mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transmitting scheduling assignment, SA, for device-to-device, D2D, communication by a user equipment, UE, in a wireless communication system, the method comprising: determining, by the UE , whether data to be transmitted using the D2D communication is present or not; when the data to be transmitted using the D2D communication is not present, determining, by the UE , whether first SA is to be transmitted according to a resource allocation mode for the D2D communication; and transmitting the first SA when the resource allocation mode is a first mode, wherein the resource allocation mode comprises the first mode in which resource for the D2D communication is allocated by a base station and a second mode in which resource for the D2D communication is allocated according to arbitrary selection of the UE . determining, by the UE , whether data to be transmitted using the D2D communication is present or not; when the data to be transmitted using the D2D communication is not present, determining, by the UE , whether first SA is to be transmitted according to a resource allocation mode for the D2D communication; and transmitting the first SA when the resource allocation mode is a first mode, wherein the resource allocation mode comprises the first mode in which resource for the D2D communication is allocated by a base station and a second mode in which resource for the D2D communication is allocated according to arbitrary selection of the UE .
A network management method for managing energy utilisation in a network comprising a plurality of network elements (C1-C4, N1-N4, 16, 18, 20) for handling network traffic, the method comprising: analysing the network elements to identify, based on a ranking, at least one candidate network element for energy usage reduction, comprising the steps of: grouping the network elements into a plurality of traffic utilisation bands according to a level of traffic utilisation at each network element; and ranking the network elements within a traffic utilisation band based on their level of energy utilisation; identifying routes (R1-R3, 10, 12, 14) passing through the at least one candidate network element; identifying at least one alternative route (R1-R3, 10, 12, 14) for each identified route (R1-R3, 10, 12, 14); switching each identified route onto the at least one alternative route, wherein the alternative route does not pass through the at least one candidate network element; and triggering the at least one candidate network element to enter a lower power mode. analysing the network elements to identify, based on a ranking, at least one candidate network element for energy usage reduction, comprising the steps of: grouping the network elements into a plurality of traffic utilisation bands according to a level of traffic utilisation at each network element; and ranking the network elements within a traffic utilisation band based on their level of energy utilisation; grouping the network elements into a plurality of traffic utilisation bands according to a level of traffic utilisation at each network element; and ranking the network elements within a traffic utilisation band based on their level of energy utilisation; identifying routes (R1-R3, 10, 12, 14) passing through the at least one candidate network element; identifying at least one alternative route (R1-R3, 10, 12, 14) for each identified route (R1-R3, 10, 12, 14); switching each identified route onto the at least one alternative route, wherein the alternative route does not pass through the at least one candidate network element; and triggering the at least one candidate network element to enter a lower power mode.
A polydifluoroacetylene comprising a C=C bond and a C-F bond, and having - a soluble amount of ≤ 0.2 g/10 g in dimethylformamide (DMF) at 25°C, determined by mixing 1 g of the polymer with 10 g of DMF at 25°C, stirring for 1h, centrifuging the mixture, separating the supernatant, evaporating the same to dryness and quantifying the remaining solid content as the soluble amount; and - a degree of fluorination of ≥ 0.90, determined by ATR analysis as the ratio (sum of the peaks having the respective highest absorbances among the peaks assigned to C=C bond and C-F bond)/(sum of the peaks having the respective highest absorbances among the peaks assigned to each of the assignable bonds), with the zero absorbance taken as the baseline. - a soluble amount of ≤ 0.2 g/10 g in dimethylformamide (DMF) at 25°C, determined by mixing 1 g of the polymer with 10 g of DMF at 25°C, stirring for 1h, centrifuging the mixture, separating the supernatant, evaporating the same to dryness and quantifying the remaining solid content as the soluble amount; and - a degree of fluorination of ≥ 0.90, determined by ATR analysis as the ratio (sum of the peaks having the respective highest absorbances among the peaks assigned to C=C bond and C-F bond)/(sum of the peaks having the respective highest absorbances among the peaks assigned to each of the assignable bonds), with the zero absorbance taken as the baseline.
A method of detecting a timing advance group change of a cell, comprising: judging (S202) whether a timing advance value of at least one cell in the timing advance group is invalid based on information for determining whether said timing advance value changes, said information comprising at least one of the following: a) an uplink transmission loss rate of a user equipment in the at least one cell determined at the base station, b) receiving time difference reports of the downlink cell reference signals of different frequencies received from the user equipment; and determining (S203) that the timing advance group of the at least one cell changes based on the judgment that the timing advance value is invalid.
