mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting variations in copy number of a target nucleic acid, the method comprising: a. contacting a sample comprising a plurality of polynucleotides with one or more restriction enzymes; b. cleaving a specifically-selected target site between copies of the target nucleic acid located on the same polynucleotide using the one or more restriction enzymes, thereby separating the copies; c. separating the sample contacted with the one or more restriction enzymes into a plurality of spatially isolated partitions; d. enumerating the number of spatially isolated partitions comprising the target nucleic acid; and e. determining a copy number of the target nucleic acid based on said enumerating. a. contacting a sample comprising a plurality of polynucleotides with one or more restriction enzymes; b. cleaving a specifically-selected target site between copies of the target nucleic acid located on the same polynucleotide using the one or more restriction enzymes, thereby separating the copies; c. separating the sample contacted with the one or more restriction enzymes into a plurality of spatially isolated partitions; d. enumerating the number of spatially isolated partitions comprising the target nucleic acid; and e. determining a copy number of the target nucleic acid based on said enumerating.
Piece of kitchen furniture having a horizontal worktop or tabletop and a subframe that holds the worktop, wherein the worktop or tabletop is built up in a modular manner of at least two functional panel parts, which are provided with at least one application, as well as at least two non-functional panel parts, which are not provided with an application, wherein at least two panel parts are releasably connected to one another along common side edges, characterized in that a row composed of two or more functional panel parts is provided on the worktop or tabletop in a sandwiched manner between two non-functional panel parts which are longer than the functional panel parts, and in that the releasable connection between the at least two panel parts of the worktop or tabletop is a form-fit connection, wherein the non-functional panel parts (210, 220) are connected along the inner-side longitudinal edges with in each case one longitudinal edge of the functional panel part (110, 120, 130) and the further non-functional panel part (230, 240) in a manner such that a subsequent release is made possible, and the long side edges of all panel parts (110, 120, 130, 210, 220, 230, 240) each comprise dovetail grooves, which are locally engaged behind, at connection positions, by sliding blocks that are reversibly expandable by means of screws.
A three-dimensional object molding method, comprising: forming a powder particle layer, wherein the powder particle layer at least comprises thermosetting powder particles capable of undergoing thermal polymerization; spraying a photocurable material onto the powder particle layer according to layer printing data, such that the photocurable material covers at least part of the powder particle layer and permeates into the powder particle layer; photocuring the photocurable material, such that the photocurable material is cross-linked and cured to wrap the thermosetting powder particles of the powder particle layer and fill gaps between the thermosetting powder particles to form a slice layer; repeating the above steps of forming the powder particle layer to forming the slice layer, to obtain a plurality of slice layers, and stacking the plurality of slice layers layer-by-layer to form a three-dimensional object green body; and heating the three-dimensional object green body to thermally polymerize the thermosetting powder particles, such that the thermosetting powder particles are cross-linked and cured to obtain the three-dimensional object, wherein the thermosetting powder particles have at least one reactive group capable of undergoing thermal polymerization in the molecular structures thereof. forming a powder particle layer, wherein the powder particle layer at least comprises thermosetting powder particles capable of undergoing thermal polymerization; spraying a photocurable material onto the powder particle layer according to layer printing data, such that the photocurable material covers at least part of the powder particle layer and permeates into the powder particle layer; photocuring the photocurable material, such that the photocurable material is cross-linked and cured to wrap the thermosetting powder particles of the powder particle layer and fill gaps between the thermosetting powder particles to form a slice layer; repeating the above steps of forming the powder particle layer to forming the slice layer, to obtain a plurality of slice layers, and stacking the plurality of slice layers layer-by-layer to form a three-dimensional object green body; and heating the three-dimensional object green body to thermally polymerize the thermosetting powder particles, such that the thermosetting powder particles are cross-linked and cured to obtain the three-dimensional object, wherein the thermosetting powder particles have at least one reactive group capable of undergoing thermal polymerization in the molecular structures thereof.
A solar collector comprising: a polymeric housing; a polymeric cover attached and sealed to the housing, defining an internal volume of the solar collector; wherein the cover comprises a honeycomb structure; a solar energy absorber located between the housing and the cover and attached to the housing; characterized in that the housing comprises an opening opposite of the cover; wherein the opening is sealed with a flexible sealing member, wherein the flexible sealing member is overmolded onto the housing, thereby closing the opening in the housing. a polymeric housing; a polymeric cover attached and sealed to the housing, defining an internal volume of the solar collector; wherein the cover comprises a honeycomb structure; a solar energy absorber located between the housing and the cover and attached to the housing; characterized in that the housing comprises an opening opposite of the cover; wherein the opening is sealed with a flexible sealing member, wherein the flexible sealing member is overmolded onto the housing, thereby closing the opening in the housing.
