mhurhangee/ep-ind-claims huggingface dataset:
A rosette assembly of a door and/or window fitting including a securing device for securing a door knob, which is rotatably accommodated with a lever neck extension, for a fitting in an axial direction and in a circumferential direction, wherein lifter means being configured to be integrated into the securing device, in order to keep the door knob in a lifted position while in the installed condition, and in order to return the door knob, after having actuated the door knob, again into the lifted position, the rosette assembly including a rosette body, which is configured as a faceplate body of a fitting and as a long faceplate or as a short faceplate with a longitudinal extension, the securing device including at least one axial securing member and at least one circumferential securing member, the lifter means being configured to be integrated into the circumferential securing unit, wherein the lifter means comprising a spring unit, that can be pretensioned, and a lifter device (34, 12), wherein, in the assembled condition, the spring unit acts in a pre-tensioned manner onto the lifter device (34, 12), wherein the lifter device (34, 12) comprises at least one displaceable slider element, which, when the door knob is actuated, moves against the pre-tension of the spring unit, characterized in that the axial securing member includes at least one displaceable retaining element and at least one spring unit, which can be pre-tensioned and acts upon the retaining element, and which, in the operable condition, radially pushes the retaining element in the axial direction, and in that the extension direction of the rosette body embodied as a faceplate body of a fitting extends rotated by 90° with regard to the horizontal, wherein the direction of movement of the retaining elements and of the slider elements as well as the longitudinal direction of the spring unit extends horizontally.
A method, comprising: processing a municipal solid waste stream to remove non-combustible waste; selecting components of the processed waste stream based on their density; combining a quantity of first selected component with a quantity of a sorbent to form a sorbent-containing intermediate material; and combining a quantity of a second selected component with the intermediate material to form an engineered fuel feed stock. processing a municipal solid waste stream to remove non-combustible waste; selecting components of the processed waste stream based on their density; combining a quantity of first selected component with a quantity of a sorbent to form a sorbent-containing intermediate material; and combining a quantity of a second selected component with the intermediate material to form an engineered fuel feed stock.
Fuel composition comprising humins and at least one organic oxygenated solvent, and having an apparent viscosity of at most 1.5 Pa.s at 100 °C at a shear rate of 30 s -1, determined according to ASTM D4402, wherein the humins are water-insoluble by-products that have been produced by the dehydration of carbohydrates.
HVJ-E (hemagglutinating virus of Japan envelope) and a neutralizing antibody against Programmed cell death protein 1 (PD-1) for use in the prophylaxis or treatment of cancer.
A method for arc detection that is tolerant to switching interference of an inverter of a power system, the method comprising: sampling, by an analog-to-digital converter, a first signal on a first power line to generate a plurality of first digital samples at a sampling frequency; transforming, using a Fast Fourier Transform module, a first window of the first digital samples to a first frequency-domain representation; and classifying, by an arc detector, whether an arc fault is present in the power system based on the first frequency-domain representation, characterized in that said sampling frequency is coherent with a switching frequency of a pulse width modulation controller of the inverter. sampling, by an analog-to-digital converter, a first signal on a first power line to generate a plurality of first digital samples at a sampling frequency; transforming, using a Fast Fourier Transform module, a first window of the first digital samples to a first frequency-domain representation; and classifying, by an arc detector, whether an arc fault is present in the power system based on the first frequency-domain representation, characterized in that said sampling frequency is coherent with a switching frequency of a pulse width modulation controller of the inverter.
An active material for a nonaqueous electrolyte secondary battery, comprising a lithium-transition metal composite oxide which has an α-NaFeO 2 -type crystal structure and of which the average composition is represented by the composition formula of Li 1+α Me 1-α O 2 (Me is a transition metal containing Co, Ni and Mn; and α > 0), characterized in that the lithium-transition metal composite oxide is a particle having a core and a coated part, the cobalt concentration of the coated part is higher than the cobalt concentration of the core, the manganese concentration of the coated part is lower than the manganese concentration of the core, and the ratio of cobalt present in the coated part is 3 to 10% in terms of a molar ratio based on the amount of the transition metal present in the core.