A system comprising a furnace and a magnetic stirrer device for molten metal contained in said furnace , said molten metal being aluminum or the like, the furnace comprising a hollow body with lateral walls and a bottom wall , said furnace being covered with refractory material and having a wall portion , present in one of such walls , which is made as a metal sheet permeable to the magnetic fields, the magnetic stirrer device for the metal placed in the furnace being present at such wall portion , said device comprising magnetic field generator means adapted to generate a magnetic flux within the metal placed in the body of the furnace , such generator means being a plurality of permanent magnets carried by at least one load-bearing member and placed at said wall portion , said load-bearing member being rotating around an axis (M, 57) thereof, characterized in that said load-bearing member being provided as two discoid bodies which are adjacent and rotating around their median axes (M) orthogonal to the wall of the furnace , said rotation being alternatively obtained with the same sense for both discoid bodies or with opposite rotation senses, with the same speed or with different speeds, with phasing or dephasing in the rotation of said discoid bodies , the permanent magnets associated with each discoid body being arranged in a manner such to form two portions or groups of magnets (N, S) that are separate from each other, a first portion (N) providing for the magnets arranged on such discoid body with a first polarity directed towards the exterior of the discoid body , a second portion (S) providing for the magnets arranged in a manner such that their second polarity is directed towards the exterior of the discoid body , the first polarity of such second portion (S) of magnets being directed towards the discoid body , wherein that each of said groups of magnets (N, S) occupies about half of the corresponding discoid body , the groups of magnets (N, S) being separated each other by a line (K).
A display system comprising: a waveguide stack ; and an image injection device configured to direct a multiplexed light stream into the waveguide stack , the multiplexed light stream comprising: a first stream of light (A) having a first wavelength and a first polarization; and a second stream of light (B) having a second wavelength and a second polarization, wherein the second wavelength is different from the first wavelength, and wherein the second polarization is different from the first polarization, wherein the waveguide stack comprises: a first waveguide comprising liquid crystal in-coupling optical elements configured to transmit the second stream of light (B) and selectively in-couple the first stream of light (A) by selectively redirecting light having the first wavelength and the first polarization; and a second waveguide comprising liquid crystal in-coupling optical elements configured to selectively in-couple the second stream of light (B) by selectively redirecting light having the second wavelength and the second polarization while being transmissive to light having the first polarization. a waveguide stack ; and an image injection device configured to direct a multiplexed light stream into the waveguide stack , the multiplexed light stream comprising: a first stream of light (A) having a first wavelength and a first polarization; and a second stream of light (B) having a second wavelength and a second polarization, wherein the second wavelength is different from the first wavelength, and wherein the second polarization is different from the first polarization, wherein the waveguide stack comprises: a first waveguide comprising liquid crystal in-coupling optical elements configured to transmit the second stream of light (B) and selectively in-couple the first stream of light (A) by selectively redirecting light having the first wavelength and the first polarization; and a second waveguide comprising liquid crystal in-coupling optical elements configured to selectively in-couple the second stream of light (B) by selectively redirecting light having the second wavelength and the second polarization while being transmissive to light having the first polarization. a first waveguide comprising liquid crystal in-coupling optical elements configured to transmit the second stream of light (B) and selectively in-couple the first stream of light (A) by selectively redirecting light having the first wavelength and the first polarization; and a second waveguide comprising liquid crystal in-coupling optical elements configured to selectively in-couple the second stream of light (B) by selectively redirecting light having the second wavelength and the second polarization while being transmissive to light having the first polarization.
A method of identifying a candidate Xanthomonas -derived transcription activator-like effector (TALE) activator binding site in a target gene, the method comprising: identifying one or more subsequences of a target gene sequence, wherein: the target gene is VEGF-A, NTF3, or miR-302/367; the subsequence is within a regulatory region of the target gene; the subsequence is within a DNase I hypersensitive region of the regulatory region of the target gene, the subsequence is 18-24 nucleotides long; and the first nucleotide in the subsequence is a thymine; and selecting the one or more subsequences as candidate TALE-activator binding sites. identifying one or more subsequences of a target gene sequence, wherein: the target gene is VEGF-A, NTF3, or miR-302/367; the subsequence is within a regulatory region of the target gene; the subsequence is within a DNase I hypersensitive region of the regulatory region of the target gene, the subsequence is 18-24 nucleotides long; and the first nucleotide in the subsequence is a thymine; and the target gene is VEGF-A, NTF3, or miR-302/367; the subsequence is within a regulatory region of the target gene; the subsequence is within a DNase I hypersensitive region of the regulatory region of the target gene, the subsequence is 18-24 nucleotides long; and the first nucleotide in the subsequence is a thymine; and selecting the one or more subsequences as candidate TALE-activator binding sites.
