mhurhangee/ep-ind-claims huggingface dataset:
A method for managing a power in a wireless local area network, the method comprising: transmitting, by a station, STA, in a power save mode, a power save, PS, poll frame to an access point, AP, in a first 20MHz channel; transmitting, by the STA in the power save mode, at least one duplicated PS poll frame to the AP in at least one second 20MHz channel, the at least one duplicated PS poll frame being generated by duplicating the PS poll frame; and receiving, by the STA, a bufferable frame from the AP as a response to at least one of the PS poll frame and the at least one duplicated PS poll frame, wherein the PS poll frame and the at least one duplicated PS poll frame respectively comprise a data field that is scrambled based on a scrambling sequence that represents an entire bandwidth in which all of the PS poll frame and the at least one duplicated PS poll frame are transmitted, and wherein the data field includes a transmitter address field set to a value which indicates that the scrambling sequence relates to the entire bandwidth in which all of the PS poll frame and the at least one duplicated PS poll frame are transmitted. transmitting, by a station, STA, in a power save mode, a power save, PS, poll frame to an access point, AP, in a first 20MHz channel; transmitting, by the STA in the power save mode, at least one duplicated PS poll frame to the AP in at least one second 20MHz channel, the at least one duplicated PS poll frame being generated by duplicating the PS poll frame; and receiving, by the STA, a bufferable frame from the AP as a response to at least one of the PS poll frame and the at least one duplicated PS poll frame, wherein the PS poll frame and the at least one duplicated PS poll frame respectively comprise a data field that is scrambled based on a scrambling sequence that represents an entire bandwidth in which all of the PS poll frame and the at least one duplicated PS poll frame are transmitted, and wherein the data field includes a transmitter address field set to a value which indicates that the scrambling sequence relates to the entire bandwidth in which all of the PS poll frame and the at least one duplicated PS poll frame are transmitted.
A process for the preparation of Estetrol or a salt or solvate thereof, the process comprising: a) reacting a compound of formula or a salt or solvate thereof, wherein R 1 is a hydroxyl protecting group selected from a silyl ether, an ether, an ester, a carbamate and a carbonate, and R 2 is a hydroxyl protecting group selected from an ether, with an oxidizing agent selected from OsO 4 or a source of osmium tetroxide to produce Estetrol or a compound of formula or a salt or solvate thereof wherein R 1 is as defined previously; and b) if a compound of formula is obtained in step a), deprotecting said compound to produce Estetrol. a) reacting a compound of formula or a salt or solvate thereof, wherein R 1 is a hydroxyl protecting group selected from a silyl ether, an ether, an ester, a carbamate and a carbonate, and R 2 is a hydroxyl protecting group selected from an ether, with an oxidizing agent selected from OsO 4 or a source of osmium tetroxide to produce Estetrol or a compound of formula or a salt or solvate thereof wherein R 1 is as defined previously; and R 1 is a hydroxyl protecting group selected from a silyl ether, an ether, an ester, a carbamate and a carbonate, and R 2 is a hydroxyl protecting group selected from an ether, with an oxidizing agent selected from OsO 4 or a source of osmium tetroxide to produce Estetrol or a compound of formula or a salt or solvate thereof wherein R 1 is as defined previously; and b) if a compound of formula is obtained in step a), deprotecting said compound to produce Estetrol.
A packaged multiphase dentifrice composition in which an inner first phase is in physical contact with and surrounded by a visually distinct outer second phase, and in which the phases are coextrudable from a single dispensing orifice such that the extrudate has a core of inner first phase and a sheath of outer second phase surrounding the core of inner first phase, characterised in that entrained air or other gas is selectively incorporated into the internal phase ("the aerated phase") the gas being incorporated as discrete bubbles and the phase which does not contain the entrained air or other gas ("the non-aerated phase") is the outer second phase
A in vitro method of screening for colorectal cancer in a subject, the method comprising: - determining a methylation status for each of the following, in a subject's DNA sample: (a) a methylation locus within gene ZNF132; (b) a first methylation locus within gene ADAMTS2; and (c) a second methylation locus within gene ADAMTS2; and - comparing the data obtained with reference values obtained from healthy individuals, - diagnosing colorectal cancer in the subject if a hyper-methylation of the loci is detected, as compared to the reference sample. - determining a methylation status for each of the following, in a subject's DNA sample: (a) a methylation locus within gene ZNF132; (b) a first methylation locus within gene ADAMTS2; and (c) a second methylation locus within gene ADAMTS2; and (a) a methylation locus within gene ZNF132; (b) a first methylation locus within gene ADAMTS2; and (c) a second methylation locus within gene ADAMTS2; and - comparing the data obtained with reference values obtained from healthy individuals, - diagnosing colorectal cancer in the subject if a hyper-methylation of the loci is detected, as compared to the reference sample.