A database authorization record validity verification method, wherein the method comprises: determining an authorization record set in need of revocation, wherein the authorization record set comprises a plurality of authorization records; revoking the authorization record set in need of revocation by setting a single time validity attribute value for the determined set to a current or future time, wherein the time validity attribute value is specific to the authorization record set, and wherein all the authorization records of the authorization record set are revoked using a single data modification; determining an authorization record to be verified; obtaining a validation moment of the authorization record to be verified; obtaining a time validity attribute value of the authorization record set that comprises the authorization record to be verified; and determining that the authorization record to be verified is invalid when the obtained validation moment is earlier than the obtained time validity attribute value. determining an authorization record set in need of revocation, wherein the authorization record set comprises a plurality of authorization records; revoking the authorization record set in need of revocation by setting a single time validity attribute value for the determined set to a current or future time, wherein the time validity attribute value is specific to the authorization record set, and wherein all the authorization records of the authorization record set are revoked using a single data modification; determining an authorization record to be verified; obtaining a validation moment of the authorization record to be verified; obtaining a time validity attribute value of the authorization record set that comprises the authorization record to be verified; and determining that the authorization record to be verified is invalid when the obtained validation moment is earlier than the obtained time validity attribute value.
An asphalt composition for road pavement comprising: asphalt; a polyester resin; and an aggregate, wherein the polyester resin is a polyester having an alcohol component-derived constituent unit containing 65 mol% or more of an alkylene oxide adduct of bisphenol A and a carboxylic acid component-derived constituent unit containing 50 mol% or more of at least one selected from the group consisting of terephthalic acid and isophthalic acid and has a softening point of 95°C or higher and 130°C or lower and a hydroxyl group value of 20 mgKOH/g or more and 50 mgKOH/g or less, and a ratio of the polyester resin is 5 parts by mass or more and 50 parts by mass or less based on 100 parts by mass of the asphalt. asphalt; a polyester resin; and an aggregate, wherein the polyester resin is a polyester having an alcohol component-derived constituent unit containing 65 mol% or more of an alkylene oxide adduct of bisphenol A and a carboxylic acid component-derived constituent unit containing 50 mol% or more of at least one selected from the group consisting of terephthalic acid and isophthalic acid and has a softening point of 95°C or higher and 130°C or lower and a hydroxyl group value of 20 mgKOH/g or more and 50 mgKOH/g or less, and a ratio of the polyester resin is 5 parts by mass or more and 50 parts by mass or less based on 100 parts by mass of the asphalt.
A multi-ply absorbent sheet comprising: (a) a first absorbent ply of cellulosic sheet; (b) a second absorbent ply of cellulosic sheet; and (c) a ply bonding adhesive interposed between said first absorbent ply and said second absorbent ply, said ply-bonding adhesive adhering said absorbent plies together, wherein said first absorbent ply of cellulosic sheet and said second absorbent ply of absorbent sheet are adhered together utilizing a ply-bonding adhesive composition containing water, polyvinyl alcohol and nanofibrillated cellulose, and wherein said nanofibrillated cellulose is characterized in that: (i) the nanofibrillated cellulose contains fibrils 4-20 nm wide and 500-2000 nm long, as measured according to the description; or (ii) the nanofibrillated cellulose exhibits a Characteristic Nanofiber Viscosity Reduction of at least 80% as the shear rate is increased from 5 sec -1 to 500 sec -1, the viscosity being measured on a 1 wt% suspension of the nanofibrillated cellulose in water at room temperature, between 23°C and 29°C, as described in the description. (a) a first absorbent ply of cellulosic sheet; (b) a second absorbent ply of cellulosic sheet; and (c) a ply bonding adhesive interposed between said first absorbent ply and said second absorbent ply, said ply-bonding adhesive adhering said absorbent plies together,
An ultrasound array comprising a plurality of ultrasound transducer elements on a carrier, said carrier further carrying an actuator arrangement (30, 30') of a material having an adjustable shape in response to an electromagnetic stimulus, the degree of deformation of the material being correlated to the strength of the electromagnetic stimulus, wherein the material is arranged to change the orientation of said ultrasound transducer elements in response to said stimulus, wherein said actuator arrangement (30, 30') is arranged to simultaneously change the orientation of at least a subset of the plurality of said ultrasound transducer elements in response to said stimulus, characterized in that the actuator arrangement (30, 30') comprises a plurality of strips extending over said carrier and a further plurality of strips extending over said carrier, said further plurality of strips running in a perpendicular direction to the plurality of strips to form a mat actuator arrangement, wherein the ultrasound transducer elements are aligned with respective junctions of said mat actuator arrangement or with respective vacancies in said mat actuator arrangement that are delimited by neighboring pairs of strips from the plurality of strips and neighboring pairs of strips from the further plurality of strips, and wherein the carrier is a flexible carrier located in between the plurality of ultrasound transducer elements and the actuator arrangement.
