mhurhangee/patent-ind-claim-en huggingface dataset:
An alarm system comprising at least two alarm signaling devices which are configured for receiving an alarm activation signal of a hazard detection system and for outputting a signal in response to receiving an alarm activation signal , and comprising an alarm system monitoring device , wherein the at least two alarm signaling devices and the alarm system monitoring device are configured for exchanging data with each other, wherein the alarm system is configured for coupling with at least one coupling device of the hazard detection system and wherein the alarm system is further configured for transmitting a voltage signal from the coupling device of the hazard detection system as an alarm activation signal to the alarm signaling devices , wherein the coupling device is a relay to which the at least two alarm signaling devices are connected.
A method for determining a condition in a fetus of a patient using a maternal blood sample, the method comprising: enriching said sample from said patient for fetal cells; obtaining genomic DNA (gDNA) from said enriched cells; amplifying the gDNA obtained from the enriched cells, wherein said amplifying comprises: randomly fragmenting the gDNA to form gDNA fragments; ligating adapters to both ends of the gDNA fragments; randomly immobilizing the gDNA fragments to an inside surface of a flow cell; initiating solid phase bridge amplification of the immobilized gDNA fragments and repeating the bridge amplification to generate several million clusters of immobilized double-stranded DNA (dsDNA); detecting said condition by high throughput sequencing of the bridge amplified dsDNA, wherein said high-throughput sequencing comprises sequencing-by-synthesis, comprising: adding labeled reversible terminators, primers, and DNA polymerase enzyme to the flow cell; removing unincorporated labeled terminators; visualizing labeled nucleotides in the flow cell; analyzing and identifying a first incorporated base at each cluster; removing the 3' terminus and fluorescence from each incorporated base; and repeating sequencing steps as necessary to sequence the entire gDNA fragment; wherein said condition is fetal aneuploidy. enriching said sample from said patient for fetal cells; obtaining genomic DNA (gDNA) from said enriched cells; amplifying the gDNA obtained from the enriched cells, wherein said amplifying comprises: randomly fragmenting the gDNA to form gDNA fragments; ligating adapters to both ends of the gDNA fragments; randomly immobilizing the gDNA fragments to an inside surface of a flow cell; randomly fragmenting the gDNA to form gDNA fragments; ligating adapters to both ends of the gDNA fragments; randomly immobilizing the gDNA fragments to an inside surface of a flow cell; initiating solid phase bridge amplification of the immobilized gDNA fragments and repeating the bridge amplification to generate several million clusters of immobilized double-stranded DNA (dsDNA); detecting said condition by high throughput sequencing of the bridge amplified dsDNA, wherein said high-throughput sequencing comprises sequencing-by-synthesis, comprising: adding labeled reversible terminators, primers, and DNA polymerase enzyme to the flow cell; removing unincorporated labeled terminators; visualizing labeled nucleotides in the flow cell; analyzing and identifying a first incorporated base at each cluster; removing the 3' terminus and fluorescence from each incorporated base; and repeating sequencing steps as necessary to sequence the entire gDNA fragment; adding labeled reversible terminators, primers, and DNA polymerase enzyme to the flow cell; removing unincorporated labeled terminators; visualizing labeled nucleotides in the flow cell; analyzing and identifying a first incorporated base at each cluster; removing the 3' terminus and fluorescence from each incorporated base; and repeating sequencing steps as necessary to sequence the entire gDNA fragment; wherein said condition is fetal aneuploidy.
A computer-implemented method of converting data for 80 bit registers of a guest architecture to data for 64-bit registers on a host system , the method comprising: determining that an operation should be performed to restore a first set of 80 bits stored in memory for a first 80 bit register of a guest architecture on a host having 64-bit registers ; storing a first set of 64 bits from the first set of 80 bits stored in memory, wherein the first set of 64 bits could be used for 64-bit SIMD operations in the guest architecture, in a first host register ; storing a first set of remaining 16 bits from the first set of 80 bits stored in memory in a supplemental memory storage; identifying a floating point operation that should operate on the first 80-bit register for the guest architecture; and as a result of identifying a floating point operation that should operate on the first 80-bit register for the guest architecture, using the first set of 64 bits in the first host register and the first set of remaining 16 bits stored in memory in a supplemental memory storage to translate a floating point number represented by the first set of 80 bits to a first 64-bit floating point number and store the first 64-bit floating point number in the first host register . determining that an operation should be performed to restore a first set of 80 bits stored in memory for a first 80 bit register of a guest architecture on a host having 64-bit registers ; storing a first set of 64 bits from the first set of 80 bits stored in memory, wherein the first set of 64 bits could be used for 64-bit SIMD operations in the guest architecture, in a first host register ; storing a first set of remaining 16 bits from the first set of 80 bits stored in memory in a supplemental memory storage; identifying a floating point operation that should operate on the first 80-bit register for the guest architecture; and as a result of identifying a floating point operation that should operate on the first 80-bit register for the guest architecture, using the first set of 64 bits in the first host register and the first set of remaining 16 bits stored in memory in a supplemental memory storage to translate a floating point number represented by the first set of 80 bits to a first 64-bit floating point number and store the first 64-bit floating point number in the first host register .