Tampon, particularly for feminine hygiene, comprising a substantially cylindrical absorbent body that is peripherally compressed and contained in a wrapper or in an applicator device , said absorbent body (1having a front end in the direction of insertion of the tampon; a rear end from which extends a removal string , and a lateral surface ; characterised in that said absorbent body is formed by a rolled rectangular strip of absorbent material comprising a first layer of non-woven absorbent fabric wherein the fibres comprising said first layer of non-woven absorbent fabric are joined together by means of punching, preventing them from coming loose and adhering to the body of the user; and said absorbent body is held in a rolled position by means of pressurised water jets applied on the strip of absorbent material itself, after it has been rolled up. characterised in that said absorbent body is formed by a rolled rectangular strip of absorbent material comprising a first layer of non-woven absorbent fabric wherein the fibres comprising said first layer of non-woven absorbent fabric are joined together by means of punching, preventing them from coming loose and adhering to the body of the user; and said absorbent body is held in a rolled position by means of pressurised water jets applied on the strip of absorbent material itself, after it has been rolled up.
A tumble dryer comprising a dryer housing, a drum which is rotatably mounted about a drum axis in the dryer housing, and a module which is arranged in the dryer housing and is fluidically connected to the drum and has a module housing , in which a heat pump for heating and for dehumidifying process air flowing through the drum is accommodated, and on which a motor , which has a drive shaft for driving the drum and for driving a fan wheel which conveys the process air through the module and the drum, is accommodated, the module housing having an lower shell and an upper shell and the motor , with two end shields of the motor , being mounted on the module housing , the motor being mounted by means of the two end shields , end shield receptacles corresponding to the two end shields being formed on the lower shell , characterized in that the motor is mounted between the lower shell and the upper shell by means of the two end shields , end shield receptacles corresponding to the two end shields being formed on the upper shell for receiving the end shields .
A computer-implemented method for training a neural network to determine abnormality in a signal, the signal being an electrocardiogram, ECG, signal or an electroencephalogram, EEG, signal using a processor in communication with a memory, comprising: determining (SS1) features of the signal using the neural network ; determining (SS2) an entropy function as an uncertainty measure of the features for classifying the signal ; reconstructing (SS3) the signal from the features using a decoder neural network to produce a reconstructed signal; comparing (SS4) the reconstructed signal with the signal to produce a reconstruction error ; combining (SS5) the uncertainty measure with the reconstruction error to produce a rank of the signal for a necessity of a manual labeling process, wherein the rank is defined based on an addition of the entropy function and the reconstruction error; labeling (SS6) the signal using the neural network to produce a labeled signal if the rank does not indicate the necessity of the manual labeling process; transmitting a labeling request to an annotation device if the rank indicates the necessity of the manual labeling process; and training (SS7) the neural network and the decoder neural network using the labeled signal. determining (SS1) features of the signal using the neural network ; determining (SS2) an entropy function as an uncertainty measure of the features for classifying the signal ; reconstructing (SS3) the signal from the features using a decoder neural network to produce a reconstructed signal; comparing (SS4) the reconstructed signal with the signal to produce a reconstruction error ; combining (SS5) the uncertainty measure with the reconstruction error to produce a rank of the signal for a necessity of a manual labeling process, wherein the rank is defined based on an addition of the entropy function and the reconstruction error; labeling (SS6) the signal using the neural network to produce a labeled signal if the rank does not indicate the necessity of the manual labeling process; transmitting a labeling request to an annotation device if the rank indicates the necessity of the manual labeling process; and training (SS7) the neural network and the decoder neural network using the labeled signal.
