mhurhangee/ep-ind-claims huggingface dataset:
Unlocking key for accessing a motor vehicle, comprising: - a communication interface configured to communicate according to an NFC protocol; - a medium containing data constituting service provision rights; - a control circuit suitable for processing a transaction via said communication interface on the basis of said data constituting service provision rights; - a housing to receive a medium containing data constituting service provision rights of a removable type, - a read and/or write interface in the removable medium placed in the housing, the control circuit being configured to allow an exchange of data between the communication interface and the read/write interface, - a casing housing the control circuit, in which casing said housing is disposed, characterized in that a sealed enclosure is disposed inside the casing, said sealed enclosure containing the control circuit. - a communication interface configured to communicate according to an NFC protocol; - a medium containing data constituting service provision rights; - a control circuit suitable for processing a transaction via said communication interface on the basis of said data constituting service provision rights; - a housing to receive a medium containing data constituting service provision rights of a removable type, - a read and/or write interface in the removable medium placed in the housing, the control circuit being configured to allow an exchange of data between the communication interface and the read/write interface, - a casing housing the control circuit, in which casing said housing is disposed, characterized in that a sealed enclosure is disposed inside the casing, said sealed enclosure containing the control circuit.
A composition for forming a positive electrode for use in a secondary battery, the composition comprising a positive electrode active material and a conductive material-dispersing agent composite having a particle size distribution D 50 of 0.8 μm to 1.2 μm, the conductive material-dispersing agent composite comprising a conductive material and a dispersing agent, wherein: the conductive material includes a carbon-based material having a specific surface area of 130 m 2 /g or more measured by a nitrogen adsorption method and an oil absorption number of 220 ml/100g or more measured by the characteristic of the carbon-based material to absorb oil; the composition comprises 0.1 wt% to 2 wt%, with respect to its total weight, of the carbon-based material; and the dispersing agent includes a partially hydrogenated nitrile rubber which includes 20 to 50 wt%, with respect to the total weight of the rubber, of repeat units of a hydrogenated conjugated diene-derived structure. the conductive material includes a carbon-based material having a specific surface area of 130 m 2 /g or more measured by a nitrogen adsorption method and an oil absorption number of 220 ml/100g or more measured by the characteristic of the carbon-based material to absorb oil; the composition comprises 0.1 wt% to 2 wt%, with respect to its total weight, of the carbon-based material; and the dispersing agent includes a partially hydrogenated nitrile rubber which includes 20 to 50 wt%, with respect to the total weight of the rubber, of repeat units of a hydrogenated conjugated diene-derived structure.
A method for producing a subelement for an Nb 3 Sn-containing superconductor wire, where the subelement is configured with - an Sn-containing core, - an inner matrix which comprises Cu and which surrounds the Sn-containing core, - a region of mutually abutting Nb-containing rod elements (8, 30), which surrounds the inner matrix, where the Nb-containing rod elements (8, 30) are each configured with an Nb-containing core filament (9; 31) and a Cu-containing filament casing, more particularly where the Nb-containing rod elements (8, 30) are each configured hexagonally in external cross section, - an outer matrix which comprises Cu and surrounds the region of Nb-containing rod elements (8, 30), characterized in that the Sn-containing core is fabricated separately, with the steps of a) introducing an Sn-containing powder into a core tube, b) reshaping the core tube including the Sn-containing powder with a reduction in cross section, where the Sn-containing powder of the Sn-containing core is compacted, and in that the separately fabricated Sn-containing core is inserted into a recess in the inner matrix of the subelement. - an Sn-containing core, - an inner matrix which comprises Cu and which surrounds the Sn-containing core, - a region of mutually abutting Nb-containing rod elements (8, 30), which surrounds the inner matrix, where the Nb-containing rod elements (8, 30) are each configured with an Nb-containing core filament (9; 31) and a Cu-containing filament casing, more particularly where the Nb-containing rod elements (8, 30) are each configured hexagonally in external cross section, - an outer matrix which comprises Cu and surrounds the region of Nb-containing rod elements (8, 30), a) introducing an Sn-containing powder into a core tube, b) reshaping the core tube including the Sn-containing powder with a reduction in cross section, where the Sn-containing powder of the Sn-containing core is compacted,
A functional Releasing Factor 1 protein that is cleavable by an Outer Membrane Protein T1 (OmpT1) and has an amino acid sequence having at least 90% sequence identity to SEQ ID NO: 1, where a scissile OmpT1 peptide bond is located within the switch loop region, and where the switch loop region comprises amino acids 287-304 of SEQ ID NO:1 modified to include three adjacent basic amino acids that are positively charged at pH 7.0.
