mhurhangee/patent-ind-claim-en huggingface dataset:
Method for at least estimating a breakdown voltage of a single photovoltaic cell belonging to a set of photovoltaic cells connected in series within a circuit, said set forming a photovoltaic module, said method being at least partially implemented by a device, and said method comprising : - a first acquisition step of measurement(s) of said circuit wherein all photovoltaic cells of said set are unshaded, said first acquisition step comprising at least obtaining a measurement of the open circuit voltage V oc,u of said circuit; - a second acquisition step of measurement(s) of said circuit wherein a single photovoltaic cell of said set of photovoltaic cells is shaded, said second acquisition step comprising at least obtaining a measurement of the open circuit voltage V oc,s of said circuit; - determining an estimation of the breakdown voltage V br of said single shaded photovoltaic cell as function of: - the open circuit voltage V oc,u of said circuit wherein all photovoltaic cells of said set are unshaded; - the open circuit voltage V oc,s of said circuit wherein said single photovoltaic cell is shaded; - the number n s of photovoltaic cells belonging to said set. - a first acquisition step of measurement(s) of said circuit wherein all photovoltaic cells of said set are unshaded, said first acquisition step comprising at least obtaining a measurement of the open circuit voltage V oc,u of said circuit; - a second acquisition step of measurement(s) of said circuit wherein a single photovoltaic cell of said set of photovoltaic cells is shaded, said second acquisition step comprising at least obtaining a measurement of the open circuit voltage V oc,s of said circuit; - determining an estimation of the breakdown voltage V br of said single shaded photovoltaic cell as function of: - the open circuit voltage V oc,u of said circuit wherein all photovoltaic cells of said set are unshaded; - the open circuit voltage V oc,s of said circuit wherein said single photovoltaic cell is shaded; - the number n s of photovoltaic cells belonging to said set. - the open circuit voltage V oc,u of said circuit wherein all photovoltaic cells of said set are unshaded; - the open circuit voltage V oc,s of said circuit wherein said single photovoltaic cell is shaded; - the number n s of photovoltaic cells belonging to said set.
A method for retrieving data records from a database , comprising: receiving a query to a database access API requesting a number of data records stored in the database ; creating a parallel batch processor for data transmittal, wherein the parallel batch processor is configured to implement a streaming interface between a client device and the database ; returning the parallel batch processor to a client program on the client device ; retrieving, in response to the query, a list of primary keys from the database , where primary keys identify locations of said data records that satisfy the query in the database ; sending multiple queries to the database in parallel to retrieve batches of data records matching the primary keys; adding the retrieved batches of data records to a list of data records in a client system ; with the client program , requesting a next data record responsive to the query; and providing the requested next data record from the parallel batch processor to the client program with the parallel batch processor removing the requested next data record from the list of data records . receiving a query to a database access API requesting a number of data records stored in the database ; creating a parallel batch processor for data transmittal, wherein the parallel batch processor is configured to implement a streaming interface between a client device and the database ; returning the parallel batch processor to a client program on the client device ; retrieving, in response to the query, a list of primary keys from the database , where primary keys identify locations of said data records that satisfy the query in the database ; sending multiple queries to the database in parallel to retrieve batches of data records matching the primary keys; adding the retrieved batches of data records to a list of data records in a client system ; with the client program , requesting a next data record responsive to the query; and providing the requested next data record from the parallel batch processor to the client program with the parallel batch processor removing the requested next data record from the list of data records .
An apparatus comprising a memory and a processor configured to cause an Access Point, AP, to: transmit a Request to Send, RTS, addressed to a plurality of wireless communication devices , the RTS comprising a duration value to reserve a wireless medium for a reserved time period ; process a plurality of simultaneous Clear to Send, CTS, responses from the plurality of wireless communication devices; and subsequent to the CTS responses, transmit a downlink transmission addressed to the plurality of wireless communication devices during the reserved time period. transmit a Request to Send, RTS, addressed to a plurality of wireless communication devices , the RTS comprising a duration value to reserve a wireless medium for a reserved time period ; process a plurality of simultaneous Clear to Send, CTS, responses from the plurality of wireless communication devices; and subsequent to the CTS responses, transmit a downlink transmission addressed to the plurality of wireless communication devices during the reserved time period.
