mhurhangee/ep-ind-claims huggingface dataset:
A method for training a classifier for identifying a brain condition of a subject, the method comprising: receiving image data obtained from a plurality of subjects, wherein the image data is acquired during an acquisition period following administration of at least one radioactive tracer and prior to the radioactive tracer reaching equilibrium, wherein the image data includes at least one of a Positron Emission Tomography ("PET") data, or a Single Photon Emission Computed Tomography ("SPECT") data; defining a plurality of brain condition classes using the image data associated with one or more time frames during the acquisition period; processing the image data to generate signatures corresponding to each of the plurality brain condition classes; and training a canonical variate classifier using the signatures. receiving image data obtained from a plurality of subjects, wherein the image data is acquired during an acquisition period following administration of at least one radioactive tracer and prior to the radioactive tracer reaching equilibrium, wherein the image data includes at least one of a Positron Emission Tomography ("PET") data, or a Single Photon Emission Computed Tomography ("SPECT") data; defining a plurality of brain condition classes using the image data associated with one or more time frames during the acquisition period; processing the image data to generate signatures corresponding to each of the plurality brain condition classes; and training a canonical variate classifier using the signatures.
A process for depolymerizing a polymer comprising an ester functionality to the corresponding alcohol and carboxylic acid components for use in the production of new polymers, comprising admixing the polymer with a mixture of: (i) a non-polar solvent for swelling the polymer, wherein the non-polar solvent is a halogenated solvent; and (ii) an agent for breaking the ester functionality consisting of a mixture of an alcohol and a hydroxide; wherein the admixing is continued for a sufficient time to depolymerize at least a portion of the polymer to the corresponding alcohol and carboxylic acid components; and wherein the process is performed without applying external heat. (i) a non-polar solvent for swelling the polymer, wherein the non-polar solvent is a halogenated solvent; and (ii) an agent for breaking the ester functionality consisting of a mixture of an alcohol and a hydroxide;
A method for improving the uniformity of a tire, the method comprising: obtaining uniformity measurements of a uniformity parameter for each tire in a set of a plurality of tires; analyzing, with one or more processing devices, the uniformity measurements to identify a transient uniformity effect, the transient uniformity effect changing over time from tire to tire in the set of tires; and modifying the manufacture of one or more tires based at least in part on the transient uniformity effect. obtaining uniformity measurements of a uniformity parameter for each tire in a set of a plurality of tires; analyzing, with one or more processing devices, the uniformity measurements to identify a transient uniformity effect, the transient uniformity effect changing over time from tire to tire in the set of tires; and modifying the manufacture of one or more tires based at least in part on the transient uniformity effect.
A composition suitable for external application to the skin or mucosa, containing the components (i) and (ii): (i) adenosine monophosphate or a salt thereof, and (ii) uridine monophosphate or a salt thereof. (i) adenosine monophosphate or a salt thereof, and (ii) uridine monophosphate or a salt thereof.
Circuit arrangement for operating light sources, comprising a controllable constant current source which, depending on a resistance connected to a control terminal of the constant current source, has a current (I LED) for operating the light source, wherein the circuit arrangement further comprises a microcontroller with digital-to-analog functionality and the control terminal of the constant current source is connected to a DAC terminal of the microcontroller, characterized in that internal voltage divider components of the microcontroller form an internal resistance, which is part of the resistor used to control the constant current source.
A sampling element for generating a sample of a body fluid, the sampling element having a housing comprising a chamber with at least one puncture element stored therein, wherein a tip of the puncture element is movable through at least one puncture opening of the housing in order to perforate a skin portion of a user, the sampling element further comprising at least one compression element, wherein the compression element is adapted to increase a pressure of the body fluid within a body tissue of the user in a region of puncturing when pressed onto the skin portion of the user, wherein the compression element is movably mounted to the housing, characterized in that the sampling element comprises at least one locking mechanism for releasably locking the compression element in at least two positions, the at least two positions comprising a first position and a second position, the second position being offset from the first position, wherein at least one of the first position or the second position functions as an indication whether the sampling element has been used or not.
