mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication by a Base Station, BS, comprising: assigning a set of sequences to a set of user equipments, UEs wherein the set of sequences is designed to meet one or more criteria for low cross correlation across the sequences in the set of sequences and the sequences in the set of sequences are generated based on a spreading factor, SF, and number of UEs, N, in the set of UEs; receiving a signal including transmissions from one or more of the set of UEs, wherein each transmission from a UE is scrambled using one of the sequences in the set of sequences as a scrambling sequence and spread based on the spreading factor; determining, for each transmission, the scrambling sequence; and decoding each transmission based on the determined scrambling sequence. assigning a set of sequences to a set of user equipments, UEs wherein the set of sequences is designed to meet one or more criteria for low cross correlation across the sequences in the set of sequences and the sequences in the set of sequences are generated based on a spreading factor, SF, and number of UEs, N, in the set of UEs; receiving a signal including transmissions from one or more of the set of UEs, wherein each transmission from a UE is scrambled using one of the sequences in the set of sequences as a scrambling sequence and spread based on the spreading factor; determining, for each transmission, the scrambling sequence; and decoding each transmission based on the determined scrambling sequence.
A head up display device, which reflects display light representing a display image emitted from a display by a concave mirror to project the display light to a front glass having a curved surface, the head up display device comprising: a case that retains the display and the concave mirror in a prescribed positional relationship; a first driving means that rotates the concave mirror to adjust an inclination angle of the concave mirror; a second driving means that moves the case forward and rearward; and a control means that operates the first and second driving means (40, 50) according to information about a viewpoint position of an observer to adjust projection position of the display light on the a front glass having a curved surface depending on a height of observer's viewpoint; and wherein the case is provided with a rack; and the second driving means comprises a stepping motor, wherein a rotation axis of the stepping motor is provided with a gear that is engaged with the rack. a case that retains the display and the concave mirror in a prescribed positional relationship; a first driving means that rotates the concave mirror to adjust an inclination angle of the concave mirror; a second driving means that moves the case forward and rearward; and a control means that operates the first and second driving means (40, 50) according to information about a viewpoint position of an observer to adjust projection position of the display light on the a front glass having a curved surface depending on a height of observer's viewpoint; and wherein the case is provided with a rack; and the second driving means comprises a stepping motor, wherein a rotation axis of the stepping motor is provided with a gear that is engaged with the rack.
An electrically operated aerosol-generating system comprising: a main unit comprising a heating portion at an outer surface of the main unit, the heating portion comprising one or more electric heaters; and a tubular aerosol-generating article comprising: a tubular aerosol-forming substrate; and an inner passage, wherein: the inner passage of the tubular aerosol-generating article is configured to receive the heating portion of the main unit; the one or more electric heaters are arranged to heat the tubular aerosol-forming substrate when the tubular aerosol-generating article is received on the heating portion of the main unit; and at least one of the main unit and the tubular aerosol-generating article comprises at least one retaining feature (221, 222, 223, 621) configured to removably retain the tubular aerosol-generating article on the heating portion of the main unit when the tubular aerosol-generating article is received on the heating portion of the main unit; and wherein the at least one retaining feature (221, 222, 223, 621) includes one or more of the following: protrusions, recesses, or magnetic materials. a main unit comprising a heating portion at an outer surface of the main unit, the heating portion comprising one or more electric heaters; and a tubular aerosol-generating article comprising: a tubular aerosol-forming substrate; and an inner passage, a tubular aerosol-forming substrate; and an inner passage, the inner passage of the tubular aerosol-generating article is configured to receive the heating portion of the main unit; the one or more electric heaters are arranged to heat the tubular aerosol-forming substrate when the tubular aerosol-generating article is received on the heating portion of the main unit; and at least one of the main unit and the tubular aerosol-generating article comprises at least one retaining feature (221, 222, 223, 621) configured to removably retain the tubular aerosol-generating article on the heating portion of the main unit when the tubular aerosol-generating article is received on the heating portion of the main unit; and wherein the at least one retaining feature (221, 222, 223, 621) includes one or more of the following: protrusions, recesses, or magnetic materials.