An external charger for wirelessly providing energy to an implantable medical device, IMD, comprising: a charging coil configured when energized by a drive signal to produce a magnetic field to wirelessly provide energy to the IMD as a coupled system; a sense coil, wherein the sense coil is configured to be induced by the magnetic field with an induced signal affected by a position of the charging coil with respect to the IMD; and control circuitry configured to determine a resonant frequency of the coupled system using the induced signal, and determine using the resonant frequency the position of the charging coil with respect to the IMD. a charging coil configured when energized by a drive signal to produce a magnetic field to wirelessly provide energy to the IMD as a coupled system; a sense coil, wherein the sense coil is configured to be induced by the magnetic field with an induced signal affected by a position of the charging coil with respect to the IMD; and control circuitry configured to determine a resonant frequency of the coupled system using the induced signal, and determine using the resonant frequency the position of the charging coil with respect to the IMD. determine a resonant frequency of the coupled system using the induced signal, and determine using the resonant frequency the position of the charging coil with respect to the IMD.
Method for analysing two-way communication by a central station with at least one terminal, wherein a first received signal contains at least one burst sent by a terminal and a second received signal is the signal sent by the central station, the second received signal contains resource use information, a terminal sends a burst in a resource defined by the resource use information and there is a finite set of burst types, characterized by the method steps of a) ascertaining a burst start in the oversampled first received signal by correlation with a reference signal, b) extracting a partial signal from the oversampled first received signal, the length of the partial signal being consistent at least with the length of the longest occurring burst, and c) ascertaining the burst type of the burst by demodulation and decoding of the partial signal on the basis of at least one burst type hypothesis. a) ascertaining a burst start in the oversampled first received signal by correlation with a reference signal, b) extracting a partial signal from the oversampled first received signal, the length of the partial signal being consistent at least with the length of the longest occurring burst, and c) ascertaining the burst type of the burst by demodulation and decoding of the partial signal on the basis of at least one burst type hypothesis.
Microscope with an objective and an illumination unit for selectively generating an orthoscopic beam path extending through the objective for dot-scanning illumination and a conoscopic beam path extending through the objective for evanescent illumination of an object, wherein the illumination unit comprises a light source for generating illumination beams along an illumination beam path, an adjustment unit for deflecting the illumination beam path, a scan ocular arranged downstream of the adjustment unit for focusing the illumination beams into an image plane of the scan ocular, and a mirror surface arranged in the image plane of the scan ocular with a light-transmitting region for generating the orthoscopic beam path and with an at least partially mirrored region facing the scan ocular for generating the conoscopic beam path from the illumination beam path, wherein the image plane of the scan ocular lies, relative to the conoscopic beam path, in a plane conjugate to the exit pupil of the objective, and wherein the same scan ocular is provided for generating the orthoscopic beam path as well as the conoscopic beam path.
A method of recognizing at least one moving anatomical structure using ultrasound data, the method comprising the steps of: - receiving ultrasound data (100, 200, 400), wherein the ultrasound data comprises Doppler shift information descriptive of the velocity of the at least one anatomical structure, - dividing the ultrasound data (102, 404) into a series of time frames, - constructing a feature vector for each of the time frames using the Doppler shift information, - assigning each of the time frames a classification, - recognizing the at least one anatomical structure using the classification of each time frame, wherein the classification is assigned using a pattern recognition module that recognizes a classification for each feature vector, and wherein the at least one anatomical structure is determined using the pattern recognition module using the classification of each time frame. - receiving ultrasound data (100, 200, 400), wherein the ultrasound data comprises Doppler shift information descriptive of the velocity of the at least one anatomical structure, - dividing the ultrasound data (102, 404) into a series of time frames, - constructing a feature vector for each of the time frames using the Doppler shift information, - assigning each of the time frames a classification, - recognizing the at least one anatomical structure using the classification of each time frame,
A cell comprising a peptide display scaffold, comprising a fusion protein comprising: [D 1 - C 1] - TM - [D 2] wherein TM is a transmembrane protein; C 1 is a first candidate peptide, wherein the first candidate peptide is a candidate substrate for a peptidase; and D 1 and D 2 are first and second detectable moieties, wherein D 1 and D 2 are not the same and wherein D 1 - C 1 and D 2 are accessible at an extracellular surface of the cell outer membrane and one or both of the N- and C-termini of the fusion protein are accessible at the extracellular surface of the cell outer membrane. wherein TM is a transmembrane protein; C 1 is a first candidate peptide, wherein the first candidate peptide is a candidate substrate for a peptidase; and D 1 and D 2 are first and second detectable moieties, wherein D 1 and D 2 are not the same and wherein D 1 - C 1 and D 2 are accessible at an extracellular surface of the cell outer membrane and one or both of the N- and C-termini of the fusion protein are accessible at the extracellular surface of the cell outer membrane.
