mhurhangee/ep-ind-claims huggingface dataset:
Computer-implemented method for training a scatter correction model for use in an X-ray imaging system, comprising: generating a set of simulated X-ray image data (11,11s) with and without scattered radiation, processing the image data with scattered radiation of the set of simulated X-ray image data (11,11s) using a domain adaptation technique to provide an adapted set of simulated X-ray image data (11s-a), wherein a target domain of the domain adaptation technique represents a set of experimental X-ray image data with scattered radiation, training the scatter correction model at least with the adapted set of simulated X-ray image data (11s-a), and providing the trained scatter correction model for application in the X-ray imaging system, wherein the scatter correction model is trained additionally using at least one set of experimental X-ray image data (10,10s) with and without scattered radiation. generating a set of simulated X-ray image data (11,11s) with and without scattered radiation, processing the image data with scattered radiation of the set of simulated X-ray image data (11,11s) using a domain adaptation technique to provide an adapted set of simulated X-ray image data (11s-a), wherein a target domain of the domain adaptation technique represents a set of experimental X-ray image data with scattered radiation, training the scatter correction model at least with the adapted set of simulated X-ray image data (11s-a), and providing the trained scatter correction model for application in the X-ray imaging system, wherein the scatter correction model is trained additionally using at least one set of experimental X-ray image data (10,10s) with and without scattered radiation.
A method of producing a Group III nitride crystal, the method comprising causing a Group III metal to react with an oxidizing agent and a nitrogen-containing gas, wherein the oxidizing agent is an oxygen-containing compound, thereby producing a Group III nitride crystal; wherein the step of producing a Group III nitride crystal comprises the steps of: causing the Group III metal to react with the oxidizing agent in a heated state, thereby generating Group III metal oxidation product gas; and causing the Group III metal oxidation product gas to react with the nitrogen-containing gas, thereby generating the Group III nitride crystal. causing a Group III metal to react with an oxidizing agent and a nitrogen-containing gas, wherein the oxidizing agent is an oxygen-containing compound, thereby producing a Group III nitride crystal; wherein the step of producing a Group III nitride crystal comprises the steps of: causing the Group III metal to react with the oxidizing agent in a heated state, thereby generating Group III metal oxidation product gas; and causing the Group III metal oxidation product gas to react with the nitrogen-containing gas, thereby generating the Group III nitride crystal. causing the Group III metal to react with the oxidizing agent in a heated state, thereby generating Group III metal oxidation product gas; and causing the Group III metal oxidation product gas to react with the nitrogen-containing gas, thereby generating the Group III nitride crystal.
A washing machine having a tub and a motor for washing machines with a stator mounted on the tub of the washing machine, the stator comprising: a stator core including a base and teeth arranged along the outer circumferential surface of the base and separated from each other; a first insulator arranged on the lower surface of the stator core, and including a core receiving unit to receive the stator core, and a mounting unit extended from the core receiving unit inwardly in the radial direction of the stator to mount the stator on the tub and provided with at least one heat dissipation hole and with a plurality of connection bosses arranged in the circumferential direction of the mounting unit and separated from each other; and a second insulator arranged on the upper surface of the stator core, and including a cover to cover the base and teeth receiving parts corresponding to the teeth, characterized in that the plurality of connection bosses is extended up to the tub and supported by the tub when the stator is mounted on the tub; the tub is provided with a plurality of guide protrusions protruded from a rear wall of the tub; a plurality of guide holes to receive the plurality of guide protrusions is provided on the cover; and the guide holes are exposed to the outside through the at least one heat dissipation hole, if the first insulator and the second insulator are connected to each other. a stator core including a base and teeth arranged along the outer circumferential surface of the base and separated from each other; a first insulator arranged on the lower surface of the stator core, and including a core receiving unit to receive the stator core, and a mounting unit extended from the core receiving unit inwardly in the radial direction of the stator to mount the stator on the tub and provided with at least one heat dissipation hole and with a plurality of connection bosses arranged in the circumferential direction of the mounting unit and separated from each other; and a second insulator arranged on the upper surface of the stator core, and including a cover to cover the base and teeth receiving parts corresponding to the teeth, characterized in that the plurality of connection bosses is extended up to the tub and supported by the tub when the stator is mounted on the tub; the tub is provided with a plurality of guide protrusions protruded from a rear wall of the tub; a plurality of guide holes to receive the plurality of guide protrusions is provided on the cover; and the guide holes are exposed to the outside through the at least one heat dissipation hole, if the first insulator and the second insulator are connected to each other.
