mhurhangee/ep-ind-claims huggingface dataset:
A negative electrode for a rechargeable lithium battery, comprising: a negative active material layer comprising a negative active material, wherein: the negative active material comprises a first active material and a second active material different from the first active material, the second active material comprises flake-shaped graphite, a ratio of a particle diameter of the first active material relative to the longest length of the second active material is 2 to 50, the negative electrode has an active mass density of greater than or equal to 1.70 g/cc, wherein the second active material comprises a shorter side and a longer side, the longer side having a length of 0.5 μm to 5 μm, and the negative active material comprises 1 wt% to 8 wt% of the second active material based on a total amount of the first active material and the second active material. a negative active material layer comprising a negative active material, wherein: the negative active material comprises a first active material and a second active material different from the first active material, the second active material comprises flake-shaped graphite, a ratio of a particle diameter of the first active material relative to the longest length of the second active material is 2 to 50, the negative electrode has an active mass density of greater than or equal to 1.70 g/cc, wherein the second active material comprises a shorter side and a longer side, the longer side having a length of 0.5 μm to 5 μm, and the negative active material comprises 1 wt% to 8 wt% of the second active material based on a total amount of the first active material and the second active material. the negative active material comprises a first active material and a second active material different from the first active material, the second active material comprises flake-shaped graphite, a ratio of a particle diameter of the first active material relative to the longest length of the second active material is 2 to 50, the negative electrode has an active mass density of greater than or equal to 1.70 g/cc, wherein the second active material comprises a shorter side and a longer side, the longer side having a length of 0.5 μm to 5 μm, and the negative active material comprises 1 wt% to 8 wt% of the second active material based on a total amount of the first active material and the second active material.
A synthetic polynucleotide wherein uridine is replaced 100% by 1-methyl-pseudouridine, the synthetic polynucleotide comprising a first region of linked nucleosides, said first region encoding a CRISPR related protein selected from the group consisting of the CRISPR related proteins having any one of the amino acid sequences SEQ ID NOs 61, 7, 8, 9, 62, 63, 64, or 65 or encoded by any one of nucleic acid sequences SEQ ID NOs 1-6, or 110-112.
A sample collection and testing device for analyzing and testing an analyte in a liquid sample, the sample collection and testing device comprising a collection inner cavity and a collection outer cavity; wherein the collection inner cavity is disposed inside the collection outer cavity; the collection inner cavity communicates with the collection outer cavity via through holes at a bottom portion of the collection inner cavity; the collection inner cavity is movable between a first position and a second position relative to the collection outer cavity; the sample collection and testing device being configured such that, when the collection inner cavity is at the first position, the liquid sample can be collected into the collection outer cavity, and such that, when the collection inner cavity is at the second position, the liquid sample can be discharged out of the collection outer cavity; wherein the collection outer cavity comprises a cavity body and a platform at an upper part of the cavity body; the collection inner cavity is disposed inside the cavity body; and characterised in that a limiting snap ring is provided on the platform; the limiting snap ring has a restrictive position and a non-restrictive position on the platform; when the limiting snap ring is at the restrictive position, the limiting snap ring is snapped between the collection outer cavity and the collection inner cavity to prevent movement of the collection inner cavity in the collection outer cavity; and when the limiting snap ring is at the non-restrictive position, the limiting snap ring is not snapped between the collection outer cavity and the collection inner cavity, and the collection inner cavity is movable in the collection outer cavity from the first position to the second position.