Method for the manufacture of an artificial control tissue suitable for use as a control in histomorphological analysis comprising the steps of (a) providing twenty-five or more tissue samples; (b) shredding the tissue samples into tissue fragments; (c) mixing the tissue fragments; and (d) forming an artificial control tissue wherein 50% or more of the tissue fragments comprised in the artificial control tissue have a maximal diameter of 500 μm or less. (a) providing twenty-five or more tissue samples; (b) shredding the tissue samples into tissue fragments; (c) mixing the tissue fragments; and (d) forming an artificial control tissue wherein 50% or more of the tissue fragments comprised in the artificial control tissue have a maximal diameter of 500 μm or less.
A decontamination method for sterilizing an inside of a facility or an inside of a device installed in the facility in which cells, tissues, culture media, sterile reagents, microorganisms or the like are handled or cultured, comprising: setting in advance a set humidity in a decontamination area; converting a peracetic acid mixed solution containing a low-concentration peracetic acid into dry fog and spraying the dry fog into the decontamination area with a dry fog generating machine , the dry fog consisting of particles of 10 μm or smaller; measuring a humidity in said decontamination area with a humidity sensor ; and controlling, with a control device , an operation in which a cycle consisting of start and stop of spraying from the dry fog generating machine and start and stop of gas recovery in the decontamination area by a gas recovery machine , which is a dehumidifier, is repeated according to a measured humidity from said humidity sensor so that said set humidity can be maintained, and wherein, in said control device , a spraying ratio, which is the ratio of the period for which the peracetic acid mixed solution is sprayed by said dry fog generating machine to a decontamination period from a time when the measured humidity in the decontamination area reaches said set humidity to a time when the operation in which said cycle is repeated is ended, is controlled at 10% or higher. setting in advance a set humidity in a decontamination area; converting a peracetic acid mixed solution containing a low-concentration peracetic acid into dry fog and spraying the dry fog into the decontamination area with a dry fog generating machine , the dry fog consisting of particles of 10 μm or smaller; measuring a humidity in said decontamination area with a humidity sensor ; and controlling, with a control device , an operation in which a cycle consisting of start and stop of spraying from the dry fog generating machine and start and stop of gas recovery in the decontamination area by a gas recovery machine , which is a dehumidifier, is repeated according to a measured humidity from said humidity sensor so that said set humidity can be maintained, and wherein, in said control device , a spraying ratio, which is the ratio of the period for which the peracetic acid mixed solution is sprayed by said dry fog generating machine to a decontamination period from a time when the measured humidity in the decontamination area reaches said set humidity to a time when the operation in which said cycle is repeated is ended, is controlled at 10% or higher.
A compound selected from the group consisting of 10-{[ -1-methylpiperidin-3-yl]methyl}-10H-phenothiazine (the S-enantiomer of mepazine) and solvates, salts, isotopically labeled forms and combinations thereof, wherein the compound is enantiomerically pure.
A method of interrogating an optical sensing system performed at an interrogation system, comprising the steps of: receiving a plurality of bursts of samples of an optical signal, each burst of samples comprising a plurality of samples of each pulse in a group of discrete optical pulses returning from optical sensors, wherein the groups are regularly spaced in time with a group repetition period larger than the group width, and the optical pulses comprise a phase modulated signal; processing the bursts of samples to obtain a series of regularly spaced samples at a rate equivalent to an average sample rate (F av ) of the optical signal over the group repetition period; and demodulating the regularly spaced samples to retrieve the phase information from the detected pulses, wherein the step of processing comprises the steps of: downsampling the received samples at a downsampling ratio equal to the sample rate in each burst divided by the group repetition frequency, upsampling the downsampled samples, filtering the upsampled samples, and combining the filtered samples. receiving a plurality of bursts of samples of an optical signal, each burst of samples comprising a plurality of samples of each pulse in a group of discrete optical pulses returning from optical sensors, wherein the groups are regularly spaced in time with a group repetition period larger than the group width, and the optical pulses comprise a phase modulated signal; processing the bursts of samples to obtain a series of regularly spaced samples at a rate equivalent to an average sample rate (F av ) of the optical signal over the group repetition period; and demodulating the regularly spaced samples to retrieve the phase information from the detected pulses, wherein the step of processing comprises the steps of: downsampling the received samples at a downsampling ratio equal to the sample rate in each burst divided by the group repetition frequency, upsampling the downsampled samples, filtering the upsampled samples, and combining the filtered samples. downsampling the received samples at a downsampling ratio equal to the sample rate in each burst divided by the group repetition frequency, upsampling the downsampled samples, filtering the upsampled samples, and combining the filtered samples.
