mhurhangee/ep-ind-claims huggingface dataset:
A joined body having: two or more members (Yi) including a first member including a first fitting hole, and a second member including a second fitting hole; and a fastening rod fastening the members (Yi), the fastening rod including reinforcing fibers and a thermoplastic resin, the fastening rod passing through the first fitting hole and the second fitting hole in a state where one end portion of the fastening rod is positioned at a first member side and the other end portion of the fastening rod is deformed by heat to fasten the first member and the second member, and the fastening rod including one or more protrusions which are engaged with at least one of the first fitting hole and the second fitting hole to temporarily fix the fastening rod to the members (Yi), characterized in that the protrusion is formed in a region facing a circumferential surface of at least one of the first fitting hole and the second fitting hole, and the protrusion is in the shape of a rib extending along a central axis of the fastening rod. two or more members (Yi) including a first member including a first fitting hole, and a second member including a second fitting hole; and a first member including a first fitting hole, and a second member including a second fitting hole; and a fastening rod fastening the members (Yi), the fastening rod including reinforcing fibers and a thermoplastic resin, the fastening rod passing through the first fitting hole and the second fitting hole in a state where one end portion of the fastening rod is positioned at a first member side and the other end portion of the fastening rod is deformed by heat to fasten the first member and the second member, and the fastening rod including one or more protrusions which are engaged with at least one of the first fitting hole and the second fitting hole to temporarily fix the fastening rod to the members (Yi), characterized in that the protrusion is formed in a region facing a circumferential surface of at least one of the first fitting hole and the second fitting hole, and the protrusion is in the shape of a rib extending along a central axis of the fastening rod.
A site container comprising: - at least a first room (P 1) and a second room (P 2); - a frame including a floor and at least one partition separating the first room from the second room; - a generator set disposed in the first room; and - a vibration reduction device cooperating with the generator set to prevent the transmission of vibrations between the generator set and the frame, characterized in that the vibration reduction device is configured to mechanically decouple the generator set of the frame, the vibration reduction device comprising means for moving the generator set away from the frame, configured to lift the generator set relative to the floor of the frame, the means for moving the generator set away from the frame comprising at least one lifting element configured to lift the generator set by bearing on the ground below the frame. - at least a first room (P 1) and a second room (P 2); - a frame including a floor and at least one partition separating the first room from the second room; - a generator set disposed in the first room; and - a vibration reduction device cooperating with the generator set to prevent the transmission of vibrations between the generator set and the frame, characterized in that the vibration reduction device is configured to mechanically decouple the generator set of the frame, the vibration reduction device comprising means for moving the generator set away from the frame, configured to lift the generator set relative to the floor of the frame, the means for moving the generator set away from the frame comprising at least one lifting element configured to lift the generator set by bearing on the ground below the frame.
A filter device, in particular for fluids, such as diesel oil, contaminated with water impurities, which device has a filter housing having fluid connections in the form of a fluid inlet and a fluid outlet, in which housing at least one filter element can be accommodated, the filter medium of which, which surrounds an inner filter cavity, can have fluid flowing therethrough from the unfiltered side to the filtered side during the filtration process, wherein a water separation device and a separation region for separated water are present on one side of filter medium and filter element has a passage forming a fluid connection to filter cavity and at least one water passage open towards separation region, to which water passage an element retainer of filter housing can be secured and connected to a water collecting space, wherein an adapter part is provided at least as a part of a fluid-conducting device, in which adapter part fluid paths are formed which are separated from each other, the first fluid path (59, 67, 61) of which leads from a fluid connection of housing to inner filter cavity of filter element via passage and the second fluid path connects the respective water passage to water collecting space, characterised in that element retainer has a pipe connector which forms the connection between main part of housing which accommodates filter element and water collecting space located thereunder, and that adapter part has a sleeve body which can be accommodated in pipe connector.
