mhurhangee/ep-ind-claims huggingface dataset:
A washing machine comprising: a cabinet having a first introduction port; a tub disposed in the cabinet and having a second introduction port concentrically positioned with respect to the first introduction port and including a rim that is located around the second introduction port and that extends from the tub in a forward direction; a weight balancer (270, 280) that is located on an outer circumferential surface of the rim and that is configured to increase a weight of the tub; an air supply unit provided at an outer side of the rim for supplying dry air to the tub; a water supply unit connected at an outer side of the rim that is configured to supply washing water to the tub; a cabinet door mounted on the cabinet so as to open and close the first introduction port; and a tub door that is hingedly coupled to the tub, that is configured to open and close the second introduction port, and that includes an upper portion that is inclined toward the tub; and a cover member (310, 320) located between the first introduction port and a front surface of the tub and fastened to the tub so as to cover a portion of the front surface of the tub that is exposed between the first introduction port and the second introduction port, wherein the cover member (310, 320) is coupled outside the weight balancer (270, 280) to prevent the front surface of the tub from being exposed through the first introduction port and configured to cover the weight balancer (270, 280), the water supply unit and the air supply unit. a cabinet having a first introduction port; a tub disposed in the cabinet and having a second introduction port concentrically positioned with respect to the first introduction port and including a rim that is located around the second introduction port and that extends from the tub in a forward direction; a weight balancer (270, 280) that is located on an outer circumferential surface of the rim and that is configured to increase a weight of the tub; an air supply unit provided at an outer side of the rim for supplying dry air to the tub; a water supply unit connected at an outer side of the rim that is configured to supply washing water to the tub; a cabinet door mounted on the cabinet so as to open and close the first introduction port; and a tub door that is hingedly coupled to the tub, that is configured to open and close the second introduction port, and that includes an upper portion that is inclined toward the tub; and a cover member (310, 320) located between the first introduction port and a front surface of the tub and fastened to the tub so as to cover a portion of the front surface of the tub that is exposed between the first introduction port and the second introduction port, wherein the cover member (310, 320) is coupled outside the weight balancer (270, 280) to prevent the front surface of the tub from being exposed through the first introduction port and configured to cover the weight balancer (270, 280), the water supply unit and the air supply unit.
A security thread for embedding within or upon a sheet or document, comprising: a plastic substrate (20; 30; 110; 130) having a first side and a second side; a thin film interference structure (21; 35) deposited on the first side of the plastic substrate, comprising a first patterned layer of reflective material (22; 112; 132), a spacer layer (24; 111; 134), and an absorber layer (26; 115; 135); characterized in that the first layer of reflective material (22; 112; 132) comprises a plurality of reflective regions spaced apart by regions absent the reflective material, wherein the spacer layer (24; 111; 134) is adjacent to the spaced apart reflective regions and to the plastic substrate (20; 30; 110; 130) in the regions absent the reflective material, and wherein the absorber layer (26; 115; 135) is adjacent to the spacer layer (24; 111; 134), so that the thin film interference structure (21; 35) appears as a plurality of separated interference filters spaced apart from one another by windows in the regions absent the reflective material, and has visible color shifting properties in the form of a visible pattern of visually separate distinguishable indicia against one of a foreground and background of a different color. a plastic substrate (20; 30; 110; 130) having a first side and a second side; a thin film interference structure (21; 35) deposited on the first side of the plastic substrate, comprising a first patterned layer of reflective material (22; 112; 132), a spacer layer (24; 111; 134), and an absorber layer (26; 115; 135); characterized in that the first layer of reflective material (22; 112; 132) comprises a plurality of reflective regions spaced apart by regions absent the reflective material, wherein the spacer layer (24; 111; 134) is adjacent to the spaced apart reflective regions and to the plastic substrate (20; 30; 110; 130) in the regions absent the reflective material, and wherein the absorber layer (26; 115; 135) is adjacent to the spacer layer (24; 111; 134), so that the thin film interference structure (21; 35) appears as a plurality of separated interference filters spaced apart from one another by windows in the regions absent the reflective material, and has visible color shifting properties in the form of a visible pattern of visually separate distinguishable indicia against one of a foreground and background of a different color.
