mhurhangee/ep-ind-claims huggingface dataset:
A method for correcting a multi-exposure motion image composed of a reference frame and multiple extended frames, comprising: determining a luminance mapping function, wherein the luminance mapping function is a luminance mapping relationship between; the reference frame and one of the extended frames; mapping a luminance of the one of the extended: frames by using the luminance mapping relationship to obtain a virtual frame, wherein except for an over-exposure area, an under-exposure area and a motion area, a luminance of the virtual frame is close to a luminance of the reference frame; calculating a global motion vector between the virtual frame and the reference frame; correcting pixels of the one of the extended frames according to the global motion vector to obtain a first extended frame after global motion correction; detecting pixels of the first extended frame after global motion correction according to the reference frame to obtain local error pixels of the first extended frame after global motion estimation; and correcting luminance of the local error pixels the first extended frame after global motion correction to obtain a second extended frame after correction. determining a luminance mapping function, wherein the luminance mapping function is a luminance mapping relationship between; the reference frame and one of the extended frames; mapping a luminance of the one of the extended: frames by using the luminance mapping relationship to obtain a virtual frame, wherein except for an over-exposure area, an under-exposure area and a motion area, a luminance of the virtual frame is close to a luminance of the reference frame; calculating a global motion vector between the virtual frame and the reference frame; correcting pixels of the one of the extended frames according to the global motion vector to obtain a first extended frame after global motion correction; detecting pixels of the first extended frame after global motion correction according to the reference frame to obtain local error pixels of the first extended frame after global motion estimation; and correcting luminance of the local error pixels the first extended frame after global motion correction to obtain a second extended frame after correction.
A method of forming a semiconductor device comprising: forming a mask having a plurality of openings atop a semiconductor-containing layer, said semiconductor-containing layer is located atop a substrate; performing an angled ion implantation to introduce dopants to a first portion of the semiconductor-containing layer, wherein a first region of a remaining portion of the semiconductor-containing layer is beneath the mask and is substantially free of said dopants, and a second region of the remaining portion of the semiconductor-containing layer that is substantially free of said dopants is present within the plurality of openings (8/8a) and is present between adjacent first portions of the semiconductor-containing layer that are doped; wherein adjacent openings (8/8a) of the plurality of openings (8/8a) of the mask are separated by a dimension ranging from 30 nm to 200 nm and wherein the angled ion implantation includes an angle ranging from 3° to 75°, wherein the angle is measured at an intersection between a plane parallel to a direction of travel of the dopants and a plane perpendicular to a surface of the substrate; and wherein the angled ion implantation is directed at the first portion from opposite directions; removing the first portion of the semiconductor-containing layer containing the dopants selective to the remaining portion of semiconductor-containing layer that is substantially free of the dopants to provide a pattern; and transferring the pattern into the substrate to provide a fin structure having a width of ranging from 10 nm to 50 nm. forming a mask having a plurality of openings atop a semiconductor-containing layer, said semiconductor-containing layer is located atop a substrate; performing an angled ion implantation to introduce dopants to a first portion of the semiconductor-containing layer, wherein a first region of a remaining portion of the semiconductor-containing layer is beneath the mask and is substantially free of said dopants, and a second region of the remaining portion of the semiconductor-containing layer that is substantially free of said dopants is present within the plurality of openings (8/8a) and is present between adjacent first portions of the semiconductor-containing layer that are doped; wherein adjacent openings (8/8a) of the plurality of openings (8/8a) of the mask are separated by a dimension ranging from 30 nm to 200 nm and wherein the angled ion implantation includes an angle ranging from 3° to 75°, wherein the angle is measured at an intersection between a plane parallel to a direction of travel of the dopants and a plane perpendicular to a surface of the substrate; and wherein the angled ion implantation is directed at the first portion from opposite directions; removing the first portion of the semiconductor-containing layer containing the dopants selective to the remaining portion of semiconductor-containing layer that is substantially free of the dopants to provide a pattern; and transferring the pattern into the substrate to provide a fin structure having a width of ranging from 10 nm to 50 nm.
