mhurhangee/patent-ind-claim-en huggingface dataset:
A light source , comprising: - a semiconductor gain device operable to provide light amplification; - a wavelength selection element comprising a diffraction grating ; and - light re-directors; wherein the semiconductor gain device , the light re-directors and the diffraction grating are mutually arranged so that an optical resonator is established for light portions emitted by the gain device and diffracted by the diffraction grating ; wherein the optical resonator is an external cavity laser resonator; wherein the light source comprises a direction variation device capable of varying a direction of light incident on the wavelength selection element to select a resonator radiation wavelength dependent on an angle of incidence of the light on the wavelength selection element , wherein the direction variation device is arranged between the gain device and the wavelength selection element to deflect light coming from the gain device to have a variable angle of incidence on the wavelength selection element ; and wherein the diffraction grating is attached to a prism (23;24); characterized in that the direction variation device is an actuated mirror or a vibrating optical fiber. - a semiconductor gain device operable to provide light amplification; - a wavelength selection element comprising a diffraction grating ; and - light re-directors; wherein the semiconductor gain device , the light re-directors and the diffraction grating are mutually arranged so that an optical resonator is established for light portions emitted by the gain device and diffracted by the diffraction grating ; wherein the optical resonator is an external cavity laser resonator; wherein the light source comprises a direction variation device capable of varying a direction of light incident on the wavelength selection element to select a resonator radiation wavelength dependent on an angle of incidence of the light on the wavelength selection element , wherein the direction variation device is arranged between the gain device and the wavelength selection element to deflect light coming from the gain device to have a variable angle of incidence on the wavelength selection element ; and wherein the diffraction grating is attached to a prism (23;24); characterized in that the direction variation device is an actuated mirror or a vibrating optical fiber.
A FPC of a capacitive touchscreen, comprising a sensing circuit and a driving circuit , which respectively matches with a sensing circuit layer and a driving circuit layer of a capacitive touchscreen panel and have several contacts for matching the sensing circuit layer and the driving circuit layer for corresponding connection; an IC driving chip , disposed between the sensing circuit and the driving circuit ; wherein, the sensing circuit and the driving circuit are disposed in parallel or on the same line; the sensing circuit or the driving circuit is provided with a bending area , and the sensing circuit or the driving circuit is able to be turned towards the driving circuit or the sensing circuit , so as to allow the sensing circuit to match the sensing circuit layer and allow the driving circuit to match the driving circuit layer, a bending portion is located in the bending area after being turned over. a sensing circuit and a driving circuit , which respectively matches with a sensing circuit layer and a driving circuit layer of a capacitive touchscreen panel and have several contacts for matching the sensing circuit layer and the driving circuit layer for corresponding connection; an IC driving chip , disposed between the sensing circuit and the driving circuit ; wherein, the sensing circuit and the driving circuit are disposed in parallel or on the same line; the sensing circuit or the driving circuit is provided with a bending area , and the sensing circuit or the driving circuit is able to be turned towards the driving circuit or the sensing circuit , so as to allow the sensing circuit to match the sensing circuit layer and allow the driving circuit to match the driving circuit layer, a bending portion is located in the bending area after being turned over.
Method to adjust at least one control parameter controlling a fuel combustion engine, comprising the steps: - providing at least one control parameter to control the fuel combustion engine, the control parameter being optimized to control the combustion of a pure fossil fuel; - providing a combustible fuel being composed of a fossil fuel and a synthetic fuel; - measuring the proportion of the synthetic fuel in the combustible fuel; and - adjusting the at least one control parameter based on the measured proportion of the synthetic fuel in the combustible fuel, characterized in that an air fuel ratio λ representing the at least one control parameter is reduced to less than 1,4 with a higher proportion of synthetic fuel in a combustible fuel, whereby during an acceleration phase with a high torque demand, the λ-value is shifted from λ = 1,4, with Diesel fuel, further to 1, the more synthetic fuel is present in the combustible fuel. - providing at least one control parameter to control the fuel combustion engine, the control parameter being optimized to control the combustion of a pure fossil fuel; - providing a combustible fuel being composed of a fossil fuel and a synthetic fuel; - measuring the proportion of the synthetic fuel in the combustible fuel; and - adjusting the at least one control parameter based on the measured proportion of the synthetic fuel in the combustible fuel,
Alkyd resin obtainable by polycondensation reactions between - a polyol; - a polycarboxylic acid or a cyclic carboxylic anhydride; - a keto fatty acid; - optionally an unsaturated fatty acid; wherein the keto fatty acid and the optional unsaturated fatty acid are free or comprised in a triglyceride; and wherein the oxygen of the carbonyl group of the keto fatty acid is positioned at the ninth carbon atom or at a carbon atom above the ninth, position of carbon atoms being given according to IUPAC nomenclature. - a polyol; - a polycarboxylic acid or a cyclic carboxylic anhydride; - a keto fatty acid; - optionally an unsaturated fatty acid; wherein the keto fatty acid and the optional unsaturated fatty acid are free or comprised in a triglyceride; and wherein the oxygen of the carbonyl group of the keto fatty acid is positioned at the ninth carbon atom or at a carbon atom above the ninth, position of carbon atoms being given according to IUPAC nomenclature.