Apparatus for handling notes of value, having a transporting unit for transporting the notes of value in a transporting direction (P2) along a transporting path , having an aligning unit for aligning the notes of value, having a control unit for controlling the aligning unit, and having a sensor unit , which is arranged upstream of the aligning unit and is intended for determining at least one feature of the notes of value, characterized in that the feature of the notes of value determined by the sensor unit is the type of note of value, and in that the control unit activates the aligning unit such that, in dependence in each case on the determined expression of the feature of a note of value, the aligning unit aligns said note of value in a preset first desired alignment or in at least one preset second desired alignment, which differs from the first desired alignment, wherein the aligning unit aligns a note of value in the first desired alignment if, as an expression of the type of note of value, it was determined that the note of value is a cheque , and wherein the aligning unit aligns a note of value in the second desired alignment if, as an expression of the type of note of value, it was determined that the note of value is a banknote (756 to 762, 791).
A fluidic device , comprising: a porous flow path member ; an absorbent member contacting the flow path member and configured to absorb a liquid; and a barrier member covering at least a portion of the absorbent member , wherein the absorbent member comprises a liquid-absorbent polymer that absorbs the liquid, and a lyophilic polymer having lyophilicity to the liquid, characterised in that the liquid-absorbent polymer is conjugated by the lyophilic polymer in the absorbent member , and voids are formed in the absorbent member . a porous flow path member ; an absorbent member contacting the flow path member and configured to absorb a liquid; and a barrier member covering at least a portion of the absorbent member , wherein the absorbent member comprises a liquid-absorbent polymer that absorbs the liquid, and a lyophilic polymer having lyophilicity to the liquid, characterised in that the liquid-absorbent polymer is conjugated by the lyophilic polymer in the absorbent member , and voids are formed in the absorbent member .
A manufacturing method of an aircraft member to perform extrusion processing by using an Mg-Al-Ca based alloy containing an (Mg, Al) 2 Ca compound, the manufacturing method comprising: selecting a billet of an Mg-Al-Ca based alloy containing Al: greater than or equal to 6 atom% and less than or equal to 8 atom%, Ca: greater than or equal to 3 atom% and less than or equal to 4 atom%, optionally Mn: less than or equal to 0.3 atom%, and optionally Si: less than or equal to 0.1 atom% with respect to the whole amount, the remaining part being Mg and unavoidable impurities; and extruding the billet under a condition where a temperature of the billet is maintained to be lower than a melting temperature of the (Mg, Al) 2 Ca compound, wherein the billet contains the (Mg, Al) 2 Ca compound by greater than or equal to 10 volume% and less than or equal to 35 volume%, the (Mg, Al) 2 Ca compound having a melting temperature of 490 degrees Celsius, wherein the condition is set by an extrusion temperature and an extrusion exit rate, wherein with respect to a straight line connecting a first plot (x: 375 degrees Celsius, y: 3.6 m/min) to a second plot (x: 450 degrees Celsius, y: 0.9 m/min) in a graph of an x-y coordinate system where an x-axis represents the extrusion temperature (degrees Celsius) and a y-axis represents the extrusion exit rate (m/min), the extrusion temperature and the extrusion exit rate are selected from values on the straight line or a range in which x and y are smaller than values on the straight line, and wherein the extrusion temperature in the condition is higher than or equal to 350 degrees Celsius. selecting a billet of an Mg-Al-Ca based alloy containing Al: greater than or equal to 6 atom% and less than or equal to 8 atom%, Ca: greater than or equal to 3 atom% and less than or equal to 4 atom%, optionally Mn: less than or equal to 0.3 atom%, and optionally Si: less than or equal to 0.1 atom% with respect to the whole amount, the remaining part being Mg and unavoidable impurities; and extruding the billet under a condition where a temperature of the billet is maintained to be lower than a melting temperature of the (Mg, Al) 2 Ca compound, wherein the billet contains the (Mg, Al) 2 Ca compound by greater than or equal to 10 volume% and less than or equal to 35 volume%, the (Mg, Al) 2 Ca compound having a melting temperature of 490 degrees Celsius, wherein the condition is set by an extrusion temperature and an extrusion exit rate, wherein with respect to a straight line connecting a first plot (x: 375 degrees Celsius, y: 3.6 m/min) to a second plot (x: 450 degrees Celsius, y: 0.9 m/min) in a graph of an x-y coordinate system where an x-axis represents the extrusion temperature (degrees Celsius) and a y-axis represents the extrusion exit rate (m/min), the extrusion temperature and the extrusion exit rate are selected from values on the straight line or a range in which x and y are smaller than values on the straight line, and wherein the extrusion temperature in the condition is higher than or equal to 350 degrees Celsius.
