mhurhangee/patent-ind-claim-en huggingface dataset:
A sending method for feedback information, applied in a terminal , the method comprising: receiving , from an access network equipment , first signaling, wherein the first signaling carries N new feedback indicators, named (NFIs) hereinafter, the N NFIs correspond to N groups in one-to-one, N is a positive integer that is less than or equal to a maximum number of HARQ processes, and the first signaling further comprises: indicating information used to indicate P 3 groups among the N groups, wherein feedback information of the P 3 groups is required to be reported, and P 3 is not greater than the N; generating a feedback codebook, wherein the feedback codebook comprises first feedback information corresponding to a first HARQ process, the first feedback information comprises one of ACK and NACK, the first HARQ process is transmitted through a physical channel in a first group with a first value of NFI, the first group is one of the N groups, the first value is the value of NFI corresponding to the first group among the N NFIs, and the method is characterized in that the feedback codebook further comprises feedback information corresponding to a second HARQ process, the second HARQ process is transmitted through a physical channel in a second group with a second value of NFI, and the second group is one of the P 3 groups, and the second value is a value of NFI corresponding to the second group among the N NFIs; and transmitting the feedback codebook to the access network equipment . receiving , from an access network equipment , first signaling, wherein the first signaling carries N new feedback indicators, named (NFIs) hereinafter, the N NFIs correspond to N groups in one-to-one, N is a positive integer that is less than or equal to a maximum number of HARQ processes, and the first signaling further comprises: indicating information used to indicate P 3 groups among the N groups, wherein feedback information of the P 3 groups is required to be reported, and P 3 is not greater than the N; indicating information used to indicate P 3 groups among the N groups, wherein feedback information of the P 3 groups is required to be reported, and P 3 is not greater than the N; generating a feedback codebook, wherein the feedback codebook comprises first feedback information corresponding to a first HARQ process, the first feedback information comprises one of ACK and NACK, the first HARQ process is transmitted through a physical channel in a first group with a first value of NFI, the first group is one of the N groups, the first value is the value of NFI corresponding to the first group among the N NFIs, and the method is characterized in that the feedback codebook further comprises feedback information corresponding to a second HARQ process, the second HARQ process is transmitted through a physical channel in a second group with a second value of NFI, and the second group is one of the P 3 groups, and the second value is a value of NFI corresponding to the second group among the N NFIs; and transmitting the feedback codebook to the access network equipment .
A method of detecting stall of a two-phase or three-phase motor operated in a micro-stepped mode, the method comprising: a) applying a plurality of phase-shifted micro-stepped waveforms to the phase windings (Lu, Lv, Lw) of said motor , whereby the phase-shift is about 120° in case of a three-phase motor and about 90° in case of a two-phase motor; b) determining a sum of currents flowing through the phase windings of said motor , and taking samples (Raw) of said sum of currents synchronously with the application of said micro-stepped waveforms; c) calculating a moving average (MovAvg) or a moving sum of said samples over a number of samples corresponding to 120° or an even multiple of 60° of the micro-stepped waveform in case of a three-phase motor and corresponding to 180° or an even multiple of 90° of the micro-stepped waveform in case of a two-phase motor; d) calculating an adaptive threshold based on said samples (Raw); e) detecting stall of the motor when the moving average (MovAvg) or moving sum is larger than said adaptive threshold. a) applying a plurality of phase-shifted micro-stepped waveforms to the phase windings (Lu, Lv, Lw) of said motor , whereby the phase-shift is about 120° in case of a three-phase motor and about 90° in case of a two-phase motor; b) determining a sum of currents flowing through the phase windings of said motor , and taking samples (Raw) of said sum of currents synchronously with the application of said micro-stepped waveforms; c) calculating a moving average (MovAvg) or a moving sum of said samples over a number of samples corresponding to 120° or an even multiple of 60° of the micro-stepped waveform in case of a three-phase motor and corresponding to 180° or an even multiple of 90° of the micro-stepped waveform in case of a two-phase motor; d) calculating an adaptive threshold based on said samples (Raw); e) detecting stall of the motor when the moving average (MovAvg) or moving sum is larger than said adaptive threshold.