Device allowing the collection of possible kidney stones present in a urine stream, intended for a male user, said device comprising a tubular container body, a screen placed inside this body and two end covers allowing the end openings of the container body to be selectively closed or opened, said screen extending away from the lower end of the container body, characterized in that the device comprises, immediately below the screen, a funnel for guiding the flow of urine, the opening of said funnel remote from the screen being situated away from the walls of the container body.
Security strip intended to be incorporated in part into the structure of a security document at least partially consisting of fibers, this strip emerging on the surface of said document in the form of a set of windows, and comprising a transparent or translucent carrier material, covered, on one or the other of its opposite faces, with at least three separate and superposed coating layers (51, 52, 53), which comprises, among these three layers respectively designated first layer, intermediate second layer and third layer, an intermediate second layer that has an optical rendering different from that of the first and third layers (51, 53), and in which the intermediate second layer is opaque and has at least two regions at least partially devoid of coating, characterized in that said two regions of the intermediate second layer respectively have different outlines, and in that the first and third coating layers (51, 53) consist of at least one pattern (510, 530), a portion of the pattern of the first layer being visible through one of said two regions at least partially devoid of coating, whereas at least a portion of the pattern of the third layer is visible through the other of said two regions at least partially devoid of coating, said patterns (510, 530) being different from each other.
A microbundle optical cable comprising: - an outer jacket; - a plurality of microbundles housed in said outer jacket, wherein at least one of said microbundles comprises an optical fiber ribbon enclosed in a microbundle coating, said optical fiber ribbon comprising at least two optical fibers surrounded by an external common sheath, wherein said at least one microbundle comprises a longitudinal axis and a cross-section taken on a plane substantially perpendicular to said longitudinal axis, which comprises a first dimension (A max) and a second dimension (A min), wherein said first dimension (A max) is higher than said second dimension (A min). - an outer jacket; - a plurality of microbundles housed in said outer jacket, wherein at least one of said microbundles comprises an optical fiber ribbon enclosed in a microbundle coating, said optical fiber ribbon comprising at least two optical fibers surrounded by an external common sheath, wherein said at least one microbundle comprises a longitudinal axis and a cross-section taken on a plane substantially perpendicular to said longitudinal axis, which comprises a first dimension (A max) and a second dimension (A min), wherein said first dimension (A max) is higher than said second dimension (A min).
Lighting system for a motor vehicle passenger compartment comprising a light beam formation device and an optical projection element configured to convert the light beam into an output beam, the light beam formation device being configured to emit a pixelated light beam formed of a plurality of sub-beams, wherein the light beam formation device comprises a plurality of light sources each able to emit a sub-beam able to participate in the pixelated light beam, wherein the light beam formation device is characterized in that it comprises, associated with each light source, a waveguide, each waveguide comprising an entrance dioptric interface for light emitted by the associated light source and transmitting said light towards the optical projection element, wherein the optical projection element comprises an output reflector of the output beam, wherein the reflector is convergent, and/or the optical projection element has a lens configured to receive at least a part of the light transmitted by the waveguides wherein, preferably, the waveguides each have an exit dioptric interface and the lens comprises an entrance dioptric interface receiving at least a part of the light transmitted by the exit dioptric interfaces. wherein the light beam formation device comprises a plurality of light sources each able to emit a sub-beam able to participate in the pixelated light beam, wherein the light beam formation device is characterized in that it comprises, associated with each light source, a waveguide, each waveguide comprising an entrance dioptric interface for light emitted by the associated light source and transmitting said light towards the optical projection element, wherein the optical projection element comprises an output reflector of the output beam, wherein the reflector is convergent, and/or the optical projection element has a lens configured to receive at least a part of the light transmitted by the waveguides wherein, preferably, the waveguides each have an exit dioptric interface and the lens comprises an entrance dioptric interface receiving at least a part of the light transmitted by the exit dioptric interfaces.
