching said secondary package to a primary package, such that said supplementary package is arranged in a space formed between said secondary package and said primary package, wherein the step of attaching said supplementary package to said secondary package comprises attaching a first portion of said supplementary package to a removable cover of said secondary package, and, further comprising the step of attaching a second portion of said supplementary package to a portion of said secondary package different from said removable cover or to a portion of said primary package.
A steel cord (1, 11) for rubber article reinforcement formed by twisting plural steel filaments, the steel cord (1, 11) comprising: a core having at least one core filament (2c, 12c, 13c); and a sheath having at least one sheath layer formed by twisting at least one sheath filament (2s, 12s, 13s) around the core, characterized in that brass plating is performed on the steel filaments, and zinc plating is further performed on the outer circumference of the brass plating of the core filament (2c, 12c, 13c), the steel filaments have a diameter d of 0.1 mm to 0.6 mm, and the zinc plating is only applied to the core filaments (2c, 12c, 13c) and potentially to any filament inside the outer-most layer sheath filaments (2s, 12s, 13s). brass plating is performed on the steel filaments, and zinc plating is further performed on the outer circumference of the brass plating of the core filament (2c, 12c, 13c), the steel filaments have a diameter d of 0.1 mm to 0.6 mm, and the zinc plating is only applied to the core filaments (2c, 12c, 13c) and potentially to any filament inside the outer-most layer sheath filaments (2s, 12s, 13s).
A mullion/transom facade, comprising at least - one mullion, - one transom having at least one side wall, - a surface element, as well as - a support for holding the surface element, wherein the transom is equipped with a screw channel for fixing the support, wherein the screw channel has a first screw channel wall and a second screw channel wall which form a groove between them, wherein the support is equipped with at least one projection which engages in the screw channel when the support is mounted, characterized in that the projection only bears against the second screw channel wall. - one mullion, - one transom having at least one side wall, - a surface element, as well as - a support for holding the surface element,
An image processing apparatus comprising: a first demosaic processing unit (142, 144) configured to apply first demosaic processing to a mosaic image having a first number of colors to generate a multispectral image having the first number of colors; a second demosaic processing unit (143, 145) configured to apply second demosaic processing to the mosaic image having the first number of colors to generate a multispectral image having a second number of colors equal to or more than three but less than the first number of colors; a first linear matrix processing unit configured to apply linear matrix processing to the multispectral image having the first number of colors to generate a first image having a third number of colors less than the second number of colors; a second linear matrix processing unit configured to apply linear matrix processing to the multispectral image having the second number of colors to generate a second image having the third number of colors; and a combination processing unit (148, 149) configured to perform combination processing of the first image and the second image, wherein the combination processing performed by the combination processing unit (148, 149) includes blend processing of blending the first image and the second image in accordance with a blend coefficient. a first demosaic processing unit (142, 144) configured to apply first demosaic processing to a mosaic image having a first number of colors to generate a multispectral image having the first number of colors; a second demosaic processing unit (143, 145) configured to apply second demosaic processing to the mosaic image having the first number of colors to generate a multispectral image having a second number of colors equal to or more than three but less than the first number of colors; a first linear matrix processing unit configured to apply linear matrix processing to the multispectral image having the first number of colors to generate a first image having a third number of colors less than the second number of colors; a second linear matrix processing unit configured to apply linear matrix processing to the multispectral image having the second number of colors to generate a second image having the third number of colors; and a combination processing unit (148, 149) configured to perform combination processing of the first image and the second image, wherein the combination processing performed by the combination processing unit (148, 149) includes blend processing of blending the first image and the second image in accordance with a blend coefficient.
Loading system for lifting and emptying a bin into a collector, the loading system comprising: - a frame attachable with coupling means to the collector; - a lifting mechanism (14, 16) arranged on the frame for picking up and lifting the bin; - a lifting drive system operatively connected to the lifting mechanism (14, 16), wherein the lifting drive system comprises: - a lifting drive provided with a power supply connection (70,72) and configured to drive the lifting mechanism; and - an energy module comprising a capacitor for providing energy to the lifting drive via the power supply connection, characterised in that the energy module is provided with connecting means for operatively connecting the energy module to an energy supply, and wherein the power supply connection (70,72) is provided with first connecting means for providing energy from the energy module and second connecting means for providing energy from the energy supply. - a frame attachable with coupling means to the collector; - a lifting mechanism (14, 16) arranged on the frame for picking up and lifting the bin; - a lifting drive system operatively connected to the lifting mechanism (14, 16), wherein the lifting drive system comprises: - a lifting drive provided with a power supply connection (70,72) and configured to drive the lifting mechanism; and - an energy module comprising a capacitor for providing energy to the lifting drive via the power supply connection, characterised in that the energy module is provided with connecting means for operatively connecting the energy module to an energy supply, and wherein the power supply connection (70,72) is provided with first connecting means for providing energy from the energy module and second connecting means for providing energy from the energy supply. - a lifting drive provided with a power supply connection (70,72) and configured to drive the lifting mechanism; and - an energy module comprising a capacitor for providing energy to the lifting drive via the power supply connection, characterised in that the energy module is provided with connecting means for operatively connecting the energy module to an energy supply, and wherein the power supply connection (70,72) is provided with first connecting means for providing energy from the energy module and second connecting means for providing energy from the energy supply.
A laser processing method of irradiating a planar object comprising a substrate and a laminate part formed on a front face of the substrate with laser light while locating a light-converging point within the object so as to form a modified region to become a starting point region for cutting within the substrate along a line to cut the object; characterized in that the method selectively switches between continuous oscillation and pulse oscillation when irradiating the object with the laser light, wherein the laminate part includes a metal film along a predetermined part in the line to cut and the laser light is continuously oscillated in the predetermined part such that the modified region is not formed within the substrate along the predetermined part.
