mhurhangee/patent-ind-claim-en huggingface dataset:
A method for single molecule nucleic acid sequencing comprising: providing a substrate comprising an array of nanoscale capacitive devices, each capacitive device comprising two nanoscale electrodes separated by an insulating region, wherein a single polymerase enzyme complex comprising a single polymerase enzyme and a template nucleic acid is attached to the insulating region; providing a plurality of types of nucleotide analogs, each type comprising a different capacitive label attached to the phosphate portion of the nucleotide analog, wherein the labels are neither reduced nor oxidized; exposing the substrate to the plurality of types of nucleotide analogs under conditions whereby polymerase mediated nucleic acid synthesis occurs, resulting in cleavage of the capacitive label and the growth of a nascent nucleic acid strand; applying a voltage across the two nanoscale electrodes in each device, whereby when a nucleotide analog resides in the active site of the enzyme, the capacitive label on the nucleotide analog produces a measurable change in the capacitance measured at the nanoscale electrodes, such change in capacitance occurring before the cleavage of the capacitive label; measuring the capacitance at the nanoscale electrodes over time, whereby the capacitance over time indicates an incorporation event and identifies the type of nucleotide analog by its capacitive label; and using the measured capacitance at the electrodes over time to determine a sequence of the template nucleic acid. providing a substrate comprising an array of nanoscale capacitive devices, each capacitive device comprising two nanoscale electrodes separated by an insulating region, wherein a single polymerase enzyme complex comprising a single polymerase enzyme and a template nucleic acid is attached to the insulating region; providing a plurality of types of nucleotide analogs, each type comprising a different capacitive label attached to the phosphate portion of the nucleotide analog, wherein the labels are neither reduced nor oxidized; exposing the substrate to the plurality of types of nucleotide analogs under conditions whereby polymerase mediated nucleic acid synthesis occurs, resulting in cleavage of the capacitive label and the growth of a nascent nucleic acid strand; applying a voltage across the two nanoscale electrodes in each device, whereby when a nucleotide analog resides in the active site of the enzyme, the capacitive label on the nucleotide analog produces a measurable change in the capacitance measured at the nanoscale electrodes, such change in capacitance occurring before the cleavage of the capacitive label; measuring the capacitance at the nanoscale electrodes over time, whereby the capacitance over time indicates an incorporation event and identifies the type of nucleotide analog by its capacitive label; and using the measured capacitance at the electrodes over time to determine a sequence of the template nucleic acid.
Polycyclic diiminooxadiazinones of the formula I and/or of the formula II, in which in each case R 1 to R 12 are each independently hydrogen, a saturated or unsaturated, linear or branched, aliphatic or cycloaliphatic organic radical having 1 to 20 carbon atoms, which is unsubstituted or is substituted by radicals inert to isocyanate groups, and/or comprises heteroatoms inert to isocyanate groups in the chain, or are an aromatic organic radical having 6 to 20 carbon atoms, which is unsubstituted or is substituted by radicals inert to isocyanate groups, wherein two or more of the aforementioned radicals R 1 to R 6 may form further rings, in each case with one another and incorporating one, two or three carbon atoms of the fused ring segment Y, and/or two or more of the aforementioned radicals R 7 to R 12 may form further rings, in each case with one another and incorporating one, two or three carbon atoms of the fused ring segment X. R 1 to R 12 are each independently hydrogen, a saturated or unsaturated, linear or branched, aliphatic or cycloaliphatic organic radical having 1 to 20 carbon atoms, which is unsubstituted or is substituted by radicals inert to isocyanate groups, and/or comprises heteroatoms inert to isocyanate groups in the chain, or are an aromatic organic radical having 6 to 20 carbon atoms, which is unsubstituted or is substituted by radicals inert to isocyanate groups, wherein two or more of the aforementioned radicals R 1 to R 6 may form further rings, in each case with one another and incorporating one, two or three carbon atoms of the fused ring segment Y, and/or two or more of the aforementioned radicals R 7 to R 12 may form further rings, in each case with one another and incorporating one, two or three carbon atoms of the fused ring segment X.
A copolymer film comprising a first comonomer that comprises a chlorofluoro olefin; and a second comonomer that comprises D-glucal, wherein the first and second comonomers are randomly copolymerized.
An antimicrobial composition comprising an ionic complex of an anionic polyester with an antimicrobial metal, wherein the anionic polyester has an ion exchange capacity from 0.19 meq/g to 1.0 meq/g, wherein the composition contains from 20,000 ppm to 96,000 ppm by weight of the antimicrobial metal, and wherein the antimicrobial metal is silver.
