mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a product in which a color image is rendered visible by a polarizing plate, comprising a patterned optically anisotropic layer having two or more regions of different birefringence (101A, 101B, 101C) in the form of a pattern, - comprising at least two intensity gradation-type pixels (α, β) having different color tones to each other in the color image, wherein each of the at least two intensity gradation-type pixels (α, β) has approximately uniform birefringence, wherein the patterned optically anisotropic layer further comprises at least two area gradation-type pixels (γ, δ) having different color densities to each other in the color image, each of the at least two area gradation-type pixels is formed of a matrix of drawing units and comprises two or more types of the drawing units that have different birefringence to each other, and the at least two area gradation-type pixels have different ratios of numbers of the two or more of the types of the drawing units, wherein the patterned optically anisotropic layer is formed by a method comprising steps to below: irradiating with heat or light a layer formed of a composition comprising a liquid-crystal compound; subjecting the layer to patterned light exposure; and heating the layer that has been subjected to the patterned light exposure to 50°C or higher but not higher than 400°C, wherein the patterned light exposure is conducted by scanning exposure with a laser beam. - comprising at least two intensity gradation-type pixels (α, β) having different color tones to each other in the color image, wherein each of the at least two intensity gradation-type pixels (α, β) has approximately uniform birefringence, irradiating with heat or light a layer formed of a composition comprising a liquid-crystal compound; subjecting the layer to patterned light exposure; and heating the layer that has been subjected to the patterned light exposure to 50°C or higher but not higher than 400°C,
A process for making a kraft fiber, comprising bleaching a lignocellulosic kraft pulp using a bleaching process; and oxidizing the lignocellulosic kraft pulp as part of the bleaching process with a catalyst in the presence of an oxidizing agent selected from a group consisting of hydrogen peroxide, hypochlorite, chlorine dioxide, hypochlorous acid and any combination thereof under acidic pH at a temperature from about 20°C to about 120°C for about 5 minutes to about 20 hours, wherein the oxidizing occurs after a pulping process or after the bleaching process, wherein the catalyst is a salt of Cu (Cu+ and Cu 2+), Fe (Fe 3+, Fe 2+) or Zn (Zn2+), wherein the kraft fiber has a copper number of more than about 0.5 measured by TAPPI T-430 cm-99, and wherein the kraft fiber has a viscosity less than about 17 cps measured by TAPPI T-230. bleaching a lignocellulosic kraft pulp using a bleaching process; and oxidizing the lignocellulosic kraft pulp as part of the bleaching process with a catalyst in the presence of an oxidizing agent selected from a group consisting of hydrogen peroxide, hypochlorite, chlorine dioxide, hypochlorous acid and any combination thereof under acidic pH at a temperature from about 20°C to about 120°C for about 5 minutes to about 20 hours, wherein the oxidizing occurs after a pulping process or after the bleaching process, wherein the catalyst is a salt of Cu (Cu+ and Cu 2+), Fe (Fe 3+, Fe 2+) or Zn (Zn2+), wherein the kraft fiber has a copper number of more than about 0.5 measured by TAPPI T-430 cm-99, and wherein the kraft fiber has a viscosity less than about 17 cps measured by TAPPI T-230.
A battery comprising a casing having one or more gas vents, a manifold arranged to collect gas emerging from the vents, and characterised by a double-sided adhesive gasket arranged between the manifold and the casing, the manifold further comprising a spigot.
A method, comprising the steps of: determining according to a selected routing protocol, for each particular path of a plurality of paths in a computer network, a hop metric distribution that indicates, for each interval of the hop metric distribution, a number of hops along the particular path that have a hop metric value within a corresponding interval, wherein the hop metric distribution is adaptive and provides information about the distribution of hop metrics for the hops along the particular path; selecting a path from the plurality of paths that minimizes the number of hops with correspondingly poor hop metric values along the selected path based on the hop metric distribution; and forwarding traffic on the selected path. determining according to a selected routing protocol, for each particular path of a plurality of paths in a computer network, a hop metric distribution that indicates, for each interval of the hop metric distribution, a number of hops along the particular path that have a hop metric value within a corresponding interval, wherein the hop metric distribution is adaptive and provides information about the distribution of hop metrics for the hops along the particular path; selecting a path from the plurality of paths that minimizes the number of hops with correspondingly poor hop metric values along the selected path based on the hop metric distribution; and forwarding traffic on the selected path.
A method for determining the position and orientation of a camera in respect of a topographical map, characterized in that as part of an offline process a feature database is generated from existing topographical maps, wherein computer-graphical models are used to produce virtual reference images of an anticipated situation, which images are analysed by means of feature extraction, and wherein the feature database from this is derived from sight-based feature vectors and the associated 3D coordinates of the localized features and the feature database is then used in an online process to identify features that have been seen.