Control device comprising at least one attachment part, wherein the control device is arranged to be connected to a lighting element chosen from any of a plurality of interconnected lighting elements by means of said at least one attachment part, and wherein the control device, when it is connected to said lighting element, is arranged to control at least one lighting effect of at least two lighting elements of the plurality of interconnected lighting elements, wherein said at least one lighting effect is dependent on the position of the lighting element to which the control device is attached in the plurality of interconnected lighting elements.
Delivery unit for delivering a liquid, having a distributor block, composed of plastic, for the liquid-conducting connection of at least one component for delivering the liquid, having at least one metallic clamping element which engages around the outside of the distributor block at least in regions, characterized in that the distributor block is of U-shaped form and has a main body and two legs, and wherein at least one component for delivering the liquid is a pump which is arranged between the two legs of the distributor block, wherein the two legs are braced against one another by means of the metallic clamping element.
Vehicle with at least one lid that opens automatically following an opening command or closes automatically following a closing command, where at least one first sensor is provided with a first, horizontal operating area and at least one second sensor is provided with a second, vertical operating area on the vehicle, where the opening command can be partially triggered by the sensors (3, 4), where a control device is available and has an operative connection to the sensors (3, 4) via a connection cable and where an access authorization instrument (an ID encoder or keyless go card) is available that can be connected to the control device using a wireless connection, wherein the sensors (3, 4) are designed as capacitive sensors (3, 4) and feature instruments that can be used to detect a capacitive coupling change between the instruments and their environment, and wherein only after the first person is detected by the first sensor and the second sensor can the query be sent to the access authorization instrument to determine whether the opening command for automatic lid opening is permitted to be triggered, where the sensors (3, 4) operate independently of the parking distance monitoring system.
A computer-implemented method for transmitting notifications to a driver of a vehicle, the method comprising: determining a first mental load (530, 630) on the driver based on sensor data; determining a second mental load on the driver associated with a first notification (542, 544, 642, 644); determining, based on the first mental load (530, 630) and the second mental load, that a mental load threshold (240, 522, 622) will be exceeded; determining a priority level associated with the first notification (542, 544, 642, 644); and transmitting, based on the priority level, either the first notification (542, 544, 642, 644) or a modified version of the first notification to one or more output devices to be output within the vehicle, thereby causing a third mental load on the driver that does not exceed a maximum load threshold. determining a first mental load (530, 630) on the driver based on sensor data; determining a second mental load on the driver associated with a first notification (542, 544, 642, 644); determining, based on the first mental load (530, 630) and the second mental load, that a mental load threshold (240, 522, 622) will be exceeded; determining a priority level associated with the first notification (542, 544, 642, 644); and transmitting, based on the priority level, either the first notification (542, 544, 642, 644) or a modified version of the first notification to one or more output devices to be output within the vehicle, thereby causing a third mental load on the driver that does not exceed a maximum load threshold.
An ultrasonic flowmeter comprising: a flow path body having a flow path where a fluid to be measured flows; a pair of ultrasonic transducers (3, 4) disposed in the flow path body; a substrate (9, 28, 29) fixed to the flow path body; a sensor plate where a temperature sensor for detecting a temperature of the fluid to be measured is disposed, the sensor plate being flat; and an arithmetic unit that calculates a flow rate of the fluid to be measured from a propagation time of ultrasonic waves between the pair of ultrasonic transducers (3, 4) and the temperature detected by the temperature sensor, wherein the sensor plate is configured to project from the substrate (9, 28, 29) and to project into a flow path cross-section of the flow path from a sensor hole provided in the flow path body at a time of fixing the substrate (9, 28, 29) to the flow path body, wherein the sensor plate is a rectifier that is disposed on an upstream side of the flow path to regulate a flow of the fluid to be measured. a flow path body having a flow path where a fluid to be measured flows; a pair of ultrasonic transducers (3, 4) disposed in the flow path body; a substrate (9, 28, 29) fixed to the flow path body; a sensor plate where a temperature sensor for detecting a temperature of the fluid to be measured is disposed, the sensor plate being flat; and an arithmetic unit that calculates a flow rate of the fluid to be measured from a propagation time of ultrasonic waves between the pair of ultrasonic transducers (3, 4) and the temperature detected by the temperature sensor, wherein the sensor plate is configured to project from the substrate (9, 28, 29) and to project into a flow path cross-section of the flow path from a sensor hole provided in the flow path body at a time of fixing the substrate (9, 28, 29) to the flow path body, wherein the sensor plate is a rectifier that is disposed on an upstream side of the flow path to regulate a flow of the fluid to be measured.
