mhurhangee/patent-ind-claim-en huggingface dataset:
A computer implemented method, comprising: receiving , at a first computer system and from a second computer system , a request for specific information that can be determined using data in a database on the first computer system, wherein either at least some of the data is encrypted or the request is encrypted, without the first computer system having a decryption key to decrypt the encrypted data or the encrypted request; and characterized by : performing by the first computer system compressible homomorphic encryption operations on the data in the database to determine one or more compressed ciphertexts that correspond to the specific information in the database, the compressible homomorphic encryption operations using a first uncompressed homomorphic encryption scheme and a second compressed homomorphic encryption scheme, the performing the compressible homomorphic encryption operations comprising using the first homomorphic encryption scheme on the data to create other multiple ciphertexts and using the second homomorphic encryption scheme on the other multiple ciphertexts to pack the other multiple ciphertexts into fewer ciphertexts that are compressed, wherein both the first and second homomorphic encryption schemes use a same secret key; and sending , by the first computer system and to the second computer system, a response to the request, the response comprising the one or more compressed ciphertexts corresponding to the specific information that was requested. performing by the first computer system compressible homomorphic encryption operations on the data in the database to determine one or more compressed ciphertexts that correspond to the specific information in the database, the compressible homomorphic encryption operations using a first uncompressed homomorphic encryption scheme and a second compressed homomorphic encryption scheme, the performing the compressible homomorphic encryption operations comprising using the first homomorphic encryption scheme on the data to create other multiple ciphertexts and using the second homomorphic encryption scheme on the other multiple ciphertexts to pack the other multiple ciphertexts into fewer ciphertexts that are compressed, wherein both the first and second homomorphic encryption schemes use a same secret key; and sending , by the first computer system and to the second computer system, a response to the request, the response comprising the one or more compressed ciphertexts corresponding to the specific information that was requested.
A system for treating water contained in a potable water tank , comprising: a potable water holding tank configured to be installed on board a vehicle, one or more UV LEDs positioned within the potable water holding tank , the one or more UV LEDs positioned to deliver in-tank water treatment, prior to water leaving the holding tank , the potable water holding tank comprising a drain outlet tube along a lower wall of the tank, with an opening that receives water held in the tank and an outlet at which water exits, wherein the one or more UV LEDs are positioned along an interior of the drain outlet tube between the opening and the outlet . a potable water holding tank configured to be installed on board a vehicle, one or more UV LEDs positioned within the potable water holding tank , the one or more UV LEDs positioned to deliver in-tank water treatment, prior to water leaving the holding tank , the potable water holding tank comprising a drain outlet tube along a lower wall of the tank, with an opening that receives water held in the tank and an outlet at which water exits, wherein the one or more UV LEDs are positioned along an interior of the drain outlet tube between the opening and the outlet .
A computer-implemented method of processing optical coherence tomography OCT scans, comprising: • receiving OCT data comprising an OCT signal indicative of the level of scattering in a sample, the OCT data including the OCT signal for at least one scan through the sample, with the OCT signal having been measured at varying depth and position through the sample in each scan; • processing the OCT data for each scan with depth to produce an indicative depth scan representative of the OCT signal at each depth through all of the scans; • fitting a curve to the indicative depth scan, the curve comprising a first term which exponentially decays with respect to the depth additively combined with a second term which depends on the noise in the OCT signal; and • calculating a compensated intensity for the OCT signal at each point through each scan, the compensated intensity comprising a ratio of a term comprising a logarithm of the OCT signal to a term comprising the logarithm of the fitted curve in which the term comprising the logarithm of the fitted curve comprises a roll-off factor which varies the amount by which the compensation is reduced with increasing depth. • receiving OCT data comprising an OCT signal indicative of the level of scattering in a sample, the OCT data including the OCT signal for at least one scan through the sample, with the OCT signal having been measured at varying depth and position through the sample in each scan; • processing the OCT data for each scan with depth to produce an indicative depth scan representative of the OCT signal at each depth through all of the scans; • fitting a curve to the indicative depth scan, the curve comprising a first term which exponentially decays with respect to the depth additively combined with a second term which depends on the noise in the OCT signal; and • calculating a compensated intensity for the OCT signal at each point through each scan, the compensated intensity comprising a ratio of a term comprising a logarithm of the OCT signal to a term comprising the logarithm of the fitted curve
