mhurhangee/ep-ind-claims huggingface dataset:
A signal light (1, 31) having a housing containing semiconductor-based light sources and a light-radiating surface of the signal light, wherein a light-guiding chamber provided between the semiconductor-based light source and the light-radiating surface is filled with a transparent potting body, and wherein - a reflector having a reflector surface is provided, at which light emitted by the semiconductor-based light sources is reflectable in the direction of the light-radiating surface of the signal light, characterized in that - the housing has a plate edge and a receiving trough, within which the reflector and transparent potting bodies joining the reflector in the radial direction are arranged, wherein an upper side of the transparent potting body flushly joins the plate edge of the housing as well as an upper side of the reflector in order to form an upper side of the signal light, which preferably has a planar configuration, - in that the transparent potting body extends from an upper side of a light source carrier which receives the light source, adhering to the reflector surface, up to the light-radiating surface of the signal light (1, 31), - in that the light-radiating surface is formed by a surface of the transparent potting body, - in that the transparent potting body is laterally delimited by an upright inner side of the receiving trough and the reflector surface of the reflector, the distance (a) of which from one another is smaller than a distance (b) of opposite regions of the reflector surfaces circulating around a central axis of the housing. - a reflector having a reflector surface is provided, at which light emitted by the semiconductor-based light sources is reflectable in the direction of the light-radiating surface of the signal light, characterized in that - the housing has a plate edge and a receiving trough, within which the reflector and transparent potting bodies joining the reflector in the radial direction are arranged, wherein an upper side of the transparent potting body flushly joins the plate edge of the housing as well as an upper side of the reflector in order to form an upper side of the signal light, which preferably has a planar configuration, - in that the transparent potting body extends from an upper side of a light source carrier which receives the light source, adhering to the reflector surface, up to the light-radiating surface of the signal light (1, 31), - in that the light-radiating surface is formed by a surface of the transparent potting body, - in that the transparent potting body is laterally delimited by an upright inner side of the receiving trough and the reflector surface of the reflector, the distance (a) of which from one another is smaller than a distance (b) of opposite regions of the reflector surfaces circulating around a central axis of the housing.
A recording apparatus comprising: a transportation belt for transporting a recording medium; a washing portion for washing the transportation belt; and a selection unit configured to select a transportation mode for transporting the recording medium from among a washing transportation mode in which the transportation belt is transported while being washed by the washing portion, and a non-washing transportation mode in which the transportation belt is transported without being washed by the washing portion, characterised in that the selection unit is configured to select, as a transportation mode for use in transporting the recording medium without performing a recording operation after a recording operation onto the recording medium has been brought to a halt, whichever of the washing transportation mode and the non-washing transportation mode was selected in the recording operation having been brought to a halt. a transportation belt for transporting a recording medium; a washing portion for washing the transportation belt; and a selection unit configured to select a transportation mode for transporting the recording medium from among a washing transportation mode in which the transportation belt is transported while being washed by the washing portion, and a non-washing transportation mode in which the transportation belt is transported without being washed by the washing portion, characterised in that the selection unit is configured to select, as a transportation mode for use in transporting the recording medium without performing a recording operation after a recording operation onto the recording medium has been brought to a halt, whichever of the washing transportation mode and the non-washing transportation mode was selected in the recording operation having been brought to a halt.
A method of annealing a metal member, the method comprising: disposing a first heater in an inner space of a hollow cylindrical metal member having an inner peripheral surface provided with a plurality of teeth protruding toward a central direction, the first heater radiating infrared light and being disposed so as to extend parallel to a direction of a central axis of the metal member; heating the metal member from the inner space with the first heater to a target temperature being 700°C or higher; and gradually cooling the metal member after heating. disposing a first heater in an inner space of a hollow cylindrical metal member having an inner peripheral surface provided with a plurality of teeth protruding toward a central direction, the first heater radiating infrared light and being disposed so as to extend parallel to a direction of a central axis of the metal member; heating the metal member from the inner space with the first heater to a target temperature being 700°C or higher; and gradually cooling the metal member after heating.
