mhurhangee/ep-ind-claims huggingface dataset:
A bedding or seating product comprising: a connector assembly at each of four corners of the product for joining a first truss (20, 22) to a second truss, the second truss extending generally perpendicular to the first truss (20, 22), each connector assembly comprising first and second connector blocks (30, 32), each of the connector blocks (30, 32) having multiple fingers, each of the fingers having an opening; a tapered pin extending through the openings in the fingers of the connector blocks (30, 32) when the fingers are aligned; a stabilizer assembly at each of the four corners of the product, each of the stabilizer assemblies comprising a first bracket secured to the first truss (20, 22), a second bracket secured to the second truss, one of the first and second brackets (72, 74) having a threaded boss and the other of the first and second brackets (72, 74) having a non-threaded opening aligned with the threaded boss; and a leg assembly comprising a leg and a threaded rod, the threaded rod extending through the aligned threaded boss and non-threaded opening of the first and second brackets (72, 74) and the leg abutting the first and second trusses (20, 22; 24) to assist supporting the product above the ground. a connector assembly at each of four corners of the product for joining a first truss (20, 22) to a second truss, the second truss extending generally perpendicular to the first truss (20, 22), each connector assembly comprising first and second connector blocks (30, 32), each of the connector blocks (30, 32) having multiple fingers, each of the fingers having an opening; a tapered pin extending through the openings in the fingers of the connector blocks (30, 32) when the fingers are aligned; a stabilizer assembly at each of the four corners of the product, each of the stabilizer assemblies comprising a first bracket secured to the first truss (20, 22), a second bracket secured to the second truss, one of the first and second brackets (72, 74) having a threaded boss and the other of the first and second brackets (72, 74) having a non-threaded opening aligned with the threaded boss; and a leg assembly comprising a leg and a threaded rod, the threaded rod extending through the aligned threaded boss and non-threaded opening of the first and second brackets (72, 74) and the leg abutting the first and second trusses (20, 22; 24) to assist supporting the product above the ground.
A rotor that includes a rotor core fixed to a rotating shaft so as to be rotatable together with the rotating shaft, and a plurality of permanent magnets embedded and fixed in the rotor core, wherein each of the permanent magnets has a pair of magnetic pole-facing portions (41 a, 41 b) radially extending and magnetized so that poles of the same polarity face each other in a circumferential direction, characterized in that magnetic resistance of each of the pair of the magnetic pole-facing portions in a magnetization direction is greater in a radially outer portion than in a radially inner portion, wherein each of the permanent magnets is formed of a pair of magnet pieces (24a, 24b) facing each other with an interval between the radially inner portions of the pair of magnetic pieces in the circumferential direction, and having the magnetic pole-facing portions (41 a, 41 b); and connecting portions are provided in the rotor core, which connecting portions connect a corresponding one of inter-magnet-piece portions of the rotor core to a core portion of the rotor core, each of the inter-magnet-piece portions being sandwiched by the pair of the magnet pieces and serving as a magnetic path for the magnet pieces, and the core portion being fitted to the rotating shaft, characterized in that proximity portions (42a, 42b) are provided in the pair of the magnet pieces, respectively, and the proximity portions extend from radially inner end portions of the magnetic pole-facing portions (41 a, 41 b) in such directions that the proximity portions approach each other; and the proximity portions (42a, 42b) of the pair of the magnet pieces are magnetized so that an inter-magnet-piece portion-side of each of the proximity portions (42a, 42b) has the same polarity as the polarity of an inter-magnet-piece portion-side of the magnetic pole-facing portion.