A process for preparing an acryloyloxysilane, the process comprising: 1) heating, at a temperature of from 50 to 160 °C a metal salt of a carboxylic acid having the formula [CR 2 2 =CR 1 COO -] a M a+, a haloorganoalkoxysilane having the formula XR 3 Si(OR 4) n R 5 3-n, a catalyst, and a combination of 2100 ppmw to 3500 ppmw water and 3100 ppmw to 3500 ppmw methanol, to form a mixture comprising an acryloyloxysilane and a metal halide having the formula M a+ X - a, wherein R 1 is H, R 7 COO - M a+, or C 1 -C 6 hydrocarbyl, each R 2 is independently R 1 or [COO -]M a+, M a+ is an alkali metal cation or alkaline earth metal cation, a is 1 or 2, X is halo, R 3 is C 1 -C 6 hydrocarbylene, each R 4 is independently C 1 -C 10 hydrocarbyl, each R 5 is independently R 1, R 7 is hydrocarbylene having from 1 to 6 carbon atoms, and n is an integer from 1 to 3; and 2) removing at least a portion of the metal halide from the mixture by filtration. 1) heating, at a temperature of from 50 to 160 °C a metal salt of a carboxylic acid having the formula [CR 2 2 =CR 1 COO -] a M a+, a haloorganoalkoxysilane having the formula XR 3 Si(OR 4) n R 5 3-n, a catalyst, and a combination of 2100 ppmw to 3500 ppmw water and 3100 ppmw to 3500 ppmw methanol, to form a mixture comprising an acryloyloxysilane and a metal halide having the formula M a+ X - a, wherein R 1 is H, R 7 COO - M a+, or C 1 -C 6 hydrocarbyl, each R 2 is independently R 1 or [COO -]M a+, M a+ is an alkali metal cation or alkaline earth metal cation, a is 1 or 2, X is halo, R 3 is C 1 -C 6 hydrocarbylene, each R 4 is independently C 1 -C 10 hydrocarbyl, each R 5 is independently R 1, R 7 is hydrocarbylene having from 1 to 6 carbon atoms, and n is an integer from 1 to 3; and 2) removing at least a portion of the metal halide from the mixture by filtration.
A drug product filling device for filling at least one liquid drug product into containers, comprising: a) at least one drug product preparation device, the drug product preparation device being configured for preparing the liquid drug product, wherein the drug product preparation device comprises at least one mixing vessel for mixing at least two components of the drug product; b) at least one filling station for filling the liquid drug product into the containers, the filling station being fluidically coupled to the drug product preparation device; c) at least one degassing device, the degassing device being fluidically interposed in between the drug product preparation device and the filling station and the degassing device comprising at least one membrane for at least partially separating off at least one gas from the liquid drug product, wherein the membrane is a non-porous membrane, wherein the degassing device comprises at least one hollow fiber membrane module comprising a plurality of hollow fibers, wherein the hollow fibers are at least partially formed by the membrane, wherein the hollow fibers are sterilizable; and d) at least one in-line filtering device fluidically interposed in between the drug product preparation device and the filling station, wherein the in-line filtering device comprises a sterile filter. a) at least one drug product preparation device, the drug product preparation device being configured for preparing the liquid drug product, wherein the drug product preparation device comprises at least one mixing vessel for mixing at least two components of the drug product; b) at least one filling station for filling the liquid drug product into the containers, the filling station being fluidically coupled to the drug product preparation device; c) at least one degassing device, the degassing device being fluidically interposed in between the drug product preparation device and the filling station and the degassing device comprising at least one membrane for at least partially separating off at least one gas from the liquid drug product, wherein the membrane is a non-porous membrane, wherein the degassing device comprises at least one hollow fiber membrane module comprising a plurality of hollow fibers, wherein the hollow fibers are at least partially formed by the membrane, wherein the hollow fibers are sterilizable; and d) at least one in-line filtering device fluidically interposed in between the drug product preparation device and the filling station, wherein the in-line filtering device comprises a sterile filter.
A dispensing system for dispensing and depositing one or more fluid depositions onto at least one region of a substrate moving along a longitudinally extending flow path with respect to the dispensing system, comprising: a manifold having internal passageways for fluid flow therein and one or more drive gears; a drive arm mounted on the manifold, the drive arm having a drive motor configured to drive the one or more drive gears; one or more pump assemblies mounted on a top surface of the manifold, each pump assembly formed as a rotary gear pump having a gear train formed by two gears, wherein one of the gears is disposed in meshed relationship with a respective drive gear of the one or more drive gears; a filter block for filtering the fluid received in the system; an applicator or nozzle adapter fluidically connected to the manifold; one or more applicators or nozzles fluidically connected to the applicator or nozzle adapter and configured to dispense the fluid onto the substrate; and one or more valve module assemblies configured to control flow of the fluid to the one or more applicators or nozzles characterised in that the drive arm is rotatable relative to the manifold between a first, vertical position and a second, horizontal position. a manifold having internal passageways for fluid flow therein and one or more drive gears; a drive arm mounted on the manifold, the drive arm having a drive motor configured to drive the one or more drive gears; one or more pump assemblies mounted on a top surface of the manifold, each pump assembly formed as a rotary gear pump having a gear train formed by two gears, wherein one of the gears is disposed in meshed relationship with a respective drive gear of the one or more drive gears; a filter block for filtering the fluid received in the system; an applicator or nozzle adapter fluidically connected to the manifold; one or more applicators or nozzles fluidically connected to the applicator or nozzle adapter and configured to dispense the fluid onto the substrate; and one or more valve module assemblies configured to control flow of the fluid to the one or more applicators or nozzles
A system for observing a patient's retina using multiple light beams, the system comprising: an X-Y scanner; and at least two emitters, each emitter transmitting a beam of light towards the X-Y scanner, wherein at least one emitter is for a scanning laser ophthalmoscopy system and at least one emitter is for an optical coherence tomography system, characterized in that: each of emitters is positioned such that each beam is transmitted at a different angle from each other beam, each beam thereby reaching the X-Y scanner at a different angle from each other beam. an X-Y scanner; and at least two emitters, each emitter transmitting a beam of light towards the X-Y scanner, wherein at least one emitter is for a scanning laser ophthalmoscopy system and at least one emitter is for an optical coherence tomography system, characterized in that: each of emitters is positioned such that each beam is transmitted at a different angle from each other beam, each beam thereby reaching the X-Y scanner at a different angle from each other beam.
