mhurhangee/ep-ind-claims huggingface dataset:
A method of monitoring a Random Access Response, RAR, applied to a user terminal and comprising: sending a random access preamble to a base station; monitoring a RAR sent by the base station, at a time position of a downlink beam corresponding to the random access preamble; characterized in that the monitoring the RAR sent by the base station at the time position of the downlink beam corresponding to the random access preamble comprises: detecting position information of the downlink beam corresponding to the random access preamble; determining, according to the position information, a receiving time position of the downlink beam corresponding to the random access preamble in a RAR window; and monitoring, at the receiving time position, the RAR sent by the base station; or detecting position information of the downlink beam corresponding to the random access preamble; determining, according to the position information, a receiving time position of the downlink beam corresponding to the random access preamble; setting a RAR window according to the receiving time position; and monitoring the RAR sent by the base station, through the RAR window. sending a random access preamble to a base station; monitoring a RAR sent by the base station, at a time position of a downlink beam corresponding to the random access preamble; characterized in that the monitoring the RAR sent by the base station at the time position of the downlink beam corresponding to the random access preamble comprises: detecting position information of the downlink beam corresponding to the random access preamble; determining, according to the position information, a receiving time position of the downlink beam corresponding to the random access preamble in a RAR window; and monitoring, at the receiving time position, the RAR sent by the base station; or detecting position information of the downlink beam corresponding to the random access preamble; determining, according to the position information, a receiving time position of the downlink beam corresponding to the random access preamble; setting a RAR window according to the receiving time position; and monitoring the RAR sent by the base station, through the RAR window. detecting position information of the downlink beam corresponding to the random access preamble; determining, according to the position information, a receiving time position of the downlink beam corresponding to the random access preamble in a RAR window; and monitoring, at the receiving time position, the RAR sent by the base station; or detecting position information of the downlink beam corresponding to the random access preamble; determining, according to the position information, a receiving time position of the downlink beam corresponding to the random access preamble; setting a RAR window according to the receiving time position; and monitoring the RAR sent by the base station, through the RAR window.
A method for an electronic device having an input device and a display, the method comprising: displaying a block of text within a text editing application; displaying, in proximity of the block of text, an alignment control interface or a float control interface after a precondition is met; detecting a dragging motion associated with the alignment control interface or the float control interface, the dragging motion changing a position of the alignment control interface or the float control interface relative to the block of text; modifying an alignment or position of the block of text based, at least in part, on the detected dragging motion, wherein the modifying of the alignment of the block of text based on the detected dragging motion comprises modifying the alignment of the block of text based on the position of the alignment control interface relative to the block of text and wherein modifying the position of the block of text based on the detected dragging motion comprises modifying the position of the block of text based on the position of the float control interface relative to the display; detecting an end of the dragging motion; and displaying, in a predetermined position associated with the alignment or position of the block of text, the alignment control interface or the float control interface. displaying a block of text within a text editing application; displaying, in proximity of the block of text, an alignment control interface or a float control interface after a precondition is met; detecting a dragging motion associated with the alignment control interface or the float control interface, the dragging motion changing a position of the alignment control interface or the float control interface relative to the block of text; modifying an alignment or position of the block of text based, at least in part, on the detected dragging motion, wherein the modifying of the alignment of the block of text based on the detected dragging motion comprises modifying the alignment of the block of text based on the position of the alignment control interface relative to the block of text and wherein modifying the position of the block of text based on the detected dragging motion comprises modifying the position of the block of text based on the position of the float control interface relative to the display; detecting an end of the dragging motion; and displaying, in a predetermined position associated with the alignment or position of the block of text, the alignment control interface or the float control interface.