An interdental cleaning tool producing method comprising: a first step of preparing a mold provided with a plurality of first cavities for molding a cleaning tool main body including two supporting pieces (21, 22) that are arranged with a predetermined interval and a handle portion that couples the two supporting pieces (21, 22) and can be held in a hand, the mold being configured such that at least one thread member to span between the two supporting pieces (21, 22) can be arranged in the mold; a second step of arranging the thread member in the mold; a third step of filling the first cavities with a resin material via a gate provided in the mold using a hot runner method; and a fourth step of removing the thread member and the cleaning tool main body fixed to the thread member from the mold, characterised in that the mold is further provided with a second cavity for molding a removal member on at least one end portion side of the thread member, wherein the second cavity is formed at a position apart from the first cavities in the mold, the removal member is configured to allow the thread member to pass through the inside of the removal member, in the third step, the first cavities and the second cavity are filled with the resin material using a hot runner method, and in the fourth step, the thread member and the cleaning tool main body fixed to the thread member are removed from the mold together with the removal member by moving the removal member from the mold. a first step of preparing a mold provided with a plurality of first cavities for molding a cleaning tool main body including two supporting pieces (21, 22) that are arranged with a predetermined interval and a handle portion that couples the two supporting pieces (21, 22) and can be held in a hand, the mold being configured such that at least one thread member to span between the two supporting pieces (21, 22) can be arranged in the mold; a second step of arranging the thread member in the mold; a third step of filling the first cavities with a resin material via a gate provided in the mold using a hot runner method; and a fourth step of removing the thread member and the cleaning tool main body fixed to the thread member from the mold, the mold is further provided with a second cavity for molding a removal member on at least one end portion side of the thread member, wherein the second cavity is formed at a position apart from the first cavities in the mold, the removal member is configured to allow the thread member to pass through the inside of the removal member, in the third step, the first cavities and the second cavity are filled with the resin material using a hot runner method, and in the fourth step, the thread member and the cleaning tool main body fixed to the thread member are removed from the mold together with the removal member by moving the removal member from the mold.
A method for automatically setting up a code reading device (10, 38) comprising an image sensor and a control and evaluation unit (24, 38), wherein an example image of an example object with an example code arranged in the field of view of the image sensor is recorded using the image sensor, and at least one recording parameter and/or at least one decoding parameter for the operation of the code reading device (10, 38) is set on the basis of an evaluation of the example image, characterized in that further example images are generated from the example image by computational modification and the at least one recording parameter and/or the at least one decoding parameter is set on the basis of an evaluation of the further example images.
A paper-sheet handling apparatus comprising: a plurality of cassettes for storing paper sheets; a cassette compartment that stores the plurality of cassettes; a feeding mechanism (B, 230) that feeds a paper sheet from one of the cassettes; a conveying mechanism that conveys the paper sheet fed out; a sheet discharging port through which the paper sheet is discharged; a sheet discharging mechanism that discharges the paper sheet through the sheet discharging port; a feeding control mechanism that controls feeding out of the paper sheet; a feeding driving unit that outputs a drive force by which the paper sheet is conveyed in a direction of feeding the paper sheet; a first gear unit that makes the feeding control mechanism rotate by transmitting a drive force of the feeding driving unit; and a second gear unit that makes the feeding control mechanism rotate by transmitting the drive force of the feeding driving unit, wherein the first gear unit and the second gear unit include a rotation controlling unit that controls rotation of the feeding control mechanism based on a direction of the rotation of the feeding driving unit, and the directions of the feeding driving unit, that allow the rotation controlling units in the first gear unit and the second gear unit to control rotation of the feeding control mechanism, are different from each other, characterized in that the cassette includes a reverse-conveying mechanism that returns the paper sheet, which is fed out by the feeding control mechanism, to the cassette, upon removal of the cassette from the cassette compartment. a plurality of cassettes for storing paper sheets; a cassette compartment that stores the plurality of cassettes; a feeding mechanism (B, 230) that feeds a paper sheet from one of the cassettes; a conveying mechanism that conveys the paper sheet fed out; a sheet discharging port through which the paper sheet is discharged; a sheet discharging mechanism that discharges the paper sheet through the sheet discharging port; a feeding control mechanism that controls feeding out of the paper sheet; a feeding driving unit that outputs a drive force by which the paper sheet is conveyed in a direction of feeding the paper sheet; a first gear unit that makes the feeding control mechanism rotate by transmitting a drive force of the feeding driving unit; and a second gear unit that makes the feeding control mechanism rotate by transmitting the drive force of the feeding driving unit, wherein the first gear unit and the second gear unit include a rotation controlling unit that controls rotation of the feeding control mechanism based on a direction of the rotation of the feeding driving unit, and the directions of the feeding driving unit, that allow the rotation controlling units in the first gear unit and the second gear unit to control rotation of the feeding control mechanism, are different from each other, characterized in that the cassette includes a reverse-conveying mechanism that returns the paper sheet, which is fed out by the feeding control mechanism, to the cassette, upon removal of the cassette from the cassette compartment.