A reduced outflow valve for installation in fluid communication with an inflatable apparatus comprising: a tubular body defining an inner bore; and a plunger slidingly engaged in the inner bore, the plunger defining an inner longitudinal bore that extends the length of the plunger; wherein inflation of the inflatable apparatus urges the plunger to a first position where it is disposed within the inner bore to allow ingress of air into the inflatable apparatus to inflate the inflatable apparatus; and wherein deflation of the inflatable apparatus urges the plunger to a second position wherein it is disposed within the inner bore to dampen the egress of air from the inflatable apparatus. a tubular body defining an inner bore; and a plunger slidingly engaged in the inner bore, the plunger defining an inner longitudinal bore that extends the length of the plunger; wherein inflation of the inflatable apparatus urges the plunger to a first position where it is disposed within the inner bore to allow ingress of air into the inflatable apparatus to inflate the inflatable apparatus; and wherein deflation of the inflatable apparatus urges the plunger to a second position wherein it is disposed within the inner bore to dampen the egress of air from the inflatable apparatus.
A capacitor with a pipe fin block with pipes and fins arranged between the pipes, wherein the opposite pipe ends of the pipes are in each case received in openings of collector pipes arranged on both sides of the pipe fin block, wherein adjacent to a first collector pipe, a first collector is arranged, which is in fluid communication with the first collector pipe by means of at least one flow connection, wherein a second collector is arranged, which is in fluid communication with one of the collector pipes, characterised in that the first collector is in fluid communication with the first collector pipe via a first overflow opening and with a second overflow opening and wherein the second collector is in fluid communication with the second collector pipe via a third overflow opening and with a fourth overflow opening.
An apparatus comprising: a controller configured to identify a target distance for moving a printhead acting as a color plane in a lateral direction to compensate for lateral shifts in a web of print media as the web travels in a continuous-forms printer in a conveyance direction wherein the printhead is comprised of multiple nozzle rows (310, 320), each row (310; 320) being located at a different location with respect to the conveyance direction, the controller is configured to identify a maximum distance for moving the printhead in the lateral direction based on an allowable print error in the color plane of the printer and one or more previous positions of the printhead, wherein the allowable print error in the color plane indicates an allowable amount of ink drop placement error within the color plane and in that the controller is configured to move the printhead for a distance that is a lesser of the maximum distance and the target distance. a controller configured to identify a target distance for moving a printhead acting as a color plane in a lateral direction to compensate for lateral shifts in a web of print media as the web travels in a continuous-forms printer in a conveyance direction wherein the printhead is comprised of multiple nozzle rows (310, 320), each row (310; 320) being located at a different location with respect to the conveyance direction, the controller is configured to identify a maximum distance for moving the printhead in the lateral direction based on an allowable print error in the color plane of the printer and one or more previous positions of the printhead, wherein the allowable print error in the color plane indicates an allowable amount of ink drop placement error within the color plane and in that the controller is configured to move the printhead for a distance that is a lesser of the maximum distance and the target distance.
Exhaust gas turbocharger comprising a turbine with a turbine wheel which is arranged in a turbine casing, and a compressor with a compressor wheel which is arranged in a compressor casing, wherein the turbine wheel and the compressor wheel are connected to one another via a shaft, wherein the shaft is mounted so as to be rotatable about an axis by means of bearings (5, 6, 7) which are arranged between the turbine wheel and the compressor wheel in a bearing casing (8, 9), wherein a means for axially securing the shaft and the turbine wheel connected to it is provided between the compressor wheel and the turbine wheel, wherein in the case of bursting of the compressor wheel and of a subsequent fracture of the shaft between the compressor wheel and the axially securing means, said axially securing means provides an axial movement of the shaft and of the turbine wheel connected to it, in the direction of the turbine, characterized in that the means for axially securing the shaft and the turbine wheel which is connected to it comprises, on the one hand, a housing element which extends radially as far as the shaft, has a central opening and is provided with an inner contour (22, 24) in the circumferential direction in the region of the central opening, in that the means for axially securing the shaft and the turbine wheel connected to it has, on the other hand, a radial projection on the shaft, which radial projection is arranged, in the installed state, on the compressor side of the inner contour and is provided in the circumferential direction with an outer contour (11, 12), and in that the inner contour on the housing element and the outer contour on the shaft are configured matched to one another in such a way that when the shaft and the turbine wheel which is connected to it are mounted, the radially outwardly protruding projection can be pushed on the shaft in the axial direction from the turbine side to the compressor side through the central opening of the housing element in at least one specific angular position of the shaft with respect to the housing, and in that during operation or in the case of bursting the outer contour of the radially outwardly protruding projection bears against the inner contour on the compressor side during the axial pushing in the direction of the turbine in any other angular position of the shaft with respect to the housing than the at least one specific angular position.