A method of fabricating a structured object wherein a photo-curing material, which is cured by being irradiated with light, within successive layers is irradiated with light providing energy, which is transformed by absorption to internal energy of the photo-curing material for curing, thereby forming the object, the method comprising the steps: - identifying within each individual layer of the successive layers coarse structures of the object and fine structures of the object, - directing a first light beam, which provides a single photon energy that matches the energy gap of the photo-curing material for absorption, to first focus positions within the photo-curing material, the first focus positions being associated with the coarse structures of the object within a first individual layer of the successive layers, to cure the photo-curing material at the first focus positions thereby forming the coarse structures of the object within said first individual layer, - directing at the same time or subsequently a second light beam, which provides a single photon energy less than the energy gap of the photo-curing material for absorption, to second focus positions within the photo-curing material, the second focus positions being associated with the fine structures of the object within said first individual layer to cure the photo-curing material at the second focus positions by multiple photon absorption, thereby forming the fine structures of the object within said first individual layer, and - repeating the steps of directing the first light beam to first focus positions and the second light beam to second focus positions within a next and all of the remaining individual layers of the successive layers. - identifying within each individual layer of the successive layers coarse structures of the object and fine structures of the object, - directing a first light beam, which provides a single photon energy that matches the energy gap of the photo-curing material for absorption, to first focus positions within the photo-curing material, the first focus positions being associated with the coarse structures of the object within a first individual layer of the successive layers, to cure the photo-curing material at the first focus positions thereby forming the coarse structures of the object within said first individual layer, - directing at the same time or subsequently a second light beam, which provides a single photon energy less than the energy gap of the photo-curing material for absorption, to second focus positions within the photo-curing material, the second focus positions being associated with the fine structures of the object within said first individual layer to cure the photo-curing material at the second focus positions by multiple photon absorption, thereby forming the fine structures of the object within said first individual layer, and - repeating the steps of directing the first light beam to first focus positions and the second light beam to second focus positions within a next and all of the remaining individual layers of the successive layers.
A method of recovering a hydrocarbon from fluid catalytic cracking slurry, the method comprising the steps of: contacting a feed with a catalyst in a fluid catalytic cracking ("FCC") reactor under conditions suitable to crack one or more hydrocarbons in the feed and generate a FCC effluent; separating the FCC effluent with a fractionation column to generate a product stream and a FCC slurry, wherein the FCC slurry collects in a lower portion of the fractionation column; drawing a first FCC slurry stream at a first temperature from a first location in the fractionation column; drawing a second FCC slurry stream at a second temperature from a second location in the fractionation column, wherein the second location is higher than the first location, and the second temperature is higher than the first temperature; and separating a hydrocarbon stream from the second FCC slurry stream. contacting a feed with a catalyst in a fluid catalytic cracking ("FCC") reactor under conditions suitable to crack one or more hydrocarbons in the feed and generate a FCC effluent; separating the FCC effluent with a fractionation column to generate a product stream and a FCC slurry, wherein the FCC slurry collects in a lower portion of the fractionation column; drawing a first FCC slurry stream at a first temperature from a first location in the fractionation column; drawing a second FCC slurry stream at a second temperature from a second location in the fractionation column, wherein the second location is higher than the first location, and the second temperature is higher than the first temperature; and separating a hydrocarbon stream from the second FCC slurry stream.
Method for the execution, in an integrated circuit, by a central unit, of a program read in a program memory connected to the central unit via an address bus, the method comprising steps consisting in: - detecting, by way of a detection circuit (JDCT), a read address jump in the program memory on the address bus, - before an address jump instruction in the program, providing an instruction to store, in a first register, the execution of the address jump instruction, and - activating, by way of an address jump error detection circuit (JEDCT), an error signal if an address jump has been detected by the detection circuit (JDCT) and if the first register does not store the fact that an address jump instruction has been executed. - detecting, by way of a detection circuit (JDCT), a read address jump in the program memory on the address bus, - before an address jump instruction in the program, providing an instruction to store, in a first register, the execution of the address jump instruction, and - activating, by way of an address jump error detection circuit (JEDCT), an error signal if an address jump has been detected by the detection circuit (JDCT) and if the first register does not store the fact that an address jump instruction has been executed.
