mhurhangee/ep-ind-claims huggingface dataset:
A bone cement kit, comprising a paste A and a paste B, wherein (a) paste A contains at least one radically polymerisable monomer, at least one polymer that is soluble in and is within a range from 3 to 16 weight per cent in relation to the total weight of the paste, and at least one polymerisation initiator from the group of peroxides in a quantity within a range from 0.01 to 10 weight per cent in relation to the total weight of paste A; (b) paste A contains at least one radically polymerisable monomer, at least one polymer that is soluble in and is within a range from 25 to 85 weight per cent in relation to the total weight of the paste, and at least one polymerisation accelerator; and wherein at least one of the pastes A and B contains as a component or, respectively, at least one filler that is hardly soluble or insoluble in the at least one radically polymerisable monomer or, respectively, wherein the filler is a particulate inorganic filler with a BET surface of at least 40 m 2 /g and wherein, in relation to the total weight of paste A, paste A contains 1 to 50 weight per cent of the filler and, in relation to the total weight of paste B, paste B contains less than 5 weight per cent of the filler. (a) paste A contains at least one radically polymerisable monomer, at least one polymer that is soluble in and is within a range from 3 to 16 weight per cent in relation to the total weight of the paste, and at least one polymerisation initiator from the group of peroxides in a quantity within a range from 0.01 to 10 weight per cent in relation to the total weight of paste A; at least one radically polymerisable monomer, at least one polymer that is soluble in and is within a range from 3 to 16 weight per cent in relation to the total weight of the paste, and at least one polymerisation initiator from the group of peroxides in a quantity within a range from 0.01 to 10 weight per cent in relation to the total weight of paste A; (b) paste A contains at least one radically polymerisable monomer, at least one polymer that is soluble in and is within a range from 25 to 85 weight per cent in relation to the total weight of the paste, and at least one polymerisation accelerator; at least one radically polymerisable monomer, at least one polymer that is soluble in and is within a range from 25 to 85 weight per cent in relation to the total weight of the paste, and at least one polymerisation accelerator;
A stable liquid eutectic system comprising: - an active ingredient chosen from catechins, - a choline salt, - a polar protic solvent or aprotic polar solvent which is pharmaceutically, dermo-cosmetically or nutraceutically acceptable, wherein the molar ratio between the active ingredient, the choline salt, and the solvent is 0.25-3.5:1:5-75. wherein the concentration of the active ingredient is at least 100 mg/mL. - an active ingredient chosen from catechins, - a choline salt, - a polar protic solvent or aprotic polar solvent which is pharmaceutically, dermo-cosmetically or nutraceutically acceptable, wherein the molar ratio between the active ingredient, the choline salt, and the solvent is 0.25-3.5:1:5-75. wherein the concentration of the active ingredient is at least 100 mg/mL.
An arrangement for feeding heat-sensitive feedstock to a fixed-bed reactor system wherein said arrangement comprises means for product recycle and a fixed-bed reactor system comprising a fixed-bed reactor comprising more than one reaction zone (13C, 13B, 13A) having at least one catalyst bed and each reaction zone (13C, 13B, 13A) comprising a cold feed distributor arranged on top of each catalyst bed and a conventional distributor arranged above each cold feed distributor, means for feeding liquid feed to one or more feed inlets (F 1, F 2, F 3), and means for feeding a dilution stream to a feed inlet (F 4) at the top of the reactor.
An implantable restriction system, comprising: an implantable restriction device configured to form a restriction in a pathway; an implantable housing (60; 220); and an implantable antenna movably coupled to the housing; characterized in that the housing is at least a portion of a gimbal element such that the antenna is free to rotate relative to the housing about a first axis and the antenna is also free to rotate relative to the housing about a second axis, the first axis being substantially orthogonal to the second axis, so that the antenna is capable of achieving an effective orientation to enable the antenna to align and communicate with an external device. an implantable restriction device configured to form a restriction in a pathway; an implantable housing (60; 220); and an implantable antenna movably coupled to the housing; characterized in that the housing is at least a portion of a gimbal element such that the antenna is free to rotate relative to the housing about a first axis and the antenna is also free to rotate relative to the housing about a second axis, the first axis being substantially orthogonal to the second axis, so that the antenna is capable of achieving an effective orientation to enable the antenna to align and communicate with an external device.
A material providing skin-whitening gas, wherein said material comprises a solid oxygen source, a solid activator, and a solid catalyst; wherein the solid oxygen source is selected from the group consisting of peroxide and percarbonate, the solid activator is anilide compound, and the catalyst is catalase; wherein the mass ratio between the solid activator and the solid oxygen source ranges from 0.5:100 to 10:100; and wherein the mass ratio between the solid catalyst and the solid oxygen source ranges from 0.5:100 to 5:100.