A power supply system comprising: movable storage containers (b1-bn), each storage container including first (3a, 3b) and second (3g, 3h) power-receiving devices configured to receive electric power from outside of the storage container and first (3c, 3d) and second (3i, 3j) power-supplying devices configured to supply, to outside of the storage container, at least part of electric power received by the first and second power-receiving devices; and a power-supplying unit configured to supply electric power to one of the first and second power-receiving devices of one of the storage containers; the storage container including: a first bus configured to transmit electric power from the first power-receiving device to the first power-supplying device, a first voltage sensor configured to measure the voltage of the first bus, a second bus configured to transmit electric power from the second power-receiving device to the second power-supplying device, a second voltage sensor configured to measure the voltage of the second bus, and a switching device configured to selectively switch the supply route of electric power to a load between the first bus and the second bus based on voltage signals input from the first voltage sensor and the second voltage sensor. movable storage containers (b1-bn), each storage container including first (3a, 3b) and second (3g, 3h) power-receiving devices configured to receive electric power from outside of the storage container and first (3c, 3d) and second (3i, 3j) power-supplying devices configured to supply, to outside of the storage container, at least part of electric power received by the first and second power-receiving devices; and a power-supplying unit configured to supply electric power to one of the first and second power-receiving devices of one of the storage containers; the storage container including: a first bus configured to transmit electric power from the first power-receiving device to the first power-supplying device, a first voltage sensor configured to measure the voltage of the first bus, a second bus configured to transmit electric power from the second power-receiving device to the second power-supplying device, a second voltage sensor configured to measure the voltage of the second bus, and a switching device configured to selectively switch the supply route of electric power to a load between the first bus and the second bus based on voltage signals input from the first voltage sensor and the second voltage sensor. a first bus configured to transmit electric power from the first power-receiving device to the first power-supplying device, a first voltage sensor configured to measure the voltage of the first bus, a second bus configured to transmit electric power from the second power-receiving device to the second power-supplying device, a second voltage sensor configured to measure the voltage of the second bus, and a switching device configured to selectively switch the supply route of electric power to a load between the first bus and the second bus based on voltage signals input from the first voltage sensor and the second voltage sensor.
Motor vehicle pane, comprising at least one curved substrate and at least one thermal radiation reflecting coating on the interior-side surface of the substrate, wherein the coating on the substrate includes at least - an adhesion layer, - above the adhesion layer, a functional layer that contains at least one transparent, electrically conductive oxide, - above the functional layer, a dielectric barrier layer for regulating oxygen diffusion, and - above the barrier layer, an antireflection layer that contains an oxide with a refractive index less than or equal to 1.8 and a thickness from 20 nm to 150 nm, and wherein the barrier layer has a thickness from 10 nm to 40 nm. - an adhesion layer, - above the adhesion layer, a functional layer that contains at least one transparent, electrically conductive oxide, - above the functional layer, a dielectric barrier layer for regulating oxygen diffusion, and - above the barrier layer, an antireflection layer that contains an oxide with a refractive index less than or equal to 1.8 and a thickness from 20 nm to 150 nm,
Filter element for a filter system for filtering an, in particular gaseous, fluid, in particular air, having a longitudinal axis and a filter bellows arranged about the longitudinal axis and enclosing an interior space, and featuring at least at one end a closed end disc closing the interior space at the end, and featuring at the opposing end an end disc having an opening to the interior space, wherein the closed end disc features a hollow mandrel which projects into the interior pace towards the longitudinal axis, characterized in that the mandrel features on its interior side facing away from the interior space a latching element which, in an installed state in a housing, is provided for interacting with a corresponding latching element of a housing component of the housing, wherein the closed end disc features an indentation which is designed to form a frictional locking with a notch on the housing side.
End group crosslinked polyester, wherein the degree of crosslinking is ≥ 0,0001% to ≤ 25% and the degree of orientation is at least ≥ 50%, wherein the degree of crosslinking and the degree of orientation are determined as specified in the description.