Use of a fuel additive composition to remove deposits and prevent deposits from forming in the fuel injectors and combustion chambers of a direct injection spark-ignited engine operated with a fuel composition comprising a liquid fuel, wherein said fuel additive composition comprises a nitrogen-containing dispersant; and a fluidizer, wherein a molecular volume factor for the dispersant is 50 or greater, a modified hydrophilic lipophilic balance (HLBm) value for the dispersant and the fluidizer is greater than 50, the concentration of nitrogen in the fuel composition from the dispersant is 0.20 to 25 ppm by weight, and the concentration of active components in the fuel composition from the dispersant and the fluidizer is 20 to 4,000 ppm by weight, wherein the nitrogen-containing dispersant is a Mannich reaction product of phenol alkylated with polyisobutylene having a number average molecular weight of 1000, formaldehyde and ethylenediamine; and wherein the fluidizer is a polyether prepared from C 12 -C 15 alcohol propoxylated with 22-26 units of propylene oxide; and the ratio of the Mannich reaction product to the polyether is 1:1.2 by weight on an actives basis.
An indoor digital radio apparatus, IDU, for point-to-point communication having a (1+1) switching configuration comprising: an active modulation and demodulation unit for modulating a first input signal and demodulating a first received signal from a first outdoor radio apparatus, ODU; a backup modulation and demodulation unit for modulating a second input signal and demodulating a second received signal from a second outdoor radio apparatus, ODU; a shared unit for controlling said IDU, an IDU case for accommodating at least said active modulation and demodulation unit, said backup modulation and demodulation unit and said shared unit in a single case, characterized in that said active modulation and demodulation unit is detachable and includes a first power supply unit and a first cable connection unit connectable via a first one cable to the first ODU, said backup modulation and demodulation unit is detachable and includes a second power supply unit and a second cable connection unit connectable via a second one cable to the second ODU; and said IDU case has double-layer structure in which said active modulation and demodulation unit and said backup modulation and demodulation unit have half a width of the shared unit, are horizontally oriented and are arranged in parallel in one layer; and said shared unit is arranged in the other layer. an active modulation and demodulation unit for modulating a first input signal and demodulating a first received signal from a first outdoor radio apparatus, ODU; a backup modulation and demodulation unit for modulating a second input signal and demodulating a second received signal from a second outdoor radio apparatus, ODU; a shared unit for controlling said IDU, an IDU case for accommodating at least said active modulation and demodulation unit, said backup modulation and demodulation unit and said shared unit in a single case, characterized in that said active modulation and demodulation unit is detachable and includes a first power supply unit and a first cable connection unit connectable via a first one cable to the first ODU, said backup modulation and demodulation unit is detachable and includes a second power supply unit and a second cable connection unit connectable via a second one cable to the second ODU; and said IDU case has double-layer structure in which said active modulation and demodulation unit and said backup modulation and demodulation unit have half a width of the shared unit, are horizontally oriented and are arranged in parallel in one layer; and said shared unit is arranged in the other layer.
Process for the surface sulphurization of a body, the surface of which comprises a layer of metal, referred to as surface metal, capable of forming sulphides, characterized in that this process comprises at least one stage of flame spray pyrolysis of a sulphur precursor which generates hydrogen sulphide in the flame.
A pharmaceutical formulation in a lyophilised form, which comprises interferon beta-1a as an active ingredient in an amount of 2.0 - 15 μg in a single intravenous dosage form, disaccharides as a bulking agent, a non-ionic surfactant and a buffering agent, wherein the disaccharide is selected from trehalose dihydrate or a combination of trehalose dihydrate and sucrose, and wherein a pH of the formulation after reconstitution is 6.0 - 7.5, and interferon beta-1a is recombinantly produced interferon beta-1a with a biological activity of at least 150 MIU/mg.