A polymorph of Galpβ1-4GlcNAcpβ1-3Galpβ1-4Glc (LNnT), characterized in that it displays X-ray powder diffraction reflections, based on a measurement using CuKα radiation, at 20.32±0.20, 19.10±0.20, 7.98±0.20, 21.03±0.20, 20.95±0.20 and 5.66±0.20 2Θ angles, which displays a melting point between 226-230 °C.
A system for dispensing agricultural products at a low application rate, comprising: a) a plurality of agricultural product containers (40, 40A, 110, 112, 130) containing low application rate, dry, granular agricultural products; b) a plurality of low application rate meter devices operatively connected to said agricultural product containers (40, 40A, 110, 112, 130) configured to dispense the agricultural products from the plurality of agricultural product containers (40, 40A, 110, 112, 130), said meter devices being mounted on planters (20, 102, 106), said low application rate being defined as a rate below 85 grams per 305 meters (3 ounces per 1000 feet) of row; c) precision placement equipment including placement tube assemblies operatively connected to said plurality of low rate meter devices to place the agricultural products in the desired locations for efficient activity of the agricultural products; and, wherein said low rate meter devices and said precision placement equipment are operated to dispense the agricultural products, wherein each planter includes: i) a master controller; ii) a power distribution box operatively connected to the master controller and a secondary power source; and, iii) a plurality of secondary controllers for actuating the plurality of meter devices, each secondary controller receiving command data from the master controller, via said power distribution box, and controlling the meter devices for dispensing in response to said command data a) a plurality of agricultural product containers (40, 40A, 110, 112, 130) containing low application rate, dry, granular agricultural products; b) a plurality of low application rate meter devices operatively connected to said agricultural product containers (40, 40A, 110, 112, 130) configured to dispense the agricultural products from the plurality of agricultural product containers (40, 40A, 110, 112, 130), said meter devices being mounted on planters (20, 102, 106), said low application rate being defined as a rate below 85 grams per 305 meters (3 ounces per 1000 feet) of row; c) precision placement equipment including placement tube assemblies operatively connected to said plurality of low rate meter devices to place the agricultural products in the desired locations for efficient activity of the agricultural products; and, i) a master controller; ii) a power distribution box operatively connected to the master controller and a secondary power source; and, iii) a plurality of secondary controllers for actuating the plurality of meter devices, each secondary controller receiving command data from the master controller, via said power distribution box, and controlling the meter devices for dispensing in response to said command data
A pharmaceutical composition comprising a protein kinase C activator and a pharmaceutically acceptable carrier for use in a medicament effective to treat at least one symptom of head trauma, wherein an amount of said pharmaceutical composition effective for treatment of at least one symptom of head trauma is administered to a patient, the administration being initiated at a time period chosen from within 1 day, within 2 days, within 3 days, between 1 and 2 days, and between 1 and 3 days of the head trauma, wherein the PKC activator is selected from the group consisting of bryostatin-1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18 and neristatin-1.