A method comprising: detecting a touch input using one or more touch sensors located in a bezel portion and a display portion of a display device of a computing device , the bezel portion comprising display capabilities which can be made active; wherein, when the touch input is detected in the bezel portion while the display capabilities are inactive, if the duration of the touch input is longer than a threshold, it is determined that the user does not intend to interact with the computing device and the touch input is ignored, otherwise, if the duration of the touch input is shorter than the threshold, it is determined that the user intends to interact with the computing device and the display capabilities are made active. detecting a touch input using one or more touch sensors located in a bezel portion and a display portion of a display device of a computing device , the bezel portion comprising display capabilities which can be made active; wherein, when the touch input is detected in the bezel portion while the display capabilities are inactive, if the duration of the touch input is longer than a threshold, it is determined that the user does not intend to interact with the computing device and the touch input is ignored, otherwise, if the duration of the touch input is shorter than the threshold, it is determined that the user intends to interact with the computing device and the display capabilities are made active.
Fluidic component having a) a flow chamber (MC) which has at least one inlet opening (PN) and has at least one outlet opening (EX), wherein the flow chamber (MC) is able to be flowed through from the at least one inlet opening (PN) to the at least one outlet opening (EX) by a main flow of a fluid, b) at least one means (FC) for the targeted change in direction of the main flow , in particular for a periodic reversal of the main flow , characterized by at least one filter element (FE) between the means (FC) for the targeted change in direction of the main flow and the flow chamber (MC), in particular a means for producing a varying incident flow direction for the main flow , wherein the at least one filter element is arranged not upstream of the flow chamber (MC) or at the inlet opening (PN) of the flow chamber (MC), with the result that only one part of the fluid stream passes through the at least one filter element (FE). a) a flow chamber (MC) which has at least one inlet opening (PN) and has at least one outlet opening (EX), wherein the flow chamber (MC) is able to be flowed through from the at least one inlet opening (PN) to the at least one outlet opening (EX) by a main flow of a fluid, b) at least one means (FC) for the targeted change in direction of the main flow , in particular for a periodic reversal of the main flow , characterized by at least one filter element (FE) between the means (FC) for the targeted change in direction of the main flow and the flow chamber (MC), in particular a means for producing a varying incident flow direction for the main flow , wherein the at least one filter element is arranged not upstream of the flow chamber (MC) or at the inlet opening (PN) of the flow chamber (MC), with the result that only one part of the fluid stream passes through the at least one filter element (FE).
Process for producing polyamides with optimized flow guidance, comprising the following steps: a) polymerizing lactam to a polyamide-containing polymer melt, b) granulating the polymer melt to PA granules using granulation liquid, c) extracting monomeric and oligomeric constituents from the PA granules in an extraction column, wherein the PA granules are guided countercurrently to an extraction liquid stream, carried out in a device for producing polyamides with optimized flow guidance, comprising a polymerization system, a granulation system and an extraction column having at least one inlet at the top for PA granules, at least one outlet at the bottom for PA granules, at least one inlet at the bottom for extraction liquid, at least one outlet at the top for extraction liquid, and a plurality of infeed points for granulation liquid, wherein the granulation system and the plurality of infeed points are connected to one another via a line through which a portion of the granulation liquid used in the granulation system can be transferred to the infeed points, wherein the temperature of the granulation liquid before it is fed into the extraction liquid stream is lower than the temperature of the extraction liquid stream before the granulation liquid is fed in, characterized in that at least a portion of the granulation liquid is fed into the extraction liquid stream at a number of infeed points that are situated at different heights of the extraction column in order to adjust the temperature and lactam concentration of the extraction liquid stream, wherein the granulation liquid is fed at from 1 to 10 infeed points. a) polymerizing lactam to a polyamide-containing polymer melt, b) granulating the polymer melt to PA granules using granulation liquid, c) extracting monomeric and oligomeric constituents from the PA granules in an extraction column, wherein the PA granules are guided countercurrently to an extraction liquid stream,