A flexible drive shaft (34, 601, 612, 621, 636, 645, 652, 676, 810) for use in bone removal at high rpm while bent, comprising: (i) a core; and (ii) at least one outer layer (812, 813, 814) configured for transferring torque, (a) said shaft (34, 601, 612, 621, 636, 645, 652, 676, 810) comprises a cutting head (50, 605, 618, 626, 640, 651, 671, 712, 721) for bone removal; and (b) said shaft (34, 601, 612, 621, 636, 645, 652, 676, 810) has a diameter of less than 3 mm and a low bending rigidity; (c) said core is a multi-stranded wire core made of braided wires, the multi-stranded wire core having no central mandrel and is configured to resist helixing; (d) said shaft (34, 601, 612, 621, 636, 645, 652, 676, 810) configured to transfer torque sufficient for bone removal at an rpm above 10,000 while bent at a bending radius of less than 12 mm and an angle of less than 160 degrees between two parts of the shaft (34, 601, 612, 621, 636, 645,652,676,810). (i) a core; and (ii) at least one outer layer (812, 813, 814) configured for transferring torque, (a) said shaft (34, 601, 612, 621, 636, 645, 652, 676, 810) comprises a cutting head (50, 605, 618, 626, 640, 651, 671, 712, 721) for bone removal; and (b) said shaft (34, 601, 612, 621, 636, 645, 652, 676, 810) has a diameter of less than 3 mm and a low bending rigidity; (c) said core is a multi-stranded wire core made of braided wires, the multi-stranded wire core having no central mandrel and is configured to resist helixing; (d) said shaft (34, 601, 612, 621, 636, 645, 652, 676, 810) configured to transfer torque sufficient for bone removal at an rpm above 10,000 while bent at a bending radius of less than 12 mm and an angle of less than 160 degrees between two parts of the shaft (34, 601, 612, 621, 636, 645,652,676,810). (a) said shaft (34, 601, 612, 621, 636, 645, 652, 676, 810) comprises a cutting head (50, 605, 618, 626, 640, 651, 671, 712, 721) for bone removal; and (b) said shaft (34, 601, 612, 621, 636, 645, 652, 676, 810) has a diameter of less than 3 mm and a low bending rigidity; (c) said core is a multi-stranded wire core made of braided wires, the multi-stranded wire core having no central mandrel and is configured to resist helixing; (d) said shaft (34, 601, 612, 621, 636, 645, 652, 676, 810) configured to transfer torque sufficient for bone removal at an rpm above 10,000 while bent at a bending radius of less than 12 mm and an angle of less than 160 degrees between two parts of the shaft (34, 601, 612, 621, 636, 645,652,676,810).
A wear body in the form of a straight cylinder with an axial twin bore for receiving twin-screws to extrude fusable material, wherein the cylinder has a radial cross-section in the form of an oval and with two symmetry axes (SA1, SA2) running perpendicularly to one another, the intersection point of which lies on the extrusion axis, wherein the width (a) of the oval on the first symmetry axis is greater than the height (b) of the oval on the second symmetry axis, characterized in that the radial cross-section in the form of an oval has an outer contour which is convexly curved over the entire circumference, wherein the oval comprises two first circular arcs (KB1, KB1') symmetrical to the first symmetry axis and two second circular arcs (KB2, KB2') symmetrical to the second symmetry axis, wherein the radius of the first circular arcs (KB1, KB1') lies on the second symmetry axis and the radius of the second circular arcs (KB2, KB2') lies on the first symmetry axis, and wherein the radius of the first circular arcs (KB1, KB1') is greater than the radius of the second circular arcs (KB2, KB2'), wherein the four circular arcs (KB1, KB1', KB2, KB2') form a closed oval, so that at the contact points of the circular arcs (KB1, KB1', KB2, KB2') their radii (r1, r2) lie respectively on one another, wherein the angle g of the radii (r1, r2), lying on one another, of the circular arcs (KB1, KB1', KB2, KB2') to the second symmetry axis lies respectively between 15° and 25°.
An apparatus for wireless charging, comprising: a wireless power transmitting coil configured to propagate current provided from a charging device, wherein the current propagation is to generate a magnetic field (204, 302, 410, 506, 508) based on a resonant frequency detected from a wireless data broadcast from a controller in a device to be charged with a receiving coil; and a protruding magnetic component, wherein the wireless power transmitting coil is disposed around the protruding magnetic component and wherein a power transmitting unit, PTU, is disposed within the protruding magnetic component, the PTU comprising a matching network to match an amplified oscillation provided to a resonator. a wireless power transmitting coil configured to propagate current provided from a charging device, wherein the current propagation is to generate a magnetic field (204, 302, 410, 506, 508) based on a resonant frequency detected from a wireless data broadcast from a controller in a device to be charged with a receiving coil; and a protruding magnetic component, wherein the wireless power transmitting coil is disposed around the protruding magnetic component and wherein a power transmitting unit, PTU, is disposed within the protruding magnetic component, the PTU comprising a matching network to match an amplified oscillation provided to a resonator.