A magnetic field sensor comprising a substrate (28,98); a magnetic sense element formed on the substrate (28, 98); and a shield structure formed on the substrate (28, 98) and fully encircling, but laterally spaced apart from, the magnetic sense element, the shield structure being configured to suppress stray magnetic fields (42, 44) along a first axis and a second axis, wherein the first and second axes (30, 32) are parallel to a surface (26, 96) of the substrate (28, 98) and perpendicular to one another, wherein the magnetic sense element is configured to sense a measurement magnetic field along the first axis, and the magnetic field sensor further comprises a magnetic field deflection element formed on the substrate (28, 98) proximate the magnetic sense element, wherein the magnetic field deflection element is configured to redirect an external magnetic field from a third axis, perpendicular to the surface (26, 96) of the substrate (28, 98), into the first axis to be sensed as the measurement magnetic field by the magnetic sense element, wherein the shield structure additionally encircles and is laterally spaced apart from sidewalls of the magnetic field deflection element, the sidewalls being in planes orthogonal to the substrate. a substrate (28,98); a magnetic sense element formed on the substrate (28, 98); and a shield structure formed on the substrate (28, 98) and fully encircling, but laterally spaced apart from, the magnetic sense element, the shield structure being configured to suppress stray magnetic fields (42, 44) along a first axis and a second axis, wherein the first and second axes (30, 32) are parallel to a surface (26, 96) of the substrate (28, 98) and perpendicular to one another, wherein the magnetic sense element is configured to sense a measurement magnetic field along the first axis, and the magnetic field sensor further comprises a magnetic field deflection element formed on the substrate (28, 98) proximate the magnetic sense element, wherein the magnetic field deflection element is configured to redirect an external magnetic field from a third axis, perpendicular to the surface (26, 96) of the substrate (28, 98), into the first axis to be sensed as the measurement magnetic field by the magnetic sense element, wherein the shield structure additionally encircles and is laterally spaced apart from sidewalls of the magnetic field deflection element, the sidewalls being in planes orthogonal to the substrate.
Code support (60a, 60b) adapted to be associated with or part of a capsule intended for delivering a beverage in a beverage producing device by centrifugation of the capsule, the support comprising a code formed by at least a first sequence of symbols and a second sequence of symbols, said code being represented on the support so that each symbol is sequentially readable by a reading arrangement of an external reading device while the capsule is driven in rotation along an axis of rotation, the first sequence comprising at least one first preamble sequence of symbols, and at least one first data sequence of symbols; the second sequence comprising at least one second preamble sequence of symbols and at least one second data sequence of symbols; the first preamble sequence being distinct from the second preamble sequence.
Water-permeable support structure, in particular for slope stabilization, in railway, road and path construction, and also for terracing and terrain shaping, comprising an arrangement of micropiles, which are anchored at a horizontal distance (a) from one another in the subsurface of a slope, and a flat retaining device mounted on the slope side of the micropiles, which bridges the regions between the micropiles, characterized in that the flat retaining device is supported on supports mounted close to the ground on the micropiles, wherein each micropile is embedded in a concrete seal which surrounds the micropile on all sides at a transition from the subsurface to the surface, has an extent measured in the direction of the slope of 15 cm to 50 cm, preferably 20 cm to 40 cm, and a depth (t) measured in the longitudinal direction of the micropile of 25 cm to 35 cm, preferably 30 cm, wherein each micropile continues into the subsurface beyond the depth of the concrete seal.
Polyvinyl acetal with a degree of acetalization of 70 - 84 mol %, characterised by a molar ratio of the amount of continuous syndiotactic sequences of vinyl alcohol groups with 3 members of 0.152 to 0.25, based on the total amount of vinyl alcohol groups in the polyvinyl acetal and having a solution viscosity in a 5 % by weight solution in ethanol of more than 90 mPas, wherein the molar ratio is determined according to the method mentioned in the specification and wherein the solution viscosity of the polyvinyl acetal is measured in accordance with DIN 53015.
Medical endoscopic instrument, having an elongated tube through which an axially moveable and rotationally moveable wire extends, having a tool part which is held adjustably and which is connected to the distal end of the wire or is formed by this, having an axial positioning device which is arranged in or on the distal end of the tube and is active between the wire and the tube, wherein the axial positioning device has a sliding block guide having a sliding block groove which consists of straight sections which connect to one another, characterised in that the sliding block groove has axial sections (25, 26, 27) which are orientated in parallel to the wire and peripheral sections (28, 29, 30, 31) which are orientated at a right angle to these and which are arranged to be alternating and form a meandering groove.