A device comprising: generating means for reading (S2302) a plurality of documents and generating (S103) a document image corresponding to the documents; and extracting means capable of extracting conditional output permission information and output inhibition information from the generated document image (S2303), wherein if the conditional output permission information (S2310) and the output inhibition information (S2309) are extracted by the extracting means , the generated document image is not output, characterized in that the extracting means is capable of extracting a condition and document identification information associated with the conditional output permission information (S2303), wherein if no output inhibition information is extracted (S2309) and if a predetermined or larger number of pieces of the conditional output permission information associated with different pieces of the document identification information are extracted (S2310) by the extracting means , the generated document image is not output, and wherein if no output inhibition information is extracted (S2309) and if a smaller number than the predetermined number of pieces of the conditional output permission information associated with different pieces of the document identification information are extracted (S2310) by the extracting means , and if all conditions associated with the smaller number of pieces of the conditional output permission information are satisfied, the generated document image is output (S2313). generating means for reading (S2302) a plurality of documents and generating (S103) a document image corresponding to the documents; and extracting means capable of extracting conditional output permission information and output inhibition information from the generated document image (S2303), wherein if the conditional output permission information (S2310) and the output inhibition information (S2309) are extracted by the extracting means , the generated document image is not output, characterized in that the extracting means is capable of extracting a condition and document identification information associated with the conditional output permission information (S2303), wherein if no output inhibition information is extracted (S2309) and if a predetermined or larger number of pieces of the conditional output permission information associated with different pieces of the document identification information are extracted (S2310) by the extracting means , the generated document image is not output, and wherein if no output inhibition information is extracted (S2309) and if a smaller number than the predetermined number of pieces of the conditional output permission information associated with different pieces of the document identification information are extracted (S2310) by the extracting means , and if all conditions associated with the smaller number of pieces of the conditional output permission information are satisfied, the generated document image is output (S2313).
A combustion liner for a turbine generator, comprising: a plurality of through-holes formed in a surface of the combustion liner ; and a plurality of air guiding caps provided on the combustion liner in plural rows, and configured to introduce air into the combustion liner ; wherein the air guiding cap includes: a cover having one opened side configured to receive an air flow, and a mounting member configured to be engaged to a lower end of the cover , characterized in that the mounting member is configured to removably mount the air guiding cap to the combustion liner , wherein the cover comprises at least one plate member having a bent end configured to engage with the mounting member such that the plate member of the cover is freely moveable in a state of being engaged to the mounting member and wherein the air guiding cap is rotatable to introduce air into the combustion liner . a plurality of through-holes formed in a surface of the combustion liner ; and a plurality of air guiding caps provided on the combustion liner in plural rows, and configured to introduce air into the combustion liner ; wherein the air guiding cap includes: a cover having one opened side configured to receive an air flow, and a mounting member configured to be engaged to a lower end of the cover , characterized in that the mounting member is configured to removably mount the air guiding cap to the combustion liner , wherein the cover comprises at least one plate member having a bent end configured to engage with the mounting member such that the plate member of the cover is freely moveable in a state of being engaged to the mounting member and wherein the air guiding cap is rotatable to introduce air into the combustion liner . a cover having one opened side configured to receive an air flow, and a mounting member configured to be engaged to a lower end of the cover , characterized in that the mounting member is configured to removably mount the air guiding cap to the combustion liner , wherein the cover comprises at least one plate member having a bent end configured to engage with the mounting member such that the plate member of the cover is freely moveable in a state of being engaged to the mounting member and wherein the air guiding cap is rotatable to introduce air into the combustion liner .
A lyophilization medium for freeze-drying a Francisella tularensis (F. tularensis) strain, the lyophilization medium comprising mannitol, a disaccharide, and gelatin in a weight ratio of 1 mannitol: 1 disaccharide : 0.25 gelatin, wherein the disaccharide is selected from sucrose, trehalose, and a mixture of sucrose and trehalose.