A method of selectively extracting a targeted anion from an aqueous solution, comprising the steps of: combining a solvent and anion-encapsulating components with the aqueous solution containing the targeted anion to form an organic-aqueous mixture having an organic phase and an aqueous phase, wherein the anion-encapsulating components include a copper ion contributor, a hydroxide ion contributor, and a pyrazole to form compounds having a formula cis-Cu II x (OR 1) y (R 2 pz) z, where R 1 is H, CH 3, C 2 H 5, C 3 H 7, C 4 H 9 or another alkyl group, R 2 is H, CH 3, C 2 H 5, C 3 H 7 or C 4 H 9 or another alkyl or charged group, pz is a pyrazolate anion, and each of x, y, and z is equal to an integer between about 1 and 40, inclusive; allowing the anion-encapsulating components to react to form encapsulating hosts in situ in the organic-aqueous mixture around the target anions to contain the target ions therein, the encapsulating hosts containing the target ions transferring to the organic phase; wherein the target anion is chosen from the group consisting of sulfate, phosphate, arsenate, carbonate, selenate, selenite, sulfite, chromate, pyrophosphate and arsenite ions; and separating the organic phase and the aqueous phase. combining a solvent and anion-encapsulating components with the aqueous solution containing the targeted anion to form an organic-aqueous mixture having an organic phase and an aqueous phase, wherein the anion-encapsulating components include a copper ion contributor, a hydroxide ion contributor, and a pyrazole to form compounds having a formula cis-Cu II x (OR 1) y (R 2 pz) z, where R 1 is H, CH 3, C 2 H 5, C 3 H 7, C 4 H 9 or another alkyl group, R 2 is H, CH 3, C 2 H 5, C 3 H 7 or C 4 H 9 or another alkyl or charged group, pz is a pyrazolate anion, and each of x, y, and z is equal to an integer between about 1 and 40, inclusive; allowing the anion-encapsulating components to react to form encapsulating hosts in situ in the organic-aqueous mixture around the target anions to contain the target ions therein, the encapsulating hosts containing the target ions transferring to the organic phase; wherein the target anion is chosen from the group consisting of sulfate, phosphate, arsenate, carbonate, selenate, selenite, sulfite, chromate, pyrophosphate and arsenite ions; and separating the organic phase and the aqueous phase.
A wheel rolling bearing unit comprising: an inner ring member, one end of which a flange on which a wheel is mounted is formed; an outer ring member disposed concentrically on an outer peripheral side of the inner ring member; a plurality of rolling elements arranged in double rows and disposed between the inner ring member and the outer ring member; a pair of cages disposed along both rows of the plurality of rolling elements to retain the rolling elements in a circumferential direction; and sealing members for hermetically sealing openings at both ends of an annular space formed between the inner ring member and the outer ring member in which grease for lubricating the respective members has been introduced, characterized in that, on an inner peripheral surface of each of the pair of cages, a concave section being dented to the outside in a radial direction to hold the grease is formed in a range from an outside end section to an inside end section in an axial direction, and the concave section includes an inclined surface inclined so as to be expanded in diameter gradually from the outside end section in the inner peripheral surface of the cage to the inside in the axial direction. an inner ring member, one end of which a flange on which a wheel is mounted is formed; an outer ring member disposed concentrically on an outer peripheral side of the inner ring member; a plurality of rolling elements arranged in double rows and disposed between the inner ring member and the outer ring member; a pair of cages disposed along both rows of the plurality of rolling elements to retain the rolling elements in a circumferential direction; and sealing members for hermetically sealing openings at both ends of an annular space formed between the inner ring member and the outer ring member in which grease for lubricating the respective members has been introduced, characterized in that, on an inner peripheral surface of each of the pair of cages, a concave section being dented to the outside in a radial direction to hold the grease is formed in a range from an outside end section to an inside end section in an axial direction, and the concave section includes an inclined surface inclined so as to be expanded in diameter gradually from the outside end section in the inner peripheral surface of the cage to the inside in the axial direction.
A computer-implemented medical method for positionally determining a periodically moving structure of a patient's anatomy, the method comprising the following steps: a) cycle time data is acquired, describing the duration of a motion cycle of the periodically moving structure; b) exposure time data is determined based on the cycle time data, describing the exposure time assigned to a single X-ray-image showing a range of motion of the periodically moving structure, wherein the exposure time covers at least one whole motion cycle of the periodically moving structure; c) image data is acquired, describing the single X-ray-image created by applying the exposure time; wherein the method further comprises at least one of the following steps: d) range-of-motion data is determined (S14A) based on the image data, describing a range of motion covered by the periodically moving structure; e) mean position data is determined (S14B) based on the image data, describing a time-averaged mean position of the periodically moving structure. a) cycle time data is acquired, describing the duration of a motion cycle of the periodically moving structure; b) exposure time data is determined based on the cycle time data, describing the exposure time assigned to a single X-ray-image showing a range of motion of the periodically moving structure, wherein the exposure time covers at least one whole motion cycle of the periodically moving structure; c) image data is acquired, describing the single X-ray-image created by applying the exposure time; wherein the method further comprises at least one of the following steps: d) range-of-motion data is determined (S14A) based on the image data, describing a range of motion covered by the periodically moving structure; e) mean position data is determined (S14B) based on the image data, describing a time-averaged mean position of the periodically moving structure.
