mhurhangee/ep-ind-claims huggingface dataset:
A device for maintaining a water level in a humidification component of a respiratory system, said device comprising: a water level control element; a humidification component having a base and configured for holding a water volume; a base unit configured to support the humidification component; at least one sensor incorporated into or coupled with the base unit, positioned external to the humidification component, and coupled with a control module, said at least one sensor configured for sensing water related information in said humidification component and providing said water related information to said control module, the control module configured to utilize said water related information to control an operation of the water level control element; and characterized by a flow probe coupled to a fluid outlet of the humidification component, the flow probe configured to measure an amount of humidified gas flowing out of the humidification component and an amount of water loss occurring during the humidified gas flow. a water level control element; a humidification component having a base and configured for holding a water volume; a base unit configured to support the humidification component; at least one sensor incorporated into or coupled with the base unit, positioned external to the humidification component, and coupled with a control module, said at least one sensor configured for sensing water related information in said humidification component and providing said water related information to said control module, the control module configured to utilize said water related information to control an operation of the water level control element; and characterized by a flow probe coupled to a fluid outlet of the humidification component, the flow probe configured to measure an amount of humidified gas flowing out of the humidification component and an amount of water loss occurring during the humidified gas flow.
A circuit board comprising: a media layer having a first surface and an opposite second surface; a signal layer formed on the first surface, the signal layer comprising a plurality of signal traces arranged thereon for transmitting signals therethrough, each of the signal traces comprising a plurality of straight line signal trace segments; and a ground layer (3, 31-36) formed on the second surface, the ground layer (3, 31-36) comprising a ground trace network for being grounded, the ground trace network comprising a plurality of linear ground trace segments, the linear ground trace segments cooperatively forming a plurality of closed grounding loops, a projection of each of the straight line signal trace segments on the ground layer (3, 31-36) intersecting a plurality of the grounding loops and not overlapping any of the linear ground trace segments of the intersected grounding loops, thereby minimizing interaction between the linear ground traces and the signal traces; wherein each of the grounding loops is a polygon in shape; characterised by a main plane of the ground layer (3, 31-36) defines an X-axis along which some of the straight line signal trace segments of one of the signal traces are oriented, and a Y-axis perpendicular to the X-axis, the projection of the straight line signal trace segments of each signal trace on the ground layer (3, 31-36) being at angles of 0, 30, 45, 60, 90, -30, -45, or -60 degrees relative to the X-axis, a Y'-axis being defined by a straight line passing through one ground trace segment of one loop, and the Y'-axis being inclined relative to the Y-axis at 22.5 degrees. a media layer having a first surface and an opposite second surface; a signal layer formed on the first surface, the signal layer comprising a plurality of signal traces arranged thereon for transmitting signals therethrough, each of the signal traces comprising a plurality of straight line signal trace segments; and a ground layer (3, 31-36) formed on the second surface, the ground layer (3, 31-36) comprising a ground trace network for being grounded, the ground trace network comprising a plurality of linear ground trace segments, the linear ground trace segments cooperatively forming a plurality of closed grounding loops, a projection of each of the straight line signal trace segments on the ground layer (3, 31-36) intersecting a plurality of the grounding loops and not overlapping any of the linear ground trace segments of the intersected grounding loops, thereby minimizing interaction between the linear ground traces and the signal traces;
A method of controlling under surface heating/cooling, the method comprising supplying liquid to at least two supply loops in an under surface heating/cooling system, and controlling the flow of the liquid on and off such that during a pulse width within a duty cycle the flow is high and between the pulse width of the duty cycles the flow is off, characterized in that room temperature is controlled by controlling the percentage of the duty cycles, which percentage is determined on the basis of the heating demand of the rooms, that different loops are controlled such that the maximum on-time is limited to 70% of the duty cycle, and that at least in two different loops the duty cycles start at different moments.