An apparatus for manufacturing a heat exchanger (1, 1A, 1B) including a flat tube and a fin attached to the flat tube with an outer periphery of the flat tube being fitted to a fitting groove on the fin, the apparatus comprising: a drum (20, 20A, 20B)_rotatable about a center axis; a fin holder arranged in a radial direction of the drum (20, 20A, 20B) and configured to hold the fin with the fitting groove open outward in a direction of an outer periphery of the drum (20, 20A, 20B), the fin holder being rotatably held by the drum (20, 20A, 20B) and movable to a fin attaching position when the drum (20, 20A, 20B) rotates; a flat tube positioner configured to restrict the flat tube to a position at which a cross section of the flat tube perpendicular to the axis of the flat tube has a longitudinal direction toward the drum (20, 20A, 20B); a moving mechanism configured to move the flat tube restricted by the flat tube positioner to the fin attaching position; and a cam follower arranged on the fin holder and configured to, when the fin holder moves to the fin attaching position, come in contact with a cam member (30, 30A, 30B) to rotate the fin holder, characterised in that the fin attaching position includes a position at which the rotated fin holder inclines the fin held by the fin holder with respect to the longitudinal direction of the flat tube. a drum (20, 20A, 20B)_rotatable about a center axis; a fin holder arranged in a radial direction of the drum (20, 20A, 20B) and configured to hold the fin with the fitting groove open outward in a direction of an outer periphery of the drum (20, 20A, 20B), the fin holder being rotatably held by the drum (20, 20A, 20B) and movable to a fin attaching position when the drum (20, 20A, 20B) rotates; a flat tube positioner configured to restrict the flat tube to a position at which a cross section of the flat tube perpendicular to the axis of the flat tube has a longitudinal direction toward the drum (20, 20A, 20B); a moving mechanism configured to move the flat tube restricted by the flat tube positioner to the fin attaching position; and a cam follower arranged on the fin holder and configured to, when the fin holder moves to the fin attaching position, come in contact with a cam member (30, 30A, 30B) to rotate the fin holder, characterised in that the fin attaching position includes a position at which the rotated fin holder inclines the fin held by the fin holder with respect to the longitudinal direction of the flat tube.
A reception quality measurement method for a mobile station that receives F-DPCH symbols and CPICH symbols from a base station, comprising steps of: averaging a plurality of CPICH symbols (S CPI1) in a time sequence before a certain time of interest (S TPCn-1) and estimating a channel, then calculating a interference power ISCP using the obtained channel estimation value and the CPICH symbol at the time of interest; averaging a plurality of CPICH symbols (S CPI2) in a time sequence that include the CPICH symbol at the time of interest and estimating a channel, then calculating a reference ISCP using the obtained channel estimation value and the CPICH symbol at the time of interest; correcting an interference power ISCP at the next time of interest (S TPCn) using the difference between said ISCP and said reference ISCP; and calculating a signal to interference power ratio SIR of the mobile station using the ISCP obtained by said correction and a reception power RSCP of the F-DPCH symbol. averaging a plurality of CPICH symbols (S CPI1) in a time sequence before a certain time of interest (S TPCn-1) and estimating a channel, then calculating a interference power ISCP using the obtained channel estimation value and the CPICH symbol at the time of interest; averaging a plurality of CPICH symbols (S CPI2) in a time sequence that include the CPICH symbol at the time of interest and estimating a channel, then calculating a reference ISCP using the obtained channel estimation value and the CPICH symbol at the time of interest; correcting an interference power ISCP at the next time of interest (S TPCn) using the difference between said ISCP and said reference ISCP; and calculating a signal to interference power ratio SIR of the mobile station using the ISCP obtained by said correction and a reception power RSCP of the F-DPCH symbol.
An apparatus for manufacturing an electrode for a secondary battery, comprising: a roller-shaped unwinder on which a sheet type current collector is wound; a transfer unit that continuously transfers the sheet type current collector; a coating unit that coats an electrode active material slurry on at least one surface of the sheet type current collector; a drying unit that dries the coated electrode active material slurry to form an electrode mixture on at least one surface of the sheet type current collector; a rolling unit that rolls the electrode mixture through a pair of rollers (151, 152); a laser unit in which the electrode mixture is subjected laser etching to form a large number of holes having a level difference in thickness, thereby manufacturing an electrode sheet; and, a roller-shaped rewinder that rewinds the electrode sheet, wherein the laser unit is a nanosecond laser, and forms respective holes by performing irradiation twice or less. a roller-shaped unwinder on which a sheet type current collector is wound; a transfer unit that continuously transfers the sheet type current collector; a coating unit that coats an electrode active material slurry on at least one surface of the sheet type current collector; a drying unit that dries the coated electrode active material slurry to form an electrode mixture on at least one surface of the sheet type current collector; a rolling unit that rolls the electrode mixture through a pair of rollers (151, 152); a laser unit in which the electrode mixture is subjected laser etching to form a large number of holes having a level difference in thickness, thereby manufacturing an electrode sheet; and, a roller-shaped rewinder that rewinds the electrode sheet, wherein the laser unit is a nanosecond laser, and forms respective holes by performing irradiation twice or less.