A method of compensating for a degradation of a plurality of pixels, each having a driving circuit for driving current through a light emitting device based on an input, the method comprising: receiving luminosity data (104; 304) for the plurality of pixels; scaling the received luminosity data (104; 304) by multiplying the received luminosity data by a number to obtain resulting data with a greater number of bits and multiplying the resulting data by a compression factor having a value less than one to create compressed data; applying a compensation by adding additional data increments to the compressed data so as to create compensated data (108; 308); and supplying the compensated data (108; 308) to the driving circuits of the plurality of pixels, each driving circuit being configured to deliver the driving current through the light emitting device based on the received compensated data (108; 308); characterized by performing a measurement of the degradation of the plurality of pixels; and setting and dynamically adjusting the compression factor according to the degradation of the plurality of pixels to create an adequate amount of voltage headroom that allows for the compensation to be applied, wherein the additional data increments are based on the degradation of the plurality of pixels. receiving luminosity data (104; 304) for the plurality of pixels; scaling the received luminosity data (104; 304) by multiplying the received luminosity data by a number to obtain resulting data with a greater number of bits and multiplying the resulting data by a compression factor having a value less than one to create compressed data; applying a compensation by adding additional data increments to the compressed data so as to create compensated data (108; 308); and supplying the compensated data (108; 308) to the driving circuits of the plurality of pixels, each driving circuit being configured to deliver the driving current through the light emitting device based on the received compensated data (108; 308); characterized by performing a measurement of the degradation of the plurality of pixels; and setting and dynamically adjusting the compression factor according to the degradation of the plurality of pixels to create an adequate amount of voltage headroom that allows for the compensation to be applied, wherein the additional data increments are based on the degradation of the plurality of pixels.
A method of transmitting data by a terminal, the method comprising: determining a first sequence index; obtaining one of a set of first orthogonal time domain sequences for a first slot based on the first sequence index; multiplying, by the terminal, each of first data symbols of ACK/NACK information by the obtained first orthogonal time domain sequence and a first scrambling sequence; generating, by the terminal, a subframe comprising the first data symbols that have been multiplied by the obtained first orthogonal time domain sequence and the first scrambling sequence; and transmitting, by the terminal, the subframe to a base station, wherein: the subframe comprises the first slot; the first slot comprises the first data symbols that have been multiplied by the obtained first orthogonal time domain sequence and the first scrambling sequence; and the first scrambling sequence is S(i) = exp(j2πn i / N), N being an integer and n i denoting an integer satisfying 0 ≤ n i < N; wherein the n i is obtained by generating a pseudo-random sequence and sequentially substituting corresponding values of the pseudo-random sequence, and has a different value depending on a slot number and DFT-s-OFDM symbol number. determining a first sequence index; obtaining one of a set of first orthogonal time domain sequences for a first slot based on the first sequence index; multiplying, by the terminal, each of first data symbols of ACK/NACK information by the obtained first orthogonal time domain sequence and a first scrambling sequence; generating, by the terminal, a subframe comprising the first data symbols that have been multiplied by the obtained first orthogonal time domain sequence and the first scrambling sequence; and transmitting, by the terminal, the subframe to a base station, wherein: the subframe comprises the first slot; the first slot comprises the first data symbols that have been multiplied by the obtained first orthogonal time domain sequence and the first scrambling sequence; and the first scrambling sequence is S(i) = exp(j2πn i / N), N being an integer and n i denoting an integer satisfying 0 ≤ n i < N; wherein the n i is obtained by generating a pseudo-random sequence and sequentially substituting corresponding values of the pseudo-random sequence, and has a different value depending on a slot number and DFT-s-OFDM symbol number. the subframe comprises the first slot; the first slot comprises the first data symbols that have been multiplied by the obtained first orthogonal time domain sequence and the first scrambling sequence; and the first scrambling sequence is S(i) = exp(j2πn i / N), N being an integer and n i denoting an integer satisfying 0 ≤ n i < N; wherein the n i is obtained by generating a pseudo-random sequence and sequentially substituting corresponding values of the pseudo-random sequence, and has a different value depending on a slot number and DFT-s-OFDM symbol number.
A process for preparing a linear hydroxyaryloxy-functional polydialkylsiloxane of the general Formula wherein Ar is a divalent C6 to C30 aryl, alkylaryl or aryloxy group, each occurrence of R is independently a monovalent C1 to C20 alkyl, alkylaryl, or aryl group, n has an average value of from 10 to 400, and m has an average value of from 1.0 to 5.0, wherein the process comprises reacting a linear α,ω-bisacyloxypolydiorganosiloxane of the general Formula wherein each occurrence of R 1 is independently a monovalent C1 to C20 alkyl, alkylaryl, or aryl group, and R and n are as defined, with at least one bisphenolic compound, or a hydroxy-functional oligomer thereof, characterized in that the reactants are reacted in such a molar ratio that the molar ratio of the phenolic groups in the bisphenolic compound or the hydroxy-functional oligomer thereof to the acyloxy groups in the α,ω-bisacyloxypolydialkylsiloxane is less than 2.0, in that the reactants are reacted in an inert solvent comprising at least one polar organic acid being a C2 to C6 carboxylic acid and, optionally, in that the reactants are reacted in the presence of a catalyst.
