mhurhangee/ep-ind-claims huggingface dataset:
Plastic container comprising a body of polygonal cross section which extends along a main axis, a shoulder which extends in the continuation of the body on an upper side, a neck which extends in the continuation of the shoulder, and a bottom which extends in the continuation of the body on a lower side, said bottom comprising: - an annular seat defining a standing perimeter, with a polygonal contour formed by a plurality of sides and apexes, which is substantially perpendicular to the main axis; - a central socket having a lateral wall which is in the overall form of a truncated cone of revolution about the main axis and is connected to the rest of the bottom by a connection fillet, this container being characterized in that the connection fillet has a variable radius in revolution about the main axis of the container, this radius having a minimum value (Rm) in any sector delimited by an apex of the standing perimeter and a maximum value in any sector delimited by a side of the standing perimeter. - an annular seat defining a standing perimeter, with a polygonal contour formed by a plurality of sides and apexes, which is substantially perpendicular to the main axis; - a central socket having a lateral wall which is in the overall form of a truncated cone of revolution about the main axis and is connected to the rest of the bottom by a connection fillet,
A system for use in stimulating cartilage formation in a tissue site, the system comprising: a reduced-pressure source for providing reduced pressure to the tissue site; a manifold in fluid communication with the reduced pressure to distribute reduced pressure to the tissue site; a drape adaptable to cover and substantially seal the manifold within the tissue site to maintain the reduced pressure at the tissue site when applied; and a chondrocyte or chondrocyte precursor to be applied below the drape and adjacent the tissue site; whereby the chondrocyte or chondrocyte precursor and reduced pressure stimulate formation of new cartilage at the tissue site. a reduced-pressure source for providing reduced pressure to the tissue site; a manifold in fluid communication with the reduced pressure to distribute reduced pressure to the tissue site; a drape adaptable to cover and substantially seal the manifold within the tissue site to maintain the reduced pressure at the tissue site when applied; and a chondrocyte or chondrocyte precursor to be applied below the drape and adjacent the tissue site; whereby the chondrocyte or chondrocyte precursor and reduced pressure stimulate formation of new cartilage at the tissue site.
An assembly (100,200) comprising a coupling crossmember and two longitudinal members, said crossmember being connected to said longitudinal members by a connecting device comprising two interface arms (15,26,27) for connecting each end of the crossmember to a longitudinal member, each arm (15,26,27) coming directly into contact with a longitudinal member and the crossmember, at least one arm (15,27) having an adjustable position relative to said crossmember and at least one arm having an articulated connection to the crossmember, characterized in that that each articulated arm is pivotable about a horizontal shaft parallel to a longitudinal axis of the longitudinal members and in that said shaft is carried by said crossmember.
A system for providing secure communications on an aircraft through an Internet Protocol, IP, communication link, the system comprising: a first communication unit, the first communication unit further comprising at least one processing unit that is configured to execute code that causes the first communication unit to: verify avionics messages with a firewall to filter received avionics messages as they are received by the first communication unit from a second communication unit; remove IP information with an IP network stack; remove encapsulation data that encapsulates the avionics messages; check a digital signature appended to the avionics messages; perform an integrity check on the avionics messages; and when the avionics messages are verified through the digital signature and the integrity check, process the avionics messages; wherein removal of the encapsulation data and implementation of the firewall and IP network stack is in a first partition on the at least one processing unit and performance of the integrity check and verification of the digital signature is processed in a second partition on the at least one processing unit. a first communication unit, the first communication unit further comprising at least one processing unit that is configured to execute code that causes the first communication unit to: verify avionics messages with a firewall to filter received avionics messages as they are received by the first communication unit from a second communication unit; remove IP information with an IP network stack; remove encapsulation data that encapsulates the avionics messages; check a digital signature appended to the avionics messages; perform an integrity check on the avionics messages; and when the avionics messages are verified through the digital signature and the integrity check, process the avionics messages; verify avionics messages with a firewall to filter received avionics messages as they are received by the first communication unit from a second communication unit; remove IP information with an IP network stack; remove encapsulation data that encapsulates the avionics messages; check a digital signature appended to the avionics messages; perform an integrity check on the avionics messages; and when the avionics messages are verified through the digital signature and the integrity check, process the avionics messages; wherein removal of the encapsulation data and implementation of the firewall and IP network stack is in a first partition on the at least one processing unit and performance of the integrity check and verification of the digital signature is processed in a second partition on the at least one processing unit.