An apparatus for mixing bone cement, the apparatus comprising: a receiving chamber defining a conduit ; a valve in fluid communication with the conduit ; a mixing chamber in fluid communication with the receiving chamber , the mixing chamber configured to house a first component of the bone cement; a cannula (304 1204) located in the receiving chamber and in fluid communication with the conduit; a base including a bladder arranged to be punctured by the cannula, the bladder configured to house a second component of the bone cement, wherein upon puncturing of the bladder by the cannula the second component of the bone cement passes through the conduit and the cannula into the mixing chamber ; a piston located within the mixing chamber , the piston configured to seal the mixing chamber upon movement of the piston from a first position relative to the conduit to a second position relative to the conduit wherein movement of the piston from the first position to the second position causes the valve to close; and a filter connected to the piston and configured to prevent the first component from entering the valve and the bladder upon puncturing of the bladder . a receiving chamber defining a conduit ; a valve in fluid communication with the conduit ; a mixing chamber in fluid communication with the receiving chamber , the mixing chamber configured to house a first component of the bone cement; a cannula (304 1204) located in the receiving chamber and in fluid communication with the conduit; a base including a bladder arranged to be punctured by the cannula, the bladder configured to house a second component of the bone cement, wherein upon puncturing of the bladder by the cannula the second component of the bone cement passes through the conduit and the cannula into the mixing chamber ; a piston located within the mixing chamber , the piston configured to seal the mixing chamber upon movement of the piston from a first position relative to the conduit to a second position relative to the conduit wherein movement of the piston from the first position to the second position causes the valve to close; and a filter connected to the piston and configured to prevent the first component from entering the valve and the bladder upon puncturing of the bladder .
Method for detecting a revolution (d*) of a wheel of a vehicle , in particular independently of a measurement and/or estimation of a slip of a tire of the wheel and/or a coefficient of friction between the tire of the wheel and a roadway, at least one rotational speed sensor being associated with the wheel , and the method being carried out by means of a control unit of the vehicle , comprising the following steps: 1) capturing a rotational speed (w) of the wheel by means of the at least one rotational speed sensor , 2a) generating a first signal (s1) for a rotational acceleration (a) of the wheel by means of the control unit , the rotational acceleration (a) of the wheel being determined based on the captured rotational speed (w), 2b) generating a second signal (s2) for a rotational jerk (r) of the wheel by means of the control unit , the rotational jerk (r) of the wheel being determined depending on the determined rotational acceleration (a), 3a) monitoring the first signal (s1) for exceeding a first threshold value (p1), 3b) monitoring the second signal (s2) for exceeding a second threshold value (p2), 4) generating, by means of the control unit , a positive detection signal that the revolution (d*) of the wheel has been detected if the first threshold value (p1) has been exceeded by the first signal (s1) and the second threshold value (p2) by the second signal (s2), characterized in that the first signal (s1) and the second signal (s2) are reconstructed by means of a Luenberger observer (LB) based on a rotational speed signal (w). 1) capturing a rotational speed (w) of the wheel by means of the at least one rotational speed sensor , 2a) generating a first signal (s1) for a rotational acceleration (a) of the wheel by means of the control unit , the rotational acceleration (a) of the wheel being determined based on the captured rotational speed (w), 2b) generating a second signal (s2) for a rotational jerk (r) of the wheel by means of the control unit , the rotational jerk (r) of the wheel being determined depending on the determined rotational acceleration (a), 3a) monitoring the first signal (s1) for exceeding a first threshold value (p1), 3b) monitoring the second signal (s2) for exceeding a second threshold value (p2), 4) generating, by means of the control unit , a positive detection signal that the revolution (d*) of the wheel has been detected if the first threshold value (p1) has been exceeded by the first signal (s1) and the second threshold value (p2) by the second signal (s2), characterized in that the first signal (s1) and the second signal (s2) are reconstructed by means of a Luenberger observer (LB) based on a rotational speed signal (w).
An agricultural oil-based suspension formulation comprising an active ingredient suspended in finely divided form in an oil; and at least one surfactant selected from a polyalkylene glycol-fatty acid condensate or a polyalkylene glycolether fatty acid condensate formed from a reaction between a compound having Structure and a compound having Structure : wherein R 1 = H or a C 1 -C 30 alkyl radical; A and B are ethylene or propylene groups in succession or random; n = 0 or >1; and m=0 or >1, and wherein n+m > 34; R 2 = C 8 -C 30 alkyl or alkylene radical (branched or linear); and x = >1. wherein R 1 = H or a C 1 -C 30 alkyl radical; A and B are ethylene or propylene groups in succession or random; n = 0 or >1; and m=0 or >1, and wherein n+m > 34; R 2 = C 8 -C 30 alkyl or alkylene radical (branched or linear); and x = >1.