mhurhangee/ep-ind-claims huggingface dataset:
A fluidic device comprising: a first fluid unit having a plurality of first passages for passing fluids from a plurality of supply sources each along a first direction; a second fluid unit having a plurality of second passages for passing the fluids along a second direction intersecting the first direction as seen from a top of the fluidic device and supplying the fluids to a plurality of destinations; and a plurality of on/off valves placed at a plurality of intersecting points, one at each intersecting point, where the first passages and the second passages intersect with each other as seen from the top of the fluidic device, the on/off valves switching flow states of the fluids from the first passages to the second passages, wherein the first fluid unit is arranged on a bottom of the fluidic device, the second fluid unit is arranged over the first fluid unit, and the plurality of on/off valves are attached on the top of the fluidic device, characterized in that the first fluid unit and the second fluid unit are removably directly coupled to each other such that outlets formed at a plurality of locations of the first passages are coupled to inlets formed at a plurality of locations of the second passages at each of the intersecting points. a first fluid unit having a plurality of first passages for passing fluids from a plurality of supply sources each along a first direction; a second fluid unit having a plurality of second passages for passing the fluids along a second direction intersecting the first direction as seen from a top of the fluidic device and supplying the fluids to a plurality of destinations; and a plurality of on/off valves placed at a plurality of intersecting points, one at each intersecting point, where the first passages and the second passages intersect with each other as seen from the top of the fluidic device, the on/off valves switching flow states of the fluids from the first passages to the second passages, wherein the first fluid unit is arranged on a bottom of the fluidic device, the second fluid unit is arranged over the first fluid unit, and the plurality of on/off valves are attached on the top of the fluidic device, characterized in that the first fluid unit and the second fluid unit are removably directly coupled to each other such that outlets formed at a plurality of locations of the first passages are coupled to inlets formed at a plurality of locations of the second passages at each of the intersecting points.
A compound selected from -2-(1-(4-amino-3-(3-fluoro-4-isopropoxyphenyl)-1H-pyrazolo[3,4-d]pyrimidin-1-yl)ethyl)-6-fluoro-3-(3-fluorophenyl)-4H-chromen-4-one and pharmaceutically acceptable salts thereof having an enantiomeric excess (e.e.) of at least about 60%, 75%, 80%, 85%, 90%, 95%, 98% or 99%.
An application executing terminal comprising: a start request means for accepting a selection of an application to be started, and for outputting a start request for start of said application; an application executing means for executing the application corresponding to the start request; a button assignment request means for outputting a request for assignment of an operation button specified by the application currently being executed by said application executing means; a button assignment control means for determining whether any applications have already been assigned to the operation button corresponding to the request for assignment, and for recording an assignment relation between the operation button and the executed application when a result of the determination indicates negation; an operation information receiving means for receiving operation information indicating an operation button operated by a user; and an event notification means for inquiring of said button assignment control means about an application corresponding to the operation button indicated by the received operation information, and outputting, to the application executing means, a predetermined event signal to inform said inquired application of the operation information. a start request means for accepting a selection of an application to be started, and for outputting a start request for start of said application; an application executing means for executing the application corresponding to the start request; a button assignment request means for outputting a request for assignment of an operation button specified by the application currently being executed by said application executing means; a button assignment control means for determining whether any applications have already been assigned to the operation button corresponding to the request for assignment, and for recording an assignment relation between the operation button and the executed application when a result of the determination indicates negation; an operation information receiving means for receiving operation information indicating an operation button operated by a user; and an event notification means for inquiring of said button assignment control means about an application corresponding to the operation button indicated by the received operation information, and outputting, to the application executing means, a predetermined event signal to inform said inquired application of the operation information.
A protective cover with cooling for cutter discs; which comprises a generally semi-cylindrical cavity that covers a portion of the cutting disc at the top and which is delimited by two lateral walls (11, 12) and a curved perimeter wall, wherein said cavity internally comprises, in its periphery, fastening means (16, 17) for fastening a tube and a cooling liquid supply nozzle for dispensing a cooling liquid on the disc, characterized in that: said fastening means for fastening the nozzle comprise a plurality of attachments defined inside the cover and complementary coupling housings defined in the nozzle; said attachments are distributed angularly inside the cover in several positions (P1, P2, P3, P4, P5) in order to fasten the nozzle in any one of said several positions (P1, P2, P3, P4, P5); and the several positions (P1, P2, P3, P4, P5) are comprised between an upper position, in which the nozzle pours the liquid on the upper end of the disc, and a lower position, in which the nozzle sprays the liquid directly against the edge of the disc. said fastening means for fastening the nozzle comprise a plurality of attachments defined inside the cover and complementary coupling housings defined in the nozzle; said attachments are distributed angularly inside the cover in several positions (P1, P2, P3, P4, P5) in order to fasten the nozzle in any one of said several positions (P1, P2, P3, P4, P5); and the several positions (P1, P2, P3, P4, P5) are comprised between an upper position, in which the nozzle pours the liquid on the upper end of the disc, and a lower position, in which the nozzle sprays the liquid directly against the edge of the disc.