A dispensing system for controlled delivery of cakeable dispensable materials to a body of water comprising: an inline dispenser having a canister chamber; a fluid inlet in the inline dispenser for directing water into the canister chamber; a fluid outlet in the inline dispenser for directing water out of the canister chamber; a canister located in said canister chamber, said canister having a tapering diverging sidewall and an absence of protrusions thereon, with a top portion of the canister having a smaller cross sectional dimension (D 1) than the bottom portion of the canister; a fluid inlet and a fluid outlet located on a bottom portion of the canister with the fluid inlet of the canister in fluid communication with the fluid inlet of the dispenser and the fluid outlet of the canister in fluid communication with the fluid outlet of the inline dispenser whereby a fluid flowing through an inline dispenser valve of the dispenser can at least be partially diverted proximate a cakeable dispersant in the chamber in the canister, characterized in that it further comprises the cakeable dissolvable dispersant located in a chamber in said canister that forms a solid or solid like mass with a specific gravity greater than 1 and has a side surface which is flush with said sidewall of the canister, wherein said fluid inlet and said fluid outlet are each located on the bottom portion of the canister symmetrically sideways with respect to the central axis of the canister. an inline dispenser having a canister chamber; a fluid inlet in the inline dispenser for directing water into the canister chamber; a fluid outlet in the inline dispenser for directing water out of the canister chamber; a canister located in said canister chamber, said canister having a tapering diverging sidewall and an absence of protrusions thereon, with a top portion of the canister having a smaller cross sectional dimension (D 1) than the bottom portion of the canister; a fluid inlet and a fluid outlet located on a bottom portion of the canister with the fluid inlet of the canister in fluid communication with the fluid inlet of the dispenser and the fluid outlet of the canister in fluid communication with the fluid outlet of the inline dispenser whereby a fluid flowing through an inline dispenser valve of the dispenser can at least be partially diverted proximate a cakeable dispersant in the chamber in the canister, characterized in that it further comprises the cakeable dissolvable dispersant located in a chamber in said canister that forms a solid or solid like mass with a specific gravity greater than 1 and has a side surface which is flush with said sidewall of the canister, wherein said fluid inlet and said fluid outlet are each located on the bottom portion of the canister symmetrically sideways with respect to the central axis of the canister.
A contactless-type power transmission device (P3; P4), comprising: a first coil (31; 41; 61; 71) including a lead wire wound in an oval shape with an oval-shaped cross section which is perpendicular to a first central axis of the first coil (31; 41; 61; 71), the first central axis of the first coil (31; 41; 61; 71) being a rotational symmetry axis of the first coil (31; 41; 61; 71), wherein the oval-shaped cross section is curved along a major-axis direction of the oval-shaped cross section and around, as a curvature axis, a direction parallel to a minor-axis direction of the oval-shaped cross section; a second coil (32; 42; 62; 72) which is a cylindrical coil; a second coil holding member (36; 46; 66; 76) configured to hold the second coil (32; 42; 62; 72) from the inside, characterized in that a tilting variable member (33; 43; 63; 73) configured to tilt the second coil (32; 42; 62; 72) and the second coil holding member (36; 46; 66; 76) as a single unit so as to vary a tilt between the first central axis of the first coil (31; 41; 61; 71) and a second central axis of the second coil (32; 42; 62; 72) with the curvature axis as a rotation axis. a first coil (31; 41; 61; 71) including a lead wire wound in an oval shape with an oval-shaped cross section which is perpendicular to a first central axis of the first coil (31; 41; 61; 71), the first central axis of the first coil (31; 41; 61; 71) being a rotational symmetry axis of the first coil (31; 41; 61; 71), wherein the oval-shaped cross section is curved along a major-axis direction of the oval-shaped cross section and around, as a curvature axis, a direction parallel to a minor-axis direction of the oval-shaped cross section; a second coil (32; 42; 62; 72) which is a cylindrical coil; a second coil holding member (36; 46; 66; 76) configured to hold the second coil (32; 42; 62; 72) from the inside, characterized in that a tilting variable member (33; 43; 63; 73) configured to tilt the second coil (32; 42; 62; 72) and the second coil holding member (36; 46; 66; 76) as a single unit so as to vary a tilt between the first central axis of the first coil (31; 41; 61; 71) and a second central axis of the second coil (32; 42; 62; 72) with the curvature axis as a rotation axis.
A pharmaceutical fatty acid composition for use in the treatment of atopic dermatitis, wherein the pharmaceutical fatty acid composition comprises DGLA encapsulated in a capsule shell, wherein the DGLA represents at least 95% by weight of all fatty acids in the pharmaceutical fatty acid composition, and wherein the treatment of atopic dermatitis comprises administration of 1g or 2g of the pharmaceutical fatty acid composition per day.