One or more computer-readable media comprising instructions that, upon execution of the instructions by one or more processors of a base station, are to cause the base station to: identify a parameter related to a zero power, ZP, resource element, RE, mapping set in a physical resource block, PRB, wherein the ZP RE mapping set relates to resources that are not to be used to transmit a physical channel transmission; transmit , to a user equipment, UE, an indication of the ZP RE mapping set , wherein the indication indicates two separate bitmaps related to the ZP RE mapping set and the two separate bitmaps include a first bitmap related to a frequency domain and a second bitmap related to a time domain; and wherein the ZP RE mapping set is one of a plurality of ZP RE mapping sets that have been previously indicated to a UE by a radio resource layer, RRC, signal, and wherein the indication is an indication of a subset of the plurality of ZP RE mapping sets, wherein the subset includes the ZP RE mapping set . identify a parameter related to a zero power, ZP, resource element, RE, mapping set in a physical resource block, PRB, wherein the ZP RE mapping set relates to resources that are not to be used to transmit a physical channel transmission; transmit , to a user equipment, UE, an indication of the ZP RE mapping set , wherein the indication indicates two separate bitmaps related to the ZP RE mapping set and the two separate bitmaps include a first bitmap related to a frequency domain and a second bitmap related to a time domain; and wherein the ZP RE mapping set is one of a plurality of ZP RE mapping sets that have been previously indicated to a UE by a radio resource layer, RRC, signal, and wherein the indication is an indication of a subset of the plurality of ZP RE mapping sets, wherein the subset includes the ZP RE mapping set .
Use of a composition comprising an inhibitory substance against miR-4453 to inhibit the replication of hepatitis B virus in vitro.
A method for wireless communication at a user terminal, the method comprising: receiving , from a base station, a message via a communication link in a non-terrestrial network, the message indicative of a configurable hybrid automatic repeat request, HARQ, process that is configurable on a per-HARQ process basis, wherein the message indicates or includes a modulation and coding scheme, MCS, table; determining a parameter for the configurable HARQ process based at least in part on the message, wherein determining the parameter further comprises reducing a quantity of maximum HARQ retransmissions allowed during the configurable HARQ process based at least in part on the message; and performing the configurable HARQ process based at least in part on the parameter, wherein performing the configurable HARQ process is based at least in part on the MCS table, wherein a different MCS targeting a lower block error rate is utilized from the MCS table based on reducing the quantity of maximum HARQ retransmission allowed during the configurable HARQ process. receiving , from a base station, a message via a communication link in a non-terrestrial network, the message indicative of a configurable hybrid automatic repeat request, HARQ, process that is configurable on a per-HARQ process basis, wherein the message indicates or includes a modulation and coding scheme, MCS, table; determining a parameter for the configurable HARQ process based at least in part on the message, wherein determining the parameter further comprises reducing a quantity of maximum HARQ retransmissions allowed during the configurable HARQ process based at least in part on the message; and performing the configurable HARQ process based at least in part on the parameter, wherein performing the configurable HARQ process is based at least in part on the MCS table, wherein a different MCS targeting a lower block error rate is utilized from the MCS table based on reducing the quantity of maximum HARQ retransmission allowed during the configurable HARQ process.
An audio decoding device comprising: demultiplexing means configured to demultiplex input encoded data into low-frequency encoded data, coefficient information for obtaining a coefficient and smoothing information relating to smoothing; low-frequency decoding means configured to decode the low-frequency encoded data to generate a low-frequency signal; subband dividing means configured to divide the low-frequency signal into a plurality of subbands to generate a low-frequency subband signal for each of the subbands; feature amount calculating means configured to calculate a feature amount of a predetermined number of continuous frames of the low-frequency signal based on power within the low-frequency subband signals; smoothing means configured to subject the feature amount to smoothing by performing weighted averaging on the feature amount based on the smoothing information; and generating means configured to generate a high-frequency signal based on the coefficient obtained from the coefficient information, the feature amount subject to smoothing, and the low-frequency subband signals; wherein the smoothing information is information indicating the number of frames used for the weighted averaging and weight used for the weighted averaging. demultiplexing means configured to demultiplex input encoded data into low-frequency encoded data, coefficient information for obtaining a coefficient and smoothing information relating to smoothing; low-frequency decoding means configured to decode the low-frequency encoded data to generate a low-frequency signal; subband dividing means configured to divide the low-frequency signal into a plurality of subbands to generate a low-frequency subband signal for each of the subbands; feature amount calculating means configured to calculate a feature amount of a predetermined number of continuous frames of the low-frequency signal based on power within the low-frequency subband signals; smoothing means configured to subject the feature amount to smoothing by performing weighted averaging on the feature amount based on the smoothing information; and generating means configured to generate a high-frequency signal based on the coefficient obtained from the coefficient information, the feature amount subject to smoothing, and the low-frequency subband signals; wherein the smoothing information is information indicating the number of frames used for the weighted averaging and weight used for the weighted averaging.