A system for delivery to a recipient of notice of an alarm or event comprising: a sensor configured to indicate an alarm or event within a facility, wherein the alarm or event occurs at a known location; at least two recipients (1, 2, 3, 4, 5, 6) within the facility, wherein the location of each of the at least two recipients is capable of being determined in real time; and a controller configured to evaluate the location of each of the at least two recipients in reference to the location of the alarm or event in real time, wherein the controller is further configured to rank each of the at least two recipients in order of their proximity to the location of the alarm or event and also based on a factor other than proximity to the location of the event or alarm, the controller being further configured to use said ranking for selecting some of the at least two recipients to which the notice of the alarm or event is delivered; wherein the system further comprises a plurality of zones and wherein the system is characterized in that it is configured to use said plurality of zones to calculate the distances between said location of the alarm or event and said recipients, wherein the system is further configured to know the distances between zones and to consider the presence of recipients in the same zone as having a distance of zero. a sensor configured to indicate an alarm or event within a facility, wherein the alarm or event occurs at a known location; at least two recipients (1, 2, 3, 4, 5, 6) within the facility, wherein the location of each of the at least two recipients is capable of being determined in real time; and a controller configured to evaluate the location of each of the at least two recipients in reference to the location of the alarm or event in real time, wherein the controller is further configured to rank each of the at least two recipients in order of their proximity to the location of the alarm or event and also based on a factor other than proximity to the location of the event or alarm, the controller being further configured to use said ranking for selecting some of the at least two recipients to which the notice of the alarm or event is delivered; wherein the system further comprises a plurality of zones and wherein the system is characterized in that it is configured to use said plurality of zones to calculate the distances between said location of the alarm or event and said recipients, wherein the system is further configured to know the distances between zones and to consider the presence of recipients in the same zone as having a distance of zero.
A process for the synthesis of nootkatone from valencene, comprising the reaction of valencene with a tertiary alkyl hydroperoxide, in the presence of MnO 2
Reinforcement means for stabilising a cavity formed by connected hollow profiles (3, 5), comprising: - an expandable sheath, and - bulk material enclosed in the expandable sheath, wherein the bulk material is adapted to expand and combine into a solid block upon exposure to an activation temperature, and wherein the expandable sheath is adapted to cause compaction and pressure build-up of the expanding bulk material. - an expandable sheath, and - bulk material enclosed in the expandable sheath, wherein the bulk material is adapted to expand and combine into a solid block upon exposure to an activation temperature, and wherein the expandable sheath is adapted to cause compaction and pressure build-up of the expanding bulk material.
A method for producing a device for controlling the phase of unpolarised light, comprising a cell: - intended to be passed through by an unpolarised light beam having a wavelength λ; - said cell containing a birefringent liquid crystal; - said liquid crystal having a helical structure inserted between two alignment layers having friction axes and means for applying an electric voltage to said cell, said helical structure being characterised by a number of complete helix turns k and having a defined twist angle θ, characterised in that said method comprises the following steps: - determining an angle for compensating residual birefringence associated with said helical structure, said angle satisfying the following equation: ε = 2 kπ − Nπ 1 − d 2 Δ n 2 N 2 λ 2) with: N being the integer closest to 2 k 1 + d 2 Δ n 2 4 k 2 λ 2; Δn being the birefringence of said liquid crystal; d being the thickness of said liquid crystal cell; k >1; λ being the wavelength of the light beam that passes through said liquid crystal cell; - the anti-parallel friction of said two alignment layers being corrected by said compensation angle ε such that said twist angle is equal to: θ = 2 kπ − ε. - intended to be passed through by an unpolarised light beam having a wavelength λ; - said cell containing a birefringent liquid crystal; - said liquid crystal having a helical structure inserted between two alignment layers having friction axes and means for applying an electric voltage to said cell, said helical structure being characterised by a number of complete helix turns k and having a defined twist angle θ, - determining an angle for compensating residual birefringence associated with said helical structure, said angle satisfying the following equation: ε = 2 kπ − Nπ 1 − d 2 Δ n 2 N 2 λ 2) with: N being the integer closest to 2 k 1 + d 2 Δ n 2 4 k 2 λ 2; Δn being the birefringence of said liquid crystal; d being the thickness of said liquid crystal cell; k >1; λ being the wavelength of the light beam that passes through said liquid crystal cell; N being the integer closest to 2 k 1 + d 2 Δ n 2 4 k 2 λ 2; Δn being the birefringence of said liquid crystal; d being the thickness of said liquid crystal cell; k >1; λ being the wavelength of the light beam that passes through said liquid crystal cell; - the anti-parallel friction of said two alignment layers being corrected by said compensation angle ε such that said twist angle is equal to: θ = 2 kπ − ε.
