mhurhangee/ep-ind-claims huggingface dataset:
A method in a mobile device for determining a position fix from a wireless network, the method comprising: receiving assistance data from a location server for a first set of access points, APs, wherein the assistance data comprises relationships for the APs, wherein the relationships comprise: a link from one AP to another AP, an association of an AP to a macrocell, or a combination thereof; determining location information for the mobile device; determining a second set of APs based on the relationships and the location information; obtaining location measurements for the second set of APs; and determining a location estimate based on the location measurements. receiving assistance data from a location server for a first set of access points, APs, wherein the assistance data comprises relationships for the APs, wherein the relationships comprise: a link from one AP to another AP, an association of an AP to a macrocell, or a combination thereof; a link from one AP to another AP, an association of an AP to a macrocell, or a combination thereof; determining location information for the mobile device; determining a second set of APs based on the relationships and the location information; obtaining location measurements for the second set of APs; and determining a location estimate based on the location measurements.
A liquid discharge apparatus comprising: a conveyor configured to convey a substrate in a conveyance direction; a resin layer applier configured to apply a resin layer containing a resin onto the substrate conveyed by the conveyor; a liquid discharger configured to discharge a liquid onto the resin layer to apply a droplet onto the resin layer; an acquirer (4, 4a) configured to acquire a physical property of the resin layer; an adjuster configured to adjust the physical property of the resin layer; and circuitry configured to control the adjuster to control the physical property of the resin layer according to the physical property acquired by the acquirer (4, 4a). a conveyor configured to convey a substrate in a conveyance direction; a resin layer applier configured to apply a resin layer containing a resin onto the substrate conveyed by the conveyor; a liquid discharger configured to discharge a liquid onto the resin layer to apply a droplet onto the resin layer; an acquirer (4, 4a) configured to acquire a physical property of the resin layer; an adjuster configured to adjust the physical property of the resin layer; and circuitry configured to control the adjuster to control the physical property of the resin layer according to the physical property acquired by the acquirer (4, 4a).
A water vehicle comprising: - an above-water platform, - a hydrofoil comprising a fuselage with a front wing and a first horizontal stabilizer, and - a supporting mast connecting the above-water platform with the fuselage of the hydrofoil, - an underwater drive means for creating of horizontal thrust, characterized in that the water vehicle comprises a second horizontal stabilizer located in the vertical direction both between the fuselage and the above-water platform and between the underwater drive means and the above-water platform, wherein the second horizontal stabilizer, in the longitudinal direction, is located behind the front wing. - an above-water platform, - a hydrofoil comprising a fuselage with a front wing and a first horizontal stabilizer, and - a supporting mast connecting the above-water platform with the fuselage of the hydrofoil, - an underwater drive means for creating of horizontal thrust,
A memory apparatus comprising multiple buffers (2210-1, 2210-2, 2210-N), the memory apparatus comprising: a memory controller connected to each of the multiple buffers, the memory controller configured to obtain memory allocation information and graphics data based on a multi-write operation command; and a memory configured to store the obtained graphics data as same graphics data in each of at least two of the multiple buffers based on the memory allocation information, characterized in that: in response to the memory being driven according to an Nth multiple buffer method, wherein N is an integer equal to or greater than 3, the memory stores the same graphics data, corresponding to a frame difference, in each of buffers (2210-1, 2210-2, 2210-N) excluding a buffer on which a read operation is performed. a memory controller connected to each of the multiple buffers, the memory controller configured to obtain memory allocation information and graphics data based on a multi-write operation command; and a memory configured to store the obtained graphics data as same graphics data in each of at least two of the multiple buffers based on the memory allocation information, characterized in that: in response to the memory being driven according to an Nth multiple buffer method, wherein N is an integer equal to or greater than 3, the memory stores the same graphics data, corresponding to a frame difference, in each of buffers (2210-1, 2210-2, 2210-N) excluding a buffer on which a read operation is performed.
Method for evaluation of a thin-layer chromatography plate after performing a separation process that separates components of a sample on the thin-layer chromatography plate, whereby within a digitization step at least two digital images (1, 5) that differ with respect to the wavelength range of illumination are taken with a digital imaging device, whereby within a position identification step the position of the thin-layer chromatography plate is identified for each of the at least two digital images (1, 5), and whereby within an evaluation step the position of visible spots (9, 10) indicating sample components on the thin-layer chromatography plate is determined in order to evaluate the thin-layer chromatography on the basis of the determined positions of spots (9, 10), characterized in that within the evaluation step an image information of the at least two digital images (1, 5) is superimposed for at least all regions with at least one visible spot (9, 10) within at least one of the at least two digital images (1, 5), so that the superimposition of image information from identical regions of at least two digital images (1, 5) can be used for evaluation of the thin-layer chromatography plate, and a track identification step is performed, whereby for a predetermined or automatically detected number of stripes running from a baseline to a solvent front a stripe intensity is determined as a sum of pixel intensities of pixels within the respective stripe, and whereby for each stripe with a local maximum or with a local minimum of stripe intensity a corresponding track (a, b, c) is identified.