Aircraft fuselage with an integrated energy-absorbing deformation structure, - wherein the fuselage has annular frames (10; 110; 210), stringers connecting the frames (10; 110; 210) to one another, and a panelling forming a fuselage skin (16; 116; 216), - wherein, in the interior of the fuselage, there is provided at least one lower floor structure (3; 103; 203) that has a plurality of transverse beams (32; 132; 232) connected to an assigned frame (10; 110; 210) and floor longitudinal beams (4, 5, 30; 104, 105; 204, 205) connecting these transverse beams to one another, and - wherein the deformation structure is formed in a lower fuselage region located beneath the lower floor structure (3; 103; 203), wherein - the deformation structure has a first inelastically deformable central region (20; 120; 220) and in each case one second, left-hand or right-hand inelastically deformable region (26, 28; 126, 128; 226, 228) having greater stiffness in the vertical direction than the central region, characterized - in that, between the left-hand inner and the right-hand inner downwards-extended floor longitudinal beam, there is provided a support structure (6; 6') which is assigned to each frame and respectively runs in a transverse direction of the aircraft, and which connects to one another the respective lower regions, that are connected to the assigned frame, of the inner, downwards-extended floor longitudinal beams for transmission of forces in the transverse direction. - wherein the fuselage has annular frames (10; 110; 210), stringers connecting the frames (10; 110; 210) to one another, and a panelling forming a fuselage skin (16; 116; 216), - wherein, in the interior of the fuselage, there is provided at least one lower floor structure (3; 103; 203) that has a plurality of transverse beams (32; 132; 232) connected to an assigned frame (10; 110; 210) and floor longitudinal beams (4, 5, 30; 104, 105; 204, 205) connecting these transverse beams to one another, and - wherein the deformation structure is formed in a lower fuselage region located beneath the lower floor structure (3; 103; 203), - the deformation structure has a first inelastically deformable central region (20; 120; 220) and in each case one second, left-hand or right-hand inelastically deformable region (26, 28; 126, 128; 226, 228) having greater stiffness in the vertical direction than the central region, - in that, between the left-hand inner and the right-hand inner downwards-extended floor longitudinal beam, there is provided a support structure (6; 6') which is assigned to each frame and respectively runs in a transverse direction of the aircraft, and which connects to one another the respective lower regions, that are connected to the assigned frame, of the inner, downwards-extended floor longitudinal beams for transmission of forces in the transverse direction.
A method operational in an image processing device for evaluating irregularities of interest in a digital image, comprising the steps of: (a) receiving a digital image that potentially comprises irregularities of interest; (b) extracting an area of interest from said digital image by removing background areas; (c) conducting scale space analysis of the extracted area of interest to identify extrema each representing a local maximum or minimum, wherein each extremum has a specific intensity and is of a specific scale; (d) selecting extrema having intensities above a minimal threshold value from the identified extrema and recording such as irregularities of interest; (e) calculating a total irregularity score using a function of the intensities and scales of all recorded irregularities of interest; and (f) evaluating irregularities of interest in the digital image using the calculated total irregularity score, wherein said digital image represents a liquid mixture formed by mixing two or more liquid compositions of different colors, viscosities, and/or hydrophobicity/hydrophilicity, and wherein said irregularities of interest represent regions in the liquid mixture where mixing is non-homogenous. (a) receiving a digital image that potentially comprises irregularities of interest; (b) extracting an area of interest from said digital image by removing background areas; (c) conducting scale space analysis of the extracted area of interest to identify extrema each representing a local maximum or minimum, wherein each extremum has a specific intensity and is of a specific scale; (d) selecting extrema having intensities above a minimal threshold value from the identified extrema and recording such as irregularities of interest; (e) calculating a total irregularity score using a function of the intensities and scales of all recorded irregularities of interest; and (f) evaluating irregularities of interest in the digital image using the calculated total irregularity score,
A contact spring for a plug connector socket intended for arrangement and mounting in an insulating body on the one hand and for soldering, in the form of surface mount technology, to a printed circuit board on the other hand, wherein the contact spring comprises two contact arms (2, 2') which are provided for clamping in and making contact with a mating contact which is to be inserted in an insertion direction, and wherein the contact arms (2, 2') are each arranged, starting with a source area and ending with a free standing end area (21, 21'), and first of all running toward one another, and curve away from one another on their free standing end areas (21, 21'), wherein the contact spring furthermore comprises a bridge via which the two contact arms (2, 2') are connected to one another at their respective source areas, and wherein the contact spring comprises at least one first solder connection with at least one contact surface for soldering on the printed circuit board, wherein the first solder connection is integrally formed directly on the bridge and points in the opposite direction to the insertion direction of the mating contact, characterized in that the free standing end area (21, 21') essentially points in the opposite direction to the insertion direction of the mating contact, and additional spring arms (6, 6') are integrally formed on the end areas (21, 21') of the contact arms (2, 2'), wherein the spring arms (6, 6') are arranged such that they start on these end areas (21, 21') of the contact arms (2, 2') and are directed in the opposite direction to the contact arms (2, 2') running towards one another in the insertion direction of the mating plug with in each case a free standing end, wherein the additional spring arms (6, 6') are stamped out of the contact arms (2, 2').
Receptacle for electronic price tags, comprising a rail which has at least two mutually directed projections on a front side, and at least one spring element (14, 40) which is suitable for pushing an electronic price tag from the inside of the rail against the projections, the spring element being in the shape of an L, a plurality of spring elements being connected to one another by means of a common connection, characterised in that the L-shaped spring elements together with the connection substantially result in the shape of a V, in which the longer leg of the L forms one leg of the V, and the other leg of the V rests against the rear wall of the rail in a mounted state.