A method for digitally modulating a signal in a communication network, such method comprising: selecting a modulation scheme represented by a given constellation of points (P1-P8; P1'-P16') within the complex plane, each point having a given initial position comprising an I-coordinate and a Q-coordinate in the complex plane, the given constellation having a mean symbol energy, and modifying the I-coordinate and/or the Q-coordinate of at least one of said constellation points (P1-P3; P1'-P4') around said initial position so as to optimize a performance function associated with said modulation scheme while keeping constant the mean symbol energy, wherein said modulation scheme is a bit interleaved coded modulation scheme in which bit patterns are mapped into modulation symbols according to a non-Gray labelling map, and wherein said given modulation scheme is a set partitioning 16-QAM, SP-16QAM, scheme and modifying the I-coordinate and/or Q-coordinate of at least one of said constellation points (P1-P3; P1'-P4') is computed on the basis that: P 1 ≡ √ Es * / 9.18, 0, P 2 ≡ √ Es * / 3.66, 1.86 √ Es * / 4.76 P 3 ≡ 3 √ Es * / 4.76, 0 where Es* is the mean symbol energy, and where P1, P2 and P3 are the constellation points located in the first quadrant. selecting a modulation scheme represented by a given constellation of points (P1-P8; P1'-P16') within the complex plane, each point having a given initial position comprising an I-coordinate and a Q-coordinate in the complex plane, the given constellation having a mean symbol energy, and modifying the I-coordinate and/or the Q-coordinate of at least one of said constellation points (P1-P3; P1'-P4') around said initial position so as to optimize a performance function associated with said modulation scheme while keeping constant the mean symbol energy, wherein said modulation scheme is a bit interleaved coded modulation scheme in which bit patterns are mapped into modulation symbols according to a non-Gray labelling map, and wherein said given modulation scheme is a set partitioning 16-QAM, SP-16QAM, scheme and modifying the I-coordinate and/or Q-coordinate of at least one of said constellation points (P1-P3; P1'-P4') is computed on the basis that: P 1 ≡ √ Es * / 9.18, 0, P 2 ≡ √ Es * / 3.66, 1.86 √ Es * / 4.76 P 3 ≡ 3 √ Es * / 4.76, 0 where Es* is the mean symbol energy, and where P1, P2 and P3 are the constellation points located in the first quadrant.
A navigational information display device, comprising: a navigational information acquisition part configured to acquire first navigational information associated with a geographical position; a display part configured to display a navigational image indicated using a geometrical figure related to the first navigational information, and further display at least any of characters comprised of a first navigational information character indicative of the first navigational information, a second navigational information character indicative of a second navigational information of which a display position is determined based on a spatial relationship with a screen of the display part, and a device operation character related to operation of the display device; an input part into which an instruction signal to instruct a change in a display orientation of the screen is inputted; and an arithmetic logical unit configured to change a display orientation of the character while maintaining a display orientation of the navigational image, when the instruction signal is inputted into the input part, wherein the second navigational information character is displayed on the display part, and characterised in that the arithmetic logical unit changes a display position of the second navigational information character to a position corresponding to the display orientation of the screen after the change, and further hanges a display orientation of the second navigational information character, in response to the input of the instruction signal. a navigational information acquisition part configured to acquire first navigational information associated with a geographical position; a display part configured to display a navigational image indicated using a geometrical figure related to the first navigational information, and further display at least any of characters comprised of a first navigational information character indicative of the first navigational information, a second navigational information character indicative of a second navigational information of which a display position is determined based on a spatial relationship with a screen of the display part, and a device operation character related to operation of the display device; an input part into which an instruction signal to instruct a change in a display orientation of the screen is inputted; and an arithmetic logical unit configured to change a display orientation of the character while maintaining a display orientation of the navigational image, when the instruction signal is inputted into the input part, wherein the second navigational information character is displayed on the display part, and characterised in that the arithmetic logical unit changes a display position of the second navigational information character to a position corresponding to the display orientation of the screen after the change, and further hanges a display orientation of the second navigational information character, in response to the input of the instruction signal.