A computer-implemented method of combining at least a first anatomical image dataset (17, 39) of a subject and a second anatomical image dataset (18, 40) of the same subject into one combined image dataset comprising: a) providing a first calibration image dataset of a first examination volume of the subject having at least two slices (14a, 14b, 14c, 14d, 14e, 14f), b) providing the first anatomical image dataset (17, 39) of the first examination volume of the subject, c) providing a second calibration image dataset of a second examination volume of the subject having at least two slices (15a, 15b, 15c, 15d, 15e, 15f), d) providing the second anatomical image dataset (18, 40) of the second examination volume of the subject, e) wherein the calibration image datasets (14, 15, 16) are shifted one against each other in one imaging direction (kz), characterized in that f) a frequency distribution (32, 37) is calculated for a parameter of at least one slice (14a, 15a, 15f, 16e) of each calibration image dataset (14, 15, 16), and at least one correction factor (cf1-2, cf2-3) for correcting signal intensities of at least one anatomical image dataset (18, 19, 40, 41) is calculated using the frequency distributions (32, 37), g) generating a corrected second anatomical image dataset by adjusting the signal intensities of at least a region of the second anatomical image dataset (18, 40) using the correction factor (cf1-2, cf2-3), and h) combining the first anatomical dataset (17, 39) and the corrected second anatomical image dataset to a combined image dataset wherein a table supporting the subject has different positions during the acquisition of the calibration image datasets (14, 15, 16) and the respective anatomical image datasets (17, 18, 19, 39, 40, 41). a) providing a first calibration image dataset of a first examination volume of the subject having at least two slices (14a, 14b, 14c, 14d, 14e, 14f), b) providing the first anatomical image dataset (17, 39) of the first examination volume of the subject, c) providing a second calibration image dataset of a second examination volume of the subject having at least two slices (15a, 15b, 15c, 15d, 15e, 15f), d) providing the second anatomical image dataset (18, 40) of the second examination volume of the subject, e) wherein the calibration image datasets (14, 15, 16) are shifted one against each other in one imaging direction (kz), characterized in that f) a frequency distribution (32, 37) is calculated for a parameter of at least one slice (14a, 15a, 15f, 16e) of each calibration image dataset (14, 15, 16), and at least one correction factor (cf1-2, cf2-3) for correcting signal intensities of at least one anatomical image dataset (18, 19, 40, 41) is calculated using the frequency distributions (32, 37), g) generating a corrected second anatomical image dataset by adjusting the signal intensities of at least a region of the second anatomical image dataset (18, 40) using the correction factor (cf1-2, cf2-3), and h) combining the first anatomical dataset (17, 39) and the corrected second anatomical image dataset to a combined image dataset
A polymerisable monomer containing a recognition cleft for biotin, a biotin salt, a biotin ester, a biotin amide, a biotin carbonate, a biotin carbamate or a biotinylated molecule for use as part of a molecularly imprinted polymer, wherein the monomer is the compound of Formula: Or the compound of Formula: wherein R 1, R 2, R 3, R 4 and R 5 are independently selected from the group consisting of: H, alkyl with 1-10 carbon atoms, alkoxy with 1-10 carbon atoms, aryl with up to five substituents, amino, amido and halogen.
An image forming apparatus comprising: a main body to which a detachable part is attachable, the main body having an opening; a cover that opens and closes the opening of the main body; and an insertion member that, when the detachable part is not attached to the main body, is in an inserted position where the insertion member is inserted between the main body and the cover and prevents closing of the cover, and when the detachable part is attached to the main body, is in a retreat position where the insertion member is not inserted between the main body and the cover and allows closing of the cover, wherein the insertion member includes a main body side surface and a cover side surface, the cover includes a first abutment portion that comes into contact with the cover side surface of the insertion member in the inserted position, the main body includes a second abutment portion that faces the first abutment portion of the cover when the opening is closed by the cover, and when the detachable part is not attached to the main body, the insertion member is sandwiched between the main body and the cover in such a manner that the main body side surface of the insertion member abuts on the second abutment portion of the main body. a main body to which a detachable part is attachable, the main body having an opening; a cover that opens and closes the opening of the main body; and an insertion member that, when the detachable part is not attached to the main body, is in an inserted position where the insertion member is inserted between the main body and the cover and prevents closing of the cover, and when the detachable part is attached to the main body, is in a retreat position where the insertion member is not inserted between the main body and the cover and allows closing of the cover, wherein the insertion member includes a main body side surface and a cover side surface, the cover includes a first abutment portion that comes into contact with the cover side surface of the insertion member in the inserted position, the main body includes a second abutment portion that faces the first abutment portion of the cover when the opening is closed by the cover, and when the detachable part is not attached to the main body, the insertion member is sandwiched between the main body and the cover in such a manner that the main body side surface of the insertion member abuts on the second abutment portion of the main body.