Method for detecting incorrectly parked vehicles, wherein information about available parking areas (8, 8a) and areas which are not available for parking is made available in the form of a digital parking space map, wherein information about an area which is not available for parking comprises coordinates, in particular GPS coordinates, and an expected length of the area, characterized in that a length of an area which is not available for parking is detected by a vehicle which is searching for a parking space, and when there is a deviation between the detected length and an expected length an incorrectly parked vehicle is detected.
Method of MR imaging of an object placed in an examination volume of a MR device, the method comprising the steps of: - generating MR signals by subjecting the object to a number N of shots of a multi-echo imaging sequence comprising multi-slice RF pulses for simultaneously exciting two or more spatially separate image slices, with a phase offset being imparted to the MR signals of each image slice, wherein the phase offset is varied from shot to shot, - acquiring the MR signals, wherein the MR signals are received in parallel via a set of at least two RF coils (11, 12, 13) having different spatial sensitivity profiles within the examination volume, and - reconstructing a MR image for each image slice from the acquired MR signals using a parallel reconstruction algorithm, wherein the MR signal contributions from the different image slices are separated on the basis of the spatial encodings of the MR signals according to the spatial sensitivity profiles of the RF coils (11, 12, 13) and on the basis of the phase offset imparted to the MR signals of the respective image slices and shots. - generating MR signals by subjecting the object to a number N of shots of a multi-echo imaging sequence comprising multi-slice RF pulses for simultaneously exciting two or more spatially separate image slices, with a phase offset being imparted to the MR signals of each image slice, wherein the phase offset is varied from shot to shot, - acquiring the MR signals, wherein the MR signals are received in parallel via a set of at least two RF coils (11, 12, 13) having different spatial sensitivity profiles within the examination volume, and - reconstructing a MR image for each image slice from the acquired MR signals using a parallel reconstruction algorithm, wherein the MR signal contributions from the different image slices are separated on the basis of the spatial encodings of the MR signals according to the spatial sensitivity profiles of the RF coils (11, 12, 13) and on the basis of the phase offset imparted to the MR signals of the respective image slices and shots.
A process for purifying crude aromatic nitro compounds which originate from the nitration of aromatic compounds, comprising the single or multiple performance of the following wash stage (a): (a) contacting the crude aromatic nitro compound (N-in) with an aqueous phase (W-in) and then separating the phases to obtain an organic phase (N-res) and an aqueous phase (W-res), wherein at least one demulsifier which is an amphiphilic compound is present in one or more of the wash stages (a). (a) contacting the crude aromatic nitro compound (N-in) with an aqueous phase (W-in) and then separating the phases to obtain an organic phase (N-res) and an aqueous phase (W-res), wherein at least one demulsifier which is an amphiphilic compound is present in one or more of the wash stages (a).
A pharmaceutical composition for gene delivery, comprising: (i) a gene; (ii) a water-soluble chitosan; (iii) a thiamine pyrophosphate or a pharmaceutically acceptable salt thereof; (iv) a protamine or a pharmaceutically acceptable salt thereof; and (v) a neutral or anionic phospholipid, wherein the gene is selected from the group consisting of a single- or double-stranded DNA, a single- or double-stranded RNA, a plasmid DNA, a single- or double-stranded siRNA, an antisense oligonucleotide, a ribozyme, and a catalytic RNA or nucleotide. (i) a gene; (ii) a water-soluble chitosan; (iii) a thiamine pyrophosphate or a pharmaceutically acceptable salt thereof; (iv) a protamine or a pharmaceutically acceptable salt thereof; and (v) a neutral or anionic phospholipid,
Method of producing an abrasive unit (1, 1') for grinding, polishing and/or lapping, comprising the steps: introducing a plurality of recesses (104, 106, 108, 110, 112, 116, 150) into a material carrier, the recesses (104, 106, 108, 110, 112, 116, 150) having opening entries on at least a treatment side of the material carrier; and introducing an abrasive material into the plurality of recesses (104, 106, 108, 110, 112, 116, 150), wherein the material carrier is configured to be flexible in shape and is configured as a polyurethane cloth or as a plastic film and/or a hard paper. introducing a plurality of recesses (104, 106, 108, 110, 112, 116, 150) into a material carrier, the recesses (104, 106, 108, 110, 112, 116, 150) having opening entries on at least a treatment side of the material carrier; and introducing an abrasive material into the plurality of recesses (104, 106, 108, 110, 112, 116, 150), wherein the material carrier is configured to be flexible in shape and is configured as a polyurethane cloth or as a plastic film and/or a hard paper.