A method for detecting an intermolecular interaction based on reflectometric interference spectroscopy (RIfS), comprising: a step of obtaining detection results from a spectrometer of a reflectometric interference spectroscopy device in a measured wavelength range, and calculating from said detection results a reflectance spectrum at a fixed wavelength interval in the measured wavelength range; a step of approximating the reflectance spectrum by a high-dimensional function; a step of selecting a wavelength interval having a minimum reflectance from the high-dimensional function; a step of approximating, in the selected wavelength interval, the high-dimensional function by a quadratic function, which is lower order than the high-dimensional function; and a step of calculating a first derivative of the quadratic function with respect to the wavelength, and obtaining the wavelength at which the first derivative is zero. a step of obtaining detection results from a spectrometer of a reflectometric interference spectroscopy device in a measured wavelength range, and calculating from said detection results a reflectance spectrum at a fixed wavelength interval in the measured wavelength range; a step of approximating the reflectance spectrum by a high-dimensional function; a step of selecting a wavelength interval having a minimum reflectance from the high-dimensional function; a step of approximating, in the selected wavelength interval, the high-dimensional function by a quadratic function, which is lower order than the high-dimensional function; and a step of calculating a first derivative of the quadratic function with respect to the wavelength, and obtaining the wavelength at which the first derivative is zero.
A method for detecting noise within an operating frequency of a communication medium, the method comprising: monitoring messages on the communication medium for corrupted messages; detecting corrupted messages on the communication medium; updating a corrupted message count when a corrupt message is detected; generating a noise detected signal when the corrupted message count has reached a corrupted message threshold and the corrupted message count over a period of time is greater than a number of messages a single device communicating on the communication medium can send over the period of time; and generating an audible or visual output in response to the noise detected signal. monitoring messages on the communication medium for corrupted messages; detecting corrupted messages on the communication medium; updating a corrupted message count when a corrupt message is detected; generating a noise detected signal when the corrupted message count has reached a corrupted message threshold and the corrupted message count over a period of time is greater than a number of messages a single device communicating on the communication medium can send over the period of time; and generating an audible or visual output in response to the noise detected signal.
A method of making a bendable, short-resistant capacitor capable of self-clearing short circuits within the capacitor, comprising: providing a rigid substrate; applying a release layer; depositing a first metal layer on the release layer; depositing a ceramic layer on the first metal layer; depositing a second metal layer on the ceramic layer to form the short-resistant capacitor comprising the ceramic layer disposed between the first metal layer and the second metal layer; separating the short-resistant capacitor from the substrate; and bending the resulting short-resistant capacitor into a pseudo-stacked film arrangement with gaps between the stacked film layers that allow venting of evaporated electrode material in the event of a benign failure. providing a rigid substrate; applying a release layer; depositing a first metal layer on the release layer; depositing a ceramic layer on the first metal layer; depositing a second metal layer on the ceramic layer to form the short-resistant capacitor comprising the ceramic layer disposed between the first metal layer and the second metal layer; separating the short-resistant capacitor from the substrate; and bending the resulting short-resistant capacitor into a pseudo-stacked film arrangement with gaps between the stacked film layers that allow venting of evaporated electrode material in the event of a benign failure.
A hand-held probe for iridocorneal angle imaging of an eye, the probe comprising: a distal end having a flat corneal contact surface; a single miniaturized charge-coupled device camera having a single imaging lens at the distal end of the probe and an imaging axis orthogonal to the flat corneal contact surface; and at least two illumination sources, each illumination source having an illumination axis at an angle to the flat corneal contact surface such that the imaging axis and the illumination axes converge in the eye, wherein the angle ranges from 70° to 78°, wherein the at least two illumination sources are configured to emit light with a uniform distribution based on a Lambertian approach such that luminescence is the same when viewed from any angle. a distal end having a flat corneal contact surface; a single miniaturized charge-coupled device camera having a single imaging lens at the distal end of the probe and an imaging axis orthogonal to the flat corneal contact surface; and at least two illumination sources, each illumination source having an illumination axis at an angle to the flat corneal contact surface such that the imaging axis and the illumination axes converge in the eye, wherein the angle ranges from 70° to 78°, wherein the at least two illumination sources are configured to emit light with a uniform distribution based on a Lambertian approach such that luminescence is the same when viewed from any angle.