A solid detergent composition in the form of a block or tablet comprising: a polysaccharide hybrid polymer composition present in an amount from 1% to 20% by weight of the solid detergent composition, wherein the polysaccharide hybrid polymer composition comprises: residue of a polysaccharide present in an amount from 5% to 90% by weight of the polysaccharide hybrid polymer composition; and residue of at least one ethylenically unsaturated monomer present in an amount from 10% to 75% by weight of the polysaccharide hybrid polymer composition; a hydratable salt present in an amount of 40% or greater by weight of the solid detergent composition; and water present in an amount of 2% or greater by weight of the solid detergent composition, wherein the polysaccharide hybrid polymer composition further comprises at least one member selected from the group consisting of monoalkyl maleate and hydroxyalkyl(meth)acrylate. residue of a polysaccharide present in an amount from 5% to 90% by weight of the polysaccharide hybrid polymer composition; and residue of at least one ethylenically unsaturated monomer present in an amount from 10% to 75% by weight of the polysaccharide hybrid polymer composition; a hydratable salt present in an amount of 40% or greater by weight of the solid detergent composition; and water present in an amount of 2% or greater by weight of the solid detergent composition, wherein the polysaccharide hybrid polymer composition further comprises at least one member selected from the group consisting of monoalkyl maleate and hydroxyalkyl(meth)acrylate.
A filter configured to separate debris from a flow of fluid, the filter comprising: a housing having a first inner volume ; a filter media having a first end , a second end , and a second inner volume between the first and second ends, the filter media coupled to the housing at the first end of the filter media such that the first and second inner volumes together at least partially define a collection container configured to store the debris separated by the filter media from the flow of fluid; and an inlet opening that extends through the housing to provide fluid communication into the collection container such that the flow of fluid with debris can flow into the collection container and a relatively clean flow of fluid exits through the filter media between the first and second ends of the filter media, and characterized in that the filter media is moveable to a collapsed position in which the filter media is collapsed into the first inner volume of the housing, and from the collapsed position to an expanded position, wherein the housing is a first housing , the filter further comprising a second housing , wherein the filter media is coupled to the second housing at the second end of the filter media, wherein the second housing and the first housing enclose the filter media when the filter media is collapsed into the first housing, and wherein, the first inner volume of the first housing, along with the second inner volume of the filter media, and a third inner volume of the second housing together define a collection container that stores debris separated by the filter media. a housing having a first inner volume ; a filter media having a first end , a second end , and a second inner volume between the first and second ends, the filter media coupled to the housing at the first end of the filter media such that the first and second inner volumes together at least partially define a collection container configured to store the debris separated by the filter media from the flow of fluid; and an inlet opening that extends through the housing to provide fluid communication into the collection container such that the flow of fluid with debris can flow into the collection container and a relatively clean flow of fluid exits through the filter media between the first and second ends of the filter media, and characterized in that the filter media is moveable to a collapsed position in which the filter media is collapsed into the first inner volume of the housing, and from the collapsed position to an expanded position, wherein the housing is a first housing , the filter further comprising a second housing , wherein the filter media is coupled to the second housing at the second end of the filter media, wherein the second housing and the first housing enclose the filter media when the filter media is collapsed into the first housing, and wherein, the first inner volume of the first housing, along with the second inner volume of the filter media, and a third inner volume of the second housing together define a collection container that stores debris separated by the filter media.
Impact detection device for radar (R) of a bumper (B) of a motor vehicle (VEH) located in the periphery of said radar (R), characterized in that it comprises: - a hollow body (CC) - a movable piston (PM) comprising a rod of which a first end (E1) remains outside of said hollow body (CC) and of which a second end (E2) remains inside said hollow body (CC) and said rod comprises, between its two ends (E1, E2), a plane (P) substantially at right angles to said rod which remains inside said hollow body (CC), said movable piston (PM) being able to slide in said hollow body (CC) according to a translational movement as a function of the local deformation of said bumper (B), said hollow body (CC) comprising an input face (FE) substantially at right angles to the movement of said piston (PM), the inner peripheral surface of said input face (FE) forming a lip that can retain the second end (E2) of said piston (PM) in nominal position (EI), electrical contacts between said piston (PM) and said hollow body (CC) forming, in nominal position (EI), a closed electrical circuit, and said circuit being open when the piston (PM) is in non-nominal position in said hollow body (CC), - a piston (PM) return means, - a retaining means (MR) capable of preventing the return of said piston (PM) to the nominal position (EI) when the travel (C) by which said piston (PM) is driven into said hollow body (CC) exceeds a predetermined driving-in threshold (Se). - a hollow body (CC) - a movable piston (PM) comprising a rod of which a first end (E1) remains outside of said hollow body (CC) and of which a second end (E2) remains inside said hollow body (CC) and said rod comprises, between its two ends (E1, E2), a plane (P) substantially at right angles to said rod which remains inside said hollow body (CC), said movable piston (PM) being able to slide in said hollow body (CC) according to a translational movement as a function of the local deformation of said bumper (B), said hollow body (CC) comprising an input face (FE) substantially at right angles to the movement of said piston (PM), the inner peripheral surface of said input face (FE) forming a lip that can retain the second end (E2) of said piston (PM) in nominal position (EI), electrical contacts between said piston (PM) and said hollow body (CC) forming, in nominal position (EI), a closed electrical circuit, and said circuit being open when the piston (PM) is in non-nominal position in said hollow body (CC), - a piston (PM) return means, - a retaining means (MR) capable of preventing the return of said piston (PM) to the nominal position (EI) when the travel (C) by which said piston (PM) is driven into said hollow body (CC) exceeds a predetermined driving-in threshold (Se).