An active noise control system for reducing noise, the active noise control system comprising: a first area microphone that is a microphone disposed in a first area; a second area speaker that is a speaker that outputs sound to a second area; a second area microphone that is a microphone disposed in the second area; a second area sound source device that is a sound source device that is configured to output a sound output from the second area speaker; a first adder that is configured to add an output of the first area microphone and an output of the second area sound source device; an echo cancellation adaptive filter that is configured to receive an output of the first adder as an input; a third adder that is configured to subtract an output of the echo cancellation adaptive filter from an output of the second area microphone, the echo cancellation adaptive filter is configured to update a filter coefficient such that an output of the third adder is regarded as an error and the error is minimized, characterized in that the system further comprises a noise cancellation adaptive filter that is configured to receive a noise signal representing noise for a user in the second area as input; a second adder that is configured to output a signal obtained by adding the output of the first area microphone, the output of the second area sound source device, and the output of the noise cancellation adaptive filter to the second area speaker; and the noise cancellation adaptive filter is configured to update a filter coefficient such that the output of the third adder is regarded as an error and the error is minimized. a first area microphone that is a microphone disposed in a first area; a second area speaker that is a speaker that outputs sound to a second area; a second area microphone that is a microphone disposed in the second area; a second area sound source device that is a sound source device that is configured to output a sound output from the second area speaker; a first adder that is configured to add an output of the first area microphone and an output of the second area sound source device; an echo cancellation adaptive filter that is configured to receive an output of the first adder as an input; a third adder that is configured to subtract an output of the echo cancellation adaptive filter from an output of the second area microphone, the echo cancellation adaptive filter is configured to update a filter coefficient such that an output of the third adder is regarded as an error and the error is minimized, characterized in that the system further comprises a noise cancellation adaptive filter that is configured to receive a noise signal representing noise for a user in the second area as input; a second adder that is configured to output a signal obtained by adding the output of the first area microphone, the output of the second area sound source device, and the output of the noise cancellation adaptive filter to the second area speaker; and the noise cancellation adaptive filter is configured to update a filter coefficient such that the output of the third adder is regarded as an error and the error is minimized.
A method of operating a playback device having a first speaker driver, at least a second speaker driver, and one or more microphones, the method comprising: receiving, via a network interface of the playback device, a source stream of audio comprising source audio content to be played back by the playback device, wherein the source audio content comprises a first channel stream of audio and a second channel stream of audio; producing a first channel audio output by playing back, via the first speaker driver, the first channel stream of audio; producing a second channel audio output by playing back, via the second speaker driver, the second channel stream of audio; receiving, via the one or more microphones, a captured stream of audio comprising a first portion corresponding to the first channel audio output and a second portion corresponding to the second channel audio output, wherein the captured stream of audio has a first signal-to-noise ratio; performing a singular value decomposition on the first channel stream of audio and the second channel stream of audio to result in a combined set of signal components; selecting a subset of the combined set of signal components based on one or more parameters; transforming the subset of the combined set of signal components and the captured stream of audio into a Short-Time Fourier Transform domain; performing acoustic echo cancellation on the subset of the combined set of signal components to produce a first acoustic echo cancellation output; and applying the first acoustic echo cancellation output to the captured stream of audio. receiving, via a network interface of the playback device, a source stream of audio comprising source audio content to be played back by the playback device, wherein the source audio content comprises a first channel stream of audio and a second channel stream of audio; producing a first channel audio output by playing back, via the first speaker driver, the first channel stream of audio; producing a second channel audio output by playing back, via the second speaker driver, the second channel stream of audio; receiving, via the one or more microphones, a captured stream of audio comprising a first portion corresponding to the first channel audio output and a second portion corresponding to the second channel audio output, wherein the captured stream of audio has a first signal-to-noise ratio; performing a singular value decomposition on the first channel stream of audio and the second channel stream of audio to result in a combined set of signal components; selecting a subset of the combined set of signal components based on one or more parameters; transforming the subset of the combined set of signal components and the captured stream of audio into a Short-Time Fourier Transform domain; performing acoustic echo cancellation on the subset of the combined set of signal components to produce a first acoustic echo cancellation output; and applying the first acoustic echo cancellation output to the captured stream of audio.
A method in a user equipment of controlling downlink power in a multi-carrier communication network system comprising communication network nodes communicating with a plurality of user equipments on uplink carriers and downlink carriers over a radio interface, the method comprises sending (24, 33, 45) downlink transmit power control commands on at least one uplink control channel, to support power control for a multiple of downlink carriers, the method is characterised by assigning each transmit power control command a pre-determined code word known by said user equipment and said communication network node; and, using different pre-determined slot formats to integrate different number of transmit power control commands based on (21, 31, 41) the number of used downlink carriers and uplink carriers, whereby said pre-determined slot formats are known by said user equipment and said communication network node.
A method of forming wiring of a substrate, comprising: masking a substrate side portion, on which the wiring will be formed, by attaching a deposition mask to the substrate; and forming the wiring on the substrate side portion based on sputtering after introducing the masked substrate into a chamber, wherein the wiring to be formed on the substrate side portion is deposited inside the chamber based on sputtering using a central source target disposed to face a lateral side of the substrate, and side source targets disposed at opposite sides of the central source target and inclined toward the substrate. masking a substrate side portion, on which the wiring will be formed, by attaching a deposition mask to the substrate; and forming the wiring on the substrate side portion based on sputtering after introducing the masked substrate into a chamber, wherein the wiring to be formed on the substrate side portion is deposited inside the chamber based on sputtering using a central source target disposed to face a lateral side of the substrate, and side source targets disposed at opposite sides of the central source target and inclined toward the substrate.