A foldable display device comprising: a display module; and a window member disposed on the display module, wherein the window member comprises a base layer and a hard coating layer disposed on the base layer, wherein the base layer includes or is formed of a polymer material; characterized in that a moisture absorption ratio of the window member is about 2.2% or less under a first condition including a first temperature and a first humidity, wherein the first temperature is 60°C to 85°C, and the first humidity is 70% to 98%, wherein the moisture absorption ratio is a value in percentage corresponding to a ratio of a difference between a first weight and a second weight to the first weight of the window member, wherein the first weight represents a weight of the window member in which moisture is removed, and wherein the second weight represents a weight of the window member after maintained for about two hours under the first condition. a display module; and a window member disposed on the display module, wherein the window member comprises a base layer and a hard coating layer disposed on the base layer, wherein the base layer includes or is formed of a polymer material; characterized in that a moisture absorption ratio of the window member is about 2.2% or less under a first condition including a first temperature and a first humidity, wherein the first temperature is 60°C to 85°C, and the first humidity is 70% to 98%, wherein the moisture absorption ratio is a value in percentage corresponding to a ratio of a difference between a first weight and a second weight to the first weight of the window member, wherein the first weight represents a weight of the window member in which moisture is removed, and wherein the second weight represents a weight of the window member after maintained for about two hours under the first condition.
Packaging pouch for a viscous content, the pouch comprising a flexible multilayer laminate, said laminate comprising an inner layer in contact, in use, with the content of said pouch, the pouch comprising a top region and a bottom region and one or more cross-seal(s), said pouch comprising a tearable venting means, wherein the bottom region comprises a front side, a back side and a gusset, characterized in that said tearable venting means is positioned in the bottom region in said front side, back side or gusset, wherein the tearable venting means situated in the front side or in the back side are located in the bottom quarter of the pouch and wherein said tearable venting means in the bottom region allows the penetration of air behind the viscous content to remove the vacuum in order to improve the pouring speed of food contained in the pouch and to decrease the amount of residue left in said pouch after pouring.
A water-soluble unit dose article comprising a water-soluble fibrous structure and one or more rheology-modified particles distributed throughout the structure, wherein the water-soluble fibrous structure comprises a plurality of fibrous elements and wherein each rheology-modified particle comprises: (a) from 10wt% to 80wt% of an alkylalkoxylated sulfate; and (b) from 0.5wt% to 20wt% of a rheology modifier, wherein said rheology modifier is selected from the group consisting an alkoxylated amine, preferably an alkoxylated polyamine, more preferably a quaternized or non-quaternized alkoxylated polyethyleneimine, wherein said alkoxylated polyalkyleneimine has a polyalkyleneimine core with one or more alkoxy side chains bonded to at least one nitrogen atom in the polyalkyleneimine core, an ethylene oxide-propylene oxide-ethylene oxide (EOx1POyEOx2) triblock copolymer wherein each of x1 and x2 is in the range of 2 to 140 and y is in the range of from 15 to 70, and mixtures thereof. (a) from 10wt% to 80wt% of an alkylalkoxylated sulfate; and (b) from 0.5wt% to 20wt% of a rheology modifier,
A composition useful as a selective hydrogenation catalyst or selective hydrogenation catalyst precursor, wherein said composition comprises a carrier containing bi-metallic nanoparticles, wherein said bi-metallic nanoparticles comprise a silver component and a palladium component and have a mean particle size in the range of from 1 nm to 10 nm characterized by using a transmission electron microscope and an overall molar ratio of palladium-to-silver in the range of from 0.01:1 to 100:1, wherein said composition comprises a total silver content in the range of from 0.01 wt.% to 1 wt.% and a total palladium content in the range of from 0.01 wt.% to 1 wt.% with the weight percent silver is based on the metal and the weight percent palladium is based on the metal, wherein said bi-metallic nanoparticles include core-shell nanoparticles, and wherein the carrier is a shaped inorganic oxide carrier and a dispersion of the bi-metallic nanoparticles on a surface of the carrier is in the range of from 0.01% and 22% of the BET surface area of the carrier, as measured by H 2 Chemisorption. wherein said composition comprises a carrier containing bi-metallic nanoparticles, wherein said bi-metallic nanoparticles comprise a silver component and a palladium component and have a mean particle size in the range of from 1 nm to 10 nm characterized by using a transmission electron microscope and an overall molar ratio of palladium-to-silver in the range of from 0.01:1 to 100:1, wherein said composition comprises a total silver content in the range of from 0.01 wt.% to 1 wt.% and a total palladium content in the range of from 0.01 wt.% to 1 wt.% with the weight percent silver is based on the metal and the weight percent palladium is based on the metal, wherein said bi-metallic nanoparticles include core-shell nanoparticles, and wherein the carrier is a shaped inorganic oxide carrier and a dispersion of the bi-metallic nanoparticles on a surface of the carrier is in the range of from 0.01% and 22% of the BET surface area of the carrier, as measured by H 2 Chemisorption.