A bioprosthetic heart valve assembly having a geometric configuration for implantation in an annulus of the native heart valve comprising: a. a tubular structure having an entry opening end and an exit opening at opposite ends thereof, wherein the tubular structure is comprised of an expandable stent structure comprised of a plurality of interconnected elements having a compressed configuration and an expanded configuration and wherein a plurality of the elements are comprised of winglets that extend away from the external circumferential surface of the stent in the expanded configuration, b. a biocompatible material affixed to an inner annular region between the entry opening and the exit opening, and c. a valve comprised of a plurality of leaflets capable of forming a fluid tight seal at the opposing edges thereof wherein the circumference of the plurality of leaflets together form a fluid tight seal about an interior of the valve assembly between the entry opening and the exit opening, characterized in that the tubular structure has a tapered diameter along its whole length, such that the entry opening has a smaller diameter than the exit opening. a. a tubular structure having an entry opening end and an exit opening at opposite ends thereof, wherein the tubular structure is comprised of an expandable stent structure comprised of a plurality of interconnected elements having a compressed configuration and an expanded configuration and wherein a plurality of the elements are comprised of winglets that extend away from the external circumferential surface of the stent in the expanded configuration, b. a biocompatible material affixed to an inner annular region between the entry opening and the exit opening, and c. a valve comprised of a plurality of leaflets capable of forming a fluid tight seal at the opposing edges thereof wherein the circumference of the plurality of leaflets together form a fluid tight seal about an interior of the valve assembly between the entry opening and the exit opening,
A filter apparatus comprising at least one filter element, the filter element forming an assembly in the manner of a filter cartridge that can be replaced as a whole, the filter element having an end part, the filter element including a filter medium disposed between two receiving parts (31, 35) and a connecting device located on the lower receiving part for fluid connection to a fluid device, in particular a fluid tank, with a closure part positioned on the connecting device, which closure part is pre-tensioned into a closed position blocking the connecting device by the effect of a first energy accumulator for a movement running away from the upper receiving part, the filter element having another, second energy accumulator for generating a relative movement between the lower receiving part and the end part of the filter element, the filter element having a sealing device that has a sealing effect upon passages of the end part between the lower receiving part for the filter medium and the end part of the filter element as soon as the end part and the lower receiving part are in contact with one another by the effect of the second energy accumulator, the filter medium surrounding a fluid-permeable support tube defining an inner filter cavity into which a spring housing extends passing from a central opening of the lower receiving part forming a component of the connecting device on which housing a compression spring serving as a first energy accumulator is supported, the other end of which spring pre-tensions the closure part that is moveably guided within the spring housing into the closed position resting against the opening edge of the central opening, for the movement of the lower receiving part relative to the end part the filter medium being able to be moved within a sheath of the filter element, which sheath has a closed end close to the upper receiving part and being closed off at the other end by the end part forming part of the sheath such that when said end part and the lower receiving part are lying against one another such as to form a seal, a fluid-tight enclosure of the space located between the outside of the filter medium and the sheath is formed.
A torque detector comprising: a permanent magnet attached to one of an input shaft and an output shaft that are connected to each other by a torsion bar so as to be rotated relative to each other in response to torsion of the torsion bar, and magnetized in a circumferential direction of the torque detector; magnetic yokes including a first magnetic yoke having a first ring disposed around an outer periphery of the permanent magnet and a plurality of first teeth extending from the first ling in an axial direction of the torque detector, and a second magnetic yoke having a second ring disposed around the outer periphery of the permanent magnet so as to be opposed to and apart from the first ring in the axial direction and a plurality of second teeth extending from the second ring toward the first ring in the axial direction, the first teeth and the second teeth being alternately arranged in the circumferential direction, and the magnetic yokes being attached to the other one of the input shaft and the output shaft so as to be located in a magnetic field created by the permanent magnet; and a magnetic sensor configured to detect a magnetic flux density of a magnetic circuit formed of the permanent magnet, the first magnetic yoke and the second magnetic yoke, characterized in that: the first teeth extend in the axial direction beyond the second ring, and the second teeth extend in the axial direction beyond the first ring a permanent magnet attached to one of an input shaft and an output shaft that are connected to each other by a torsion bar so as to be rotated relative to each other in response to torsion of the torsion bar, and magnetized in a circumferential direction of the torque detector; magnetic yokes including a first magnetic yoke having a first ring disposed around an outer periphery of the permanent magnet and a plurality of first teeth extending from the first ling in an axial direction