A sowing element for agricultural precision sowing machines comprising a seed selection device which includes a casing and a perforated disc which is caused to rotate in the casing , wherein a pressurization device is associated with the casing in order to subject opposite faces of the disc to a pressure differential, and wherein an opening is provided in the casing in order to ventilate one of the faces of the disc , wherein the opening is pneumatically connected to a filtration system or to a remote intake system, wherein the box-shaped casing comprises a fixed box-shaped body and a cover which is removably applied to the box-shaped body, the opening being formed in the box-shaped body , wherein in the region of the opening , at least one manifold is formed on the box-shaped body for an intake pipe or a delivery pipe of the pressurization device, characterized in that the box-shaped body comprises a first manifold which is connected to a ventilation system which is capable of subjecting a face of the disc to a negative pressure and a second manifold is connected to the filtration system or to the remote intake system.
A data transmission method, comprising: obtaining (S401), by user equipment, to-be-sent user data; performing (S402), by the user equipment, channel encoding on the to-be-sent user data by using M channel encoders, to obtain N sets of encoded data, wherein M is a positive integer less than or equal to N; performing (S403), by the user equipment, codebook mapping on each of the N sets of encoded data by using a multiple access codebook, to obtain N sets of codebook-mapped data, wherein different sets of encoded data use codebooks that occupy mutually different non-zero physical resource element REs, and N is a positive integer greater than or equal to 2; and sending (S404), by the user equipment, the N sets of codebook-mapped data to a base station. obtaining (S401), by user equipment, to-be-sent user data; performing (S402), by the user equipment, channel encoding on the to-be-sent user data by using M channel encoders, to obtain N sets of encoded data, wherein M is a positive integer less than or equal to N; performing (S403), by the user equipment, codebook mapping on each of the N sets of encoded data by using a multiple access codebook, to obtain N sets of codebook-mapped data, wherein different sets of encoded data use codebooks that occupy mutually different non-zero physical resource element REs, and N is a positive integer greater than or equal to 2; and sending (S404), by the user equipment, the N sets of codebook-mapped data to a base station.
A hidden water tank for improving disassembly and assembly of internal assemblies, the hidden water tank comprising a water tank body provided with a mounting window , and at least one mounting seat positioned at an edge of the mounting window and used for assembling a connecting panel, wherein the mounting seat is movably connected and arranged on the water tank body , and by means of this arrangement of movable connection of the mounting seat , the mounting seat can be switched between a first positioning state in which the mounting seat protrudes in a direction toward the center of the mounting window and a second positioning state in which the mounting seat retracts toward the edge of the mounting window , characterised in that the arrangement of movable connection of the mounting seat is a hinged arrangement or a slidable arrangement. the mounting seat is movably connected and arranged on the water tank body , and by means of this arrangement of movable connection of the mounting seat , the mounting seat can be switched between a first positioning state in which the mounting seat protrudes in a direction toward the center of the mounting window and a second positioning state in which the mounting seat retracts toward the edge of the mounting window , characterised in that the arrangement of movable connection of the mounting seat is a hinged arrangement or a slidable arrangement.
A system for projecting light, the system comprising: a light generator that generates image light that corresponds to a series of images; a display device configured to receive the image light generated by the light generator and transmit display image light at a first resolution, the display image light comprising a first set of image points; and an acousto-optical scanner optically coupled to the display device , wherein the display device directs the display image light onto the acousto-optical scanner and the acousto-optical scanner directs portions of the display image light onto a plurality of diffractive optical elements , wherein the plurality of diffractive optical elements is stacked, wherein each of the plurality of diffractive optical elements includes an in-coupling grating offset from respective in-coupling gratings of the other diffractive optical elements of the plurality such that each of the plurality of diffractive optical elements corresponds to a different depth plane of the series of images, and; wherein the acousto-optical scanner is configured to receive the display image light from the display device at the first resolution corresponding to the first set of image points, selectively generate a second set of image points, and output image light at a second resolution greater than the first resolution, the output image light comprising the first set of image points and the second set of image points. a light generator that generates image light that corresponds to a series of images; a display device configured to receive the image light generated by the light generator and transmit display image light at a first resolution, the display image light comprising a first set of image points; and an acousto-optical scanner optically coupled to the display device , wherein the display device directs the display image light onto the acousto-optical scanner and the acousto-optical scanner directs portions of the display image light onto a plurality of diffractive optical elements , wherein the plurality of diffractive optical elements is stacked, wherein each of the plurality of diffractive optical elements includes an in-coupling grating offset from respective in-coupling gratings of the other diffractive optical elements of the plurality such that each of the plurality of diffractive optical elements corresponds to a different depth plane of the series of images, and; wherein the acousto-optical scanner is configured to receive the display image light from the display device at the first resolution corresponding to the first set of image points, selectively generate a second set of image points, and output image light at a second resolution greater than the first resolution, the output image light comprising the first set of image points and the second set of image points.