A system comprising: an electrocardiogram acquiring system; at least one hardware processor; and a non-transitory computer-readable storage medium having stored thereon program instructions, the program instructions executable by the at least one hardware processor to receive, from the ECG acquiring system, data segments representing human cardiac activity, wherein the program instructions are characterized by: recording a baseline signal, comprising a plurality of data segments over a first period; calculating a difference in Shannon entropies between every two or more consecutive heartbeat intervals of the baseline signal, to obtain from each of said data segments a first value representing distribution of modified Shannon entropy; acquiring a real-time segment representing cardiac activity in a patient over a second period, shorter than the first period; calculating a second value representing distribution of modified Shannon entropy of the real-time segment; calculating a difference between said first and second values; and indicating an atrial fibrillation event in said patient when the calculated difference is above a predetermined threshold. recording a baseline signal, comprising a plurality of data segments over a first period; calculating a difference in Shannon entropies between every two or more consecutive heartbeat intervals of the baseline signal, to obtain from each of said data segments a first value representing distribution of modified Shannon entropy; acquiring a real-time segment representing cardiac activity in a patient over a second period, shorter than the first period; calculating a second value representing distribution of modified Shannon entropy of the real-time segment; calculating a difference between said first and second values; and indicating an atrial fibrillation event in said patient when the calculated difference is above a predetermined threshold.
A modified eIF4G1 peptide derived from the human eIF4G1 protein with the amino acid sequence SEQ ID NO: 8, wherein the peptide has been modified to stabilize the α-helix with at least one α-helix inducer, wherein said modification includes a substitution of the glycine residue with a non-natural amino acid selected from: cycloalkane derivatives,1-aminocyclohexanoic acid, 1-aminocyclopentanoic acid, aminoisobutyric acid (Aib), β-cyclohexylalanine, α-(1-carboxycyclopentyl)glycine, 1-aminocyclopropanoic acid, and aminomethylcyclohexanoic acid; and/or a substitution of one or more phenylalanine residues with a non-natural amino acid selected from: C α -Me-L-Phenylalanine, N-(α-fluoro-4-methylcinnamoyl)phenylalanine, p-fluoro-phenylalanine, m-fluoro-phenylalanine, and o-fluoro-phenylalanine.
A method for monitoring lung inflammation status of a subject suffering from a respiratory disorder, the method comprising determining levels of at least three markers in urine samples taken from the subject at multiple time points, wherein increased levels of at least one of the markers in a urine sample indicates or predicts a pulmonary exacerbation and/or wherein decreased levels of at least one of the markers in a urine sample following an increase indicate or predict recovery from, or successful treatment of, a pulmonary exacerbation, wherein the at least three markers are selected from C-reactive protein, Clara cell protein, large elastin fragments, tissue inhibitor of metalloproteinase (TIMP), cystatin C, alpha-1 antitrypsin (A1AT), intercellular adhesion molecule 1 (ICAM-1), interleukin 6 (IL-6), interleukin 1β (IL-1β), interleukin 8 (IL-8), N-formyl-Met-Leu-Phe (fMLP), IL-6 induced fibrinogen, cytokine induced beta-2-microglobulin (B2M), retinol binding protein 4, calprotectin; a protease activity selected from matrix metalloproteinase activity, human neutrophil elastase activity and cathepsin G activity; N-acetyl Pro-Gly-Pro (Ac-PGP), desmosine and human serum albumin.
Device for the control of a gas system for diesel engines, in particular for commercial vehicles, in which the gaseous fuel is guided to the cylinders in a regulated manner, characterised in that the regulation is achieved by means of separate gas control electronics during diesel operation and the cylinders are sequentially supplied with gas via injectors in the gas system, in that the gas control electronics reads and processes the signals from the CAN bus in order to control the gas supply and records and processes the signals of knock sensors, crankshaft sensors, foot pedal sensors, the injection pump, the lambda sensor, the MAF pressure sensors and throttle position signals and the pressure of the compromised intake air and the pressure of the gaseous phase before the injector bracket and the temperature and pressure values in the exhaust gas.
