mhurhangee/ep-ind-claims huggingface dataset:
A method for selectively securing records in a Near Field Communication Data Exchange Format, NDEF, message in a Near Field Communication, NFC, device, the method comprising: placing a place marker signature record in the NDEF message, the place marker signature record being generated in a form of a modified signature Record Type Definition, RTD, by setting a URI_present field to '0' and setting a signature_type field to a predefined value, wherein a first set of records preceding the place marker signature record in the NDEF message is not secured, and a second set of records following the place marker signature record is secured by using a signature RTD that includes a valid signature. placing a place marker signature record in the NDEF message, the place marker signature record being generated in a form of a modified signature Record Type Definition, RTD, by setting a URI_present field to '0' and setting a signature_type field to a predefined value, wherein a first set of records preceding the place marker signature record in the NDEF message is not secured, and a second set of records following the place marker signature record is secured by using a signature RTD that includes a valid signature.
A method for measuring a target component in gaseous or liquid samples, using a sensor comprising: a) a housing, b) an electrolyte being contained in the housing, wherein the electrolyte includes an oxidizable manganese ion, which is Mn2+ c) a measuring electrode in contact with the electrolyte, the measuring electrode comprising a support layer and a catalyst layer, the catalyst being effective for catalyzing the oxidation of the oxidizable manganese ion in the presence of the target component, and d) a counter electrode in contact with the electrolyte, wherein the counter electrode is effective for reducing oxygen to water the method comprising the step of oxidizing Mn 2+ by the equation Mn 2+ + 2H 2 O → MnO 2 + 4H + + 2e - at the measuring electrode, wherein the oxidation of Mn 2+ takes place after an increase of the ph value of the electrolyte, and reducing oxygen at the counter electrode according to the equation O 2 +2H 2 O+4e - → 4OH - a) a housing, b) an electrolyte being contained in the housing, wherein the electrolyte includes an oxidizable manganese ion, which is Mn2+ c) a measuring electrode in contact with the electrolyte, the measuring electrode comprising a support layer and a catalyst layer, the catalyst being effective for catalyzing the oxidation of the oxidizable manganese ion in the presence of the target component, and d) a counter electrode in contact with the electrolyte, wherein the counter electrode is effective for reducing oxygen to water
A method for the purification of impure potash from whatever source, e.g. from the controlled combustion of agricultural wastes, preferably the ashes of cocoa pod husks, plantain (and banana) peels and cola nut husks, comprising: discharging impure potash in an aqueous water solution into a leaching zone provided with a steam sparger, for leaching potash out of the impure potash; passing the leached potash slurry through at least one thickener zone to provide a thickened potash solution; partially-evaporating the thickened potash solution in an evaporation zone to provide a concentrated thickened potash solution; passing the concentrated thickened potash solution through an adsorption zone to adsorb heavy metal ion complexes, and thus to provide a clarified concentrated thickened potash solution; passing the clarified concentrated thickened potash solution through a first filter zone to filter out solid particles and to provide a concentrated potash solution; carbonating the concentrated potash solution in a carbonization zone to convert the potash into potassium bicarbonate; crystallizing the potassium bicarbonate; separating the potassium bicarbonate crystals from the mother liquor in a second filter zone; and regenerating potassium carbonate from the potassium bicarbonate in a heating zone thereby to produce potash of 99% purity. discharging impure potash in an aqueous water solution into a leaching zone provided with a steam sparger, for leaching potash out of the impure potash; passing the leached potash slurry through at least one thickener zone to provide a thickened potash solution; partially-evaporating the thickened potash solution in an evaporation zone to provide a concentrated thickened potash solution; passing the concentrated thickened potash solution through an adsorption zone to adsorb heavy metal ion complexes, and thus to provide a clarified concentrated thickened potash solution; passing the clarified concentrated thickened potash solution through a first filter zone to filter out solid particles and to provide a concentrated potash solution; carbonating the concentrated potash solution in a carbonization zone to convert the potash into potassium bicarbonate; crystallizing the potassium bicarbonate; separating the potassium bicarbonate crystals from the mother liquor in a second filter zone; and regenerating potassium carbonate from the potassium bicarbonate in a heating zone thereby to produce potash of 99% purity.