An electric power steering device comprising: a motor having two sets of windings provided independently of each other; and a control unit including two inverter circuits respectively supplying currents to the two sets of windings and each composed of a plurality of switching elements , and two control circuits respectively connected to the two inverter circuits , wherein the control unit includes a detection circuit for detecting current of each inverter circuit, and a detection terminal extending from the detection circuit , each inverter circuit having a plurality of circuit portions , the control unit including a detection circuit per circuit portion of each inverter circuit and two detection terminals per detection circuit , characterized by : a plurality of shield walls made of metal is provided, each of the plurality of shield walls being for shielding noise emitted by driving of one of the two inverter circuits and being provided near the detection terminal of the other inverter circuit , and at least one of the shield walls has a support member for supporting the control circuit . a motor having two sets of windings provided independently of each other; and a control unit including two inverter circuits respectively supplying currents to the two sets of windings and each composed of a plurality of switching elements , and two control circuits respectively connected to the two inverter circuits , wherein two inverter circuits respectively supplying currents to the two sets of windings and each composed of a plurality of switching elements , and two control circuits respectively connected to the two inverter circuits , wherein the control unit includes a detection circuit for detecting current of each inverter circuit, and a detection terminal extending from the detection circuit , each inverter circuit having a plurality of circuit portions , the control unit including a detection circuit per circuit portion of each inverter circuit and two detection terminals per detection circuit , a plurality of shield walls made of metal is provided, each of the plurality of shield walls being for shielding noise emitted by driving of one of the two inverter circuits and being provided near the detection terminal of the other inverter circuit , and at least one of the shield walls has a support member for supporting the control circuit .
A flexible display device including a display panel (DP), a cover window (CW), and at least one bending area (BA), the bending area (BA) comprising: one or more adhesive layers (AL) disposed between the display panel (DP) and the cover window (CW), each of the adhesive layers (AL) including at least one pair of pressure sensitive adhesive layers and at least one elastomer layer disposed between the pair of pressure sensitive adhesive layers , characterised in that the elastomer layer includes a cutting pattern (CP) formed on at least one surface thereof, the cutting pattern (CP) being formed in a direction oblique to a longitudinal direction of the elastomer layer . one or more adhesive layers (AL) disposed between the display panel (DP) and the cover window (CW), each of the adhesive layers (AL) including at least one pair of pressure sensitive adhesive layers and at least one elastomer layer disposed between the pair of pressure sensitive adhesive layers , characterised in that the elastomer layer includes a cutting pattern (CP) formed on at least one surface thereof, the cutting pattern (CP) being formed in a direction oblique to a longitudinal direction of the elastomer layer .
Plain bearing, notably for aerospace applications, comprising an outer ring and an inner ring comprising respectively a concave inner surface and a convex outer surface intended to cooperate with each other for the relative movement of the outer and inner rings , characterized in that the inner ring and/or the outer ring is made of a metal matrix composite material reinforced with ceramic fillers, the metal matrix composite material comprising an aluminum alloy matrix, and the major alloying element of the aluminum matrix being copper, zinc or a combination of magnesium and silicon.
A device for water treatment, comprising: an outer tubular body with an extension along a longitudinal axis a; an inlet conduit for a water flow; an outlet conduit of the water flow in fluid communication with said inlet conduit ; said inlet conduit and said outlet conduit being aligned along said longitudinal axis a, at opposite ends of said outer tubular body ; a central body contained in a central zone inside said outer tubular body and in contact with said water flow, the central body comprising a plurality of discs packed and centred longitudinally along said longitudinal axis a of said outer tubular body , each of which has a plurality of holes arranged in a circular crown, each central disc being rotated by a predetermined angle with respect to the preceding central disc ; characterized in that each central disc comprises two holes present on opposite surfaces of each central disc configured to house a locking element ; wherein each hole for the locking element of each central disc determines said determined partial rotation angle of a disc with respect to the preceding central disc ; each central disc being constrained on the adjacent central disc through an axial pin . an outer tubular body with an extension along a longitudinal axis a; an inlet conduit for a water flow; an outlet conduit of the water flow in fluid communication with said inlet conduit ; said inlet conduit and said outlet conduit being aligned along said longitudinal axis a, at opposite ends of said outer tubular body ; a central body contained in a central zone inside said outer tubular body and in contact with said water flow, the central body comprising a plurality of discs packed and centred longitudinally along said longitudinal axis a of said outer tubular body , each of which has a plurality of holes arranged in a circular crown, each central disc being rotated by a predetermined angle with respect to the preceding central disc ; characterized in that each central disc comprises two holes present on opposite surfaces of each central disc configured to house a locking element ; wherein each hole for the locking element of each central disc determines said determined partial rotation angle of a disc with respect to the preceding central disc ; each central disc being constrained on the adjacent central disc through an axial pin .