A signal modulation device for providing an output signal to a radio frequency front-end, the device comprising: an input for receiving a complex input signal comprising an in-phase component signal and a quadrature-phase component signal, a sigma-delta modulator for modulating the complex input signal at an oversampling clock rate into an intermediary signal, wherein the intermediary signal takes a first finite number of quantized complex states, a numerical oscillator for generating a phase signal oscillating at a selected carrier frequency, wherein the phase signal takes a second finite number of quantized states, a symbol mapping table for mapping, at each oversampling clock period, the quantized complex states of the intermediary signal and the quantized complex states of the phase signal to predefined quantized symbols each encoding a pulse train segment of the output signal, a pulse generator arranged to receive the quantized symbol selected at each oversampling clock period and to generate the pulse train segment encoded by the received quantized symbol at a second oversampling clock rate, wherein the pulse train segment encoded by a given quantized symbol has, in relation to the entire set of encoded pulse train segments, the complex frequency-domain component at the carrier frequency with the minimum complex plane distance to the complex quantized state of the intermediary signal rotated by the phase angle represented by the quantized state of the phase signal corresponding to said given quantized symbol. an input for receiving a complex input signal comprising an in-phase component signal and a quadrature-phase component signal, a sigma-delta modulator for modulating the complex input signal at an oversampling clock rate into an intermediary signal, wherein the intermediary signal takes a first finite number of quantized complex states, a numerical oscillator for generating a phase signal oscillating at a selected carrier frequency, wherein the phase signal takes a second finite number of quantized states, a symbol mapping table for mapping, at each oversampling clock period, the quantized complex states of the intermediary signal and the quantized complex states of the phase signal to predefined quantized symbols each encoding a pulse train segment of the output signal, a pulse generator arranged to receive the quantized symbol selected at each oversampling clock period and to generate the pulse train segment encoded by the received quantized symbol at a second oversampling clock rate, wherein the pulse train segment encoded by a given quantized symbol has, in relation to the entire set of encoded pulse train segments, the complex frequency-domain component at the carrier frequency with the minimum complex plane distance to the complex quantized state of the intermediary signal rotated by the phase angle represented by the quantized state of the phase signal corresponding to said given quantized symbol.
A method in a communication unit acting as a data receiving party and employing a TDD or half duplex FDD arrangement when communicating with a data sending party, of transmitting feedback reports for data blocks received in reception, RX, sub-frames to indicate whether errors have occurred in the data blocks, characterized in the following steps: - obtaining allocation parameters for the connection indicating that the number of required feedback reports is greater than the number of allowed feedback reports during a given sub-frame sequence, and - scheduling feedback reports in available transmission, TX, sub-frames according to a predetermined spreading rule also known by the data sending party, dictating that the feedback reports are distributed evenly over the available transmission, TX, sub-frames. - obtaining allocation parameters for the connection indicating that the number of required feedback reports is greater than the number of allowed feedback reports during a given sub-frame sequence, and - scheduling feedback reports in available transmission, TX, sub-frames according to a predetermined spreading rule also known by the data sending party, dictating that the feedback reports are distributed evenly over the available transmission, TX, sub-frames.
A process for removing CO 2 from a flue gas stream containing CO 2, which process comprises: a) conducting said flue gas stream to a temperature swing adsorption gas separation unit, wherein the gas separation unit contains at least one adsorbent contactor comprised of: i) a process gas inlet end; and ii) a process gas outlet end; wherein the gas inlet end and the gas outlet end are in fluid connection by a plurality of open flow channels wherein the surface of the open flow channels is comprised of an adsorbent material that has an adsorption selectivity for CO 2 over at least one other gaseous component of the flue gas stream of greater than 1, thereby resulting in a substantially CO 2 -free flue gas stream and CO 2 adsorbed onto said adsorbent material, and wherein the adsorbent contactor has less than 20% of its open pore volume in pores greater than 20 angstroms; b) venting said substantially CO 2 -free flue gas stream into the atmosphere; and c) heating said adsorbent material having CO 2 adsorbed thereon to an effective temperature that results in the desorption of at least a fraction of CO 2, thereby resulting in a CO 2 rich stream. a) conducting said flue gas stream to a temperature swing adsorption gas separation unit, wherein the gas separation unit contains at least one adsorbent contactor comprised of: i) a process gas inlet end; and ii) a process gas outlet end; wherein the gas inlet end and the gas outlet end are in fluid connection by a plurality of open flow channels wherein the surface of the open flow channels is comprised of an adsorbent material that has an adsorption selectivity for CO 2 over at least one other gaseous component of the flue gas stream of greater than 1, thereby resulting in a substantially CO 2 -free flue gas stream and CO 2 adsorbed onto said adsorbent material, and wherein the adsorbent contactor has less than 20% of its open pore volume in pores greater than 20 angstroms; i) a process gas inlet end; and ii) a process gas outlet end; b) venting said substantially CO 2 -free flue gas stream into the atmosphere; and c) heating said adsorbent material having CO 2 adsorbed thereon to an effective temperature that results in the desorption of at least a fraction of CO 2, thereby resulting in a CO 2 rich stream.