A calibration method, comprising: providing a calibration tube including an imaging surface at an imaging location of an imaging apparatus; illuminating the imaging surface with light emitted from multiple front light sources (104B and 104C, 104B and 104A, or 104A and 104C); adjusting a drive current (C 1, C 2) to each of the multiple front light sources (104B and 104C, 104B and 104A, or 104A and 104C) to establish a substantially uniform intensity of the imaging surface; recording drive current values (C 1, C 2) for the multiple front light sources (104B and 104C, 104B and 104A, or 104A and 104C); replacing the calibration tube with a calibration tool having a calibration surface (125, 125', 125") of a known reflectance; and measuring target intensity values (I T1 and I T2 or I T1 and I T12) of the calibration tool at the respective drive current values (C 1, C 2). providing a calibration tube including an imaging surface at an imaging location of an imaging apparatus; illuminating the imaging surface with light emitted from multiple front light sources (104B and 104C, 104B and 104A, or 104A and 104C); adjusting a drive current (C 1, C 2) to each of the multiple front light sources (104B and 104C, 104B and 104A, or 104A and 104C) to establish a substantially uniform intensity of the imaging surface; recording drive current values (C 1, C 2) for the multiple front light sources (104B and 104C, 104B and 104A, or 104A and 104C); replacing the calibration tube with a calibration tool having a calibration surface (125, 125', 125") of a known reflectance; and measuring target intensity values (I T1 and I T2 or I T1 and I T12) of the calibration tool at the respective drive current values (C 1, C 2).
Device for photographing and/or filming objects comprising an optically opaque box-like body with a portion which can be opened and to which a capturing device is connected, facing inwards where a sample-holder disc is housed, which is made of optically transparent material and rotates about a vertical axis, lighting fixtures being provided inside said box-like body, characterized in that said box-like body has a spherical shape forming a spherical-like body, with a horizontal axis of rotation being substantially the diametrical axis of the said spherical-like body, the said base comprising a first vertical arm and a second vertical arm both emerging vertically from a horizontal plane and positioned one in front of the other and wherein said spherical-like body is interposed between said two vertical arms and rotatably connected to the said first and second arm so as to be suspended with respect to said base to which it is rotationally coupled around the said horizontal axis by means of a first rotary loop (21, 22) interposed between the spherical-like body and the first vertical arm and a second rotary loop (21, 22) interposed between the spherical-like body and the second vertical arm with the said first and second rotary loop being positioned one in front of the other in axes according to the said horizontal axis; both of said loops (21,22) being crossed by respective support means, each of which comprises a respective outer portion which is solidly connected to the corresponding arm and a respective inner portion (31, 32) protruding inside said box-like body and to which one or more pulleys are rotatably coupled according to vertical axes, the grooves of said pulleys receiving the perimeter edge of said sample-holder disc, one or more pulleys being capable of transmitting motion to said sample-holder disc.
A pharmaceutical composition for use in treating opioid abuse, opioid dependency, alcohol abuse and/or alcohol dependency, and/or for use in treating the symptoms of opioid and/or alcohol withdrawal, wherein the pharmaceutical composition comprises a) an extract of a plant belonging to the genus Raphanus, wherein said extract is obtainable or obtained by extracting at least the air roots, seeds and/or bulbs with water, an alcohol, a water/alcohol mixture, a ketone, a water/ketone mixture, CO 2, ethyl acetate, or hexane and chlorinated forms thereof, and wherein the extract is standardized to contain 1% to 5% of total flavonoids; b) an extract of a plant belonging to the genus Theobroma, wherein said extract is obtainable or obtained by extracting at least the fruit with water, an alcohol, a water/alcohol mixture, a ketone or a water/ketone mixture, and wherein the extract is standardized to contain 3% to 20% of total procynadins; and c) an extract of a plant belonging to the genus Passiflora, wherein said extract is obtainable or obtained by extracting at least the flower with water, an alcohol, a water/alcohol mixture, a ketone, a water/ketone mixture, CO 2, ethyl acetate, or hexane and chlorinated forms thereof, and wherein the extract is standardized to contain 1% to 5% of total flavonoids. a) an extract of a plant belonging to the genus Raphanus, wherein said extract is obtainable or obtained by extracting at least the air roots, seeds and/or bulbs with water, an alcohol, a water/alcohol mixture, a ketone, a water/ketone mixture, CO 2, ethyl acetate, or hexane and chlorinated forms thereof, and wherein the extract is standardized to contain 1% to 5% of total flavonoids; b) an extract of a plant belonging to the genus Theobroma, wherein said extract is obtainable or obtained by extracting at least the fruit with water, an alcohol, a water/alcohol mixture, a ketone or a water/ketone mixture, and wherein the extract is standardized to contain 3% to 20% of total procynadins; and c) an extract of a plant belonging to the genus Passiflora, wherein said extract is obtainable or obtained by extracting at least the flower with water, an alcohol, a water/alcohol mixture, a ketone, a water/ketone mixture, CO 2, ethyl acetate, or hexane and chlorinated forms thereof, and wherein the extract is standardized to contain 1% to 5% of total flavonoids.