A frictional power transmission belt comprising an extensible layer to form a belt back surface, a compressive layer formed on one surface of the extensible layer and having a power transmission surface at least a part of which can be in contact with pulleys, and a tension member embedded between the extensible layer and the compressive layer along a belt length direction, wherein at least the compressive layer is formed of a rubber composition comprising a polymer component, short fibers and wherein the short fibers comprise at least short fibers of water-absorbing fibers; characterized in that the compressive layer is also formed of a surfactant, wherein a weight ratio of the short fibers of water-absorbing fibers to the surfactant is, as the former/latter, from 15/1 to 0.8/1.
Tail seals comprising from 30 to 70% by weight of blown oils having Brookfield ® viscosity RVT at 25°C, 20 rpm higher than 4,000 mPa·s, from 30 to 70% by weight of a mineral charge which is different from talc and from 2 to 10% by weight of fibrous material.
A strip passing apparatus configured as a sealing-type comprising: upper and lower sealing rolls (10,20) dealing with variations in a thickness of a proceeding strip(s), the upper and lower sealing rolls (10,20) allowing the strip to pass; and a strip sealing unit dealing with variations in a width of the proceeding strip(s), the strip sealing unit cooperating with the upper and lower sealing rolls (10,20) to seal the proceeding strip(s) passing through a chamber in a state in which the strip sealing unit surrounds the proceeding strip(s), wherein the strip sealing unit comprises: first and second sealing plates (52,54) disposed above and under the strip(s), respectively; and third and fourth sealing plates (56,58) disposed on both sides of the strip(s), the third and fourth sealing plates (56,58) being assembled in one pair, wherein the sealing-type strip passing apparatus surrounds the strip(s) in all directions to seal the strip(s). upper and lower sealing rolls (10,20) dealing with variations in a thickness of a proceeding strip(s), the upper and lower sealing rolls (10,20) allowing the strip to pass; and a strip sealing unit dealing with variations in a width of the proceeding strip(s), the strip sealing unit cooperating with the upper and lower sealing rolls (10,20) to seal the proceeding strip(s) passing through a chamber in a state in which the strip sealing unit surrounds the proceeding strip(s), wherein the strip sealing unit comprises: first and second sealing plates (52,54) disposed above and under the strip(s), respectively; and third and fourth sealing plates (56,58) disposed on both sides of the strip(s), the third and fourth sealing plates (56,58) being assembled in one pair, first and second sealing plates (52,54) disposed above and under the strip(s), respectively; and third and fourth sealing plates (56,58) disposed on both sides of the strip(s), the third and fourth sealing plates (56,58) being assembled in one pair, wherein the sealing-type strip passing apparatus surrounds the strip(s) in all directions to seal the strip(s).
A magnetic random access memory, MRAM, cell, comprising: a perpendicular magnetic tunneling junction, pMTJ, comprising a pin layer, a barrier layer, a free layer, and a capping layer; and a bidirectional diode selector, comprising a selector electrode layer directly coupled to the pin layer, and a selector layer having a diode I-V behavior directly coupled to the capping layer of the pMTJ, to enable read and write access to the pMTJ, wherein the order of the layers is: selector layer having diode I-V behavior; capping layer; free layer; barrier layer; pin layer; and selector electrode layer. a perpendicular magnetic tunneling junction, pMTJ, comprising a pin layer, a barrier layer, a free layer, and a capping layer; and a bidirectional diode selector, comprising a selector electrode layer directly coupled to the pin layer, and a selector layer having a diode I-V behavior directly coupled to the capping layer of the pMTJ, to enable read and write access to the pMTJ, wherein the order of the layers is: selector layer having diode I-V behavior; capping layer; free layer; barrier layer; pin layer; and selector electrode layer. selector layer having diode I-V behavior; capping layer; free layer; barrier layer; pin layer; and selector electrode layer.