Device for performing IR-spectroscopy on a liquid sample and configured to determine an impairment of a surface which is exposed to measuring radiation during the IR-spectroscopy, wherein the device comprises: a radiation source to generate the measuring radiation ; a sample receptacle for receiving the liquid sample , wherein the sample receptacle is at least partially delimited by the surface ; a detector for detecting measuring radiation after interaction with the sample ; wherein the device is configured: to measure an IR-reference spectrum (29, 31, IV) of a reference sample which is received in the sample receptacle; to evaluate the reference spectrum (29, 31, IV) to determine an indicator (S, S0, S1) of the impairment, wherein evaluating encompasses an integration of a quantity which is based on the reference spectrum (29, 31, IV) over a predetermined integration spectral range , wherein the indicator is determined dependently on a value (S) of the integration. a radiation source to generate the measuring radiation ; a sample receptacle for receiving the liquid sample , wherein the sample receptacle is at least partially delimited by the surface ; a detector for detecting measuring radiation after interaction with the sample ; wherein the device is configured: to measure an IR-reference spectrum (29, 31, IV) of a reference sample which is received in the sample receptacle; to evaluate the reference spectrum (29, 31, IV) to determine an indicator (S, S0, S1) of the impairment, wherein evaluating encompasses an integration of a quantity which is based on the reference spectrum (29, 31, IV) over a predetermined integration spectral range , wherein the indicator is determined dependently on a value (S) of the integration.
Method for the thermal treatment of inorganic materials, at least one first substitute fuel being used for production, the first substitute fuel being fed to a first feed region , the first substitute fuel being transported from the first feed region to a first combustion region with at least one first conveying device , a continuously transporting conveying device being selected as the first conveying device , wherein the first substitute fuel is detected by means of a first sensor with at least line resolution, wherein the first sensor is arranged above the first conveying device , wherein a spatially resolved material information of the first substitute fuel is determined from the information detected by the first sensor , wherein a first calorific value is estimated from the spatially resolved material information of the first substitute fuel, wherein a first value is predetermined for the required heating energy in the first combustion area, wherein the first material flow of the first substitute fuel of the estimated first calorific value is adapted to the predetermined heating energy via the adaptation of the material flow , wherein the first substitute fuel or a second substitute fuel is fed to a second feed region , wherein the substitute fuel is transported from the second feed region to a first combustion region with at least one second conveying device , wherein a continuously transporting conveying device is selected as the second conveying device , wherein the substitute fuel is detected by means of a second sensor with at least line resolution, wherein the second sensor is arranged above the second conveying device , wherein a spatially resolved material information of the substitute fuel is determined from the information detected by the second sensor , wherein a second calorific value is estimated from the spatially resolved material information of the substitute fuel, wherein the second material flow of the substitute fuel of the estimated second calorific value is adapted to the predetermined heating energy by adjusting the conveying speed of the second conveying device .
A circuit package , comprising a packaging , a circuit device in the packaging , wherein the packaging comprises a first epoxy mold compound with a first coefficient of thermal expansion, CTE, and a second epoxy mold compound with a second CTE higher than the first CTE, the second epoxy mold compound being disposed adjacent to the circuit device , such that the circuit device and the second epoxy mold compound form a composite portion with a CTE that compensates for the thermal expansion of the first epoxy mold compound , wherein the second epoxy mold compound extends in the same plane as the circuit device , and the first epoxy mold compound extends under the second epoxy mold compound and under the circuit device , wherein the circuit device includes fluid channels , and the packaging comprises fluid holes to deliver fluid to the fluid channels of the circuit device that open into the fluid channels . a packaging , a circuit device in the packaging , wherein the packaging comprises a first epoxy mold compound with a first coefficient of thermal expansion, CTE, and a second epoxy mold compound with a second CTE higher than the first CTE, the second epoxy mold compound being disposed adjacent to the circuit device , such that the circuit device and the second epoxy mold compound form a composite portion with a CTE that compensates for the thermal expansion of the first epoxy mold compound , wherein the second epoxy mold compound extends in the same plane as the circuit device , and the first epoxy mold compound extends under the second epoxy mold compound and under the circuit device , wherein the circuit device includes fluid channels , and the packaging comprises fluid holes to deliver fluid to the fluid channels of the circuit device that open into the fluid channels .