of the torque detector, and a second magnetic yoke having a second ring disposed around the outer periphery of the permanent magnet so as to be opposed to and apart from the first ring in the axial direction and a plurality of second teeth extending from the second ring toward the first ring in the axial direction, the first teeth and the second teeth being alternately arranged in the circumferential direction, and the magnetic yokes being attached to the other one of the input shaft and the output shaft so as to be located in a magnetic field created by the permanent magnet; and a magnetic sensor configured to detect a magnetic flux density of a magnetic circuit formed of the permanent magnet, the first magnetic yoke and the second magnetic yoke, characterized in that: the first teeth extend in the axial direction beyond the second ring, and the second teeth extend in the axial direction beyond the first ring the first teeth extend in the axial direction beyond the second ring, and the second teeth extend in the axial direction beyond the first ring
A method of wireless communication for an apparatus, comprising: obtaining an indication that a temporally interleaved symbol configuration is to be used for communicating control information between the apparatus and another apparatus; and communicating the control information using contiguous temporally interleaved symbols as a result of obtaining the indication, characterized in that the contiguous temporally interleaved symbols include a first set of the contiguous temporally interleaved symbols consisting of the first symbol, the third symbol, and the fifth symbol, wherein the first set of the contiguous temporally interleaved symbols constitutes a first RTS/CTS handshaking process and the contiguous temporally interleaved symbols include a second set of the contiguous temporally interleaved symbols consisting of the second symbol, the fourth symbol, and the sixth symbol, wherein the second set of the contiguous temporally interleaved symbols constitutes a second RTS/CTS handshaking process. obtaining an indication that a temporally interleaved symbol configuration is to be used for communicating control information between the apparatus and another apparatus; and communicating the control information using contiguous temporally interleaved symbols as a result of obtaining the indication, characterized in that the contiguous temporally interleaved symbols include a first set of the contiguous temporally interleaved symbols consisting of the first symbol, the third symbol, and the fifth symbol, wherein the first set of the contiguous temporally interleaved symbols constitutes a first RTS/CTS handshaking process and the contiguous temporally interleaved symbols include a second set of the contiguous temporally interleaved symbols consisting of the second symbol, the fourth symbol, and the sixth symbol, wherein the second set of the contiguous temporally interleaved symbols constitutes a second RTS/CTS handshaking process.
A method for preparing an immortalized human cell line stably transfected with a nucleic acid sequence comprising a gene encoding a human target protein or a derivative or mutant thereof, a promoter and a bovine growth hormone polyadenylation (polyA) signal, said promoter and polyA signal being linked to the 5' and 3' end of the gene encoding said human target protein, respectively, which method comprises transfecting an immortalized human host cell line under serum-free conditions with a transfection vector comprising said nucleic acid sequence and an origin of replication, wherein the immortalized human cell line is cultured under serum-free conditions.
A rotary connector (10, 30, 50), comprising: a case including a housing space and fixed to a vehicle body that includes a steering wheel including a steering-side electric component; a rotor (110, 210, 310) that is rotatable around a rotational axis relative to the case; a first connector (10D, 10E) provided on the rotor (110, 210, 310) and electrically connected to the steering-side electric component; a second connector provided on the case and electrically connected to a vehicle-side electric component in the vehicle body; a flexible cable that is provided in a wound state in the housing space of the case and electrically connects the first connector (10D, 10E) to the second connector; and a controller (120, 220, 320) that is disposed between the first connector (10D, 10E) and the flexible cable and performs a predetermined process on an electric signal transmitted between the first connector (10D, 10E) and the flexible cable, wherein the controller (120, 220, 320) is configured to rotate together with the rotor (110, 210, 310), and wherein the controller (120, 220, 320) is held by a flat plate part of the rotor (110, 210, 310), the flat plate part facing the housing space and extending in a direction orthogonal to the rotational axis. a case including a housing space and fixed to a vehicle body that includes a steering wheel including a steering-side electric component; a rotor (110, 210, 310) that is rotatable around a rotational axis relative to the case; a first connector (10D, 10E) provided on the rotor (110, 210, 310) and electrically connected to the steering-side electric component; a second connector provided on the case and electrically connected to a vehicle-side electric component in the vehicle body; a flexible cable that is provided in a wound state in the housing space of the case and electrically connects the first connector (10D, 10E) to the second connector; and a controller (120, 220, 320) that is disposed between the first connector (10D, 10E) and the flexible cable and performs a predetermined process on an electric signal transmitted between the first connector (10D, 10E) and the flexible cable, wherein the controller (120, 220, 320) is configured to rotate together with the rotor (110, 210, 310), and wherein the controller (120, 220, 320) is held by a flat plate part of the rotor (110, 210, 310), the flat plate part facing the housing space and extending in a direction orthogonal to the rotational axis.