Method for determining the distance of an object emitting an infrared signature, the spectral intensity distribution of the radiation emitted by the object in a predefined wavelength range being detected, characterized in that an intensity distribution spectrum of the object is measured in the region of an absorption structure of the atmosphere, a point having an extremal gradient on a flank of an intensity rise or fall, caused by the atmospheric absorption structure, in the measured intensity distribution spectrum is determined, and the path length traveled by the radiation through the atmosphere and therefore also the distance between the detector and the object are determined by comparison with known transmission data for the atmosphere.
Measuring device for measuring a path and/or a speed of an object which moves relative to the measuring device, having a measuring wheel which is mounted on a shaft of a rotary encoder and is placed on the object with a running surface, and a holding unit for fastening the measuring device to a stationary component which holding unit is connected on a first side in a rotationally fixed manner to the measuring device, and on the second side opposite the first side the holding unit is connected rotatably to the component by means of a rotary bearing, so that the holding unit is connected by means of a spring element which is connected by a first end on the first side and presses measuring wheel towards the object, whereby the rotary bearing comprises a first through bore for receiving a second end of the spring element and a second through bore for temporarily receiving a tool and for manually rotating the rotary bearing by means of the tool.
A device for preventing siphonage and overflow, it is configured to be disposed on a water tank of a toilet, characterized in that: it comprises an upper cover and a lower base, the upper cover is disposed on the lower base to define a cavity with an inner portion of the lower base, the upper cover comprises a cover body, a water inlet, an air opening and a first flow transmission structure, the water inlet and the air opening are both disposed on the cover body, the first flow transmission structure is disposed below the cover body, the lower base comprises a lower base body, a water outlet, an air exhausting opening, one or more overflow openings and a second flow transmission structure (205,206,207) the water outlet and the air exhausting opening are disposed on a bottom of the lower base body and are in communication with an inner portion of the water tank, the second flow transmission structure is disposed below the first flow transmission structure, in a normal water inflow process, when installed, water from the water inlet flows into the cavity and flows into the inner portion of the water tank through the first flow transmission structure, the second flow transmission structure and the water outlet in sequence, and air in the water tank flows into the cavity through the air exhausting opening and is exhausted through the one or more overflow openings and the air opening; when the overflow occurs in the water tank and a water level is higher than the one or more overflow openings, the water is exhausted from the one or more overflow openings. the water inlet and the air opening are both disposed on the cover body, the first flow transmission structure is disposed below the cover body, the lower base comprises a lower base body, a water outlet, an air exhausting opening, one or more overflow openings and a second flow transmission structure (205,206,207) the water outlet and the air exhausting opening are disposed on a bottom of the lower base body and are in communication with an inner portion of the water tank, the second flow transmission structure is disposed below the first flow transmission structure, in a normal water inflow process, when installed, water from the water inlet flows into the cavity and flows into the inner portion of the water tank through the first flow transmission structure, the second flow transmission structure and the water outlet in sequence, and air in the water tank flows into the cavity through the air exhausting opening and is exhausted through the one or more overflow openings and the air opening; when the overflow occurs in the water tank and a water level is higher than the one or more overflow openings, the water is exhausted from the one or more overflow openings.
A method of locating a patient interface for a tissue measurement instrument on a patient, said instrument comprising a spectrometer, the patient interface having a measurement side with a light transmission hole and a light receipt hole; characterised by comprising the step of: moving the patient interface around on the tissue in a particular region of the body, while monitoring the output of the spectrometer, until a local maximum THI value is found; wherein the THI value is a measure of the volume percentage of hemoglobin in tissue; and upon finding a location where the local maximum THI value is found, affixing the patient interface to that location. moving the patient interface around on the tissue in a particular region of the body, while monitoring the output of the spectrometer, until a local maximum THI value is found; wherein the THI value is a measure of the volume percentage of hemoglobin in tissue; and upon finding a location where the local maximum THI value is found, affixing the patient interface to that location.
A method for producing 1, 1'-binaphthyl derivatives, comprising mixing a 1, 1'-binaphthyl precursor derivative, an organic acid, and an iodinating or brominating agent to obtain a 1, 1'-binaphthyl derivative, the 1,1'-binaphthyl precursor derivative having a 1,1'-binaphthyl skeleton and having an electron-donating group at the 2-position of the skeleton and at the 2'-position of the skeleton, the electron-donating group containing an oxygen atom directly bonded to the skeleton, the 1,1'-binaphthyl derivative obtained having a 1, 1'-binaphthyl skeleton and having a substituent introduced at the 8-position and/or 8'-position of the 1,1'-binaphthyl skeleton at which the precursor derivative does not have any substituent.
A method of cryo-curing a plant, comprising the steps of: a. freezing the plant for a period of at least about 1 hour at a temperature of less than about -10° F. (-23 °C); and b. curing the frozen plant for a period of at least about 8 hours at a temperature below 70° F. (21 °C) under vacuum to obtain the plant having a desired moisture content of about 5% to about 20% by weight; wherein curing is performed in about 36 hours or less; and wherein the plant is cannabis, hops or berries. a. freezing the plant for a period of at least about 1 hour at a temperature of less than about -10° F. (-23 °C); and b. curing the frozen plant for a period of at least about 8 hours at a temperature below 70° F. (21 °C) under vacuum to obtain the plant having a desired moisture content of about 5% to about 20% by weight; wherein curing is performed in about 36 hours or less; and wherein the plant is cannabis, hops or berries.