A casing with a unitary charging volume for an attritable gas turbine engine comprising: the unitary charging volume defined within said casing of the gas turbine engine ; the unitary charging volume comprising an exterior wall and an interior wall opposite said exterior wall ; the unitary charging volume being formed integrally with said casing ; and a coupling attached to said casing configured to attach a source of compressed air to receive a charge of compressed air for said casing unitary charging volume . the unitary charging volume defined within said casing of the gas turbine engine ; the unitary charging volume comprising an exterior wall and an interior wall opposite said exterior wall ; the unitary charging volume being formed integrally with said casing ; and a coupling attached to said casing configured to attach a source of compressed air to receive a charge of compressed air for said casing unitary charging volume .
A system that facilitates generating a test script for a medical imaging device, comprising: a field log file database having stored thereon field log files comprising data related to examinations performed by one or more imaging devices; and one or more processors configured to execute: a mining module configured to process the field log files stored in the database and identify prominent field usage patterns; a prediction module configured to predict future workflow patterns and future usage of a new scan type introduced for a given imaging device by processing the field log files stored in the database, the prediction of future usage of the new scan type being based on the usage of scan types with similar parameters; and a test case preparation and execution module configured to generate and execute at least one test script for an imaging device for the new scan type based at least in part on the identified usage patterns and the future workflow patterns. a field log file database having stored thereon field log files comprising data related to examinations performed by one or more imaging devices; and one or more processors configured to execute: a mining module configured to process the field log files stored in the database and identify prominent field usage patterns; a prediction module configured to predict future workflow patterns and future usage of a new scan type introduced for a given imaging device by processing the field log files stored in the database, the prediction of future usage of the new scan type being based on the usage of scan types with similar parameters; and a test case preparation and execution module configured to generate and execute at least one test script for an imaging device for the new scan type based at least in part on the identified usage patterns and the future workflow patterns. a mining module configured to process the field log files stored in the database and identify prominent field usage patterns; a prediction module configured to predict future workflow patterns and future usage of a new scan type introduced for a given imaging device by processing the field log files stored in the database, the prediction of future usage of the new scan type being based on the usage of scan types with similar parameters; and a test case preparation and execution module configured to generate and execute at least one test script for an imaging device for the new scan type based at least in part on the identified usage patterns and the future workflow patterns.
Mineral fibers having a chemical composition comprising the following constituents, as weight percentages: SiO 2 30% to 50% Al 2 O 3 10% to 17% CaO+MgO 27.5% to 35% Na 2 O+K 2 O 1% to 10% characterized in that said mineral fibers comprise a content of total iron, expressed as Fe 2 O 3 , of from 5% to 12% and a redox, which corresponds to the weight ratio between the content of ferrous iron, expressed as Fe 2 O 3 , and the total content of iron, expressed as Fe 2 O 3 , of less than 0.6, preferably of less than 0.5.
Current transformer , comprising a current sensor, which is designed to convert a conductor current (1, I LOAD ), flowing in an electrical conductor, into an output voltage proportional to the conductor current (1, I LOAD ), characterized in that the current transformer comprises a first processing branch (I) in which a means is provided for calculating the effective value of the output voltage , as well as a second processing branch (II) in which a means is provided for detecting a polarity (+/-) of the direct current component of the output voltage , wherein the current transformer is arranged to multiply the effective value by a positive or negative factor, depending on the detected polarity (+/-) of the output voltage of the current sensor, wherein the positive factor is also chosen in case of a pure alternating current as the conductor current (1, I LOAD ), and to output the signed effective value as an output signal (2, U OUT / I OUT ).