Padding arrangement of a vehicle seat, comprising a padding element with a seat cover material and/or with a padding material, wherein the padding element can be filled with a fluid or gas and can be arranged between the seat cover material and the padding material or between the padding material and a vehicle seat frame, wherein the padding element is formed from a first flexible plastics sheeting piece facing the seat cover material or the padding material and from a second flexible plastics sheeting piece connected to the plastics sheeting piece in a fluid- or gas-tight manner and facing the padding material or the vehicle sheet frame, wherein the second plastics sheeting piece is adhesively bonded or welded to the first plastics sheeting piece only in the regions (6, 6', 12, 12', 13, 13') which correspond to the required circumferential contour of the edges of the padding element, characterized in that the first plastics sheeting piece is adhesively bonded or welded to the seat cover material or to the padding material over the full surface area or in regions (5, 12, 12', 13, 13').
An apparatus for estimating battery cell capacity, comprising: at least one processor; and a memory for storing at least one instruction executed by the at least one processor, wherein the at least one instruction includes: an instruction to derive a discharge curve for each battery cell included in a module including a plurality of battery cells; an instruction to calculate an additional dischargeable capacity of a second battery cell based on a pattern of the discharge curve of a first battery cell; characterized in that the at least one instruction further includes an instruction to derive a charge curve for each battery cell included in the module; an instruction to calculate an additional chargeable capacity of the second battery cell based on a pattern of the charge curve of the first battery cell; and an instruction to calculate a capacity of the second battery cell based on the additional dischargeable capacity and the additional chargeable capacity of the second battery cell. at least one processor; and a memory for storing at least one instruction executed by the at least one processor, wherein the at least one instruction includes: an instruction to derive a discharge curve for each battery cell included in a module including a plurality of battery cells; an instruction to calculate an additional dischargeable capacity of a second battery cell based on a pattern of the discharge curve of a first battery cell; characterized in that the at least one instruction further includes an instruction to derive a charge curve for each battery cell included in the module; an instruction to calculate an additional chargeable capacity of the second battery cell based on a pattern of the charge curve of the first battery cell; and an instruction to calculate a capacity of the second battery cell based on the additional dischargeable capacity and the additional chargeable capacity of the second battery cell. an instruction to derive a discharge curve for each battery cell included in a module including a plurality of battery cells; an instruction to calculate an additional dischargeable capacity of a second battery cell based on a pattern of the discharge curve of a first battery cell; characterized in that the at least one instruction further includes an instruction to derive a charge curve for each battery cell included in the module; an instruction to calculate an additional chargeable capacity of the second battery cell based on a pattern of the charge curve of the first battery cell; and an instruction to calculate a capacity of the second battery cell based on the additional dischargeable capacity and the additional chargeable capacity of the second battery cell.
A dispensing control system, comprising: • a frame component having a first side surface and a second side surface; • a first sensor portion positioned proximate the first side surface; and • a second sensor portion positioned proximate the second side surface, the second sensor portion being separated from the first sensor portion a distance to allow a liquid spray stream exiting a dispenser of a conformal coating machine to pass therebetween; wherein the first sensor portion transmits a beam of light towards the second sensor portion to measure the liquid spray stream exiting the dispenser, the beam of light encompassing both edges of the liquid spray stream while the dispenser is stationary, including a first edge that is closest to the frame component and a second edge that is furthest from the frame component; characterised by: • means for comparing the measured liquid spray stream with a desired liquid spray stream, and by • at least one adjustment component in operable communication with the dispenser configured to adjust the measured liquid spray stream so that the measured liquid spray stream is closer to the desired liquid spray stream. • a frame component having a first side surface and a second side surface; • a first sensor portion positioned proximate the first side surface; and • a second sensor portion positioned proximate the second side surface, the second sensor portion being separated from the first sensor portion a distance to allow a liquid spray stream exiting a dispenser of a conformal coating machine to pass therebetween; • means for comparing the measured liquid spray stream with a desired liquid spray stream, and by • at least one adjustment component in operable communication with the dispenser configured to adjust the measured liquid spray stream so that the measured liquid spray stream is closer to the desired liquid spray stream.
Trace system, having at least one technology object (32, 40), wherein the at least one technology object (32, 40) provides functionalities for technology and motion control applications, wherein the at least one technology object (32, 40) has a respective trace, wherein the trace is intended to record values of the technology object, wherein the value (33, 34, 37) of the technology object (32, 40) that needs to be stored in the trace is selectable for the technology object (32, 40).