Pressure vessel with an outer casing that has a cylinder-like central region and two adjoining end regions , characterised in that at each of the two axial ends of the cylinder-like central region of the outer casing a hollow cylindrical extension is formed which projects beyond the respective end region , wherein the respective hollow cylindrical extension is formed at its open end as a tension- and/or compression-elastic compensating region which merges into a plurality of tension- and/or compression-elastic, lug-like compensating elements , at the end of each of which a fastening element is formed, which are suitable for forming a torsionally rigid connection with corresponding fastening elements of a body structure .
A hoisting system comprising: a crown block ; a traveling block ; and at least one sheave assembly moveable between and alternatively connectable to the crown and traveling blocks; the hoisting system having a first load capacity when the at least one sheave assembly is connected to the crown block; and a second higher load capacity when the at least one sheave assembly is connected to the traveling block ; characterized by a failsafe locking means for releasably connecting the at least one sheave assembly to the crown and traveling blocks , the failsafe locking means including sensors to provide positive verification that the locking means is in a locked or unlocked state; and a control module in electronic or network communication with the failsafe locking means for locking and unlocking the at least one sheave assembly to the crown and traveling blocks, the control module configured to ensure that the at least one sheave assembly is connected to one of the crown block or traveling block , but not to both the crown block and the traveling block . a crown block ; a traveling block ; and at least one sheave assembly moveable between and alternatively connectable to the crown and traveling blocks; the hoisting system having a first load capacity when the at least one sheave assembly is connected to the crown block; and a second higher load capacity when the at least one sheave assembly is connected to the traveling block ; characterized by a failsafe locking means for releasably connecting the at least one sheave assembly to the crown and traveling blocks , the failsafe locking means including sensors to provide positive verification that the locking means is in a locked or unlocked state; and a control module in electronic or network communication with the failsafe locking means for locking and unlocking the at least one sheave assembly to the crown and traveling blocks, the control module configured to ensure that the at least one sheave assembly is connected to one of the crown block or traveling block , but not to both the crown block and the traveling block .
A lock for a container , in particular for a carrying container in the form of a tornister, a backpack or the like, comprising a receiving unit adapted to be secured to a wall of the container and an engagement unit , adapted to be secured to a container lid movable relative to the wall and releasably engaged with the receiving unit , the engagement unit having an outwardly projecting and rotatably supported mandrel which is rotatably movable between an unlocking position and a locking position, accommodates a first magnet and is provided on its circumferential surface with at least three guide grooves which are distributed over the circumference, are each open at their end facing the front free end of the mandrel and extend from there in the manner of a spiral section in the direction of the rear end of the mandrel , and wherein the receiving unit comprises a recess receiving the mandrel , the shape of which recess is adapted to the shape of the mandrel , a second magnet cooperating in a holding manner with the first magnet , which second magnet is arranged in the region of the bottom of the recess , and a number of engagement elements corresponding to the number of guide grooves , which engagement elements are formed and positioned in such a manner that in the unlocked position of the mandrel they engage with the guide grooves provided on the mandrel when the mandrel is inserted into the recess and are then moved within the guide grooves when the mandrel is transferred into its locked position, wherein the transfer of the mandrel from the unlocked position to the locked position is assisted by the increasing magnetic attraction of the mutually attracting magnets and the mandrel is held in its locked position by the magnets upon reaching the locked position.
Aircraft propulsion unit comprising: - a drive unit with a static part and a rotary part , - a fan with fan blades which is rotated by the said rotary part , and is situated downstream from the drive unit ; - an assembly of fixed blades situated downstream from the fan ; - a nacelle ; and - an assembly of at least two coaxial shafts, wherein: - a fan shaft connects the fan to the rotary part of the drive unit ; and - a stator blading shaft extends concentrically, and for at least part of its length, in the interior of the fan shaft , characterised in that : - the nacelle has a fan housing in its inner part at the fan and the assembly of fixed blades ; and - the stator blading shaft connects the assembly of fixed blades to the static part of the drive unit . - a drive unit with a static part and a rotary part , - a fan with fan blades which is rotated by the said rotary part , and is situated downstream from the drive unit ; - an assembly of fixed blades situated downstream from the fan ; - a nacelle ; and - an assembly of at least two coaxial shafts, wherein: - a fan shaft connects the fan to the rotary part of the drive unit ; and - a stator blading shaft extends concentrically, and for at least part of its length, in the interior of the fan shaft , - a fan shaft connects the fan to the rotary part of the drive unit ; and - a stator blading shaft extends concentrically, and for at least part of its length, in the interior of the fan shaft , - the nacelle has a fan housing in its inner part at the fan and the assembly of fixed blades ; and - the stator blading shaft connects the assembly of fixed blades to the static part of the drive unit .