A driver circuit for lighting means, in particular, for one or more LEDs, having: - a resonant circuit, - a circuit, which can be supplied with voltage and is clocked by means of at least one switch (LS, HS), which circuit feeds the resonant circuit, - a transmitter, which follows said resonant circuit for transmitting electrical energy from a primary winding to a secondary winding, wherein the resonant circuit is coupled with the primary winding, and the lighting means can be supplied with current from the secondary winding, - a control unit, wherein the primary winding is a component of the primary-side resonant circuit, and/or wherein the resonant circuit is designed as an LLC-resonant circuit, characterized in that an actual current signal (S_iLLC) which reproduces the current (iLLC) through the resonant circuit and an actual voltage signal that reproduces the voltage applied to the primary winding are fed back to the control unit, and that the control unit is designed to determine an indirect reproduction of the secondary side current on the basis of the actual current signal (S_iLLC) and actual voltage signal (VL1 that were obtained on the primary side. - a resonant circuit, - a circuit, which can be supplied with voltage and is clocked by means of at least one switch (LS, HS), which circuit feeds the resonant circuit, - a transmitter, which follows said resonant circuit for transmitting electrical energy from a primary winding to a secondary winding, wherein the resonant circuit is coupled with the primary winding, and the lighting means can be supplied with current from the secondary winding, - a control unit, wherein the primary winding is a component of the primary-side resonant circuit,
A method comprising: requesting, by a client from a server, an independently coded first representation of a video content component of a first view of a multiview coded bitstream; receiving and playing a first set of data units of the independently coded first representation; parsing, by the client, a Media Presentation Description to determine if a third representation of a second view of the multiview coded bitstream is equivalent to a second representation of the second view in terms of the represented second view, a picture quality, and a spatial resolution; requesting, based on the determination that the second and third representations are equivalent, a second set of data units of the second representation of the second view of the multiview coded bitstream, said second set of data units being dependently coded on one or more requested or buffered data units of the first set, and said second set of data units being obtained for a time period corresponding to segments or sub-segments comprised by the requested or buffered data units of the first set; and requesting a third set of independently coded data units of the third representation of the second view of the multiview coded bitstream. requesting, by a client from a server, an independently coded first representation of a video content component of a first view of a multiview coded bitstream; receiving and playing a first set of data units of the independently coded first representation; parsing, by the client, a Media Presentation Description to determine if a third representation of a second view of the multiview coded bitstream is equivalent to a second representation of the second view in terms of the represented second view, a picture quality, and a spatial resolution; requesting, based on the determination that the second and third representations are equivalent, a second set of data units of the second representation of the second view of the multiview coded bitstream, said second set of data units being dependently coded on one or more requested or buffered data units of the first set, and said second set of data units being obtained for a time period corresponding to segments or sub-segments comprised by the requested or buffered data units of the first set; and requesting a third set of independently coded data units of the third representation of the second view of the multiview coded bitstream.
A foundation pile, wherein the foundation pile comprises a stabilization device (30; 31-38, 39_1, 39_2, 39_3) that is arranged within the foundation pile and is connected to at least two inner surface sections of the foundation pile, wherein compressive and/or tensile forces can be transmitted by means of the stabilization device (30; 31-38, 39_1, 39_2, 39_3), such that the stabilization device (30; 31-38, 39_1, 39_2, 39_3) counteracts lateral deformation and/or torsional deformation of the foundation pile, characterized in that the stabilization device (30; 31-38) comprises at least one stabilization strut, the two opposite ends of which are connected to two inner surface sections of the foundation pile.
