mhurhangee/ep-ind-claims huggingface dataset:
A method for encoding channel state information, CSI, comprising: mapping CSI and a fourth type of information bits according to indexes in a position index set; wherein the CSI comprises a first type of information bits, a second type of information bits, and a third type of information bits; and wherein the mapping comprises: placing the first type of information bits, the second type of information bits, the third type of information bits and the fourth type of information bits in the position index set in this sequence according to values of position indexes from small to large; and performing Polar codes encoding on the mapped CSI and the fourth type of information bits to obtain an encoded bit sequence. wherein the first type of information bits comprise a CSI-RS resource indicator, CRI, and a rank indicator, RI. wherein the second type of information bits are padding bits; the third type of information bits at least comprise a precoding matrix indicator, PMI, and a channel quality indicator, CQI, wherein the position of the PMI is in front of the position of the CQI; and the fourth type of information bits are parity check bits. mapping CSI and a fourth type of information bits according to indexes in a position index set; wherein the CSI comprises a first type of information bits, a second type of information bits, and a third type of information bits; and wherein the mapping comprises: placing the first type of information bits, the second type of information bits, the third type of information bits and the fourth type of information bits in the position index set in this sequence according to values of position indexes from small to large; and performing Polar codes encoding on the mapped CSI and the fourth type of information bits to obtain an encoded bit sequence. wherein the first type of information bits comprise a CSI-RS resource indicator, CRI, and a rank indicator, RI. wherein the second type of information bits are padding bits; the third type of information bits at least comprise a precoding matrix indicator, PMI, and a channel quality indicator, CQI, wherein the position of the PMI is in front of the position of the CQI; and the fourth type of information bits are parity check bits. placing the first type of information bits, the second type of information bits, the third type of information bits and the fourth type of information bits in the position index set in this sequence according to values of position indexes from small to large; and performing Polar codes encoding on the mapped CSI and the fourth type of information bits to obtain an encoded bit sequence. wherein the first type of information bits comprise a CSI-RS resource indicator, CRI, and a rank indicator, RI. wherein the second type of information bits are padding bits; the third type of information bits at least comprise a precoding matrix indicator, PMI, and a channel quality indicator, CQI, wherein the position of the PMI is in front of the position of the CQI; and the fourth type of information bits are parity check bits.
An electrostatic ion trap for a mass spectrometer, comprising: an electrode arrangement (90,400,410) defining an ion trapping volume; the electrode arrangement being arranged to generate a trapping field defined by a potential U'(r,φ,z)=U(r,φ,z)+W, where U(r, φ,z) is an ideal potential which traps ions in the Z-direction of the trapping volume so that they undergo substantially isochronous oscillations and where W is a perturbation to that ideal potential U(r,φ,z); wherein said electrostatic ion trap is characterized in that: the geometry of the electrode arrangement generally follows one or more lines of equipotential of the ideal potential U(r,φ,z) but wherein at least a part of the electrode arrangement deviates to a degree from that ideal potential U(r,φ,z) so as to introduce the perturbation W into the said trapping field, the degree of deviation from the ideal potential U(r, φ,z) being sufficient to result in the relative phases of the ions in the trap shifting over time such that at least some of the trapped ions have an absolute phase spread of more than zero but less than about 2n radians over an ion detection period T m. an electrode arrangement (90,400,410) defining an ion trapping volume; the electrode arrangement being arranged to generate a trapping field defined by a potential U'(r,φ,z)=U(r,φ,z)+W, where U(r, φ,z) is an ideal potential which traps ions in the Z-direction of the trapping volume so that they undergo substantially isochronous oscillations and where W is a perturbation to that ideal potential U(r,φ,z);
A swing door operator for moving at least one door leaf between a first position and a second position, the swing door operator being arranged to operate in a powered mode and a powerless mode and comprising: a permanent magnet DC motor, arranged to move the door leaf at least from the second position to the first position in the powered mode, a mechanical drive unit, arranged to move the door leaf from the first position to the second position in the powerless mode, in the powerless mode, a resistive device arrangement electrically connected in parallel with the permanent magnet DC motor and arranged to limit a current (I G) generated by the permanent magnet DC motor in response to the movement of the door leaf from the first position to the second position by means of the mechanical drive unit, characterized by the resistive device arrangement comprising at least two resistive devices, and at least one position switch arranged to sense an intermittent position of the door leaf and to switch which one of the at least two resistive devices of the resistive device arrangement that is operatively connected to the permanent magnet DC motor depending on the intermittent position of the door leaf. a permanent magnet DC motor, arranged to move the door leaf at least from the second position to the first position in the powered mode, a mechanical drive unit, arranged to move the door leaf from the first position to the second position in the powerless mode, in the powerless mode, a resistive device arrangement electrically connected in parallel with the permanent magnet DC motor and arranged to limit a current (I G) generated by the permanent magnet DC motor in response to the movement of the door leaf from the first position to the second position by means of the mechanical drive unit, characterized by the resistive device arrangement comprising at least two resistive devices, and at least one position switch arranged to sense an intermittent position of the door leaf and to switch which one of the at least two resistive devices of the resistive device arrangement that is operatively connected to the permanent magnet DC motor depending on the intermittent position of the door leaf.