Process for the preparation of iron complex with N-acetyl-L-aspartylated casein, comprising the steps of (a) reaction of casein with N-acetyl-L-aspartyl chloride, to form N-acetyl-L-aspartylated casein, (b) subsequent reaction of the N-acetyl-L-aspartylated casein with ferric chloride; and (c) obtaining the iron complex with N-acetyl-L-aspartylated casein. (a) reaction of casein with N-acetyl-L-aspartyl chloride, to form N-acetyl-L-aspartylated casein, (b) subsequent reaction of the N-acetyl-L-aspartylated casein with ferric chloride; and (c) obtaining the iron complex with N-acetyl-L-aspartylated casein.
A cassette for preparing a sample comprising: - at least one mixing chamber for receiving a sample of cells; - a first holding chamber and an enzyme in the first holding chamber, wherein the cassette is configured to transfer the enzyme into the at least one mixing chamber to break the cells and release nucleic acid from the cells to create bulk material and the nucleic acid in the bulk material; - a second holding chamber and magnetic particles in the second holding chamber, the magnetic particles being transferable to the at least one mixing chamber to bind with the nucleic acid; - at least one magnet, positionable to attract magnetic particles together with the nucleic acid and at least partially separate the nucleic acid from the bulk material in the at least one mixing chamber; characterized in that the cassette further comprises: - a first separation piece having a surface; - a first transfer piece having a surface with a cavity therein, wherein the at least one magnet is configured to transfer the magnetic particles together with the nucleic acid into the cavity in the surface of the first transfer piece and wherein the first transfer piece is movable relative to the first separation piece and configured to move the magnetic particles together with the nucleic acid out of the mixing chamber and past the surface of the first separation piece; and - a first receiving chamber being configured to receive the magnetic particles and nucleic acid after moving past the surface of the first separation piece. - at least one mixing chamber for receiving a sample of cells; - a first holding chamber and an enzyme in the first holding chamber, wherein the cassette is configured to transfer the enzyme into the at least one mixing chamber to break the cells and release nucleic acid from the cells to create bulk material and the nucleic acid in the bulk material; - a second holding chamber and magnetic particles in the second holding chamber, the magnetic particles being transferable to the at least one mixing chamber to bind with the nucleic acid; - at least one magnet, positionable to attract magnetic particles together with the nucleic acid and at least partially separate the nucleic acid from the bulk material in the at least one mixing chamber; - a first separation piece having a surface; - a first transfer piece having a surface with a cavity therein, wherein the at least one magnet is configured to transfer the magnetic particles together with the nucleic acid into the cavity in the surface of the first transfer piece and wherein the first transfer piece is movable relative to the first separation piece and configured to move the magnetic particles together with the nucleic acid out of the mixing chamber and past the surface of the first separation piece; and - a first receiving chamber being configured to receive the magnetic particles and nucleic acid after moving past the surface of the first separation piece.
An in vitro method for modifying an endogenous IgM gene in a rat cell, the method comprising: introducing, into the rat cell, one or more mRNAs encoding first and second zinc finger nucleases (ZFNs) that bind to target sites in the endogenous IgM gene under conditions such that the ZFNs cleave the one or more endogenous cellular genes such that the endogenous IgM gene is modified, wherein the first ZFN comprises a ZFP having the recognition helix regions as shown in the ZFPs designated 17747, 17759, 17756, 17767 and 17764 as the forth in a single row of Table 6. introducing, into the rat cell, one or more mRNAs encoding first and second zinc finger nucleases (ZFNs) that bind to target sites in the endogenous IgM gene under conditions such that the ZFNs cleave the one or more endogenous cellular genes such that the endogenous IgM gene is modified, wherein the first ZFN comprises a ZFP having the recognition helix regions as shown in the ZFPs designated 17747, 17759, 17756, 17767 and 17764 as the forth in a single row of Table 6.
A build-up wear-resistant copper alloy, consisting of: 5.0-24.5% Ni, 3.0-20.0% Fe, 0.5-5.0% Si, 0.05 - 0.45% B, 0.3-5.0% Cr, an element selected from the group consisting of molybdenum, tungsten, vanadium, and a mixture thereof in an amount of 3.0-20.0%, and, optionally, Co in an amount of 0.01-2.00%, by weight %, and the balance being copper and inevitable impurities, wherein the chromium is container in an amount of 4 times or more of the boron content.