A method for detecting the failure of a movable element of an aerogenerator, the detection method comprises the following steps: - measuring a physical quantity representative of the movement of the movable element of the aerogenerator so as to generate a measured temporal signal (x 1 ); - transforming the measured temporal signal (x 1 ) or a temporal signal (x 2 ) obtained from the measured temporal signal (x 1 ) so as to generate a frequency signal having a first spectrum (X 2 ); - calculating a transformed spectrum (X 5 ) whose value for a given frequency corresponds to the product of the value of the first spectrum (X 2 ) or of a spectrum (X 3 , X 4 ) obtained from the first spectrum (X 2 ) and a set of values of the first (X 2 ) or the spectrum (X 3 , X 4 ) obtained from the first spectrum (X 2 ) corresponding to multiples of the given frequency. - verifying the fulfillment of a detection criterion for values of the transformed spectrum in a frequency interval close to a characteristic value of a defect. - measuring a physical quantity representative of the movement of the movable element of the aerogenerator so as to generate a measured temporal signal (x 1 ); - transforming the measured temporal signal (x 1 ) or a temporal signal (x 2 ) obtained from the measured temporal signal (x 1 ) so as to generate a frequency signal having a first spectrum (X 2 ); - calculating a transformed spectrum (X 5 ) whose value for a given frequency corresponds to the product of the value of the first spectrum (X 2 ) or of a spectrum (X 3 , X 4 ) obtained from the first spectrum (X 2 ) and a set of values of the first (X 2 ) or the spectrum (X 3 , X 4 ) obtained from the first spectrum (X 2 ) corresponding to multiples of the given frequency. - verifying the fulfillment of a detection criterion for values of the transformed spectrum in a frequency interval close to a characteristic value of a defect.
A glass for pharmaceutical packaging having a glass composition comprising: from greater than 74 mol.% to 80 mol.% SiO 2 ; alkaline earth oxide comprising MgO and CaO and a ratio (CaO (mol.%)/(CaO (mol.%)+MgO (mol.%))) is less than or equal to 0.5 and the CaO is from 0.1 to 1.0 mol. %; X mol.% Al 2 O 3 , wherein X is from 4 to 8; and Y mol.% alkali oxide comprising Na 2 O and K 2 O, wherein Y is greater than 8 mol.%, a concentration of Na 2 O is from 2 mol.% to 15 mol.%, a ratio of Y:X is greater than or equal to 1, and a ratio of a concentration of B 2 O 3 (mol.%) to (Y mol.%-X mol.%) is less than or equal to 0.3. from greater than 74 mol.% to 80 mol.% SiO 2 ; alkaline earth oxide comprising MgO and CaO and a ratio (CaO (mol.%)/(CaO (mol.%)+MgO (mol.%))) is less than or equal to 0.5 and the CaO is from 0.1 to 1.0 mol. %; X mol.% Al 2 O 3 , wherein X is from 4 to 8; and Y mol.% alkali oxide comprising Na 2 O and K 2 O, wherein Y is greater than 8 mol.%, a concentration of Na 2 O is from 2 mol.% to 15 mol.%, a ratio of Y:X is greater than or equal to 1, and a ratio of a concentration of B 2 O 3 (mol.%) to (Y mol.%-X mol.%) is less than or equal to 0.3.
A method of producing a sausage strand comprising an inner mass encompassed by a casing , wherein both the casing material and the inner mass are coextruded in a coextrusion head and the extruded casing material solidifies, characterized in that during production of the sausage strand , the ratio of the volume flow of the casing material to the volume flow of the inner mass is varied along the sausage strand such that the casing material thickness varies along the sausage strand .