Vacuum-cleaner-hose adaptor for connection to a vacuum-cleaner hose of a wet and dry vacuum cleaner, wherein the vacuum-cleaner hose has an inner lumen which extends in a longitudinal direction, characterized in that, within the vacuum-cleaner-hose adaptor, there is formed a flow-guiding geometry, by means of which a suction flow occurring during the operation of the wet and dry vacuum cleaner can be influenced, wherein the flow-guiding geometry comprises a central guiding body which, for its part, has a flow channel.
A polynucleotide consisting of a nucleotide sequence of the formula: 5'-TIC-N x X 1 X 2 X 3 X 4 X 5 X 6 -3', wherein each of N, X 1, X 2, X 3, and X 4 is a nucleotide or nucleotide analog, x is an integer from 0 to 50, X 5 is G or I, and X 6 is I or A, upper case letters denote DNA, and wherein the polynucleotide does not comprise a CG dinucleotide. 5'-TIC-N x X 1 X 2 X 3 X 4 X 5 X 6 -3', wherein each of N, X 1, X 2, X 3, and X 4 is a nucleotide or nucleotide analog, x is an integer from 0 to 50, X 5 is G or I, and X 6 is I or A, upper case letters denote DNA, and wherein the polynucleotide does not comprise a CG dinucleotide.
A combination weighing device, comprising: a plurality of weighing units each comprising a weighing hopper, the plurality of weighing units being arranged next to each other; and a base having a long shape in a horizontal direction, the base being mountable with the plurality of weighing units characterised in that the base is pivotable around a vertical fulcrum at one end of the base in the horizontal direction. a plurality of weighing units each comprising a weighing hopper, the plurality of weighing units being arranged next to each other; and a base having a long shape in a horizontal direction, the base being mountable with the plurality of weighing units characterised in that the base is pivotable around a vertical fulcrum at one end of the base in the horizontal direction.
An inhaler comprising: a detachable heating unit; a power supply; a case; a chassis accommodated in an internal space of the case; a plurality of magnets arranged with a gap therebetween and held by the chassis; an inner member covering a side surface of the chassis; and an outer member covering an outer surface of the inner member, wherein the outer member is replaceably fixed to the case by said plurality of magnets held by the chassis so as to cover an outer surface of the inner member. a detachable heating unit; a power supply; a case; a chassis accommodated in an internal space of the case; a plurality of magnets arranged with a gap therebetween and held by the chassis; an inner member covering a side surface of the chassis; and an outer member covering an outer surface of the inner member, wherein the outer member is replaceably fixed to the case by said plurality of magnets held by the chassis so as to cover an outer surface of the inner member.
An aggregate comprised of a connector -in particular a quick connector-and a media line hooked up to the connector, in particular a heatable media line, wherein the connector has a cast and/or sprayed jacket, in particular an outer jacket made out of plastic, and wherein an end of the media line facing the connector has a sealing cap, which prevents molten plastic from penetrating into the media line while casting and/or spraying the jacket, wherein the sealing cap has a first cylindrical section and a second cylindrical section, wherein the first cylindrical section has a larger diameter than the second cylindrical section, wherein the first cylindrical section of the sealing cap directly adjoins the second cylindrical section, wherein the first cylindrical section of the sealing cap overlaps an outer pipe of the media line, and wherein the length of the sealing cap is less than the length of the connector in the longitudinal direction of the connector.
A phosphorescent compound of formula: wherein: M is a transition metal; L in each occurrence is independently a mono- or poly-dentate ligand; R 1 is a C 4-20 alkyl comprising at least one tertiary carbon atom; R 2 independently in each occurrence is a linear, branched or cyclic C 1-20 alkyl group; R 3 is a linear, branched or cyclic C 1-20 alkyl group or a group of formula -(Ar 1) p wherein Ar 1 in each occurrence is independently an unsubstituted or substituted aryl or heteroaryl group and p is at least 1; R 4 is a group of formula -(Ar 2) q wherein Ar 2 in each occurrence is independently an unsubstituted or substituted aryl or heteroaryl group and q is at least 1; R 5 is a substituent; w is 0 or a positive integer; x is at least 1; and y is 0 or a positive integer. M is a transition metal; L in each occurrence is independently a mono- or poly-dentate ligand; R 1 is a C 4-20 alkyl comprising at least one tertiary carbon atom; R 2 independently in each occurrence is a linear, branched or cyclic C 1-20 alkyl group; R 3 is a linear, branched or cyclic C 1-20 alkyl group or a group of formula -(Ar 1) p wherein Ar 1 in each occurrence is independently an unsubstituted or substituted aryl or heteroaryl group and p is at least 1; R 4 is a group of formula -(Ar 2) q wherein Ar 2 in each occurrence is independently an unsubstituted or substituted aryl or heteroaryl group and q is at least 1; R 5 is a substituent; w is 0 or a positive integer; x is at least 1; and y is 0 or a positive integer.
