mhurhangee/ep-ind-claims huggingface dataset:
Solar plant comprising: - a reflection system designed to reflect and direct incident solar rays toward at least one convergence point, - means for concentrating and diffusing the solar rays reflected by the reflection system, - a processing chamber which cooperates with the concentration and diffusion means which diffuse the heat energy from the reflected solar rays to the processing chamber, - an inlet duct which extends from an inlet of the solar plant to the processing chamber, - an outlet duct which extends from the processing chamber to an outlet of the solar plant, - a conveyor which extends from the inlet to the outlet and passes through the processing chamber, the conveyor transports raw material from the inlet to the outlet, whereby the raw material transiently passes through the processing chamber to obtain processed material, characterized in that it comprises at least one heat exchanger which extends between the inlet duct and the outlet duct so as to transfer the heat energy released by the processed material during its transit between the processing chamber and the outlet of the solar plant, to the inlet duct in which the raw material passes before processing. - a reflection system designed to reflect and direct incident solar rays toward at least one convergence point, - means for concentrating and diffusing the solar rays reflected by the reflection system, - a processing chamber which cooperates with the concentration and diffusion means which diffuse the heat energy from the reflected solar rays to the processing chamber, - an inlet duct which extends from an inlet of the solar plant to the processing chamber, - an outlet duct which extends from the processing chamber to an outlet of the solar plant, - a conveyor which extends from the inlet to the outlet and passes through the processing chamber, the conveyor transports raw material from the inlet to the outlet, whereby the raw material transiently passes through the processing chamber to obtain processed material, characterized in that it comprises at least one heat exchanger which extends
A dental implant system for restoring use of a damaged in-situ dental implant, the system including: a) a dual thread fixation screw having a distal portion having a first threaded portion, and proximal portion having a second threaded portion wherein said first threading and said second threading are configured to be in opposite directions; b) a customizable abutment assembly including: i) an interface member (120,121) having internal threading at the distal portion configured to match and couple with at least a portion of said second threaded portion; and ii) a post having internal threading at the distal portion configured to match and couple with at least a portion of said second threaded portion. a) a dual thread fixation screw having a distal portion having a first threaded portion, and proximal portion having a second threaded portion wherein said first threading and said second threading are configured to be in opposite directions; b) a customizable abutment assembly including: i) an interface member (120,121) having internal threading at the distal portion configured to match and couple with at least a portion of said second threaded portion; and ii) a post having internal threading at the distal portion configured to match and couple with at least a portion of said second threaded portion. i) an interface member (120,121) having internal threading at the distal portion configured to match and couple with at least a portion of said second threaded portion; and ii) a post having internal threading at the distal portion configured to match and couple with at least a portion of said second threaded portion.
Induction heating device for an induction hob, comprising a coil unit which has at least one induction coil for generating an induction field and a converter unit which has at least one converter for actuating the induction coil and with which the coil unit is mechanically connected, characterised in that the coil unit is connected with the converter unit via a lever device (13, 14) and can be raised and lowered in relation to the converter unit by means of at least one adjuster part, wherein, in a set position, the coil unit can be moved, against the spring force of least one spring which acts on a lever of the lever device (13, 14), over a spring travel path in the direction of the converter unit.
Electrolysis system for carbon dioxide utilization, comprising an electrolysis cell (6, 7, 8, 9) having an anode in an anode space, a cathode in a cathode space and a first membrane and a second membrane (M1, M2), wherein the cathode space has a first feed for carbon dioxide (CO 2) and is configured to bring the carbon dioxide (CO 2) fed in into contact with the cathode, wherein the electrolysis system comprises a proton donor unit and the cathode space is connected to the proton donor unit via a second feed for protons (H +) which is configured to bring the protons (H +) fed into the cathode space into contact with the cathode, wherein the proton donor unit comprises a proton reservoir and a proton-permeable membrane which functions as a second feed to the cathode space for the protons (H +), wherein the first membrane is arranged between the anode and cathode, the second membrane is arranged between the cathode and proton reservoir, and at least the second membrane is proton-permeable.