A control method for a refrigerator, comprising: a refrigerator compartment driving operation comprising cooling a refrigerator compartment by driving of an inverter type refrigerator compartment compressor; characterized by first driving operation of a freezer compartment comprising starting driving of an inverter type freezer compartment compressor when the refrigerator compartment reaches a first set temperature and before the refrigerator compartment driving operation is finished; a second driving operation of the freezer compartment comprising maintaining the driving of the freezer compartment compressor after the refrigerator compartment driving operation is finished and cooling the freezer compartment to a first target temperature; and a frequency-varying operation comprising cooling the refrigerator compartment to a second target temperature by driving the refrigerator compartment compressor again after the second driving operation of the freezer compartment is finished, wherein the refrigerator compartment compressor is operated at less than 100% of its capacity by varying an operating frequency of the refrigerator compartment compressor when the driving thereof starts. a refrigerator compartment driving operation comprising cooling a refrigerator compartment by driving of an inverter type refrigerator compartment compressor; characterized by first driving operation of a freezer compartment comprising starting driving of an inverter type freezer compartment compressor when the refrigerator compartment reaches a first set temperature and before the refrigerator compartment driving operation is finished; a second driving operation of the freezer compartment comprising maintaining the driving of the freezer compartment compressor after the refrigerator compartment driving operation is finished and cooling the freezer compartment to a first target temperature; and a frequency-varying operation comprising cooling the refrigerator compartment to a second target temperature by driving the refrigerator compartment compressor again after the second driving operation of the freezer compartment is finished, wherein the refrigerator compartment compressor is operated at less than 100% of its capacity by varying an operating frequency of the refrigerator compartment compressor when the driving thereof starts.
A magnetic resonance imaging apparatus comprising: a scanning section (2,5,6,7) for performing a first sequence a plurality of number of times, said first sequence being a navigator sequence for generating, using non-selective Radio Frequency, RF, excitation, a first MR signal containing information on body motion from a moving body part in a subject; a coil apparatus having a plurality of coil elements for receiving said first MR signal; a signal analyzing unit for obtaining data, said signal analyzing unit being arranged to determine a feature quantity of a navigator signal containing information on said first MR signal received by each of said plurality of coil elements, and being arranged to obtain data representing a temporal change of said feature quantity for each said coil element; a transforming unit being arranged to transform said data obtained for each said coil element into a frequency spectrum; and a selecting unit being arranged to select a coil element for determining a signal value of a body-motion signal for said subject from among said plurality of coil elements based on said frequency spectrum. a scanning section (2,5,6,7) for performing a first sequence a plurality of number of times, said first sequence being a navigator sequence for generating, using non-selective Radio Frequency, RF, excitation, a first MR signal containing information on body motion from a moving body part in a subject; a coil apparatus having a plurality of coil elements for receiving said first MR signal; a signal analyzing unit for obtaining data, said signal analyzing unit being arranged to determine a feature quantity of a navigator signal containing information on said first MR signal received by each of said plurality of coil elements, and being arranged to obtain data representing a temporal change of said feature quantity for each said coil element; a transforming unit being arranged to transform said data obtained for each said coil element into a frequency spectrum; and a selecting unit being arranged to select a coil element for determining a signal value of a body-motion signal for said subject from among said plurality of coil elements based on said frequency spectrum.
A method of providing data associated with a point of interest "POI" (410, 510) from a server computer to a navigation device, comprising: determining at the server computer, based on a location of a POI (410, 510), a portion of digital map data of a geographic region, said digital map data comprising a plurality of segments (411, 412, 413) representing navigable elements of a navigable network within the geographic region, wherein the POI (410, 510) is a speed enforcement device "SED" and the portion of the digital map data is determined on the basis of a warning time or warning distance to the SED; generating at the server computer POI-map data associated with the POI (410, 510) indicative of at least some road segments (411, 412, 413) within the portion of digital map data; receiving at the server computer location data indicative of the location of the navigation device; determining at the server computer whether the location of the navigation device is within a predetermined distance of the POI; and in response of determining that the location of the navigation device is within a predetermined distance of the POI, communicating by the server computer the POI-map data to the navigation device. determining at the server computer, based on a location of a POI (410, 510), a portion of digital map data of a geographic region, said digital map data comprising a plurality of segments (411, 412, 413) representing navigable elements of a navigable network within the geographic region, wherein the POI (410, 510) is a speed enforcement device "SED" and the portion of the digital map data is determined on the basis of a warning time or warning distance to the SED; generating at the server computer POI-map data associated with the POI (410, 510) indicative of at least some road segments (411, 412, 413) within the portion of digital map data; receiving at the server computer location data indicative of the location of the navigation device; determining at the server computer whether the location of the navigation device is within a predetermined distance of the POI; and