A luminaire system comprising a luminaire housing , a support , at least one light source arranged thereon, a drive means configured for driving the at least one light source, a surge protection device between an external power supply (P) and the drive means, and an indicator device , wherein said surge protection device comprises surge protection circuitry and monitoring circuitry configured to monitor a malfunctioning of the surge protection circuitry and provide an output signal based on said monitoring, wherein said monitoring circuitry is connected such that a state of said indicator device is changed when the output signal indicates said malfunctioning; characterized in that said indicator device is arranged at a location which is such that the state of the indicator device is visible from outside of the luminaire housing.
Equipment for ultrasound imaging a plurality of cross-sectional areas (A1, A2, A3, A4, A5, A6, A7, A8) of a peripheral annular volume of an eye comprising: - a mechanic device having a front surface designed to be located close to a front surface of a cornea of the eye , and - a plurality of ultrasound emitting and receiving electronic devices associated with said mechanic device , arranged in an annular manner so as to be distributed around the eye when said mechanic device is located close to the front surface of the cornea of the eye , each of said electronic devices being directed toward a cross-sectional area (A1, A2, A3, A4, A5, A6, A7, A8) of the peripheral annular volume of the eye opposite to the device with respect to the eye axis; wherein said mechanic device is designed to be stationary with respect to the eye ; wherein said electronic devices are designed to be stationary with respect to the eye . - a mechanic device having a front surface designed to be located close to a front surface of a cornea of the eye , and - a plurality of ultrasound emitting and receiving electronic devices associated with said mechanic device , arranged in an annular manner so as to be distributed around the eye when said mechanic device is located close to the front surface of the cornea of the eye , each of said electronic devices being directed toward a cross-sectional area (A1, A2, A3, A4, A5, A6, A7, A8) of the peripheral annular volume of the eye opposite to the device with respect to the eye axis;
Method for producing fibre composite components by means of a vacuum injection method, comprising the following steps: - arranging the fibre composite semi-finished product in a component chamber on a tool , - arranging and positioning a suction chamber for evacuating gas from the component chamber adjacent to the component chamber by means of a separation membrane which separates the suction chamber from the component chamber , - sealing the component chamber and the suction chamber relative to the tool surroundings using a separation material which is impervious to gas and to matrix material, - applying a vacuum to the suction chamber , - introducing a matrix material (M) into the component chamber , - curing and demoulding the finished fibre composite component, the component chamber in this case being sealed using a separation membrane which, having a pore size between 0.4 and 30 μm, has a strong matrix material-braking effect but is not impervious to matrix material, characterised in that , after the matrix material inlet into the tool is blocked, while the vacuum is maintained in the suction chamber , the pressure in the component chamber is equalised by the migration of the matrix material out of the suction chamber back into the component chamber through the separation membrane , such that the suction chamber acts as a distribution chamber for the distribution of the matrix material in the tool. - arranging the fibre composite semi-finished product in a component chamber on a tool , - arranging and positioning a suction chamber for evacuating gas from the component chamber adjacent to the component chamber by means of a separation membrane which separates the suction chamber from the component chamber , - sealing the component chamber and the suction chamber relative to the tool surroundings using a separation material which is impervious to gas and to matrix material, - applying a vacuum to the suction chamber , - introducing a matrix material (M) into the component chamber , - curing and demoulding the finished fibre composite component,
A process for producing a shaped body comprising a zeolitic material, where the zeolitic material is a zeolite of the pentasil type, and at least one silicon-containing binder, which comprises the steps (I) preparing a mixture comprising the zeolitic material, the binder, a make-up aid and a solvent, (II) mixing and densifying the mixture, (III) shaping the densified mixture to give a shaped body, (IV) drying the shaped body and (V) calcining the dried shaped body, wherein the silicon-containing binder used is a cyclic silicone of the formula [-SiO(OR) (R')-] x or a linear silicone of the formula RO-[SiO(OR) (R')-] x -R or a mixture of these silicones, where R and R' are C 1-6 -alkyl groups and x is in the range from 2 to 50. (I) preparing a mixture comprising the zeolitic material, the binder, a make-up aid and a solvent, (II) mixing and densifying the mixture, (III) shaping the densified mixture to give a shaped body, (IV) drying the shaped body and (V) calcining the dried shaped body,