A reference signal sending method on an unlicensed frequency band performed by a base station during a random backoff process for data sending, comprising: at a preset time interval before a flexible candidate resource of a candidate resource set performing a first clear channel assessment, CCA, on the unlicensed frequency band for sending a reference signal and a second CCA on the unlicensed frequency band for sending data, wherein the first CCA succeeds first; suspending a backoff counter for the second CCA; and sending the reference signal, resuming the backoff counter after sending the reference signal, wherein the candidate resource set includes a preset resource and at least one flexible candidate resource. at a preset time interval before a flexible candidate resource of a candidate resource set performing a first clear channel assessment, CCA, on the unlicensed frequency band for sending a reference signal and a second CCA on the unlicensed frequency band for sending data, wherein the first CCA succeeds first; suspending a backoff counter for the second CCA; and sending the reference signal, resuming the backoff counter after sending the reference signal, wherein the candidate resource set includes a preset resource and at least one flexible candidate resource.
An image processing apparatus (10; 10a; 10b) adapted to estimate from an intraluminal image the three-dimensional shape of an image target by performing a geometric conversion process based on pixel values which correspond to said three-dimensional shape, and to determine a classification target area in which a pixel value does not correspond to said three-dimensional shape of said image target, the image processing apparatus (10; 10a; 10b) comprising: an area extracting unit (21; 21a) configured to extract from said intraluminal image a candidate area for said classification target area; and an area classifying unit (22; 22a; 22b) configured to determine whether said candidate area is a classification target area by classification based on at least one of the pixel values of the inside of the candidate area, a boundary portion of the candidate area, or a periphery portion of the candidate area, characterized in that the area classifying unit is configured to classify the classification target area out of the candidate area based on (a) unevenness information and smoothness of a curved shape of the candidate area that is represented by the pixel values of the inside of the candidate area, (b) steepness of the change in the pixel values of the boundary portion of the candidate area, or (c) continuity of a curved shape that is represented by the pixel values of the different periphery portions of the candidate area, wherein the continuity of the curved shape is represented by how small a difference value of pixel values at the same coordinate and on the curved shape approximated based on the different periphery portions of the candidate area is. an area extracting unit (21; 21a) configured to extract from said intraluminal image a candidate area for said classification target area; and an area classifying unit (22; 22a; 22b) configured to determine whether said candidate area is a classification target area by classification based on at least one of the pixel values of the inside of the candidate area, a boundary portion of the candidate area, or a periphery portion of the candidate area, characterized in that the area classifying unit is configured to classify the classification target area out of the candidate area based on (a) unevenness information and smoothness of a curved shape of the candidate area that is represented by the pixel values of the inside of the candidate area, (b) steepness of the change in the pixel values of the boundary portion of the candidate area, or (c) continuity of a curved shape that is represented by the pixel values of the different periphery portions of the candidate area, wherein the continuity of the curved shape is represented by how small a difference value of pixel values at the same coordinate and on the curved shape approximated based on the different periphery portions of the candidate area is.
A method of maintaining a predetermined target state of charge of a rechargeable battery pack, wherein a plurality of rechargeable batteries are connected in series, and for equalizing states of charge of individual rechargeable batteries of the battery pack, the method comprising: determining a charging efficiency of the rechargeable batteries at said predetermined target state of charge, charging the battery pack with a predetermined amount of charge, wherein when the battery pack is charged, the batteries with a state of charge lower than the target state of charge will be charged with more electricity corresponding to the difference between the charging efficiency of the battery and the charging efficiency of the target state of charge, while the batteries having a state of charge higher than the target state of charge will be charged with less electricity corresponding to the difference between the charging efficiency of the battery and the charging efficiency of the target state of charge, discharging the battery pack with a discharge amount equal to said predetermined amount of charge multiplied by said charging efficiency of the batteries at said predetermined target state of charge, and repeating the charging and discharging steps a plurality of times. determining a charging efficiency of the rechargeable batteries at said predetermined target state of charge, charging the battery pack with a predetermined amount of charge, wherein when the battery pack is charged, the batteries with a state of charge lower than the target state of charge will be charged with more electricity corresponding to the difference between the charging efficiency of the battery and the charging efficiency of the target state of charge, while the batteries having a state of charge higher than the target state of charge will be charged with less electricity corresponding to the difference between the charging efficiency of the battery and the charging efficiency of the target state of charge, discharging the battery pack with a discharge amount equal to said predetermined amount of charge multiplied by said charging efficiency of the batteries at said predetermined target state of charge, and repeating the charging and discharging steps a plurality of times.