A water dispensing apparatus, comprising: a dispensing body having a guiding portion and an extension portion extended from said guiding portion, wherein said dispensing body further comprises a nozzle provided at an end of said guiding portion; and a water control, which comprises a control valve movably disposed in said extension portion of said dispensing body and comprising a water sealing member, a control unit coupled to said control valve and an actuation member supported in said guiding portion characterised in that the control valve comprises a pusher member located eccentrically to a center of said control valve; the actuation member has a guiding slot formed at a rear end of said actuation member, wherein said pusher member is slidably engaged with said guiding slot, such that said pusher member is adapted to slide along said guiding slot; and the control unit drives said control valve to rotate within said extension portion of said dispensing body; wherein when said control valve is driven to rotate, said pusher member is slid along said guiding slot to reciprocatingly move said actuation member at different locations of said nozzle not only for switching on-and-off said control valve but also for controllably shifting different water spraying patterns of said nozzle. a dispensing body having a guiding portion and an extension portion extended from said guiding portion, wherein said dispensing body further comprises a nozzle provided at an end of said guiding portion; and a water control, which comprises a control valve movably disposed in said extension portion of said dispensing body and comprising a water sealing member, a control unit coupled to said control valve and an actuation member supported in said guiding portion characterised in that the control valve comprises a pusher member located eccentrically to a center of said control valve; the actuation member has a guiding slot formed at a rear end of said actuation member, wherein said pusher member is slidably engaged with said guiding slot, such that said pusher member is adapted to slide along said guiding slot; and the control unit drives said control valve to rotate within said extension portion of said dispensing body; wherein when said control valve is driven to rotate, said pusher member is slid along said guiding slot to reciprocatingly move said actuation member at different locations of said nozzle not only for switching on-and-off said control valve but also for controllably shifting different water spraying patterns of said nozzle.
A recording apparatus configured to drive a recording element to perform recording on a recording medium, the recording apparatus comprising: a drive waveform data acquisition device configured to acquire drive waveform data which contain waveform value information for a plurality of predetermined periods of time of a drive waveform for driving the recording element and contain identification information of the drive waveform data embedded in at least two pieces of the waveform value information; an identification information analysis device configured to extract the identification information from the drive waveform data and to interpret the extracted identification information; a waveform generation device (280, 284) configured to receive the waveform value information for each of the predetermined periods of time of the drive waveform data and to generate the drive waveform according to the received waveform value information, the waveform value information for the predetermined periods of time of the drive waveform data being sequentially inputted to the waveform generation device (280, 284); and a drive device configured to drive the recording element according to the drive waveform generated by the waveform generation device. a drive waveform data acquisition device configured to acquire drive waveform data which contain waveform value information for a plurality of predetermined periods of time of a drive waveform for driving the recording element and contain identification information of the drive waveform data embedded in at least two pieces of the waveform value information; an identification information analysis device configured to extract the identification information from the drive waveform data and to interpret the extracted identification information; a waveform generation device (280, 284) configured to receive the waveform value information for each of the predetermined periods of time of the drive waveform data and to generate the drive waveform according to the received waveform value information, the waveform value information for the predetermined periods of time of the drive waveform data being sequentially inputted to the waveform generation device (280, 284); and a drive device configured to drive the recording element according to the drive waveform generated by the waveform generation device.
A computer-implemented method for administering uploading of a user's personal content element onto a computing platform, comprising the following steps of: detecting in the element one or several instances of a plurality of classes of a class instance detection model and determining a presence score of each instance; for each of the classes, determining a class score from the presence scores of the instances of the class and an impact score associated with the class, the impact scores associated with the classes of the detection model being specific to a given situation in the user's real life; determining an exposure score for the element from the class scores; determining, on the basis of the exposure score of the element, a level of access restriction to be associated with the element in a personal data access control list. detecting in the element one or several instances of a plurality of classes of a class instance detection model and determining a presence score of each instance; for each of the classes, determining a class score from the presence scores of the instances of the class and an impact score associated with the class, the impact scores associated with the classes of the detection model being specific to a given situation in the user's real life; determining an exposure score for the element from the class scores; determining, on the basis of the exposure score of the element, a level of access restriction to be associated with the element in a personal data access control list.
A polymer-flavonoid conjugate, or a pharmaceutically acceptable salt thereof, for use in the therapeutic and/or prophylactic treatment of a joint condition in a subject, wherein the polymer of said polymer-flavonoid conjugate is conjugated to one or more flavonoids at the C6 and/or C8 position of the A ring or the C2 and/or C6 position of the B ring of said flavonoid(s), wherein the joint condition is selected from the group consisting of osteoarthritis, rheumatoid arthritis, gouty arthritis, juvenile arthritis, psoriatic arthritis, and ankylosing spondylitis, and, wherein said therapeutic and/or prophylactic treatment of the joint condition results in cartilage repair.