A vehicle comprising: an internal combustion engine; a catalyst device configured to be electrically heatable for purifying exhaust gas of said internal combustion engine; a first temperature detection unit for detecting a temperature of said catalyst device; a power storage device; a state-of-charge detection unit (120, 121) for detecting a state of charge of said power storage device; catalyst power supply device receiving electric power from said power storage device and supplying said catalyst device with electric power for heating said catalyst device; and a controller controlling said catalyst power supply device, characterised in that the vehicle comprises a second temperature detection unit for detecting a temperature of said power storage device; and said controller calculating first electric power that said power storage device can supply based on said state of charge of said power storage device and an output of said second temperature detection unit, and determining according to an output of said first temperature detection unit whether to cause said catalyst power supply device to supply said catalyst device with said first electric power. an internal combustion engine; a catalyst device configured to be electrically heatable for purifying exhaust gas of said internal combustion engine; a first temperature detection unit for detecting a temperature of said catalyst device; a power storage device; a state-of-charge detection unit (120, 121) for detecting a state of charge of said power storage device; catalyst power supply device receiving electric power from said power storage device and supplying said catalyst device with electric power for heating said catalyst device; and a controller controlling said catalyst power supply device, characterised in that the vehicle comprises a second temperature detection unit for detecting a temperature of said power storage device; and said controller calculating first electric power that said power storage device can supply based on said state of charge of said power storage device and an output of said second temperature detection unit, and determining according to an output of said first temperature detection unit whether to cause said catalyst power supply device to supply said catalyst device with said first electric power.
1,4-Cis polybutadiene, which has a -S/R (stress/relaxation) value of 1 or greater at 100°C when measured with a Mooney viscometer using a rotor speed of 2±0.02 rpm, and which has a weight average molecular weight (Mw) of 700,000 g/mol to 2,300,000 g/mol, a number average molecular weight (Mn) of 300,000 g/mol to 900,000 g/mol, and a PDI of 2 to 2.5; the 1,4-cis polybutadiene being obtained by polymerization of a mixture of a molecular weight modifier and, as a monomer, 1,3-butadiene or a butadiene derivative using a catalyst composition, wherein the catalyst composition includes a lanthanide rare earth element-containing compound, modified methylaluminoxane, a halogen compound and an aliphatic hydrocarbon-based solvent.
A method of analyzing a polynucleotide, comprising: applying an electric field across a nanopore disposed between a first conductive liquid medium and a second conductive liquid medium to establish an interaction between the nanopore and a polynucleotide in the first conductive medium, and measuring an ion current to provide a current pattern; wherein the polynucleotide comprises an analyte domain and an end domain; wherein the end domain has a first charged moiety, wherein the charged moiety has a net negative charge, and wherein the charged moiety comprises one of: at least two phosphates arranged in linear or branched configuration, a sulfate, a charged amino acid, a modified charged nucleotide, and an acidic residue forming an anion; wherein a difference in the ion current from the threshold amount in the current pattern indicates a characteristic of the polynucleotide; and wherein the nanopore comprises an opening or vestibule with a net positive charge. applying an electric field across a nanopore disposed between a first conductive liquid medium and a second conductive liquid medium to establish an interaction between the nanopore and a polynucleotide in the first conductive medium, and measuring an ion current to provide a current pattern; wherein the polynucleotide comprises an analyte domain and an end domain; wherein the end domain has a first charged moiety, wherein the charged moiety has a net negative charge, and wherein the charged moiety comprises one of: at least two phosphates arranged in linear or branched configuration, a sulfate, a charged amino acid, a modified charged nucleotide, and an acidic residue forming an anion; wherein a difference in the ion current from the threshold amount in the current pattern indicates a characteristic of the polynucleotide; and wherein the nanopore comprises an opening or vestibule with a net positive charge.