A method of extracting propellant from a loaded propeller body, said loaded propeller body comprising an elongated structure of main axis A which is an element of revolution about said main axis A, and inside which said structure, the propellant is located, the extraction method consisting in using at least one nozzle producing a jet of liquid which erodes the propellant, the nozzle following a helical path coaxial to the main axis A during the extraction of the propellant, characterized in that the jet of liquid is a flat jet and in that the path followed by the nozzle has an axial pitch substantially equal to an axial extent along which propellant is eroded by the flat jet. said loaded propeller body comprising an elongated structure of main axis A which is an element of revolution about said main axis A, and inside which said structure, the propellant is located, the extraction method consisting in using at least one nozzle producing a jet of liquid which erodes the propellant, the nozzle following a helical path coaxial to the main axis A during the extraction of the propellant, characterized in that the jet of liquid is a flat jet and in that the path followed by the nozzle has an axial pitch substantially equal to an axial extent along which propellant is eroded by the flat jet.
A navigation system for disabled persons, in particular visually impaired persons, comprising: a plurality of transponders (10, 10', 10"; 100) with RFID tags, said transponders (10, 10', 10"; 100) being installed at known locations and each of said RFID tags having a unique identifier; a database comprising a mapping of said unique identifiers to said known locations; and a portable device having a transceiver for communication with at least one proximate transponder (10, 10', 10"; 100), a storage means for storing content of said database, a processing means for determining information in accordance with said database and said unique identifier of said proximate transponder (10, 10', 10"; 100) and an interface for providing said information; characterized in that said transponders (10, 10', 10"; 100) comprise animal identification RFID tags that are safely enclosed in a protection capsule in the form of a bolus and have been recovered after prior use in an animal. a plurality of transponders (10, 10', 10"; 100) with RFID tags, said transponders (10, 10', 10"; 100) being installed at known locations and each of said RFID tags having a unique identifier; a database comprising a mapping of said unique identifiers to said known locations; and a portable device having a transceiver for communication with at least one proximate transponder (10, 10', 10"; 100), a storage means for storing content of said database, a processing means for determining information in accordance with said database and said unique identifier of said proximate transponder (10, 10', 10"; 100) and an interface for providing said information; characterized in that said transponders (10, 10', 10"; 100) comprise animal identification RFID tags that are safely enclosed in a protection capsule in the form of a bolus and have been recovered after prior use in an animal.
A diffraction grating for an X-ray Talbot interferometer, the diffraction grating comprising: a substrate; a metal film cut to form a plurality of groove portions thereby forming a plurality of ridge-like X-ray absorbing portions on the substrate along one direction at predetermined intervals; and characterized by an intermediate layer between the substrate and the metal film, the intermediate layer having a smaller hardness than the substrate and containing an element having a smaller effective atomic number than an element contained in the metal film. a substrate; a metal film cut to form a plurality of groove portions thereby forming a plurality of ridge-like X-ray absorbing portions on the substrate along one direction at predetermined intervals; and characterized by an intermediate layer between the substrate and the metal film, the intermediate layer having a smaller hardness than the substrate and containing an element having a smaller effective atomic number than an element contained in the metal film.
A non-combustion type flavor inhaler comprising: an atomizer configured to atomize an aerosol source without burning; a controller configured to control power output to the atomizer; a pushbutton; and a notification unit, wherein the controller is configured to start a supply of power output to the atomizer to generate aerosol when a user operation is performed on the pushbutton and before start of a puffing action, characterised in that the controller is configured to stop the supply of power output to the atomizer upon a lapse of a predetermined duration from starting of the supply of power output to the atomizer, then to restart the supply of power output to the atomizer, wherein the supply of power output to the atomizer includes applying a voltage intermittently to the atomizer, wherein the controller causes the notification unit to perform a notification, after the restart of the supply of power output to the atomizer, in accordance with that a predetermined condition is satisfied. an atomizer configured to atomize an aerosol source without burning; a controller configured to control power output to the atomizer; a pushbutton; and a notification unit, wherein the controller is configured to start a supply of power output to the atomizer to generate aerosol when a user operation is performed on the pushbutton and before start of a puffing action, characterised in that the controller is configured to stop the supply of power output to the atomizer upon a lapse of a predetermined duration from starting of the supply of power output to the atomizer, then to restart the supply of power output to the atomizer, wherein the supply of power output to the atomizer includes applying a voltage intermittently to the atomizer, wherein the controller causes the notification unit to perform a notification, after the restart of the supply of power output to the atomizer, in accordance with that a predetermined condition is satisfied.