A fuel injection nozzle for a large diesel engine, with a nozzle head having at least one nozzle hole through which a fuel can be introduced into a combustion chamber, with a fuel pipe through which the fuel can be introduced into a pressure chamber, with a valve body, which is loaded with a spring, and which comprises a valve piston and a nozzle needle connected to the valve piston, with a valve seat being designed to cooperate with the nozzle needle such that in an open state, a flow connection between the pressure chamber and the nozzle head is opened by a stroke of the valve body, and that in a closed state the nozzle needle cooperates with the valve seat in a sealing manner, so that the flow connection between the pressure chamber and the nozzle head is closed, characterized in that an upper chamber is provided, which is limited by an upper side of the valve piston, and a lower chamber, which is limited by a lower side of the valve piston, wherein a first feeding pipe is provided connecting the upper chamber to the fuel pipe, a first discharge pipe connecting the upper chamber to a first outlet for the fuel, a second feeding pipe connecting the lower chamber to the fuel pipe, and a second discharge pipe connecting the lower chamber to a second outlet, wherein a first control valve is further provided, which, in a closed position, closes both the second feeding pipe and the first discharge pipe and which, in an open position, opens both the second feeding pipe and the first discharge pipe, wherein a second control valve is provided, which, in a closed position, closes the second discharge pipe and which, in an open position, opens the second discharge pipe, and wherein the first control valve and the second control valve can be actuated independently of one another.
A method of MDT information logging and reporting comprising: detecting a reference event by a user device, UE, in a wireless network; detecting a problem event by the UE; logging the problem event and thereby generating a problem event report based on the detected reference event; and sending the problem event report to a network device, wherein the problem event report provides time information of the problem event that is related to an occurrence of the reference event; characterized in that the reference event is a successful connecting of the UE to a base station before the problem event occurred or the reference event is the UE being served by a different radio access technology, RAT, or by a different public land mobile network, PLMN. detecting a reference event by a user device, UE, in a wireless network; detecting a problem event by the UE; logging the problem event and thereby generating a problem event report based on the detected reference event; and sending the problem event report to a network device, wherein the problem event report provides time information of the problem event that is related to an occurrence of the reference event; characterized in that the reference event is a successful connecting of the UE to a base station before the problem event occurred or the reference event is the UE being served by a different radio access technology, RAT, or by a different public land mobile network, PLMN.
A method for estimating transfer of a propellant between a first tank and a second tank in an ion propulsion system during a transfer event, said method comprising: calculating a flow rate (w) of the propellant through a valve between the first and second tanks (208, 210) based on an initial pressure and an initial temperature of each of the first tank and the second tank for a beginning of the transfer event; calculating, based at least in part on the flow rate (w), a mass of propellant transferred through the valve over a period of time ending at an intermediate time before an end of the transfer event; and determining an intermediate pressure for each of the first tank and the second tank for the intermediate time. calculating, based at least in part on the flow rate (w), a mass of propellant transferred through the valve over a period of time ending at an intermediate time before an end of the transfer event; and determining an intermediate pressure for each of the first tank and the second tank for the intermediate time.
A photographing module, comprising a lens module and a sensing chip; wherein the lens module comprises one or more first lenses (10, 11, 12, 13) arranged along an optical axis (a) of the lens module, and one or more second lenses (20, 21, 22) arranged along the optical axis, wherein the first lens (10, 11, 12, 13) is located between a to-be-imaged object and the second lens (20, 21, 22), and a radial size of the second lens (20, 21, 22) is larger than a radial size of the first lens (10, 11, 12, 13); an outer surface of the second lens (20, 21, 22) comprises a light inlet surface, a light outlet surface, and a circumferential surface for connecting the light inlet surface and the light outlet surface, the circumferential surface of the second lens (20, 21, 22) comprises one or more sections of cylindrical surface and one or more connection surfaces, and the connection surface is connected to the cylindrical surface; the connection surface is a plane, the one or more sections of cylindrical surface are formed when an angle by which a straight line rotates around the optical axis (a) at a fixed distance is less than 360 degrees, and the straight line is parallel to the optical axis (a) or an angle between the straight line and the optical axis (a) is an acute angle, and the one or more connection surfaces are parallel to the optical axis; a vertical distance from the optical axis to any one of the connection surfaces is less than a minimum distance from the optical axis to the cylindrical surface and is greater than or equal to a radius of the first lens (10, 11, 12, 13); and the cylindrical surface comprises one or more corresponding areas, the corresponding areas are in a one-to-one correspondence with the connection surfaces, and one corresponding area and one corresponding connection surface are located on two opposite sides of the optical axis; the sensing chip is located on an image side of the lens module, so that an object photographed by the lens module imaged on the sensing chip; characterized in that the geometric center of the sensing chip is offset from the optical axis in the direction from the optical axis towards the corresponding area.