Drain fitting comprising a drain housing and a drain valve that has a valve body in the drain housing which can be fastened to an outlet opening of a sanitary receptacle, in particular of a sink, washstand or a bathtub, and comprising an overflow which is connected to the drain housing and has a rising pipe and a return pipe that each open into the drain housing and the ends of which facing away from the drain housing open into an overflow body that defines a deflection channel and is provided with a ventilation valve, the overflow body having a control channel (11.6) that connects the ventilation valve to the deflection channel, is arranged above the deflection channel, and the longitudinal axis of which extends transversely to the end of the rising pipe that opens into the overflow body, the control channel (11.6) opening into the deflection channel via a control opening (11.7) which is arranged in a wall portion of the deflection channel which does not cover the return pipe, and the control opening (11.7) being arranged on an end of the deflection channel that is remote from the return pipe, characterised in that the control opening (11.7) is arranged in or on an upper corner region of the deflection channel, the distance from the control opening (11.7) to the return pipe being at least 1.2 times the inner diameter of the rising pipe.
A cooling system for a gas turbine engine having a compressor, a combustor and a turbine section arranged to receive combustion products from the combustor, the cooling system comprising: ducting (32,44) defining a flow path from the compressor to a component to be cooled within the turbine section, wherein said ducting bypasses the combustor and includes at least one heat exchanger for cooling the air received from the compressor in use and wherein the component includes openings through which the cooling air exits the component to create a film of cooling air; one or more valves (36, 64, 66) in said flow path; and a controller (48, 60) arranged to control actuation of the valve at a predetermined frequency so as to modify the flow in the flow path to the component and the film of cooling air in an oscillating manner wherein the component has a fluid washed surface and the predetermined frequency of actuation of the valve is set by the controller according to one or more gas turbine engine operating parameters in order to improve the aerodynamic efficiency of the component in use. ducting (32,44) defining a flow path from the compressor to a component to be cooled within the turbine section, wherein said ducting bypasses the combustor and includes at least one heat exchanger for cooling the air received from the compressor in use and wherein the component includes openings through which the cooling air exits the component to create a film of cooling air; one or more valves (36, 64, 66) in said flow path; and a controller (48, 60) arranged to control actuation of the valve at a predetermined frequency so as to modify the flow in the flow path to the component and the film of cooling air in an oscillating manner wherein the component has a fluid washed surface and the predetermined frequency of actuation of the valve is set by the controller according to one or more gas turbine engine operating parameters in order to improve the aerodynamic efficiency of the component in use.
An electric machine comprising: an internal stator (14, 200, 300, 400) having an internal surface provided with longitudinal channels (26, 204, 306, 308, 310); an external rotor coaxially mounted about the internal stator; and a cooling arrangement (22, 202, 302, 402) cast in the internal stator, the cooling arrangement (22, 202, 302, 402) comprising a cast heat-storing element (33, 209, 403) and conduits defining a cooling path having an inlet and an outlet, a portion of the heat-storing element is cast into the longitudinal channels (26, 204, 306, 308, 310). an internal stator (14, 200, 300, 400) having an internal surface provided with longitudinal channels (26, 204, 306, 308, 310); an external rotor coaxially mounted about the internal stator; and a cooling arrangement (22, 202, 302, 402) cast in the internal stator, the cooling arrangement (22, 202, 302, 402) comprising a cast heat-storing element (33, 209, 403) and conduits defining a cooling path having an inlet and an outlet, a portion of the heat-storing element is cast into the longitudinal channels (26, 204, 306, 308, 310).
A control rod drive mechanism for use in a nuclear reactor, the control rod drive mechanism comprising: a connecting rod connected with at least one control rod; a lead screw; a drive mechanism configured to linearly translate the lead screw; a latching assembly comprising latches, the latching assembly being connected to the lead screw and configured to latch the connecting rod to the lead screw such that the connecting rod is configured to move together with the lead screw and the latching assembly; and an electromagnet coil assembly; wherein the latching assembly is configured to unlatch the connecting rod from the lead screw responsive to deenergizing the electromagnet coil assembly wherein the electromagnet coil assembly is at least coextensive with a linear translation stroke over which the drive mechanism is configured to linearly translate the lead screw. a connecting rod connected with at least one control rod; a lead screw; a drive mechanism configured to linearly translate the lead screw; a latching assembly comprising latches, the latching assembly being connected to the lead screw and configured to latch the connecting rod to the lead screw such that the connecting rod is configured to move together with the lead screw and the latching assembly; and an electromagnet coil assembly; wherein the latching assembly is configured to unlatch the connecting rod from the lead screw responsive to deenergizing the electromagnet coil assembly wherein the electromagnet coil assembly is at least coextensive with a linear translation stroke over which the drive mechanism is configured to linearly translate the lead screw.