Harbour plant for storage, loading and unloading of hydrocarbon products at sea, comprising a number of units being mutually placed apart, resting on a seabed , the units being placed independently at a given distance apart in sideways direction and having a front surface along which a vessel is intended to be moored, the units forming a passage or passages for parts of the waves, and being configured to dampen a part of the incoming waves while allowing other parts of the waves and current to pass unhindered through the passages between two adjacent harbour units , the sideways distances (Q) between two neighbouring units being governed by the frequency of the waves to be dampened and the frequencies of the waves allowed to pass in between the units , characterized in that the front surface of one of the units , along which the vessel is intended to be moored, is offset with a distance (R) relative to the front surfaces of two neighbouring units in a traverse direction with respect to the longitudinal direction of the plant , away from said incoming waves, and that the distance (R) is in the range of 2 to 60 meters; that the foot print of the offset unit is trapezoidal, where the parallel side surfaces are facing perpendicular to the predominant direction of the waves and that the width (Q) of a passage formed between the offset unit and the side wall of a neighbouring unit either increases or decreases in direction of the incoming waves, and wherein an acute angle α is formed between the front side and one of the side surface, and one of the side walls forms an angle β with the other front side, where β differs from α.
A computer-implemented method comprising: recording data that reflects user interactions with multiple user interface objects of a first user interface ; for each interaction, generating a natural language statement that reflects an intent of the interaction with an associated user interface object; storing the natural language statements in a test script ; autonomously self-healing the test script for execution on a second user interface , wherein autonomously self-healing the test script comprises comparing a natural language statement, associated with one of the multiple user interface objects of the first user interface and stored in the test script, with a further natural language statement, associated with a dynamic user interface object of the second user interface by a custom library, in order to determine whether the natural language statements are similar, and, if so, mapping the one of the multiple user interface objects of the first user interface to the dynamic user interface object of the second user interface, wherein comparing the natural language statements comprises determining whether verbs in the natural language statements are similar; and executing the autonomously self-healed test script on a second user interface. recording data that reflects user interactions with multiple user interface objects of a first user interface ; for each interaction, generating a natural language statement that reflects an intent of the interaction with an associated user interface object; storing the natural language statements in a test script ; autonomously self-healing the test script for execution on a second user interface , wherein autonomously self-healing the test script comprises comparing a natural language statement, associated with one of the multiple user interface objects of the first user interface and stored in the test script, with a further natural language statement, associated with a dynamic user interface object of the second user interface by a custom library, in order to determine whether the natural language statements are similar, and, if so, mapping the one of the multiple user interface objects of the first user interface to the dynamic user interface object of the second user interface, wherein comparing the natural language statements comprises determining whether verbs in the natural language statements are similar; and executing the autonomously self-healed test script on a second user interface.
Door Lock and knob system with invisible hub, consisting of a knob with a shaft ending in a gear and a shutter cover that closes with a back cover , where the lid has an outer perforated hole and on the center inside has a tube , a sloping pin pressure level and a sloping key pressure level , and in the tube a circular case is applied with a pin and a hub with vertical longitudinal holes , through which repellent springs and locking pins pass, and which has two further legs that pass through corresponding notches which are carried on by a gear hub and they end in a latch bolt , and above the case a base is located with at least a series of corresponding vertical longitudinal holes , while above each locking pin there is a corresponding alignment pin , extruded by the corresponding extrusion spring and a base cover with a shaft that axially runs a roller , whereby when inserting a key with the appropriate configurations inside the hole and with the rotation of the lid the inclined level of pressure of pins pushes down the roller , which respectively pushes the base cap , aligning the alignment pins and the locking pins with the notch allowing the hub to rotate , while at the same time the key is pressed inside by the inclined pressure level key pushing the hub gear into the engagement position with the gear ,allowing the opening of the latch bolt by rotating the knob .