A core material having a spherical shape, comprising: a core; and an electric solder plating layer of an (Sn-Bi)-based solder alloy made of Sn and Bi on a surface of the core, the electric solder plating layer being subjected to electric solder plating, characterized in that the core includes a metal simple substance of Cu, Ni, Ag, Bi, Pb, Al, Sn, Fe, Zn, In, Ge, Sb, Co, Mn, Au, Si, Pt, Cr, La, Mo, Nb, Pd, Ti, Zr, or Mg, or an alloy of two or more types thereof, a metal oxide thereof, or a metal mixed oxide thereof, and when a concentration ratio of Bi contained in the solder plating layer is set to Concentration Ratio % = Measured Value of Bi mass % / Target Bi Content mass % ∗ 100, or Concentration Ratio % = Average Value of Measured Values of Bi mass % / Target Bi Content mass % ∗ 100, the concentration ratio is in a range of 91.4% to 106.7%; and the core material has a sphericity of greater than or equal to 0.95. a core; and an electric solder plating layer of an (Sn-Bi)-based solder alloy made of Sn and Bi on a surface of the core, the electric solder plating layer being subjected to electric solder plating, characterized in that the core includes a metal simple substance of Cu, Ni, Ag, Bi, Pb, Al, Sn, Fe, Zn, In, Ge, Sb, Co, Mn, Au, Si, Pt, Cr, La, Mo, Nb, Pd, Ti, Zr, or Mg, or an alloy of two or more types thereof, a metal oxide thereof, or a metal mixed oxide thereof, and when a concentration ratio of Bi contained in the solder plating layer is set to Concentration Ratio % = Measured Value of Bi mass % / Target Bi Content mass % ∗ 100, or Concentration Ratio % = Average Value of Measured Values of Bi mass % / Target Bi Content mass % ∗ 100, the concentration ratio is in a range of 91.4% to 106.7%; and
Extractor hood comprising an extractor box covered by a flue, an inner frame and a capture panel, characterised in that at least one fastening rail is provided at the extractor box, said fastening rail having at least one connection region (521, 522) for detachably connecting to the capture panel, wherein a clamping lug is provided in at least one connection region (521, 522) and in at least one connection region (521, 522), a gripping lug is provided and the height of the gripping lug is less than the height of the clamping lug.
A computer-implemented method for the analysis of an electrocardiogram by segmenting the signal into different segments corresponding to different cardiac features using a Hidden Markov Model, the model comprising a plurality of states corresponding to the different cardiac features; the segmentation being performed using two Hidden Markov Models corresponding to only a subset of said cardiac features comprising the QRS complex and the T wave, the position of the segments corresponding to said subset of cardiac features being estimated by reference to a recognisable periodic signal feature in said electrocardiogram, and the segmentation being performed only on segments corresponding to said subset of cardiac features, wherein said segments each comprise a start point and an end point, wherein the segmentation to identify the T wave is performed based on an estimated position of T offset as the end point of the QT interval, the estimated position of the end point of the QT interval being obtained from a relationship between the heart rate and the QT interval.
A brush-type deburring machine for simultaneously deburring opposite ends (8, 9) of an elongate profile section arranged in the longitudinal direction, during conveying in a conveying direction perpendicularly to the longitudinal direction, with two rows (4, 5) of conveying discs extending in each case in the conveying direction and arranged offset, overlapping one another in the conveying direction in each case and having apertures arranged in each case along the periphery thereof for receiving the ends (8, 9), wherein the apertures are arranged offset with respect to one another, in order to permit a transfer of the elongate profile sections in the conveying direction from one conveying disc to the in the conveying direction next conveying disc by rotation of the conveying discs, and the two rows (4, 5) are at a distance adjustable in the longitudinal direction from a minimum distance of less than 80 mm from each other, and with two rotatable brush rollers (6, 7) which are orientated in each case in the conveying direction along one of the two rows (4, 5) and which are intended for the deburring of the two ends (8, 9) of the conveyed elongate profile sections.