A silencer (S1, S2, S3) intended to be fitted to an exhaust line of a heat engine, characterized in that it includes one or a plurality of envelope(s) which delimit(s) three volumes (1a, 1b, 2), designated upstream, intermediate and downstream, disposed successively and traversed by a plurality of conduits, including: - a supply conduit conveying the exhaust gases from the engine to the intermediate volume, passing through the upstream volume, - a so-called "outward" journey conduit, taking the exhaust gases from the intermediate volume to the downstream volume, - a so-called "return" journey conduit, taking the exhaust gases from the downstream volume towards the upstream volume, passing through the intermediate volume, and - a discharge conduit taking the exhaust gases out of the silencer, by means of a so-called "outward-return" journey from the upstream volume to the downstream volume then once more to the upstream volume from which it opens to the outside.
A process of fabricating a thermal barrier coating, the process comprising: cold spraying a substrate with a feedstock to form a thermal barrier coating; and concurrently oxidizing one or more of the substrate, the feedstock, and the thermal barrier coating; wherein the cold spraying is in a region having an oxygen concentration of at least 10%. cold spraying a substrate with a feedstock to form a thermal barrier coating; and concurrently oxidizing one or more of the substrate, the feedstock, and the thermal barrier coating; wherein the cold spraying is in a region having an oxygen concentration of at least 10%.
An apparatus for manufacturing a silicon carbide single crystal by growing the silicon carbide single crystal on a surface of a seed crystal made from a silicon carbide single crystal substrate by supplying a material gas for silicon carbide from below the seed crystal, the apparatus comprising: a cylindrical tube-shaped heating container having an inner wall surface defining a reaction chamber; a base located in the reaction chamber of the heating container and having a first side and a second side opposite to the first side, the seed crystal mounted on the first side of the base; a first purge gas inlet provided to the inner wall of the heating container to cause a purge gas to flow along the inner wall surface of the heating container; a purge gas source for supplying the purge gas to the first purge gas inlet; a second purge gas inlet provided to an outer wall of the base to cause the purge gas to flow along the outer wall surface of the base; a second guide portion (11b, 91c, 92b, 92e, 96) having a ring shape, and a purge gas introduction mechanism for supporting the base and for supplying the purge gas to the base from the second side of the base, wherein the first purge gas inlet extends circularly along the inner wall surface of the heating container in a circumferential direction of the heating container; characterized in that the second guide portion (11b, 91c, 92b, 92e, 96) is spaced from the outer wall surface of the base to form the second purge gas inlet therebetween. a cylindrical tube-shaped heating container having an inner wall surface defining a reaction chamber; a base located in the reaction chamber of the heating container and having a first side and a second side opposite to the first side, the seed crystal mounted on the first side of the base; a first purge gas inlet provided to the inner wall of the heating container to cause a purge gas to flow along the inner wall surface of the heating container; a purge gas source for supplying the purge gas to the first purge gas inlet; a second purge gas inlet provided to an outer wall of the base to cause the purge gas to flow along the outer wall surface of the base; a second guide portion (11b, 91c, 92b, 92e, 96) having a ring shape, and a purge gas introduction mechanism for supporting the base and for supplying the purge gas to the base from the second side of the base, wherein the first purge gas inlet extends circularly along the inner wall surface of the heating container in a circumferential direction of the heating container; characterized in that the second guide portion (11b, 91c, 92b, 92e, 96) is spaced from the outer wall surface of the base to form the second purge gas inlet therebetween.