A metallized multilayer sheet material for packaging having a water vapour transmission rate (WVTR) of below 5 g/m 2 /day at 38°C RH:90% comprising: - a water vapour permeable sheet substrate (2; 22; 32; 42, 52), and - at least two metallized layers (4, 6; 24, 27; 34, 37; 44, 46; 54, 56), each covered directly by a solvent based polymeric coating layer (5, 7; 25, 28; 35, 38; 45, 47; 55, 57), wherein the cumulated metallized layers have an optical density of at least 2.5 and/or a thickness of at least 15 nm. - a water vapour permeable sheet substrate (2; 22; 32; 42, 52), and - at least two metallized layers (4, 6; 24, 27; 34, 37; 44, 46; 54, 56), each covered directly by a solvent based polymeric coating layer (5, 7; 25, 28; 35, 38; 45, 47; 55, 57),
A method for designing a nucleic acid sequence encoding a sequence specific transcription activator-like effector-endonuclease polypeptide capable of cleaving DNA at a specific location, said method comprising: (a) identifying a first unique endogenous chromosomal nucleotide sequence adjacent to a second nucleotide sequence at which it is desired to introduce a double-stranded cut; and (b) designing a nucleic acid sequence encoding a sequence specific TAL effector endonuclease polypeptide sequence comprising (i) a plurality of DNA binding repeat domains that, in combination, bind to the first unique endogenous chromosomal nucleotide sequence, and (ii) an endonuclease that generates a double-stranded cut at the second nucleotide sequence. (a) identifying a first unique endogenous chromosomal nucleotide sequence adjacent to a second nucleotide sequence at which it is desired to introduce a double-stranded cut; and (b) designing a nucleic acid sequence encoding a sequence specific TAL effector endonuclease polypeptide sequence comprising (i) a plurality of DNA binding repeat domains that, in combination, bind to the first unique endogenous chromosomal nucleotide sequence, and (ii) an endonuclease that generates a double-stranded cut at the second nucleotide sequence.
A luminescent skirt for sun protection elements, wherein the shape and dimensions of the luminescent skirt are fitted and adapted to the shape and dimensions of a 4he- sun protection element in which it is configured to be installed and to which it is configured to be secured along the length thereof, wherein the luminescent skirt comprises: - a piece of flexible textile material of any color in the form of a V-shaped rectangular-shaped pouch; - a second layer included in said V-shaped piece and consisting of an opaque sheet of textile material which is solidly and mechanically adhered to the piece at the inside thereof, wherein both said piece and said second layer include geometric forms on one or both faces that are cut with laser technology or a mechanical blade to project a beam of light therethrough by means of lighting means consisting of a light panel situated between said piece and said second layer and projecting light through said geometric forms provided therein; and - a third adhered layer also included in said V-shaped piece, the third adhered layer being of transparent or translucent and flexible plastic material allowing projecting the beam of light therethrough and acting as a support for the cut geometric forms of said piece and said second layer; and where said V-shaped piece furthermore includes a filling material cut in the shape of rectangles. - a piece of flexible textile material of any color in the form of a V-shaped rectangular-shaped pouch; - a second layer included in said V-shaped piece and consisting of an opaque sheet of textile material which is solidly and mechanically adhered to the piece at the inside thereof, wherein both said piece and said second layer include geometric forms on one or both faces that are cut with laser technology or a mechanical blade to project a beam of light therethrough by means of lighting means consisting of a light panel situated between said piece and said second layer and projecting light through said geometric forms provided therein; and - a third adhered layer also included in said V-shaped piece, the third adhered layer being of transparent or translucent and flexible plastic material allowing projecting the beam of light therethrough and acting as a support for the cut geometric forms of said piece and said second layer;
A method of operating a touch panel (100; 200; 300) including first electrodes (Tx), second electrodes (Rx, Dxa, Dxb) separated from and intersecting the first electrodes (Tx), and an elastic dielectric member disposed between the first electrodes (Tx) and the second electrodes (Rx, Dxa, Dxb) to separate the first electrodes (Tx) and the second electrodes (Rx, Dxa, Dxb), the method comprising: applying, during a first haptic mode, a first voltage to the first electrodes (Tx) and a reference voltage to the second electrodes (Rx, Dxa, Dxb) to vibrate the elastic dielectric member; applying, during a second haptic mode, a second voltage to a subset of the second electrodes (Rx, Dxa, Dxb) to generate electrostatic force between the subset of the second electrodes (Rx, Dxa, Dxb) and a user's finger; and applying a third voltage to the first electrodes (Tx) during the second haptic mode, wherein the third voltage applied to the first electrodes (Tx) during the second haptic mode is a sine wave or a square wave at a predetermined frequency, and wherein the second voltage applied to the subset of the second electrodes (Rx, Dxa, Dxb) in the second haptic mode is a sine wave or a square wave at the predetermined frequency. applying, during a first haptic mode, a first voltage to the first electrodes (Tx) and a reference voltage to the second electrodes (Rx, Dxa, Dxb) to vibrate the elastic dielectric member; applying, during a second haptic mode, a second voltage to a subset of the second electrodes (Rx, Dxa, Dxb) to generate electrostatic force between the subset of the second electrodes (Rx, Dxa, Dxb) and a user's finger; and applying a third voltage to the first electrodes (Tx) during the second haptic mode, wherein the third voltage applied to the first electrodes (Tx) during the second haptic mode is a sine wave or a square wave at a predetermined frequency, and wherein the second voltage applied to the subset of the second electrodes (Rx, Dxa, Dxb) in the second haptic mode is a sine wave or a square wave at the predetermined frequency.