Method for identifying a radio signal as a radio signal that corresponds with a certain OFDM transmission standard wherein OFDM symbols corresponding with the OFDM transmission standard each comprise a guard interval, the OFDM transmission standard comprises multiple transmission modes, and OFDM symbols transmitted in different of the transmission modes each comprise another symbol length, the method comprising the following steps: - receiving the radio signal, - converting the received radio signal into the baseband of the OFDM transmission standard so that a baseband signal is generated, - calculating a maximum correlation metric of the baseband signal for each of the transmission modes by using parameters of the respective transmission mode, - calculating a peak value / mean value relation for each of the maximum correlation metrics, and the following characteristic steps: - determining the major peak value / mean value relation of those of the peak value / mean value relations that exceed a predetermined first threshold value, - calculating a difference between the determined major peak value / mean value relation and each of the other peak value / mean value relations in each case, and - signalling that the radio signal corresponds with the OFDM transmission standard if each of the differences exceeds a predetermined second threshold value. - receiving the radio signal, - converting the received radio signal into the baseband of the OFDM transmission standard so that a baseband signal is generated, - calculating a maximum correlation metric of the baseband signal for each of the transmission modes by using parameters of the respective transmission mode, - calculating a peak value / mean value relation for each of the maximum correlation metrics, and the following characteristic steps: - determining the major peak value / mean value relation of those of the peak value / mean value relations that exceed a predetermined first threshold value, - calculating a difference between the determined major peak value / mean value relation and each of the other peak value / mean value relations in each case, and - signalling that the radio signal corresponds with the OFDM transmission standard if each of the differences exceeds a predetermined second threshold value. - determining the major peak value / mean value relation of those of the peak value / mean value relations that exceed a predetermined first threshold value, - calculating a difference between the determined major peak value / mean value relation and each of the other peak value / mean value relations in each case, and - signalling that the radio signal corresponds with the OFDM transmission standard if each of the differences exceeds a predetermined second threshold value.
A toilet cleaning system comprising a toilet rimblock comprising a composition for lavatory cleaning comprising: i) at least one surfactant; ii) at least one filler; iii) at least one non-hydraulic binding agent; iv) optionally at least one bittering agent; v) optionally at least one solvent; vi) at least one additive; and vii) optionally fragrance components and/or a perfume and said system further comprising a cageless release device, wherein at least one filler is selected from sulfate and carbonate fillers or a combination thereof; wherein at least one additive is selected from acids, bases, antimicrobial agents, thickening agents, corrosion inhibitors, flush regulators, enzymes, microorganisms, biofilm reducing agents, limescale reducing agents, pigments, colorants, or dyes or combinations thereof; and wherein at least one non-hydraulic binding agent is selected from clay; gypsum, like calcium sulfate dihydrate; non-hydraulic lime; amorphous calcium oxide; amorphous magnesium oxide; fireclay mortar; magnesium oxychloride cement; white lime; phosphate binder; soluble glass; or slaked lime or combinations thereof. i) at least one surfactant; ii) at least one filler; iii) at least one non-hydraulic binding agent; iv) optionally at least one bittering agent; v) optionally at least one solvent; vi) at least one additive; and vii) optionally fragrance components and/or a perfume
A floor treatment system, comprising a mobile floor treatment apparatus and a docking station therefor, wherein the floor treatment apparatus has at least one liquid container (44, 48) with a container wall (56, 68) and a container interior (58, 70), characterized in that the floor treatment apparatus has at least one liquid conduit for providing a liquid for the container interior (58, 70), wherein the docking station comprises a supply conduit which, in a docked position of the floor treatment apparatus on the docking station, is in fluidic connection with the at least one liquid conduit, wherein the floor treatment system comprises an opening device by way of which a wall portion (80, 82) of the container wall (56, 68) is movable, for clearing at least one container opening (60, 72) of the at least one liquid container (44, 48), into an open position, and in the docked position of the floor treatment apparatus the liquid can exit from the container interior (58, 70) through the container opening (60, 72).
A clutch disk, having friction linings arranged radially on the outside as an input element, a hub as an output element, at least one energy accumulator and a support, wherein the input element can be rotated against the force of the at least one energy accumulator relative to the output element, wherein the support is connected to the output element, characterised in that the support is formed from two joined support disks (6, 7), wherein between the two support disks (6, 7) at least one pendulum mass can be moved relative to the support disks (6, 7).
A method of preparing 1,3,5-trioxane using a reaction distillation tower including a reactor 10 and a distillation tower 20 provided with a distillation unit 21 and an extraction unit 22, wherein a water phase (a), which is separated from a stream discharged from the extraction unit 22 and then introduced into a decanter, is refluxed into the distillation unit 21 and the extraction unit 22.