A nuclear magnetic resonance apparatus for estimating properties of an earth formation, the apparatus comprising: a carrier configured to be deployed in a borehole (26, 42, 116) in the earth formation; at least one transmitting assembly disposed in the carrier and configured to generate an oscillating magnetic field in a volume of interest within the earth formation; at least one receiving assembly disposed in the carrier and configured to detect a nuclear magnetic resonance signal originating in the volume of interest; and a magnet assembly disposed in the carrier and configured to generate a static magnetic field in the formation from a primary side of the magnet assembly, the magnet assembly including an array of longitudinally elongated permanent magnets having a rotating pattern of magnetic orientations, wherein the magnetic orientations of adjacent ones of the longitudinally elongated magnets differ by less than 180 degrees, and wherein the array is configured to generate the static magnetic field in the volume of interest, wherein a strength of the generated static magnetic field is higher at the primary side of the magnet assembly, which is on a circularly and outwardly curved first side of an exterior surface of the array of longitudinally elongated magnets of the magnet assembly, than the strength of the magnetic field at a side of the magnet assembly that is opposite the primary side and is on a second side, opposite the first side, of the exterior surface of the array of longitudinally elongated magnets of the magnet assembly. a carrier configured to be deployed in a borehole (26, 42, 116) in the earth formation; at least one transmitting assembly disposed in the carrier and configured to generate an oscillating magnetic field in a volume of interest within the earth formation; at least one receiving assembly disposed in the carrier and configured to detect a nuclear magnetic resonance signal originating in the volume of interest; and a magnet assembly disposed in the carrier and configured to generate a static magnetic field in the formation from a primary side of the magnet assembly, the magnet assembly including an array of longitudinally elongated permanent magnets having a rotating pattern of magnetic orientations, wherein the magnetic orientations of adjacent ones of the longitudinally elongated magnets differ by less than 180 degrees, and wherein the array is configured to generate the static magnetic field in the volume of interest, wherein a strength of the generated static magnetic field is higher at the primary side of the magnet assembly, which is on a circularly and outwardly curved first side of an exterior surface of the array of longitudinally elongated magnets of the magnet assembly, than the strength of the magnetic field at a side of the magnet assembly that is opposite the primary side and is on a second side, opposite the first side, of the exterior surface of the array of longitudinally elongated magnets of the magnet assembly.
A method of encoding a live video signal in a video encoding system including a plurality of video capture and encoding subsystems, the method comprising: providing the live video signal and an associated time code signal to the plurality of video capture and encoding subsystems; starting video capture and encoding in a first one of the plurality of video capture and encoding subsystems at a first frame of the live video signal, to output a first stream of encoded frames; starting video capture and encoding in a second one of the plurality of video capture and encoding subsystems at a second frame of the live video signal, said second frame being later than the first frame, to output a second stream of encoded frames; generating encode frame timestamps for each frame of the corresponding encoded output in both the first and second video capture and encoding subsystems, wherein the encode frame timestamps are synchronized across the first and second video capture and encoding subsystems such that the encode frame timestamp of any given frame is the same for the first and second video capture and encoding subsystems, wherein each video capture and encoding subsystem generates encode frame timestamps based on a base timestamp, said base timestamp being generated based on a frame count, and a difference between a capture timestamp and an initial capture timestamp, the initial capture timestamp corresponding to an initial captured frame; and associating the encode frame timestamps with the frames in both the first and second video capture and encoding subsystems. providing the live video signal and an associated time code signal to the plurality of video capture and encoding subsystems; starting video capture and encoding in a first one of the plurality of video capture and encoding subsystems at a first frame of the live video signal, to output a first stream of encoded frames; starting video capture and encoding in a second one of the plurality of video capture and encoding subsystems at a second frame of the live video signal, said second frame being later than the first frame, to output a second stream of encoded frames; generating encode frame timestamps for each frame of the corresponding encoded output in both the first and second video capture and encoding subsystems, wherein the encode frame timestamps are synchronized across the first and second video capture and encoding subsystems such that the encode frame timestamp of any given frame is the same for the first and second video capture and encoding subsystems, wherein each video capture and encoding subsystem generates encode frame timestamps based on a base timestamp, said base timestamp being generated based on a frame count, and a difference between a capture timestamp and an initial capture timestamp, the initial capture timestamp corresponding to an initial captured frame; and associating the encode frame timestamps with the frames in both the first and second video capture and encoding subsystems.