A composition for use in the treatment of growth retardation, development retardation, and low body weight of human neonates, infants, or growing children comprising Bifidobacterium longum CBT BG7 strain, internationally deposited with the Korean Collection for Type Culture (KCTC) of the Korea Research Institute of Bioscience and Biotechnology under accession number KCTC 12200BP.
An inhibitor of miR-181 for use in the treatment and/or prevention of a mitochondrial disorder selected from the group consisting of: Leigh syndrome, Leber Hereditary optic Neuropathy (LHON), Mitochondrial Myopathy, Encephalopathy, Lactic Acidosis and Stroke Syndrome (MELAS), Myoclonic Epilepsy associated with Ragged-Red fibers (MERRF), Progressive External Ophthalmoplegia, Pearson's syndrome, Maternally inherited Myopathy and cardiomyopathy (MIMyCA), Kjer's optic neuropathy, Neuropathy ataxia and retinitis pigmentosa (NARP), Autosomal dominant optic atrophy, Kearns-Sayre syndrome, Friedreich's ataxia, Hereditary Spastic paraplegia, Charcot-Marie-Tooth disease, sporadic age-related neurodegenerative disease, Parkinson's Disease, Alzheimer's Disease, Age-related Macular degeneration, Diabetic Retinopathy, Glaucoma, familiar neurodegenerative disease, familiar PD, familiar AD, Huntington's disease, Retinitis Pigmentosa, and Stargardt's disease, said inhibitor being an inhibitory nucleic acid agent comprising at least one sequence complementary to miR-181 wherein said inhibitor comprises a sequence complementary to ACAUUCA (SEQ ID NO. 5).
A compound for use in a method for treating bone fracture, bone damage or osteoporosis, wherein the compound comprises, as an active ingredient, a glycosaminoglycan or a salt thereof which has a sulfate group and characteristics of the following and: a basic structure is a disaccharide repeating structure consisting of a hexuronic acid residue and a glucosamine residue, one of the position among a 2-position hydroxyl group of the hexuronic acid residue, a 6-position hydroxyl group of the glucosamine residue and a 2-position amino group of the glucosamine residue in the basic structure of the aforementioned does not have the sulfate group, wherein the glycosaminoglycan which has sulfate group and the aforementioned characteristics and is 1 or 2 or more substances selected from a group consisting of a substance which does not have the sulfate group on the 2-position hydroxyl group of the hexuronic acid residue of a heparin, a substance which does not have the sulfate group on the 6-position hydroxyl group of the glucosamine residue of the heparin and a substance which does not have the sulfate group on the 2-position amino group of the glucosamine residue of the heparin. a basic structure is a disaccharide repeating structure consisting of a hexuronic acid residue and a glucosamine residue, one of the position among a 2-position hydroxyl group of the hexuronic acid residue, a 6-position hydroxyl group of the glucosamine residue and a 2-position amino group of the glucosamine residue in the basic structure of the aforementioned does not have the sulfate group,
An electronic apparatus for making a video call with another electronic apparatus of a video call counterpart, comprising: a processor configured to divide an image of a user of the electronic apparatus into a plurality of areas (21, 22, 23, 24) by using profile information of the video call counterpart, wherein the profile information used for dividing the image of the user includes reputation or blocking history of the video call counterpart; an input device configured to receive a selection input from the user to select at least one area among the plurality of areas (21, 22, 23, 24) such that the image comprises at least one selected area that has been selected by the user and at least one unselected area that has not been selected by the user; wherein the processor is further configured to edit the at least one unselected area to generate an edited image comprising the at least one selected area and the edited at least one unselected area, or to edit the at least one selected area to generate an edited image comprising the at least one unselected area and the edited at least one selected area, wherein the edited image is generated by displaying the edited at least one selected area or the edited at least one unselected area with an alternative image or by distorting the edited at least one selected area or the edited at least one unselected area; and a communication device configured to transmit the edited image to the other electronic apparatus of the video call counterpart. a processor configured to divide an image of a user of the electronic apparatus into a plurality of areas (21, 22, 23, 24) by using profile information of the video call counterpart, wherein the profile information used for dividing the image of the user includes reputation or blocking history of the video call counterpart; an input device configured to receive a selection input from the user to select at least one area among the plurality of areas (21, 22, 23, 24) such that the image comprises at least one selected area that has been selected by the user and at least one unselected area that has not been selected by the user; wherein the processor is further configured to edit the at least one unselected area to generate an edited image comprising the at least one selected area and the edited at least one unselected area, or to edit the at least one selected area to generate an edited image comprising the at least one unselected area and the edited at least one selected area, wherein the edited image is generated by displaying the edited at least one selected area or the edited at least one unselected area with an alternative image or by distorting the edited at least one selected area or the edited at least one unselected area; and a communication device configured to transmit the edited image to the other electronic apparatus of the video call counterpart.