Lining carrier plate of a brake shoe, which lining carrier plate is configured for holding a friction lining, the lining carrier plate having a first part made from a first metal with a first thermal expansion behaviour and at least one second part which is connected mechanically to the first part and is made from a second metal with a second thermal expansion behaviour, the first thermal expansion behaviour and the second thermal expansion behaviour being different, the first part being configured as a mechanically connected insert into the second part, and the first part protruding through the second part, characterized in that the first part is let into the second part.
An apparatus for measuring a particle size distribution of a raw material, the apparatus being adapted to convey by a conveyer the raw material after being sieved with a sieve, the raw material containing coarse particles larger than a sieve mesh size of the sieve and fine particles that have not passed through the sieve and adhere to the coarse particles, the fine particles being equal to or smaller than the sieve mesh size, the apparatus comprising: a coarse particle measuring device that is disposed above the conveyer and adjusted for acquiring information indicating a particle size distribution of the coarse particles of the raw material; a fine particle measuring device that is disposed above the conveyer and adjusted for acquiring information indicating a particle size distribution of the fine particles of the raw material; and an arithmetic device that is adjusted for computing the particle size distribution of the coarse particles using the information indicating the particle size distribution of the coarse particles, computing the particle size distribution of the fine particles using the information indicating the particle size distribution of the fine particles, and computing an overall particle size distribution of the raw material using the particle size distribution of the coarse particles and the particle size distribution of the fine particles. a coarse particle measuring device that is disposed above the conveyer and adjusted for acquiring information indicating a particle size distribution of the coarse particles of the raw material; a fine particle measuring device that is disposed above the conveyer and adjusted for acquiring information indicating a particle size distribution of the fine particles of the raw material; and an arithmetic device that is adjusted for computing the particle size distribution of the coarse particles using the information indicating the particle size distribution of the coarse particles, computing the particle size distribution of the fine particles using the information indicating the particle size distribution of the fine particles, and computing an overall particle size distribution of the raw material using the particle size distribution of the coarse particles and the particle size distribution of the fine particles.
A safety device for preventing injuries to the hips, the pelvis, the buttocks and the coccyx by inflation of an airbag adapted for wearer, said device comprising: - a portable inflatable bag; - at least one source of releasable gas coupled to the bag; - a belt buckle (3, 4) in which a plurality of sensors are arranged, for determining the angular movement and the acceleration of a wearer during a fall of the wearer; - a microcontroller adapted to analyse data received by different functional blocks in order to define the time to trigger the gas source; and - means for discharging the source to release the gas into the bag according to a determination by the microcontroller that the wearer is falling; characterised in that two of the sensors arranged in the buckle are a first thermal sensor measuring the ambient temperature and a second thermal sensor measuring the body temperature of a wearer, the first and second thermal sensors being arranged for triggering of the airbag in case of a fall only when the device is worn by a wearer, by measuring the temperature difference measured by the two thermal sensors thus ensuring the presence of a wearer of the device and in that it comprises a wireless communication module for transmitting information relative to a state of the device corresponding to the presence or not of a wearer and to the triggering of the airbag or not to a person other than the wearer of said device. - a portable inflatable bag; - at least one source of releasable gas coupled to the bag; - a belt buckle (3, 4) in which a plurality of sensors are arranged, for determining the angular movement and the acceleration of a wearer during a fall of the wearer; - a microcontroller adapted to analyse data received by different functional blocks in order to define the time to trigger the gas source; and - means for discharging the source to release the gas into the bag according to a determination by the microcontroller that the wearer is falling;
A pharmaceutical composition comprising VS-6063, or a pharmaceutically acceptable salt thereof, admixed with a polymer excipient, wherein the polymer excipient is hydroxypropylmethyl cellulose acetate succinate (HPMCAS), wherein the pharmaceutical composition is configured in an oral dosage form in the form of a tablet, wherein the tablet is provided by direct compression or dry granulation of a physical blend or mixture of VS-6063, or a pharmaceutically acceptable salt thereof, admixed with the polymer excipient.