Pneumatic vehicle tyre with a directional profiled tread with oblique channels running in a V shape relative to one another over the width of the tread and merging into one another in the region of the middle of the tread, wherein, in each half of the tread, between the oblique channels following successively in the circumferential direction there respectively run at least two channels which connect the successive oblique channels and together with the oblique channels delimit middle profile blocks that are parallelogram-shaped in plan view, wherein the middle profile blocks are provided with sipes with a width of 0.4 mm to 0.8 mm and with micro-channels which are formed so as to be shallower than the sipes and have a depth and a width of 0.1 mm to 0.8 mm, wherein the sipes and the micro-channels in each profile block extend parallel to one another, characterized in that the oblique channels which run in a V shape relative to one another and in each case merge into one another are offset relative to one another in the circumferential direction, and their channel portions on the inner side of the tread which delimit the middle profile blocks include - with respect to the centrelines (m SR ) of the oblique channels - an angle (γ) of 90° to 110° with one another, wherein the sipes and micro-channels in the middle profile blocks extend - with respect to their centrelines (m E , m MR ) - parallel to the channel portions on the inner side of the tread of the oblique channels . wherein, in each half of the tread, between the oblique channels following successively in the circumferential direction there respectively run at least two channels which connect the successive oblique channels and together with the oblique channels delimit middle profile blocks that are parallelogram-shaped in plan view, wherein the middle profile blocks are provided with sipes with a width of 0.4 mm to 0.8 mm and with micro-channels which are formed so as to be shallower than the sipes and have a depth and a width of 0.1 mm to 0.8 mm, wherein the sipes and the micro-channels in each profile block extend parallel to one another, characterized in that the oblique channels which run in a V shape relative to one another and in each case merge into one another are offset relative to one another in the circumferential direction, and their channel portions on the inner side of the tread which delimit the middle profile blocks include - with respect to the centrelines (m SR ) of the oblique channels - an angle (γ) of 90° to 110° with one another, wherein the sipes and micro-channels in the middle profile blocks extend - with respect to their centrelines (m E , m MR ) - parallel to the channel portions on the inner side of the tread of the oblique channels .
Method for determining the position of a portion center of gravity of a granulate portion , which is produced by an agricultural application machine or by means of a test setup and has a non-uniform distribution, of a plurality of granulate grains , comprising the steps of: - detecting a grain distribution of the granulate portion by sensors; and - calculating the position of the portion center of gravity on the basis of the sensor-detected grain distribution. - detecting a grain distribution of the granulate portion by sensors; and - calculating the position of the portion center of gravity on the basis of the sensor-detected grain distribution.
A refrigerant distributor comprising: a first introduction pipe configured to be open at a first end and closed at a second end and to permit refrigerant to flow from the first end toward the second end ; a second introduction pipe configured to be closed in ends on both upstream and downstream sides and to permit the refrigerant to flow in a direction opposite to a refrigerant flow direction in the first introduction pipe ; a plurality of branch pipes connected to the second introduction pipe along the direction of the refrigerant through the second introduction pipe ; and an adjusting pipe configured to connect the first introduction pipe and the second introduction pipe , the adjusting pipe connecting a part of the first introduction pipe , the part being on a side of the second end , connecting a side of the second end of the first introduction pipe to between an end of the second introduction pipe on the upstream side and a branch pipe of the branch pipes, the branch pipe being connected to a most upstream side of the second introduction pipe among the branch pipes, characterized in that the adjusting pipe has a U-shape in top view, wherein the top view is a view directed from the first end to the second end . a first introduction pipe configured to be open at a first end and closed at a second end and to permit refrigerant to flow from the first end toward the second end ; a second introduction pipe configured to be closed in ends on both upstream and downstream sides and to permit the refrigerant to flow in a direction opposite to a refrigerant flow direction in the first introduction pipe ; a plurality of branch pipes connected to the second introduction pipe along the direction of the refrigerant through the second introduction pipe ; and an adjusting pipe configured to connect the first introduction pipe and the second introduction pipe , the adjusting pipe connecting a part of the first introduction pipe , the part being on a side of the second end , connecting a side of the second end of the first introduction pipe to between an end of the second introduction pipe on the upstream side and a branch pipe of the branch pipes, the branch pipe being connected to a most upstream side of the second introduction pipe among the branch pipes, characterized in that the adjusting pipe has a U-shape in top view, wherein the top view is a view directed from the first end to the second end .
A sealer composition comprising: a first component including: water; and a hydroxyl functionalized acrylic resin; and a second component comprising: an epoxy silane cross-linker comprising: wherein the first component and second component are mixed at most 40 hours prior to application of the sealer composition to a substrate. water; and a hydroxyl functionalized acrylic resin; and a second component comprising: an epoxy silane cross-linker comprising: wherein the first component and second component are mixed at most 40 hours prior to application of the sealer composition to a substrate. an epoxy silane cross-linker comprising: wherein the first component and second component are mixed at most 40 hours prior to application of the sealer composition to a substrate.