A drive device for a vehicle, including an input member drivingly connected to an internal combustion engine, an output member drivingly connected to a wheel, a rotary electric machine, a fluid coupling drivingly connected to the rotary electric machine, an engagement device selectively drivingly connecting the input member with the rotary electric machine and the fluid coupling by hydraulic pressure, and a case housing at least the rotary electric machine, the engagement device, and the fluid coupling, wherein the case includes a support wall extending at least radially on a side in an axial first direction that is axially on an internal combustion engine side relative to the engagement device, and a cylindrical projecting portion projecting from the support wall toward a side in an axial second direction that is in a direction opposite to the axial first direction, the engagement device includes an operating oil pressure chamber supplied with the hydraulic pressure, a rotor member (Ro) of the rotary electric machine is radially supported by the cylindrical projecting portion in a rotatable state via a support bearing, and the cylindrical projecting portion is formed with an operating oil supply passage supplying oil to the operating oil pressure chamber.
A towel-drying branching radiator with a heat transfer fluid, circulating inside substantially horizontal heating tubes, each heating tube being connected on the one hand to a feed pipe for the heated fluid, via an inlet orifice (5, 13) positioned opposite a feed orifice (6, 14) arranged in the wall of the feed pipe, and on the other hand a collecting pipe for collecting the cooled fluid, via an outlet orifice (7, 15) arranged in the wall of the collecting pipe positioned opposite a collecting orifice (8, 16), said feed and collecting pipe(s) forming uprights for fastening the heating tubes, the feed and collecting pipes being positioned near one another, leaving at least one of the ends of the heating tubes free, characterized in that each heating tube has a parallelepiped shape and includes a single inner chamber with no partitions, in which the heat transfer fluid circulates, the inlet orifice (5, 13) and the outlet orifice (7, 15) for the fluid in each heating tube being arranged at different heights.
An intravascular data analysis system to assess a blood vessel comprising: an interface system configured to receive intravascular pressure data; a display system; one or more memory storage devices comprising instructions; a processor in electrical communication with the interface system, the display system, and one or more memory storage devices, wherein the interface system is configured to receive one or more distal pressure values Pd measured from an intravascular probe and one or more proximal pressure values Pa; the processor configured to execute instructions to: determine a set of Pd/Pa ratios from the one or more distal pressure values and the one or more proximal pressure values; filter the set of Pd/Pa ratio values using a filter having a time constant TC wherein TC ranges from about 1% to about 50% of a heart cycle length; determine one or more minimum Pd/Pa ratios from the set of filtered Pd/Pa ratios; and display a representation of at least one minimum Pd/Pa ratio. an interface system configured to receive intravascular pressure data; a display system; one or more memory storage devices comprising instructions; a processor in electrical communication with the interface system, the display system, and one or more memory storage devices, wherein the interface system is configured to receive one or more distal pressure values Pd measured from an intravascular probe and one or more proximal pressure values Pa; the processor configured to execute instructions to: determine a set of Pd/Pa ratios from the one or more distal pressure values and the one or more proximal pressure values; filter the set of Pd/Pa ratio values using a filter having a time constant TC wherein TC ranges from about 1% to about 50% of a heart cycle length; determine one or more minimum Pd/Pa ratios from the set of filtered Pd/Pa ratios; and display a representation of at least one minimum Pd/Pa ratio. determine a set of Pd/Pa ratios from the one or more distal pressure values and the one or more proximal pressure values; filter the set of Pd/Pa ratio values using a filter having a time constant TC wherein TC ranges from about 1% to about 50% of a heart cycle length; determine one or more minimum Pd/Pa ratios from the set of filtered Pd/Pa ratios; and display a representation of at least one minimum Pd/Pa ratio.