A closure for closing a mouth of a container of a liquid, the closure comprising: a cap having fixing means for fixing the cap to the container, the cap being rotatable around a longitudinal axis of the container in a fixed condition wherein the closure is fixed to the container, a delivery port for delivering the liquid from the container, a cap suction conduit for suctioning air into the container during the delivering of the liquid, characterised in that it further comprises a connector for connecting a delivery device of the liquid, the connector being in fluid communication with the delivery port, a cursor having a thread for screwing the cursor with respect to the container, a valve member in a closed position wherein the valve member closes the delivery port, and a cursor suction conduit slidebly coupled with the cap suction conduit, a frangible element closing the cap suction conduit or the cursor suction conduit, and dragging means (327,409) for dragging the cursor into rotation by the cap, wherein the closure is configured to cause the cursor to slide with respect to the cap in response to at least one rotation of the cap thereby moving the cursor suction conduit to break the frangible element, putting in fluid communication the cursor suction conduit with the cap suction conduit, and moving the valve member to an open position, wherein the valve member opens the delivery port. a cap having fixing means for fixing the cap to the container, the cap being rotatable around a longitudinal axis of the container in a fixed condition wherein the closure is fixed to the container, a delivery port for delivering the liquid from the container, a cap suction conduit for suctioning air into the container during the delivering of the liquid, characterised in that it further comprises a connector for connecting a delivery device of the liquid, the connector being in fluid communication with the delivery port, a cursor having a thread for screwing the cursor with respect to the container, a valve member in a closed position wherein the valve member closes the delivery port, and a cursor suction conduit slidebly coupled with the cap suction conduit, a frangible element closing the cap suction conduit or the cursor suction conduit, and dragging means (327,409) for dragging the cursor into rotation by the cap, wherein the closure is configured to cause the cursor to slide with respect to the cap in response to at least one rotation of the cap thereby moving the cursor suction conduit to break the frangible element, putting in fluid communication the cursor suction conduit with the cap suction conduit, and moving the valve member to an open position, wherein the valve member opens the delivery port.
A medical image data processing system for image segmentation, the medical image data processing system comprising - a memory storing machine executable instructions and a reference surface mesh representation of an anatomical reference structure, - a processor for controlling the medical image data processing system, wherein execution of the machine executable instructions by the processor causes the processor to control the image data processing system to: - receive medical image data, wherein the received medical image data is three-dimensional medical image data and wherein the segmentation is a volumetric voxel-by-voxel-segmentation, - generate a segmentation of an anatomical structure of interest comprised by the medical image data, - convert the segmentation to a surface mesh representation of the anatomical structure of interest, - compare the surface mesh representation with the reference surface mesh representation of the anatomical reference structure using spectral matching based on spectral graph theory, wherein one or more spectral embeddings of the two meshes are matched, - providing an area of topological mismatch of the surface mesh representation with the reference surface mesh representation, wherein the area of topological mismatch is determined based on one or more of the matched spectral embeddings, wherein the providing of areas of topological mismatch comprises at least one of the following: identifying a missing structural section of the surface mesh representation with respect to the reference surface mesh representation and identifying an additional structural section of the surface mesh representation with respect to the reference surface mesh representation. - a memory storing machine executable instructions and a reference surface mesh representation of an anatomical reference structure, - a processor for controlling the medical image data processing system, - receive medical image data, wherein the received medical image data is three-dimensional medical image data and wherein the segmentation is a volumetric voxel-by-voxel-segmentation, - generate a segmentation of an anatomical structure of interest comprised by the medical image data, - convert the segmentation to a surface mesh representation of the anatomical structure of interest, - compare the surface mesh representation with the reference surface mesh representation of the anatomical reference structure using spectral matching based on spectral graph theory, wherein one or more spectral embeddings of the two meshes are matched, - providing an area of topological mismatch of the surface mesh representation with the reference surface mesh representation, wherein the area of topological mismatch is determined based on one or more of the matched spectral embeddings, wherein the providing of areas of topological mismatch comprises at least one of the following: identifying a missing structural section of the surface mesh representation with respect to the reference surface mesh representation and identifying an additional structural section of the surface mesh representation with respect to the reference surface mesh representation.