A method comprising: identifying a plurality of trusted assets, wherein each trusted asset is associated with at least a threshold number of trusted authors; generating a first signature set for a known software application, wherein each signature in the first signature set corresponds to a known asset that is associated with the known software application; generating a second signature set for a subject software application, wherein each signature in the second signature set corresponds to a subject asset that is associated with the subject software application; generating a first filtered signature set based on the first signature set by excluding signatures corresponding to the trusted assets; generating a second filtered signature set based on the second signature set by excluding signatures corresponding to the trusted assets; and generating a similarity rating for the subject application based on a comparison of the first filtered signature set and the second filtered signature set. identifying a plurality of trusted assets, wherein each trusted asset is associated with at least a threshold number of trusted authors; generating a first signature set for a known software application, wherein each signature in the first signature set corresponds to a known asset that is associated with the known software application; generating a second signature set for a subject software application, wherein each signature in the second signature set corresponds to a subject asset that is associated with the subject software application; generating a first filtered signature set based on the first signature set by excluding signatures corresponding to the trusted assets; generating a second filtered signature set based on the second signature set by excluding signatures corresponding to the trusted assets; and generating a similarity rating for the subject application based on a comparison of the first filtered signature set and the second filtered signature set.
A method for producing a three-dimensional workpiece, comprising: - irradiating a raw material layer with a laser beam, wherein a melt pool is produced at a point at which the laser beam strikes the raw material layer, - changing a position of the laser beam on the raw material layer with the aid of a first deflection unit, and - changing the position of the laser beam on the raw material layer with the aid of a second deflection unit, wherein the second deflection unit is adapted to deflect the position of the laser beam with a greater acceleration than a maximum possible acceleration of a deflection by the first deflection unit, and wherein the method further comprises: - producing at least a first melt pool and a second melt pool, wherein the laser beam is moved to and fro between the first melt pool and the second melt pool by the change of position with the aid of the second deflection unit, wherein the first melt pool and the second melt pool are maintained temporally continuously and are moved over the raw material layer by the change of position with the aid of the first deflection unit, and wherein the laser beam, by the change of position with the aid of the second deflection unit with an acceleration which is greater by a factor of more than 10 than that of a movement of the first melt pool and of the second melt pool by the first deflection unit, is moved to and fro between the first and the second melt pool in such a manner that the laser beam does not produce a melt pool between the first melt pool and the second melt pool. - irradiating a raw material layer with a laser beam, wherein a melt pool is produced at a point at which the laser beam strikes the raw material layer, - changing a position of the laser beam on the raw material layer with the aid of a first deflection unit, and - changing the position of the laser beam on the raw material layer with the aid of a second deflection unit, - producing at least a first melt pool and a second melt pool, wherein the laser beam is moved to and fro between the first melt pool and the second melt pool by the change of position with the aid of the second deflection unit, wherein the first melt pool and the second melt pool are maintained temporally continuously and are moved over the raw material layer by the change of position with the aid of the first deflection unit, and wherein the laser beam, by the change of position with the aid of the second deflection unit with an acceleration which is greater by a factor of more than 10 than that of a movement of the first melt pool and of the second melt pool by the first deflection unit, is moved to and fro between the first and the second melt pool in such a manner that the laser beam does not produce a melt pool between the first melt pool and the second melt pool.
A furniture pull-out having a foldable pull-out table supported on pull-out guides and adapted to be accommodated in a body, the pull-out table comprising a base plate and an extension plate that is articulated to the base plate and adapted to be folded back onto the latter, characterized in that a front blind is connected to the free ends of the pull-out guides via hinges such that it is tiltable from an upright position into a horizontal position about an axis that extends at right angles to the pull-out guides, whereupon the extension plate can be folded out such that it covers the front blind.