Packaging in flexible material, comprising a supporting base wherefrom two opposite side walls rise up, each one sealed to a half-perimeter of the base and sealed one to the other along respective side edges and along the upper edge with a head sealing, in an intermediate area of the packaging at least one continuous transverse sealing being provided, suitable for dividing the interior of the packaging into two separate chambers, a lower chamber and an upper chamber, suitable for containing two different components of a product to be brought into contact at the time of consumption, wherein said transverse sealing is such as to open when a certain pressure is reached in said lower chamber, following heating, thus forming a single chamber inside the packaging and characterised in that at a short distance from said upper or head sealing a second transverse head sealing is provided, and between said head sealings (16, 18) at least one side vent or opening is provided, said second transverse head sealing being such as to open when a certain pressure is reached in said unified chamber (20, 21).
A method for controlling near field communication, NFC, radio frequency discovery, comprising: acquiring, by a first NFC host, state information used to indicate a state of a near field communication controller, NFCC; and if the state of the NFCC is non-idle, and the first NFC host learns, according to identity information of the first NFC host and identity information of a third NFC host, that a priority of the first NFC host is higher than a priority of the third NFC host, sending, by the first NFC host, a state resetting command to the NFCC, so that the NFCC terminates a current radio frequency communication process and restores to an idle state, wherein the third NFC host is an NFC host corresponding to the radio frequency communication process currently executed by the NFCC, and the identity information of the third NFC host is sent by the NFCC to the first NFC host. acquiring, by a first NFC host, state information used to indicate a state of a near field communication controller, NFCC; and if the state of the NFCC is non-idle, and the first NFC host learns, according to identity information of the first NFC host and identity information of a third NFC host, that a priority of the first NFC host is higher than a priority of the third NFC host, sending, by the first NFC host, a state resetting command to the NFCC, so that the NFCC terminates a current radio frequency communication process and restores to an idle state, wherein the third NFC host is an NFC host corresponding to the radio frequency communication process currently executed by the NFCC, and the identity information of the third NFC host is sent by the NFCC to the first NFC host.
A magnetic drill, comprising: a housing with a base configured to attach to a surface; an electric motor for driving a tool; a controller configured to receive an AC input signal and operable to control a drive signal to the electric motor; an electromagnet arranged in the base of the housing and powered by a DC voltage, to magnetically couple the base to the surface; a converter configured to receive the AC input signal and, independent from the controller and in the presence of the AC input signal, to output the DC voltage to the electromagnet; an alternate power source circuit that monitors the DC voltage output by the converter and, in the absence of the DC voltage, provides an alternate DC voltage to the electromagnet; charcterised in that the alternate power source circuit includes a battery and a detector that monitors the DC voltage output by the converter and electrically couples the battery to the electromagnet in the absence of a DC voltage output from the converter. a housing with a base configured to attach to a surface; an electric motor for driving a tool; a controller configured to receive an AC input signal and operable to control a drive signal to the electric motor; an electromagnet arranged in the base of the housing and powered by a DC voltage, to magnetically couple the base to the surface; a converter configured to receive the AC input signal and, independent from the controller and in the presence of the AC input signal, to output the DC voltage to the electromagnet; an alternate power source circuit that monitors the DC voltage output by the converter and, in the absence of the DC voltage, provides an alternate DC voltage to the electromagnet; charcterised in that the alternate power source circuit includes a battery and a detector that monitors the DC voltage output by the converter and electrically couples the battery to the electromagnet in the absence of a DC voltage output from the converter.
A cobalt-free composition for curing thermosetting resins, wherein said composition comprises: a) a copper containing complex; b) a quaternary ammonium or phosphonium salt; c) a tertiary amine or phosphine; d) optionally a transition metal salt; and e) a peroxide initiator. a) a copper containing complex; b) a quaternary ammonium or phosphonium salt; c) a tertiary amine or phosphine; d) optionally a transition metal salt; and e) a peroxide initiator.