A self-adjusting spacer device, comprising: - a bushing having a cavity with a longitudinal axis, and - a pin having a shank inserted into said cavity and a head projecting outside of said cavity, wherein the cavity of the bushing and the pin are provided with respective threaded portions (22, 38) that do not extend over the entire circumference of the pin and the cavity, and wherein the pin is rotatable relative to the bushing between: - an adjustment position in which the threaded portion of the pin is disengaged from the threaded portion of the bushing and the pin is capable of moving axially with respect to the bushing, and - a locking position in which the threaded portion of the pin engages the threaded portion of the bushing and in which the pin is locked axially with respect to the bushing, characterized in that the pin comprises a sealing element which establishes a sealing contact with the inner surface of said cavity, wherein said sealing element is a sleeve of elastomeric material overmolded on the shank of the pin and wherein said bushing has an annular collar fitted with an annular sealing lip. - a bushing having a cavity with a longitudinal axis, and - a pin having a shank inserted into said cavity and a head projecting outside of said cavity, - an adjustment position in which the threaded portion of the pin is disengaged from the threaded portion of the bushing and the pin is capable of moving axially with respect to the bushing, and - a locking position in which the threaded portion of the pin engages the threaded portion of the bushing and in which the pin is locked axially with respect to the bushing,
Pull-out guide for pulling out an extendable furniture part from a furniture body, with a first rail and a second rail, wherein the first rail can be pulled out of the second rail in a pull-out direction starting from an inserted position into an extended position, in which a further extraction of the first rail from the second rail is limited by abutment of an abutment element of the first rail against an pull-out abutment of the second rail, and wherein a securing part is movably mounted on the second rail, which can be pivoted between a release position, in which the first rail can be completely removed from the second rail starting from the pulled-out position of the first rail, while raising the front end of the first rail relative to the second rail to such an extent, that the stop element of the first rail can be brought out of engagement with the pull-out abutment of the second rail and can be moved beyond the pull-out abutment of the second rail, and can be adjusted to a locked position, in which the pivoting of the first rail is blocked while raising the front end of the first rail at least to such an extent that the stop element of the first rail located in the extended position is held in engagement with the pull-out abutment, wherein the securing part is displaceably mounted on the second rail via a displacement movement extending from the locking position into the release position in a displacement direction which forms an angle of less than 20°, preferably less than 10°, with the direction opposite to the pull-out direction, wherein the pivotability of the first rail relative to the second rail increases continuously, raising the front end of the first rail over the displacement movement of the securing part, starting from the locking position and extending into the release position, and wherein the securing part is located in the region of the front end of the second rail in the locking position and in the middle third of the longitudinal extent of the second rail in a release position, wherein the displacement of the securing part from the locking position into the release position is effected in the opposite direction to the pull-out direction.
Assembly (14, 15) with a cooking device component, in particular connection grid, and a rail drawer device for a carrier for cooked food, with a first rail which has a fastening device for fastening the rail drawer device to the cooking device component, and with a second rail which is embodied to receive the carrier for cooked food, wherein the rails (21, 24) can be moved relative to one another, and the fastening device has a spring element which, in the assembled state of the rail drawer device, contacts the cooking device component and forms a resilient stop for the first rail on the cooking device component, wherein a damped relative movement of the rail drawer device with respect to the cooking device component in the relative movement direction of the two rails (21, 24) with respect to one another can be carried out by the spring element in the state fastened to the cooking device component, characterised in that the second rail has a stop element, which is embodied so that in a base position of the rail drawer device, in which a specific position between the two rails (21, 24) is reached, in which the second rail rests mechanically on a very specific point on the first rail, the damped relative movement of the rail drawer device with respect to the cooking device component on a movement path is restricted, by the rail drawer device, in the direction of the relative movement direction with respect to the cooking device component in the state assembled thereon, being able to be displaced at most until the second rail with its stop element abuts against the cooking device component, wherein the movement path is smaller than a release path required to release the fastening device from the cooking device component so that before the entire rail drawer device is unintentionally released from the cooking device component, the stop element abuts against the cooking device component, and wherein in order to release the rail drawer device from the cooking device component the first rail can be pushed rearwards against the spring force of the spring element.
A fuel tank comprising: a front spar, a rear spar, an upper skin, a lower skin, and a rib as structural members of the fuel tank, wherein the rib is disposed between the upper skin and the lower skin and includes a flange and a web, wherein a carbon fiber reinforced plastic is used for the rib in which reinforcing materials are carbon fibers and a matrix includes plastic, and wherein the matrix has electrical conductivity applied thereto to secure electrical conduction between the reinforcing materials that are the carbon fibers, wherein cut surfaces of the rib at end portions of the flange are exposed to an inside of the fuel tank, in which fuel is to be accommodated, such that the reinforcing materials that are the carbon fibers exist in the cut surfaces of the rib, characterized in that the carbon fiber reinforced plastic used in the rib has a resistivity in a plate thickness direction of less than or equal to 500 Ωcm. a front spar, a rear spar, an upper skin, a lower skin, and a rib as structural members of the fuel tank, wherein the rib is disposed between the upper skin and the lower skin and includes a flange and a web, wherein a carbon fiber reinforced plastic is used for the rib in which reinforcing materials are carbon fibers and a matrix includes plastic, and wherein the matrix has electrical conductivity applied thereto to secure electrical conduction between the reinforcing materials that are the carbon fibers, wherein cut surfaces of the rib at end portions of the flange are exposed to an inside of the fuel tank, in which fuel is to be accommodated, such that the reinforcing materials that are the carbon fibers exist in the cut surfaces of the rib, characterized in that the carbon fiber reinforced plastic used in the rib has a resistivity in a plate thickness direction of less than or equal to 500 Ωcm.