A lock key comprising - a key blank that includes a gripping part, a key-bit part and an electric contact conductor groove; - a circuit board that is fitted with electric circuits; - an electric contact conductor which is connected electrically to said electric circuits; and - a circuit board cradle made of an electrically non-conductive material and having an electric contact conductor part, the circuit board being accommodated in the circuit board cradle and the electric contact conductor being moulded in the electric contact conductor part, wherein - the circuit board cradle is fitted to the key blank, - the electric contact conductor part is disposed in the electric contact conductor groove provided in the key blank, and wherein - the electric contact conductor part has a dovetail-shaped cross-section and the electric contact conductor groove has a dovetail shape, said groove being adapted to locate the electric contact conductor part in said contact conductor groove. - a key blank that includes a gripping part, a key-bit part and an electric contact conductor groove; - a circuit board that is fitted with electric circuits; - an electric contact conductor which is connected electrically to said electric circuits; and - a circuit board cradle made of an electrically non-conductive material and having an electric contact conductor part, the circuit board being accommodated in the circuit board cradle and the electric contact conductor being moulded in the electric contact conductor part, wherein - the circuit board cradle is fitted to the key blank, - the electric contact conductor part is disposed in the electric contact conductor groove provided in the key blank, and wherein - the electric contact conductor part has a dovetail-shaped cross-section and the electric contact conductor groove has a dovetail shape, said groove being adapted to locate the electric contact conductor part in said contact conductor groove.
A medicament comprising an LNA antisense ApoB oligonucleotide comprising the sequence motif of SEQ ID NO: 4 for use in the treatment of acute coronary syndrome.
A peptide of general formula R 1 -W n -X m -AA 1 -AA 2 -AA 3 -AA 4 -AA 5 -AA 6 -Y p -Z q -R 2 its stereoisomers, mixtures thereof and/or its cosmetic or pharmaceutical acceptable salts, characterized in that: R 1 is selected from the group consisting of H, acetyl, lauroyl, myristoyl or palmitoyl; R 2 is -NR 3 R 4 or -OR 3 wherein R 3 and R 4 are independently selected from H, methyl, ethyl, hexyl, dodecyl and hexadecyl; and AA 1 is -L-Phe-, AA 2 is -L-Met-, AA 3 is -L-Trp-, AA 4 is -L-Phe-, AA 5 is -L-His-, AA 6 is -L-Val-; or AA 1 is -L-Phe-, AA 2 is -L-Phe-, AA 3 is -L-Trp-, AA 4 is -L-Phe-, AA 5 is -L-His-, AA 6 is -L-Val-; or AA 1 is -L-Phe-, AA 2 is -L-Phe-, AA 3 is -L-Trp-, AA 4 is -L-Asp-, AA 5 is -L-Ile-, AA 6 is -L-Val-; and W, X, Y, Z are amino acids and are independently selected from amongst themselves; n, m, p and q are independently selected from amongst themselves and have a value of 0 or 1; n+m+p+q is smaller or equal to 2. R 1 is selected from the group consisting of H, acetyl, lauroyl, myristoyl or palmitoyl; R 2 is -NR 3 R 4 or -OR 3 wherein R 3 and R 4 are independently selected from H, methyl, ethyl, hexyl, dodecyl and hexadecyl; and AA 1 is -L-Phe-, AA 2 is -L-Met-, AA 3 is -L-Trp-, AA 4 is -L-Phe-, AA 5 is -L-His-, AA 6 is -L-Val-; or AA 1 is -L-Phe-, AA 2 is -L-Phe-, AA 3 is -L-Trp-, AA 4 is -L-Phe-, AA 5 is -L-His-, AA 6 is -L-Val-; or AA 1 is -L-Phe-, AA 2 is -L-Phe-, AA 3 is -L-Trp-, AA 4 is -L-Asp-, AA 5 is -L-Ile-, AA 6 is -L-Val-; and W, X, Y, Z are amino acids and are independently selected from amongst themselves; n, m, p and q are independently selected from amongst themselves and have a value of 0 or 1; n+m+p+q is smaller or equal to 2.