An optoelectronic code reading apparatus comprising at least one camera-based code reader (12a-b) having an image sensor (20a-b) for recording image data from a reading zone (16a-b) and a control and evaluation unit (22, 28) that comprises a decoding unit (22a-b) for locating code zones in the image data and for reading their code content and a filter unit to determine whether a multiple reading has taken place in which a plurality of codes (34a-b) of different content were read, characterized in that the filter unit furthermore is configured to check the geometry of the code zones in the case of a multiple reading in order to decide which of the plurality of read codes is a valid code and which code is an accidentally read code.
A machine tool for machining flat workpieces, the machine tool comprising: - at least one work head adapted to support at least one tool; - at least one workpiece holder comprising at least two substantially parallel beams arranged at a distance adjustable orthogonally to the longitudinal extension of the beams; - on each beam at least one carriage movable along the longitudinal extension of the beam; wherein each carriage is associated with a respective first actuator controlling a movement for positioning the carriage along the beam; - on each carriage a suction cup for blocking the work pieces to be machined; wherein: the suction cups mounted on the two beams of the workpiece holder are coplanar and define a planar blocking surface for blocking the flat workpieces; the position of each suction cup with respect to the carriage onto which it is mounted is adjustable by rotating around a single axis of rotation (D-D) of the suction cup, each axis of rotation (D-D) being orthogonal to said blocking surface; and characterised in that to each suction cup a respective second actuator (46, 48) is associated, controlling the rotation of the suction cup around said axis of rotation (D-D) with respect to the carriage onto which the cup is mounted; wherein each suction cup is mounted eccentrically with respect to the respective carriage so that, by rotating the suction cup with respect to the carriage around the respective single axis of rotation (D-D), each suction cup can be oriented so as to project, with respect to the carriage on which it is mounted, from different sides of the carriage. - at least one work head adapted to support at least one tool; - at least one workpiece holder comprising at least two substantially parallel beams arranged at a distance adjustable orthogonally to the longitudinal extension of the beams; - on each beam at least one carriage movable along the longitudinal extension of the beam; wherein each carriage is associated with a respective first actuator controlling a movement for positioning the carriage along the beam; - on each carriage a suction cup for blocking the work pieces to be machined; wherein: the suction cups mounted on the two beams of the workpiece holder are coplanar and define a planar blocking surface for blocking the flat workpieces; the position of each suction cup with respect to the carriage onto which it is mounted is adjustable by rotating around a single axis of rotation (D-D) of the suction cup, each axis of rotation (D-D) being orthogonal to said blocking surface; and characterised in that to each suction cup a respective second actuator (46, 48) is associated, controlling the rotation of the suction cup around said axis of rotation (D-D) with respect to the carriage onto which the cup is mounted; wherein each suction cup is mounted eccentrically with respect to the respective carriage so that, by rotating the suction cup with respect to the carriage around the respective single axis of rotation (D-D), each suction cup can be oriented so as to project, with respect to the carriage on which it is mounted, from different sides of the carriage.
A washing machine, comprising: a transmission/reception unit for performing near field data communication with a portable information terminal, the transmission/reception unit being disposed on a washing machine body; an operation course selection button for selecting an operation course; an input unit configured to set at least one of a washing time, a number of rinsing times, and a spin-drying time; an operation section including the operation course selection button, the input unit and a display unit for displaying a set content of the operation course set with the input unit; a memory for storing a set content of the operation course set by the data communication and the input unit; and a control section for controlling a series of operations of the washing machine based on the set content stored in the memory, wherein the control section includes a rewriting unit of the memory, and rewrites the set content of the memory based on a signal received by the transmission/reception unit through the near field data communication with the portable information terminal brought close to the transmission/reception unit; wherein the transmission/reception unit is disposed in an embedded manner so as to not be exposed to the outer appearance of a washing machine body near the display unit. a transmission/reception unit for performing near field data communication with a portable information terminal, the transmission/reception unit being disposed on a washing machine body; an operation course selection button for selecting an operation course; an input unit configured to set at least one of a washing time, a number of rinsing times, and a spin-drying time; an operation section including the operation course selection button, the input unit and a display unit for displaying a set content of the operation course set with the input unit; a memory for storing a set content of the operation course set by the data communication and the input unit; and a control section for controlling a series of operations of the washing machine based on the set content stored in the memory, wherein the control section includes a rewriting unit of the memory, and rewrites the set content of the memory based on a signal received by the transmission/reception unit through the near field data communication with the portable information terminal brought close to the transmission/reception unit; wherein the transmission/reception unit is disposed in an embedded manner so as to not be exposed to the outer appearance of a washing machine body near the display unit.