An agricultural machine operable for the harvesting of grain type crops, comprising a feeder system which is rotatably attached to the chassis of the agricultural machine, a header that for its height adjustment is attached to the feeder system at the front of the machine at adjustable height, the header comprising a first cutting device whose position is determined by the adjustable height of the header, and a second cutting device, which via rollers, or equivalent support means, can move over the ground at different heights of the header, and wherein the second cutting device is connected to the back of the header via at least two coupling systems, wherein each of these systems contains a lower and an upper support arm (15, 16) in such a way that the lower arm can pivot with respect to the header in a first hinge point, and with respect to the second cutting device in a second hinge point, and the upper arm can pivot with respect to the header at a third hinge point and with respect to the second cutting device in a fourth hinge point, with a fixed distance between the first and third hinge points (20, 22) and between the second and fourth hinge points (21, 23) respectively, the distance between the first and second hinge points (20, 21) being smaller than the distance between the third and fourth hinge points (22, 23) and the line between the first and the third hinge points (20, 22) being substantially parallel to the rear wall of the header, characterized in that the fixed distance between the first and the third hinge points (20, 22) is greater than the fixed distance between the second and fourth hinge points (21, 23) and the line between the second and fourth hinge points (21, 23) is inclined upwards and to the rear, whereby the coupling systems are configured in such a way that the inclination angle and the height of the line between the second and the fourth hinge points (21, 23) remains substantially unchanged with variation of the height position of the header, while the second cutting device rests on the ground.
A garment comprising a fabric at least partially including a hygroscopic fiber, the garment having a power source unit and an air blowing fan unit having an outside diameter of 80 mm or less, characterized in that the fabric has an air permeability of 50 to 500 cm 3 /cm 2 ·s, the air permeability being as measured by the method according to JIS L 1096: (Testing methods for woven and knitted fabrics) 8.26.1 (A method). the garment having a power source unit and an air blowing fan unit having an outside diameter of 80 mm or less, characterized in that the fabric has an air permeability of 50 to 500 cm 3 /cm 2 ·s, the air permeability being as measured by the method according to JIS L 1096: (Testing methods for woven and knitted fabrics) 8.26.1 (A method).
A die apparatus comprising: a plurality of divided dies (4a, 4b, 4c) configured to come into contact with one another on cut surfaces (11a, 11b) thereof so as to form a cavity; a plurality of sliders (6a, 6b, 6c) configured to reciprocatingly drive each of the plurality of divided dies (4a, 4b, 4c); and an upper punch and a lower punch that are inserted into the cavity from above and below of the cavity, characterized in that among a pair or each pair of divided dies (4a, 4b, 4c) that are included in the plurality of divided dies and come into contact with each other on the cut surfaces (11a, 11b) thereof, at least one divided die (4a, 4b, 4c) is provided with a gas passage (16a, 16b) configured to inject gas through a gas injection port (12a, 12b) disposed in each cut surface (11a, 11b). a plurality of divided dies (4a, 4b, 4c) configured to come into contact with one another on cut surfaces (11a, 11b) thereof so as to form a cavity; a plurality of sliders (6a, 6b, 6c) configured to reciprocatingly drive each of the plurality of divided dies (4a, 4b, 4c); and an upper punch and a lower punch that are inserted into the cavity from above and below of the cavity, characterized in that among a pair or each pair of divided dies (4a, 4b, 4c) that are included in the plurality of divided dies and come into contact with each other on the cut surfaces (11a, 11b) thereof, at least one divided die (4a, 4b, 4c) is provided with a gas passage (16a, 16b) configured to inject gas through a gas injection port (12a, 12b) disposed in each cut surface (11a, 11b).
A method for receiving a signal by a subscriber of a real-time network, the signal having a signal clock having a signal clock frequency and the subscriber comprising a counter, which comprises a counter clock having a counter clock frequency and which maps a local time of the subscriber, wherein a reception clock of a reception counter of the subscriber is provided for sampling the signal and the reception clock is derived from the counter clock, whereby the reception counter maps the local time of the subscriber, wherein a phase position of the reception clock is adapted to the phase position of the signal clock, when said reception clock is derived from the counter clock, and wherein the signal is sampled at a reception clock frequency of the reception counter.
A method for marine seismic data acquisition comprising the use of a streamer comprising a plurality of hydrophones and accelerometers wherein the total number of accelerometers is less than the number required by the classical Nyquist sampling theorem for sampling of the slowest noise mode on the streamer, and wherein a first set of the accelerometers are spaced uniformly along the streamer and a second set of accelerometers are spaced non-uniformly along the streamer, and wherein the concept of compressive sensing is used to process data from the non-uniformly spaced accelerometers by assuming that the accelerometer data has a sparse representation.