A steam cooking apparatus , comprising: a cooking chamber having a front with a front wall, a back with a rear wall, and sides between the front and the back; a steam generator for generating steam to be provided to the cooking chamber ; a heating chamber adjacent the cooking chamber behind the back of the cooking chamber; a heating arrangement located within the heating chamber for heating air laden with steam; a vent arrangement formed through the rear wall, between the back of the cooking chamber and the heating chamber , to allow a circulatory flow of air or steam laden air between the heating chamber and the cooking chamber; and a food support for mounting in the cooking chamber, characterized in that the apparatus further comprises a flow redirecting arrangement (60;70) at the front of the cooking chamber for redirecting flow from the front of the cooking chamber away from the bottom of the cooking chamber. a cooking chamber having a front with a front wall, a back with a rear wall, and sides between the front and the back; a steam generator for generating steam to be provided to the cooking chamber ; a heating chamber adjacent the cooking chamber behind the back of the cooking chamber; a heating arrangement located within the heating chamber for heating air laden with steam; a vent arrangement formed through the rear wall, between the back of the cooking chamber and the heating chamber , to allow a circulatory flow of air or steam laden air between the heating chamber and the cooking chamber; and a food support for mounting in the cooking chamber, characterized in that the apparatus further comprises a flow redirecting arrangement (60;70) at the front of the cooking chamber for redirecting flow from the front of the cooking chamber away from the bottom of the cooking chamber.
An apparatus for monitoring physical parameters in an oil and/or gas well, the apparatus being connectable to a wellhead of the oil and/or gas well, the apparatus comprising a flange assembly configured with a through bore and an end termination , in which through bore a sensor and associated electronics are arranged, and wherein a first electronic circuitry includes a first electronic printed circuit board , characterized in that the sensor , including the first electronic circuitry, is connected to a second electronic circuitry which includes a second printed circuit board arranged in the through bore via transmission devices that are passed through a pressure-tight element arranged in the through bore in such a way that it separates two longitudinal portions of the through bore , the transmission devices including wires connected between the first electronic printed circuit board and the second printed circuit board , and wherein the pressure-tight element is engaged by a sleeve , which sleeve is along a part of its length configured with a threaded portion which engages a corresponding threaded portion internally in the through bore and connects the sleeve with the pressure-tight element to the apparatus .
A method performed by a wireless device for operation with shared spectrum channel access, wherein a first plurality of fixed frame periods, FFPs, are associated with the wireless device and a second plurality of fixed frame periods, FFPs, are associated with a network node and wherein each FFP comprises an idle period with no transmission and a channel occupancy time, COT, in which the wireless device or the network node is permitted to transmit, the method comprising: initiating a COT in one of the FFPs of the first plurality of FFPs; and upon successful initiation of the COT, transmitting , to the network node, uplink data from the beginning of the COT, characterized in that , the first plurality of FFPs and the second plurality of FFPs are not aligned in the time domain and transmitting uplink data comprises segmenting the uplink data into two or more segments and refraining from transmitting any of the two or more segments that overlap with an idle period of any of the FFPs of the second plurality of FFPs. initiating a COT in one of the FFPs of the first plurality of FFPs; and upon successful initiation of the COT, transmitting , to the network node, uplink data from the beginning of the COT, characterized in that , the first plurality of FFPs and the second plurality of FFPs are not aligned in the time domain and transmitting uplink data comprises segmenting the uplink data into two or more segments and refraining from transmitting any of the two or more segments that overlap with an idle period of any of the FFPs of the second plurality of FFPs.
Transmitting device adapted for using two-dimensional symbol constellations, the transmitting device being configured to: obtain a message to be transmitted; map the obtained message onto a two-dimensional 2 n -symbol constellation to obtain a sequence of discrete constellation symbols , where n is an odd number not less than 3, wherein the two-dimensional 2 n -symbol constellation consists of 2 n points arranged along the perimeters of q concentric squares, where q is a positive integer larger than 1, wherein the points in each concentric square of the two-dimensional 2 n -symbol constellation are uniformly spaced along the perimeter and four points are located at the corners; and transmit the symbols . obtain a message to be transmitted; map the obtained message onto a two-dimensional 2 n -symbol constellation to obtain a sequence of discrete constellation symbols , where n is an odd number not less than 3, wherein the two-dimensional 2 n -symbol constellation consists of 2 n points arranged along the perimeters of q concentric squares, where q is a positive integer larger than 1, wherein the points in each concentric square of the two-dimensional 2 n -symbol constellation are uniformly spaced along the perimeter and four points are located at the corners; and transmit the symbols .