A tractor cab comprising a windscreen air distribution system for a windscreen provided with an external windscreen wiper and a windscreen wiper motor mounted inside the windscreen, the distribution system comprising an air distribution housing which at least partially surrounds the wiper motor, the housing defining a passage for the supply of air onto the inside of the windscreen, wherein the wiper motor is mounted on the inside of the screen, the wiper motor having a motor housing, and the passage for the supply of air is defined between the motor housing and part of the air distribution housing, the passage supplying air onto the inside of the windscreen in the vicinity of the wiper motor through a gap between the motor housing and the air distribution housing adjacent the wiper motor, characterised in that the motor is mounted on a portion of the windscreen which can be pivoted to an open position, the wiper motor moving into a position where it is surrounded by the air distribution housing when the windscreen is in its closed position to form the gap.
A method for displaying a 2D application in a VR device, comprising: determining, by a terminal in a VR mode, a first notification interface in a normal mode, wherein the first notification interface comprises a notification message, and the notification message is from a 2D application; determining, by the terminal in the VR mode, a second notification interface based on the first notification interface; displaying, by the terminal in the VR mode, the second notification interface; determining, by the terminal in the VR mode, a user operation, wherein a touch point of the user operation is located on the second notification interface, and location information of the touch point on the second notification interface is first location information; and determining, by the terminal in the VR mode, second location information based on the first location information, so that the 2D application responds to the user operation based on the second location information, wherein the second location information is location information on the first notification interface. determining, by a terminal in a VR mode, a first notification interface in a normal mode, wherein the first notification interface comprises a notification message, and the notification message is from a 2D application; determining, by the terminal in the VR mode, a second notification interface based on the first notification interface; displaying, by the terminal in the VR mode, the second notification interface; determining, by the terminal in the VR mode, a user operation, wherein a touch point of the user operation is located on the second notification interface, and location information of the touch point on the second notification interface is first location information; and determining, by the terminal in the VR mode, second location information based on the first location information, so that the 2D application responds to the user operation based on the second location information, wherein the second location information is location information on the first notification interface.
A process of melt polymerizing a polycarbonate, comprising: melt polymerizing a dihydroxy compound and a carbonate precursor to form the polycarbonate in the presence of a catalyst comprising an ionic catalyst of the formula I: wherein i + ii + iii + iv is greater than or equal to 16, or 16 to 50, or 20 to 35; i is greater than or equal to ii + 2; and A is an anion.
Protection circuit for a switch of an electrical system, said protection circuit comprising a variable electronic component having a physical characteristic whose value changes by at least 10% as a function of temperature, the protection circuit being configured to prevent the passage of a current through said switch when the intensity of said current exceeds a maximum authorized current threshold, said variable electronic component (Rv) being connected in the protection circuit such that the value of the maximum authorized current threshold is directly a function of said physical characteristic, the protection circuit being characterized in that it comprises a first comparator for comparing a voltage that is a function of the current intended to flow through the switch with a first variable voltage threshold directly dependent on the physical characteristic of the variable electronic component (Rv) and a second comparator, for comparing the voltage that is a function of the current intended to flow through the switch with a second variable voltage threshold directly dependent on the physical characteristic of the variable electronic component (Rv), the first threshold being positive and the second threshold being negative.