Use of one, two, three or more C10-C14-alkane-1,2-diols in the preparation of a composition for the prophylaxis and/or treatment of Malassezia-induced dandruff formation.
A method of coding a video bitstream using a conditional lapped transform, the method comprising: signalling an overlap filter mode from encoder to decoder of the video bitstream on a per macroblock basis, wherein the overlap mode signalling is a set of per macroblock overlap mode flags; conditionally applying an overlap filter for a spatial domain lapped transform, SDLT, to a subset of edges between transform blocks on a spatially varying basis based on the overlap condition, wherein the overlap condition having at least a no overlap state in which no overlap filter is applied to edges of adjacent blocks and an overlap state in which the overlap filter is applied to edges of adjacent blocks, and wherein the overlap condition varies spatially with macroblock granularity, and wherein conditionally applying the overlap filter comprises: only if the overlap condition of an intra macroblock is signalled to be in the overlap state, applying the overlap filter to all internal block edges of the intra macroblock; and only if the overlap condition is signalled to be in the overlap state for both of two adjacent intra macroblocks, applying the overlap filter to block edges between the two adjacent intra macroblocks; and otherwise not applying any overlap filter to the edges or between macroblocks. signalling an overlap filter mode from encoder to decoder of the video bitstream on a per macroblock basis, wherein the overlap mode signalling is a set of per macroblock overlap mode flags; conditionally applying an overlap filter for a spatial domain lapped transform, SDLT, to a subset of edges between transform blocks on a spatially varying basis based on the overlap condition, wherein the overlap condition having at least a no overlap state in which no overlap filter is applied to edges of adjacent blocks and an overlap state in which the overlap filter is applied to edges of adjacent blocks, and wherein the overlap condition varies spatially with macroblock granularity, and wherein conditionally applying the overlap filter comprises: only if the overlap condition of an intra macroblock is signalled to be in the overlap state, applying the overlap filter to all internal block edges of the intra macroblock; and only if the overlap condition is signalled to be in the overlap state for both of two adjacent intra macroblocks, applying the overlap filter to block edges between the two adjacent intra macroblocks; and otherwise not applying any overlap filter to the edges or between macroblocks. only if the overlap condition of an intra macroblock is signalled to be in the overlap state, applying the overlap filter to all internal block edges of the intra macroblock; and only if the overlap condition is signalled to be in the overlap state for both of two adjacent intra macroblocks, applying the overlap filter to block edges between the two adjacent intra macroblocks; and otherwise not applying any overlap filter to the edges or between macroblocks.
A process for preparation of darunavir of Formula I or solvates or a pharmaceutically acceptable salt thereof, comprising: a) reacting 4-amino-N-(2R,3S) (3-amino-2-hydroxy-4-phenylbutyl)-N-isobutyl-benzenesulfonamide of Formula II with (3R, 3aS, 6aR)-hexahydrofuro [2,3-b]furan-3-ol derivative in a mixture of water immiscible organic solvent and water, and b) isolating darunavir. a) reacting 4-amino-N-(2R,3S) (3-amino-2-hydroxy-4-phenylbutyl)-N-isobutyl-benzenesulfonamide of Formula II with (3R, 3aS, 6aR)-hexahydrofuro [2,3-b]furan-3-ol derivative in a mixture of water immiscible organic solvent and water, and b) isolating darunavir.