A passive phase separator comprising: an input conduit including an inlet through which multi-phase flow enters the input conduit; a gas conduit formed at an angle from the input conduit; and a liquid removal chamber formed in line with the input conduit and configured to hold liquid water from the multi-phase flow, wherein the gas conduit is configured to carry gas from the multi-phase flow to a life support environment, the multi-phase flow flows from a condensing heat exchanger to the passive phase separator, a liquid conduit surrounds the liquid removal chamber, wherein the liquid conduit is configured to direct the liquid water to a system that processes the liquid water to produce drinking water, and hydrophilic material defining some or all of a perimeter of the liquid removal chamber , wherein the hydrophilic material is configured to attract and pass through the liquid water. an input conduit including an inlet through which multi-phase flow enters the input conduit; a gas conduit formed at an angle from the input conduit; and a liquid removal chamber formed in line with the input conduit and configured to hold liquid water from the multi-phase flow, wherein the gas conduit is configured to carry gas from the multi-phase flow to a life support environment, the multi-phase flow flows from a condensing heat exchanger to the passive phase separator, a liquid conduit surrounds the liquid removal chamber, wherein the liquid conduit is configured to direct the liquid water to a system that processes the liquid water to produce drinking water, and hydrophilic material defining some or all of a perimeter of the liquid removal chamber , wherein the hydrophilic material is configured to attract and pass through the liquid water.
Method for key generation with quantum key exchange, between a first receiver and a second receiver of photons, wherein the method comprises the following steps: i) generation of entangled photon pairs, each with a signal photon and an idler photon in a source ; ii) transmission of the signal photons in a first quantum channel to the first receiver and transmission of the idler photons in a second quantum channel to the second receiver ; iii) measurement of photons at the first receiver to generate a first raw key and first receiver data and measurement of photons at the second receiver to generate a second raw key and second receiver data; iv) generation of a first sifted key at the first receiver and generation of a second sifted key at the second receiver by sifting the first and second raw keys and then generation of a common key at the first receiver and the second receiver ; wherein in step iv) the first receiver data is first transmitted from the first receiver to the second receiver , characterized in that, subsequently, in step iv), at the second receiver a pre-sifting is performed to reduce the second receiver data, based on the first receiver data and one or more pre-sifting parameters, and subsequently in step iv) the pre-sifted second receiver data is transmitted to the first receiver , and in step iv) the generation of the first sifted key and the second sifted key are performed on the basis of the first receiver data and the pre-sifted second receiver data and one or more sifting parameters. i) generation of entangled photon pairs, each with a signal photon and an idler photon in a source ; ii) transmission of the signal photons in a first quantum channel to the first receiver and transmission of the idler photons in a second quantum channel to the second receiver ; iii) measurement of photons at the first receiver to generate a first raw key and first receiver data and measurement of photons at the second receiver to generate a second raw key and second receiver data; iv) generation of a first sifted key at the first receiver and generation of a second sifted key at the second receiver by sifting the first and second raw keys and then generation of a common key at the first receiver and the second receiver ; wherein in step iv) the first receiver data is first transmitted from the first receiver to the second receiver , characterized in that, subsequently, in step iv), at the second receiver a pre-sifting is performed to reduce the second receiver data, based on the first receiver data and one or more pre-sifting parameters, and subsequently in step iv) the pre-sifted second receiver data is transmitted to the first receiver , and in step iv) the generation of the first sifted key and the second sifted key are performed on the basis of the first receiver data and the pre-sifted second receiver data and one or more sifting parameters.