A method for producing complex metal oxide particles having nano-sized grains or a complex metal oxide film having nano-sized grains comprising: a) preparing a solution containing one or more metal cations; b) mixing the solution from step (a) with surfactant under conditions such that surfactant micelles are formed within the solution to thereby form a micellar liquid; and c) heating the micellar liquid from step (b) to form metal oxide, the heating step being undertaken at a temperature and for a period of time to remove the surfactant and thereby form metal oxide particles or a metal oxide film; characterised in that the micellar liquid heated in step (c) also contains particulate material containing one or more further metals in the form of metal(s) or metal compound(s) and the one or more further metals are incorporated into the metal oxide having nano-sized grains produced in step (c). a) preparing a solution containing one or more metal cations; b) mixing the solution from step (a) with surfactant under conditions such that surfactant micelles are formed within the solution to thereby form a micellar liquid; and c) heating the micellar liquid from step (b) to form metal oxide, the heating step being undertaken at a temperature and for a period of time to remove the surfactant and thereby form metal oxide particles or a metal oxide film;
A cochlear implant system , comprising: an external unit configured to receive acoustical sound and process the acoustical sound into a coded audio signal, an implantable unit configured to receive the coded audio signal, a pulse generating unit configured to generate a first electrical pulse of a first pulse duration and a second electrical pulse of a second pulse duration different from the first pulse duration based on the coded audio signal, an electrode array including a plurality of electrodes , wherein at least one of the plurality of electrodes is configured to receive at least the first electrical pulse and the second electrical pulse, a capacitor connected to the at least one of the plurality of electrodes , a measurement unit configured to measure, across the connection of the at least one of the plurality of electrodes and the capacitor , a first voltage based on the first electrical pulse and a second voltage based on the second electrical pulse, characterized by an evaluation unit configured to calculate a voltage difference between the measured first and second voltages. an external unit configured to receive acoustical sound and process the acoustical sound into a coded audio signal, an implantable unit configured to receive the coded audio signal, a pulse generating unit configured to generate a first electrical pulse of a first pulse duration and a second electrical pulse of a second pulse duration different from the first pulse duration based on the coded audio signal, an electrode array including a plurality of electrodes , wherein at least one of the plurality of electrodes is configured to receive at least the first electrical pulse and the second electrical pulse, a capacitor connected to the at least one of the plurality of electrodes , a measurement unit configured to measure, across the connection of the at least one of the plurality of electrodes and the capacitor , a first voltage based on the first electrical pulse and a second voltage based on the second electrical pulse, characterized by an evaluation unit configured to calculate a voltage difference between the measured first and second voltages.
A method for manufacturing a security element having an optically variable pattern in a sheet-fed printing press , in which - a print sheet is fed within the sheet-fed printing press by means of conveyor systems to rotary gripper systems in a gripper closure through at least one printing unit (44-1, 44-2) and an embossing unit , - the print sheet in the at least one printing unit (44-1, 44-2) is furnished with a coating having a repeating pattern (22-1, 22-2), and - the print sheet in the embossing unit is furnished with a finely textured embossing pattern , - the finely textured embossing pattern and the coating being produced in register with each other on the print sheet by the guidance of the print sheet in the gripper closure and forming the optically variable pattern of the security element to be manufactured. - a print sheet is fed within the sheet-fed printing press by means of conveyor systems to rotary gripper systems in a gripper closure through at least one printing unit (44-1, 44-2) and an embossing unit , - the print sheet in the at least one printing unit (44-1, 44-2) is furnished with a coating having a repeating pattern (22-1, 22-2), and - the print sheet in the embossing unit is furnished with a finely textured embossing pattern , - the finely textured embossing pattern and the coating being produced in register with each other on the print sheet by the guidance of the print sheet in the gripper closure and forming the optically variable pattern of the security element to be manufactured.
A current shunt , comprising: a conductive portion comprising conductive plates extending between current terminals , the conductive portion having an upper surface defining a width; and a sensing element overlying the upper surface of said conductive portion ; said sensing element overlying 100% of the surface area of said conductive portion such that the coupling coefficient between the sensing element and the conductive portion is increased at high frequencies where increased current flows at the edges of the current shunt . a conductive portion comprising conductive plates extending between current terminals , the conductive portion having an upper surface defining a width; and a sensing element overlying the upper surface of said conductive portion ; said sensing element overlying 100% of the surface area of said conductive portion such that the coupling coefficient between the sensing element and the conductive portion is increased at high frequencies where increased current flows at the edges of the current shunt .
Device for generation, transmission, distribution and/or use of electrical energy or a component of such a device , wherein, in at least one insulation space formed within the device , there is disposed a current-conducting component , and said insulation space comprises a dielectric insulation medium that surrounds the current-conducting component , wherein the insulation medium comprises a) at least one organofluorine compound selected from the group consisting of fluoroketones, fluoronitriles, and mixtures thereof and b) a carrier gas comprising at least one component selected from the group consisting of air, an air component, CO 2 , or a mixture of these components, and the device comprises at least one gas seal for sealing off the at least one insulation space from a further space , characterized in that the gas seal comprises butyl rubber as seal material and especially in that the gas seal consists of butyl rubber as seal material. a) at least one organofluorine compound selected from the group consisting of fluoroketones, fluoronitriles, and mixtures thereof and b) a carrier gas comprising at least one component selected from the group consisting of air, an air component, CO 2 , or a mixture of these components,
Lateral adapter for vehicle seat anchorings, wherein said anchorings are two Isofix type rings , characterized in that it comprises a first bar (1.1) with a length corresponding to at least the separation between two consecutive rings , and some first attachment means (1.2) for attaching the first bar (1.1) to the rings , there being one first attachment means (1.2) for each ring , so as to allow a vehicle seat to be placed at any transverse position on the first bar (1.1).