Method for producing a component of an injection system of an internal combustion engine of a low-alloy steel material that is exposed to pressure and wear at least in a localized region, comprising the following method steps: a) machining the component in a state in which it has not been heat-treated, characterized by b) subsequently locally covering the component with a powder comprising essentially either boron or chromium, c) subsequently heat-treating the component covered locally with powder for the localized diffusion either of boron atoms from the boron-comprising powder or of chromium atoms from the chromium-comprising powder into the outer layer of the component at a first temperature, which is greater than the austenitization temperature of the low-alloy steel material, the first temperature being at least 890°C to at most 950°C, d) subsequently cooling the component to room temperature and removing the powder, and e) subsequently heat-treating the component once again to set either a martensitic or a bainitic microstructure at a second temperature, which is lower than the first temperature, the second temperature being at least 840°C to at most 870°C. a) machining the component in a state in which it has not been heat-treated, characterized by b) subsequently locally covering the component with a powder comprising essentially either boron or chromium, c) subsequently heat-treating the component covered locally with powder for the localized diffusion either of boron atoms from the boron-comprising powder or of chromium atoms from the chromium-comprising powder into the outer layer of the component at a first temperature, which is greater than the austenitization temperature of the low-alloy steel material, the first temperature being at least 890°C to at most 950°C, d) subsequently cooling the component to room temperature and removing the powder, and e) subsequently heat-treating the component once again to set either a martensitic or a bainitic microstructure at a second temperature, which is lower than the first temperature, the second temperature being at least 840°C to at most 870°C.
A placement head for a placement machine for equipping substrates with components, wherein the placement head comprises a frame element for fastening placement head modules (10, 11, 12), wherein the frame element comprises two or more interfaces, which are each constituted for the transmission of energy, data and/or air in each case to the placement head module (10, 11, 12), wherein all the interfaces of the frame element are constituted identical, wherein each interface is part of an accommodation arrangement of the frame element, wherein each accommodation arrangement is constituted for the form-fit accommodation of in each case one placement head module (10, 11, 12), wherein all the accommodation arrangements comprise identically constituted accommodation spaces, and wherein the accommodation arrangements are each constituted both for the accommodation of a placement head module (10, 11, 12) constituted as an actuator element as well as for the accommodation of a placement head module (10, 11, 12) constituted as a sensor element.
A self-driven carriage for automatically storing and accessing containers in a storage rack arrangement, wherein the carriage comprises a first wheel set for driving along a first axis (x) and a second wheel set for driving along a second axis (y) extending transverse to the first axis (x), wherein at least one of the first wheel set and the second wheel set is vertically movable between a driving position and an idle position, wherein the lower one of the first wheel set and the second wheel set is in the driving position and the upper one of the first wheel set and the second wheel set is in the idle position, wherein the carriage further comprises a support surface for carrying a bottom surface of a container, wherein the carriage further comprises a centring and securing system for centring and securing a container on the support surface, characterised in that the centring and securing system comprises at least two engaging elements being simultaneously movable in opposite directions to each other between an idle position and a securing position, wherein the engaging elements are configured to engage, in the securing position, with the container for securing the container on the support surface, wherein the first wheel set and/or the second wheel set are vertically movable by at least one lift motor, wherein the support surface is vertically movable, by the at least one lift motor, relative to the lower one of the first wheel set and the second wheel set.
A nucleic acid molecule encoding a chimeric antigen receptor, wherein the nucleic acid molecule expresses a polypeptide comprising an amino acid sequence selected from and
A process for continuously dehydrating aqueous 3-hydroxypropionic acid to acrylic acid, which comprises, in a preceding step, distilling some of the water out of aqueous 3-hydroxypropionic acid, in the course of which some of the monomeric 3-hydroxypropionic acid is converted to oligomeric 3-hydroxypropionic acid with elimination of water and the mixture of monomeric 3-hydroxypropionic acid and oligomeric 3-hydroxypropionic acid thus obtained is withdrawn continuously from the bottom of the distillation, in a first step i), converting an aqueous mixture of 3-hydroxypropionic acid and oligomeric 3-hydroxypropionic acid to acrylic acid in the liquid phase and at a pressure of less than 900 mbar and separating aqueous acrylic acid from the liquid phase by distillation and, in a second step ii), separating the aqueous acrylic acid obtained in step i) at a pressure of less than 900 mbar, by distillation into an acrylic acid-rich phase and a water-rich phase.