A method, comprising: providing, from a mobile node to a node in an access network prior to a subsequent handover of the mobile node, a request to have the node provide media independent handover, MIH, command services to the mobile node to control reconfiguration or selection of an appropriate link for the subsequent handover through a set of handover commands, wherein the MIH command services enable a mobility management layer or one or more higher layers to control at least one of physical, data link, and logical link layers during the subsequent handover of the mobile node.
Sliding system with rollers for sliding windows, doors and skylights that comprises I - frames of the structure inserted in use in the finishing material, the sliding system further including: - at least one profile "H" that integrates a filling panel, which comprises: - a salience (5.1), - a track for rollers (5.2); the sliding system further including: - a bearings support profile, including a "T" (3.1), the bearings support profile being adjacent to the profile "H", the bearings support profile comprises: - horizontal grooves (3.2) included in the substantially horizontal surface of the "T" of the bearings support profile (3.1), - a chamber (3.4), - a track (3.5), the sliding system further including: - at least one detachable runner, which is attached to the the bearings support profile, the detachable runner comprises: - at least one vertical roller; or - at least one horizontal roller; or - at least one vertical roller and one horizontal roller; characterised in that the horizontal grooves (3.2) are adapted to give passage to the vertical rollers; the track (3.5) includes vertical grooves (3.3); the vertical grooves (3.3) of the track (3.5) are adapted to give passage to the horizontal rollers; and that the frames of the structure and the bearings support profile are adapted to be substantially levelled with the surface (1.1) of the finishing materials. - frames of the structure inserted in use in the finishing material, - at least one profile "H" that integrates a filling panel, which comprises: - a salience (5.1), - a track for rollers (5.2); - a bearings support profile, including a "T" (3.1), the bearings support profile being adjacent to the profile "H", the bearings support profile comprises: - horizontal grooves (3.2) included in the substantially horizontal surface of the "T" of the bearings support profile (3.1), - a chamber (3.4), - a track (3.5), - at least one detachable runner, which is attached to the the bearings support profile, the detachable runner comprises: - at least one vertical roller; or - at least one horizontal roller; or - at least one vertical roller and one horizontal roller; characterised in that the horizontal grooves (3.2) are adapted to give passage to the vertical rollers; the track (3.5) includes vertical grooves (3.3); the vertical grooves (3.3) of the track (3.5) are adapted to give passage to the horizontal rollers; and that the frames of the structure and the bearings support profile are adapted to be substantially levelled with the surface (1.1) of the finishing materials.
A patient bed, comprising: a frame including a footboard and a mattress deck, the footboard or the mattress deck movable with respect to the other to transition the frame between a first configuration and a second configuration; a first port, and a second port coupled to the mattress deck, wherein a distance between the first port and the second port changes when the frame transitions between the first and second configurations; a stretchable tube arranged between the first port and the second port, the stretchable tube configured to transition between a first length and a second length, longer than the first length, when the frame is transitioned between the first and second configurations, wherein the stretchable tube is configured to naturally return toward the first length; and a fluid pressure supply unit including the first port, in fluid communication with the stretchable tube via the first port and configured to communicate fluid pressure through the stretchable tube, characterised in that the fluid pressure supply unit is detachably or permanently mounted to the footboard and thus the first port is coupled to the footboard, and in that the stretchable tube is connected at one end to the first port and at the opposite end to the second port such that it extends from the first port to the second port, wherein the frame includes a telescoping member coupled to the footboard and configured to enable the frame to elongate in order to transition the frame between the first and second configurations. a frame including a footboard and a mattress deck, the footboard or the mattress deck movable with respect to the other to transition the frame between a first configuration and a second configuration; a first port, and a second port coupled to the mattress deck, wherein a distance between the first port and the second port changes when the frame transitions between the first and second configurations; a stretchable tube arranged between the first port and the second port, the stretchable tube configured to transition between a first length and a second length, longer than the first length, when the frame is transitioned between the first and second configurations, wherein the stretchable tube is configured to naturally return toward the first length; and a fluid pressure supply unit including the first port, in fluid communication with the stretchable tube via the first port and configured to communicate fluid pressure through the stretchable tube, characterised in that the fluid pressure supply unit is detachably or permanently mounted to the footboard and thus the first port is coupled to the footboard, and in that the stretchable tube is connected at one end to the first port and at the opposite end to the second port such that it extends from the first port to the second port, wherein the frame includes a telescoping member coupled to the footboard and configured to enable the frame to elongate in order to transition the frame between the first and second configurations.