A safety trailer, comprising: (a) first and second removably interconnected platforms (104a,b), at least one of the first and second platforms (104a,b) being engaged with an axle and wheels, the first and second platforms (104a,b) defining a trailer; and (b) a plurality of wall sections (108a-c) supported by the trailer, wherein in use the wall sections (108a-c), are deployed to form a barrier wall and are positioned between the first and second interconnected platforms (104a,b); (c) ballast members (112 a,b) supported by the trailer, characterized in that, said ballast members (112 a,b) are positioned atop on a first side of said first and second platforms (104a,b) of said trailer and the plurality of wall sections (108a-c) are positioned atop on a second, opposing side of the trailer, the ballast members offsetting, at least partially, the weight of the plurality of wall sections. (a) first and second removably interconnected platforms (104a,b), at least one of the first and second platforms (104a,b) being engaged with an axle and wheels, the first and second platforms (104a,b) defining a trailer; and (b) a plurality of wall sections (108a-c) supported by the trailer, wherein in use the wall sections (108a-c), are deployed to form a barrier wall and are positioned between the first and second interconnected platforms (104a,b); (c) ballast members (112 a,b) supported by the trailer,
Control method for a hand-held power tool, comprising: a machine housing, a handle fastened to the machine housing for guiding the hand-held power tool during operation, a tool holder for clamping a tool on a working axis, a percussion mechanism having a striker which is moved periodically along the working axis with an impact frequency, a drive control unit of the percussion mechanism which regulates the impact frequency to a reference value, and an acceleration sensor mounted on a machine housing for detecting accelerations along the working axis, characterised in that the hand-held power tool is further provided with a mass damper which has an oscillator movable around a rest position along the working axis and one or more springs which restore the oscillator to the rest position, and in that the control method includes a calibration phase comprising the following steps: detecting an acceleration with the acceleration sensor, determining a minimum of the acceleration by varying the impact frequency in a range from 90% to 110% of the reference value, setting the reference value to the impact frequency corresponding to the minimum which has been determined, and driving the percussion mechanism with the impact frequency regulated to the reference value. a machine housing, a handle fastened to the machine housing for guiding the hand-held power tool during operation, a tool holder for clamping a tool on a working axis, a percussion mechanism having a striker which is moved periodically along the working axis with an impact frequency, a drive control unit of the percussion mechanism which regulates the impact frequency to a reference value, and an acceleration sensor mounted on a machine housing for detecting accelerations along the working axis, characterised in that the hand-held power tool is further provided with a mass damper which has an oscillator movable around a rest position along the working axis and one or more springs which restore the oscillator to the rest position, and in that the control method includes a calibration phase comprising the following steps: detecting an acceleration with the acceleration sensor, determining a minimum of the acceleration by varying the impact frequency in a range from 90% to 110% of the reference value, setting the reference value to the impact frequency corresponding to the minimum which has been determined, and driving the percussion mechanism with the impact frequency regulated to the reference value. detecting an acceleration with the acceleration sensor, determining a minimum of the acceleration by varying the impact frequency in a range from 90% to 110% of the reference value, setting the reference value to the impact frequency corresponding to the minimum which has been determined, and driving the percussion mechanism with the impact frequency regulated to the reference value.
Welding machine for the production of batteries comprising at least one welding station and one conveyor belt, via which the batteries are feedable to the welding station, wherein the feeding of the batteries is controllable via a control device, wherein transport slides are arranged at the longitudinal side of the conveyor belt, characterised in that a working belt is provided, which is arranged adjacent to the conveyor belt and that the working belt is aligned parallel to the conveyor belt.
A light sheet fluorescence microscope for large samples comprising a tray configured to house a sample, a laser emitter configured to emit a light sheet beam along a direction of illumination, and an optical assembly arranged along a direction of detection perpendicular to the light sheet beam configured to receive fluorescence emission from the sample caused by said light sheet beam, characterised in that the optical assemble comprises: a lens array, wherein each lens has a field of view substantially smaller than the size of the tray and an axis parallel to the direction of detection, and wherein the lens array is located adjacent to a face of the tray; a tube lens with an axis parallel to the direction of detection and whose field of view covers several lenses of the lens array; a set of galvanometric mirrors configured to receive, from the tube lens, a sub-image of the sample corresponding to a lens selected from the lens array and to transmit said sub-image of the sample to a focusing unit; and the focusing unit configured to focus the sub-image of the sample on a camera sensor, such that successively selecting several lenses from the lens array using the set of galvanometric mirrors and, by scanning the sample using the light sheet beam for each of these lenses, a complete 3D image of the sample housed in the tray is constructed. a lens array, wherein each lens has a field of view substantially smaller than the size of the tray and an axis parallel to the direction of detection, and wherein the lens array is located adjacent to a face of the tray; a tube lens with an axis parallel to the direction of detection and whose field of view covers several lenses of the lens array; a set of galvanometric mirrors configured to receive, from the tube lens, a sub-image of the sample corresponding to a lens selected from the lens array and to transmit said sub-image of the sample to a focusing unit; and the focusing unit configured to focus the sub-image of the sample on a camera sensor, such that successively selecting several lenses from the lens array using the set of galvanometric mirrors and, by scanning the sample using the light sheet beam for each of these lenses, a complete 3D image of the sample housed in the tray is constructed.