A distribution system (150, 162) for providing power from a plurality of power sources (Util1, UPS Farm) to a plurality of power consuming devices (PCDS1, PCDS2), comprising: a first source interface for coupling to a first power source (Util1); a second source interface for coupling to a second power source (UPS Farm); a first selection device (SD11, SD16) configured to be coupled via a first connection matrix and the first source interface with the first power source to provide main power to one or more power consumption devices (PCDS1); and a second selection device (SD12, SD17) configured to be coupled via a second connection matrix and the first source interface with the first power source to provide the main power to one or more additional power consumption devices (PCDS2), the second selection device further configured to be coupled via the second connection matrix and the second source interface with the second power source to provide alternative power to the additional power consumption devices, characterized in that the first connection matrix includes portions of multiple connection lines (L1, CL1), the connection lines of the first connection matrix providing a connection to the first power source and lacking a connection to the second power source, wherein the second connection matrix includes portions of multiple connection lines (L1, CL5, L4, CL8), the connection lines of the second matrix providing a connection to the first power source and a connection to the second power source. a first source interface for coupling to a first power source (Util1); a second source interface for coupling to a second power source (UPS Farm); a first selection device (SD11, SD16) configured to be coupled via a first connection matrix and the first source interface with the first power source to provide main power to one or more power consumption devices (PCDS1); and a second selection device (SD12, SD17) configured to be coupled via a second connection matrix and the first source interface with the first power source to provide the main power to one or more additional power consumption devices (PCDS2), the second selection device further configured to be coupled via the second connection matrix and the second source interface with the second power source to provide alternative power to the additional power consumption devices, characterized in that the first connection matrix includes portions of multiple connection lines (L1, CL1), the connection lines of the first connection matrix providing a connection to the first power source and lacking a connection to the second power source, wherein the second connection matrix includes portions of multiple connection lines (L1, CL5, L4, CL8), the connection lines of the second matrix providing a connection to the first power source and a connection to the second power source.
A blending system comprising: a base including a motor; a blade assembly selectively and operably engaged with the base, wherein the motor drives the blade assembly; characterised by: a container having an inner layer and outer layer, the container comprising a tab extending from the periphery of the open end of the container, the tab formed by engagement of the inner and outer layer; a magnet positioned in the tab between the inner and outer layers; and a sensor positioned in the base, wherein the magnet in operative proximity to the sensor permits operation of the motor. a base including a motor; a blade assembly selectively and operably engaged with the base, wherein the motor drives the blade assembly; characterised by: a container having an inner layer and outer layer, the container comprising a tab extending from the periphery of the open end of the container, the tab formed by engagement of the inner and outer layer; a magnet positioned in the tab between the inner and outer layers; and a sensor positioned in the base, wherein the magnet in operative proximity to the sensor permits operation of the motor. a container having an inner layer and outer layer, the container comprising a tab extending from the periphery of the open end of the container, the tab formed by engagement of the inner and outer layer; a magnet positioned in the tab between the inner and outer layers; and a sensor positioned in the base, wherein the magnet in operative proximity to the sensor permits operation of the motor.
Vehicle seat having adjustment kinematics with movable rockers (12, 14), wherein at least one rocker is mounted rotatably about an axis, and a toothed segment which is connected to the at least one rocker is provided, wherein the vehicle seat has a drive for moving the at least one rocker, and the drive is mounted on a seat frame, wherein a pinion of the drive meshes with the toothed segment, wherein by aligning the position of the entire drive relative to a side part of the seat frame by means of a compensating body, the pinion is positioned relative to the toothed segment in a manner free from play, wherein the pinion of the drive is secured to the side part by means of a bridge and a spacer sleeve, thus forming a closed system of forces, characterized in that the compensating body is supported on the spacer sleeve, which is arranged behind the toothed segment as viewed from the pinion.