Floating body (100.n, 100'n) comprising at least one foam glass element (Pn), wherein at least one support structure (200.n, 200'n) comprising at least one support element (TX, TY) is arranged in and/or on the at least one foam glass element (Pn), wherein the at least one foam glass element (Pn) and the at least one support structure (200.n, 200'n) form the floating body (100.n, 100'n) in the assembled state, wherein the at least one support structure (200.n, 200'n) is formed in one part or in several parts and, in its assembled state, is arranged in an integrated manner in a predeterminable number (n) of foam glass elements (Pn) having cavities, characterised in that the foam glass element (Pn) is formed in several parts from a predeterminable number (n) of plates (Pn) which are connected to one another in layers (Sn) as a sandwich and are bonded to one another in the composite to form the floating body (100.n, 100'n). the at least one support structure (200.n, 200'n) is formed in one part or in several parts and, in its assembled state, is arranged in an integrated manner in a predeterminable number (n) of foam glass elements (Pn) having cavities, characterised in that the foam glass element (Pn) is formed in several parts from a predeterminable number (n) of plates (Pn) which are connected to one another in layers (Sn) as a sandwich and are bonded to one another in the composite to form the floating body (100.n, 100'n).
A cleansing composition for skin or hair, comprising the following and: an internal olefin sulfonate having 12 or more and 24 or less carbon atoms; and a cationic polymer or an amphoteric polymer. an internal olefin sulfonate having 12 or more and 24 or less carbon atoms; and a cationic polymer or an amphoteric polymer.
A fluorescent probe for near-infrared fluorescent imaging in sentinel lymphadenography comprising a liposome containing a fluorescent dye having a hexatriene skeletal structure, which is a compound represented by chemical formula: wherein, n represents an integer of 4 to 18, a compound represented by chemical formula: or a compound represented by chemical formula: wherein, R 1 and R 2 represent a hexanoyl group, octanoyl group, decanoyl group, dodecanoyl group, tetradecanoyl group, hexadecanoyl group, octadecanoyl group, oleoyl group, linoleyl group, linolenyl group, ricinoleyl group, geranyl group, geranylgeranyl group, farnesyl group, phytyl group or phytanyl group.
A bolt retention assembly for attaching a wear member to a work tool defining a horizontal direction (X direction), a vertical direction (Z direction), and a lateral direction (Y direction) that is perpendicular to the vertical direction (Z direction) and the horizontal direction (X direction), the bolt retention assembly comprising: an adapter including a forward abutment portion and a rearward horizontally oriented saddle portion, the adapter also defining an interior aperture; and a slide including a forward threaded portion configured to fit within the interior aperture of the adapter, and a rearward horizontally oriented pronged portion configured to pass through the rearward horizontally oriented saddle portion of the adapter; wherein the rearward horizontally oriented saddle portion defines a maximum horizontal dimension of the rearward horizontally oriented saddle portion, and the rearward horizontally oriented pronged portion defines a maximum horizontal dimension that is equal to or greater than the maximum horizontal dimension of the rearward horizontally oriented saddle portion such that the slide is free to move horizontally relative to the adapter and extend horizontally past the adapter; characterised in that the forward threaded portion of the slide includes a first vertical wall defining a threaded aperture, and the rearward horizontally oriented pronged portion includes four horizontally extending prongs attached to the first vertical wall. an adapter including a forward abutment portion and a rearward horizontally oriented saddle portion, the adapter also defining an interior aperture; and a slide including a forward threaded portion configured to fit within the interior aperture of the adapter, and a rearward horizontally oriented pronged portion configured to pass through the rearward horizontally oriented saddle portion of the adapter; wherein the rearward horizontally oriented saddle portion defines a maximum horizontal dimension of the rearward horizontally oriented saddle portion, and the rearward horizontally oriented pronged portion defines a maximum horizontal dimension that is equal to or greater than the maximum horizontal dimension of the rearward horizontally oriented saddle portion such that the slide is free to move horizontally relative to the adapter and extend horizontally past the adapter; characterised in that the forward threaded portion of the slide includes a first vertical wall defining a threaded aperture, and the rearward horizontally oriented pronged portion includes four horizontally extending prongs attached to the first vertical wall.
A caterpillar track of a work machine, comprising a support structure (42, 44) to be formed into a loop and a plurality of successive grouser shoes (32, 34, 36) supported by the support structure, and the caterpillar track having an outer surface, inner surface, a first side edge, and a second side edge, characterized in that the caterpillar track provided with the grouser shoes (32, 34, 36) comprises, on the side of the inner surface of the caterpillar track, traction members (62, 64, 66) implemented by a chain, cable, rope, or another form-conformable structure, which are arranged at least partly overlapping with the grouser shoes (32, 34, 36) of the caterpillar track.