Control panel intended to be arranged inside a vehicle passenger compartment and comprising: - a trim element having an external face intended to be oriented towards the passenger compartment and an internal face opposite said external face, the external face including at least one control area (16, 18, 20, 22, 24, 26, 28), - a supporting element having an external face oriented towards the internal face of the trim element and an internal face opposite said external face, - a piezoelectric film, characterised in that the piezoelectric film extends between the trim element and the supporting element, in that the supporting element includes at least one recess (48, 50, 52, 54) facing the control area (16, 18, 20, 22, 24, 26, 28). - a trim element having an external face intended to be oriented towards the passenger compartment and an internal face opposite said external face, the external face including at least one control area (16, 18, 20, 22, 24, 26, 28), - a supporting element having an external face oriented towards the internal face of the trim element and an internal face opposite said external face, - a piezoelectric film,
Vehicle, particularly motor vehicle, wiper, the said wiper having an elongate overall shape and comprising: - a longitudinal body having an upper spoiler over at least part of its length, - at least one longitudinal backing strip for shaping, - a longitudinal lower wiping blade, and - a first and a second end piece (138, 140) situated respectively at the longitudinal ends of the said body, the said first and second end pieces being different and nonsymmetrical, the wiper is characterised in that the said first end piece is configured so that it does not accept a longitudinal end portion of the said spoiler and the said second end piece is configured to accept a second longitudinal end portion of the said spoiler. - a longitudinal body having an upper spoiler over at least part of its length, - at least one longitudinal backing strip for shaping, - a longitudinal lower wiping blade, and - a first and a second end piece (138, 140) situated respectively at the longitudinal ends of the said body,
A soybean seed with increased oil content comprising in its genome: (a) a recombinant DNA construct comprising a first polynucleotide operably linked to at least one regulatory element, wherein said first polynucleotide when expressed results in increased oil in said soybean, and wherein said first polynucleotide comprises a diacylglycerol acyltransferase (DGAT) coding region; (b) a second recombinant DNA construct comprising a second polynucleotide operably linked to at least one regulatory element, wherein said second polynucleotide encodes a polypeptide that is a SUT4 or SUT2 sucrose transporter; and (c) wherein said soybean seed exhibits increased oil content when compared to a soybean seed not comprising said second recombinant DNA construct of (b). (a) a recombinant DNA construct comprising a first polynucleotide operably linked to at least one regulatory element, wherein said first polynucleotide when expressed results in increased oil in said soybean, and wherein said first polynucleotide comprises a diacylglycerol acyltransferase (DGAT) coding region; (b) a second recombinant DNA construct comprising a second polynucleotide operably linked to at least one regulatory element, wherein said second polynucleotide encodes a polypeptide that is a SUT4 or SUT2 sucrose transporter; and (c) wherein said soybean seed exhibits increased oil content when compared to a soybean seed not comprising said second recombinant DNA construct of (b).
Sheet made of rigid or semi-rigid material comprising a plurality of punchings appropriately arranged able to allow the reciprocal folding of portions of said sheet in order to form two boxes, one bigger than the other, at least a portion of said punchings being easily shearable, and comprising: - a rectangular central body, - two wings having the same dimensions arranged along the opposite longer sides of said central body and joined to it by means of two punchings and a shearable punching portion, - two wings having the same dimensions arranged on the two shorter sides of the same central body and joined to it by means of a corresponding punching, wherein said central body is divided into four sections (16, 17, 18, 19) by punching lines parallel to each other and perpendicular to the punchings and said wings are in turn divided into four sections (20, 22, 23, 24) by punching lines parallel to each other and perpendicular to the punchings characterised in that: two sections have an engagement notch which allows to these two sections of the wings to engage with each other once they are appropriately folded on the respective punching, and one section has an edge that can be folded on the respective punching, while each wing has two projections arranged symmetrically and able to engage with corresponding cuts made in the punching that divides some sections and from other sections and and wherein in the central part of the wings and of the respective adjacent sections (16, 19) of the central body openings are present which serve as a holder to facilitate the box transportation. - a rectangular central body, - two wings having the same dimensions arranged along the opposite longer sides of said central body and joined to it by means of two punchings and a shearable punching portion, - two wings having the same dimensions arranged on the two shorter sides of the same central body and joined to it by means of a corresponding punching, two sections have an engagement notch which allows to these two sections of the wings to engage with each other once they are appropriately folded on the respective punching, and one section has an edge that can be folded on the respective punching, while each wing has two projections arranged symmetrically and able to engage with corresponding cuts made in the punching that divides some sections and from other sections and and wherein in the central part of the wings and of the respective adjacent sections (16, 19) of the central body openings are present which serve as a holder to facilitate the box transportation.