Method for reducing traffic load of N radio carriers, N >= 2, which are switched-on in a wide area mobile network, comprising: for every N radio carrier, measuring a value of Circuit Switched traffic load and a value of Packet Switched traffic load, both in downlink and in uplink; evaluating the suitability of carrying the measured traffic load values in N-1 radio carriers; associating a certain traffic, which has an assigned scheduling priority indicator, with a label indicating a degree of vulnerability of said traffic to its transmission in case that at least one of the N radio carriers is switched off, assigning to said traffic an alternative scheduling priority indicator (SPI') in accordance to the previously assigned scheduling priority indicator and the associated label; triggering a scheduler to schedule the traffic using the alternative scheduling priority indicator (SPI'); and reconfiguring the traffic load from one of the radio carriers towards the remaining N-1 radio carriers. for every N radio carrier, measuring a value of Circuit Switched traffic load and a value of Packet Switched traffic load, both in downlink and in uplink; evaluating the suitability of carrying the measured traffic load values in N-1 radio carriers; associating a certain traffic, which has an assigned scheduling priority indicator, with a label indicating a degree of vulnerability of said traffic to its transmission in case that at least one of the N radio carriers is switched off, assigning to said traffic an alternative scheduling priority indicator (SPI') in accordance to the previously assigned scheduling priority indicator and the associated label; triggering a scheduler to schedule the traffic using the alternative scheduling priority indicator (SPI'); and reconfiguring the traffic load from one of the radio carriers towards the remaining N-1 radio carriers.
Device for aligning magnetic or magnetizable particles contained in a coating agent, comprising a cylinder, which comprises a number of n × m (in words: n times m; where n, m ∈ N) elements providing magnetic fields, magnetic elements for short, in the region of its outer circumference in a matrix-like manner, which are arranged one behind the other in m columns extending in the circumferential direction of the cylinder and next to one another in n rows extending in an axially parallel manner, in several of the columns of magnetic elements arranged one behind the other in the circumferential direction in each case the magnetic elements of these columns being mounted as a group at or on a shared carrier element and being variable with respect to their axial position in or at the cylinder by way of the carrier element, collectively as a group and independently of the magnetic elements of an adjoining column, and, in these columns, in each case at least one of the magnetic elements being arranged and/or mounted on the carrier element of a multi-piece cylinder body of the cylinder so as to be adjustable in the axial direction, by way of mechanical adjusting means (42, 43, 44) comprising a gearbox, independently of at least one further magnetic element of the same column which is mounted on the same carrier element.
An isolated modified CYP52A12 protein, wherein, with reference to the amino acid numbering of SEQ ID NO: 20, the modified CYP52A12 protein comprises Asp at a position corresponding to the position 76 of SEQ ID NO: 20 and Ile at a position corresponding to the position 470 of SEQ ID NO: 20, compared to an unmodified CYP52A12 protein, and the modified CYP52A12 protein comprises an amino acid sequence having at least about 99% sequence identity with SEQ ID NO: 20 and has the capability of producing a long chain dicarboxylic acid under an acidic culture condition that is at least about 95% or more of that of the modified CYP52A12 protein comprising the amino acid sequence set forth in SEQ ID NO: 21.
A floor underlayment system for use between a subfloor and a finish floor comprising: a flexible membrane, said flexible membrane comprising a basemat and a flexible coating applied to said basemat, said coating comprising: a water-soluble, film-forming polymer; and a hydraulic component comprising at least 55% Class C fly ash by weight on a dry solids basis; and a deformable adhesive comprising one or more acrylic polymers that are synthetic polymers, natural polymers or combinations thereof, said deformable adhesive being positioned between the subfloor and the flexible membrane. a flexible membrane, said flexible membrane comprising a basemat and a flexible coating applied to said basemat, said coating comprising: a water-soluble, film-forming polymer; and a hydraulic component comprising at least 55% Class C fly ash by weight on a dry solids basis; and a water-soluble, film-forming polymer; and a hydraulic component comprising at least 55% Class C fly ash by weight on a dry solids basis; and a deformable adhesive comprising one or more acrylic polymers that are synthetic polymers, natural polymers or combinations thereof, said deformable adhesive being positioned between the subfloor and the flexible membrane.