Locking device for columns of presses with at least one fixed plane (Pf) and at least one moving plane (Pm), wherein said locking device comprises: • two pairs (2, 3) of locking clamps (21, 22, 31, 32) aligned in a direction orthogonal to the columns, each pair (2, 3) being engaged in a corresponding column and being suited to clamp it, said clamps (21, 22, 31, 32) being suited to translate in said orthogonal direction, and wherein each pair (2, 3) of clamps comprises an inner clamp (21, 31), that is, a clamp facing toward the other pair of clamps (3, 2), and an outer clamp (22, 32) opposing said inner clamp (21, 31); • at least one connection rod or bar (41, 42) suited to rigidly transmit the translational motion between said inner clamp (21, 31) of each pair (2, 3) and the outer clamp (32, 22) of the other pair (3, 2); • at least one actuator located between said two pairs (2, 3) of clamps and acting on both said inner clamps (21, 31) of said two pairs (2, 3) and suited to cause said inner clamps (21, 31) to translate in said direction orthogonal to the column and in opposite senses, characterized in that said clamps (21, 22, 31, 32) of one or both said pairs (2, 3) are mechanically connected to each other through at least one mechanism (61, 62) suited to guide in a synchronized way the relative translational motion of said two clamps (21, 22, 31, 32) of the same pair (2, 3), and wherein said guide mechanism (61, 62) is integral with said moving plane (Pm) in at least one fixed point, thus guaranteeing the symmetry of the motion of said clamps (21, 22, 31, 32) with respect to said fixed point. • two pairs (2, 3) of locking clamps (21, 22, 31, 32) aligned in a direction orthogonal to the columns, each pair (2, 3) being engaged in a corresponding column and being suited to clamp it, said clamps (21, 22, 31, 32) being suited to translate in said orthogonal direction, and wherein each pair (2, 3) of clamps comprises an inner clamp (21, 31), that is, a clamp facing toward the other pair of clamps (3, 2), and an outer clamp (22, 32) opposing said inner clamp (21, 31); • at least one connection rod or bar (41, 42) suited to rigidly transmit the translational motion between said inner clamp (21, 31) of each pair (2, 3) and the outer clamp (32, 22) of the other pair (3, 2); • at least one actuator located between said two pairs (2, 3) of clamps and acting on both said inner clamps (21, 31) of said two pairs (2, 3) and suited to cause said inner clamps (21, 31) to translate in said direction orthogonal to the column and in opposite senses,
Operating device, having: - an input device for receiving a character input of a user, - a display device for displaying inputted characters in an input field, - a delete device for deleting at least one character displayed in the input field using a delete element in a delete procedure, wherein the delete device is designed in the course of the delete procedure to move in the input field the delete element over respectively one of the displayed characters after one another and in this context respectively to delete said character or to mark it for a deleting to be carried out at the end of the delete procedure, wherein the delete device is designed in the course of the delete procedure to detect at at least one touch-sensitive touch field a sliding movement (30, 30', 30") of a finger of a user and to control the movement (28, 39) of the delete element depending on the detected sliding movement (30, 30', 30"), wherein the input device has an own touchscreen different from the display device or the input device has an own touchscreen and the display device has a non-touch-sensitive screen, wherein the at least one touch field (11, 12) is provided by a respective touch-sensitive display surface (11, 12) of the respective touchscreen (10, 11) and the operating device is characterised in that the delete device is designed, during the delete procedure to connect optically using lines (34, 35) an actual touch location of the finger on the touchscreen of the input device with the delete element shown on the display device. - an input device for receiving a character input of a user, - a display device for displaying inputted characters in an input field, - a delete device for deleting at least one character displayed in the input field using a delete element in a delete procedure, wherein the delete device is designed in the course of the delete procedure to move in the input field the delete element over respectively one of the displayed characters after one another and in this context respectively to delete said character or to mark it for a deleting to be carried out at the end of the delete procedure, wherein