A method of producing amplicons derived from a single template barcoded polynucleotide molecule that comprises an exclusion sequence and a barcode in a plurality of vessels comprising a plurality of template barcoded polynucleotide molecules the method comprising: (a) performing a first reaction, whereby a first extension primer comprising an activating sequence anneals to the exclusion sequence in the single template barcoded polynucleotide molecule and is extended, forming an activated barcoded polynucleotide, said activating sequence in the first extension primer comprising at least 2, 3, 4, 5, 6, 7, 8, 9, or 10 mismatches to the exclusion sequence in the template barcoded polynucleotide; (b) performing a second reaction whereby a second extension primer anneals to the activated barcoded polynucleotide, forming a polynucleotide complementary to the activated barcoded polynucleotide and lacking the exclusion sequence ("nonexclusionary template barcoded polynucleotide") and (c) amplifying the activated barcoded polynucleotide and the nonexclusionary template barcoded polynucleotide using a first amplification primer comprising the activating sequence of the first extension primer and a second amplification primer complementary to a sequence of the activated barcoded polynucleotide, forming amplicons comprising a barcode amplified from the single template barcoded polynucleotide molecule; wherein the plurality of vessels comprises at least 50 vessels. (a) performing a first reaction, whereby a first extension primer comprising an activating sequence anneals to the exclusion sequence in the single template barcoded polynucleotide molecule and is extended, forming an activated barcoded polynucleotide, said activating sequence in the first extension primer comprising at least 2, 3, 4, 5, 6, 7, 8, 9, or 10 mismatches to the exclusion sequence in the template barcoded polynucleotide; (b) performing a second reaction whereby a second extension primer anneals to the activated barcoded polynucleotide, forming a polynucleotide complementary to the activated barcoded polynucleotide and lacking the exclusion sequence ("nonexclusionary template barcoded polynucleotide") and (c) amplifying the activated barcoded polynucleotide and the nonexclusionary template barcoded polynucleotide using a first amplification primer comprising the activating sequence of the first extension primer and a second amplification primer complementary to a sequence of the activated barcoded polynucleotide, forming amplicons comprising a barcode amplified from the single template barcoded polynucleotide molecule;
Injection valve for injecting a medium, in particular for injecting fuel into a combustion chamber, comprising: - a housing with at least one spray opening on an outlet side, - a magnet coil, - a magnet armature which can be moved linearly through the magnet coil, - a valve needle which can be moved linearly along a longitudinal axis and protrudes through the magnet armature for opening and closing the spray opening, characterized in that the magnet armature can be moved linearly with respect to the valve needle between a first stop and a second stop, the second stop being formed by way of a stop element which is connected fixedly to the valve needle with a stop face and the magnet armature with a corresponding face which lies opposite the stop face, the second stop being provided on that side of the magnet armature which faces the outlet of the at least one spray opening, and the stop element of the second stop being of elastic configuration, with the result that, when the corresponding face comes into contact on the stop face, an angle (α) between the longitudinal axis and the stop face changes. - a housing with at least one spray opening on an outlet side, - a magnet coil, - a magnet armature which can be moved linearly through the magnet coil, - a valve needle which can be moved linearly along a longitudinal axis and protrudes through the magnet armature for opening and closing the spray opening,
A stack of interfolded absorbent sheet products, comprising a plurality of absorbent sheets, wherein - each sheet product comprises a first fold, a second fold running parallel to the first fold, and a third fold which is perpendicular to the first and second folds, so that the three folds define a pattern of 3 x 2 panels, including two first side panels (P1, P2), two center panels (P5, P6), and two second side panels (P3, P4), characterized in that - each sheet product has its first side panels (P1, P2) folded onto its center panels (P5, P6), its second side panels (P3, P4) folded onto its first side panels (P1, P2) in a C-fold, and its second side panels (P3, P4) then folded onto each other so as to obtain a folded configuration including at least six panels, and - each sheet product within said stack receives between two inwardly facing adjacent panels three adjacent panels from each of two sheet products disposed respectively above and below said sheet product in said stack. - each sheet product comprises a first fold, a second fold running parallel to the first fold, and a third fold which is perpendicular to the first and second folds, so that the three folds define a pattern of 3 x 2 panels, including two first side panels (P1, P2), two center panels (P5, P6), and two second side panels (P3, P4), - each sheet product has its first side panels (P1, P2) folded onto its center panels (P5, P6), its second side panels (P3, P4) folded onto its first side panels (P1, P2) in a C-fold, and its second side panels (P3, P4) then folded onto each other so as to obtain a folded configuration including at least six panels, and - each sheet product within said stack receives between two inwardly facing adjacent panels three adjacent panels from each of two sheet products disposed respectively above and below said sheet product in said stack.
A motion simulator system (1, 33) operable on a substantially flat stage for imposing motion on a motion platform (1, 21) carrying an occupant, the motion simulator system comprising: a plurality of feet (2, 3, 4; 23, 24, 25) coupled to the motion platform and capable of moving freely in two dimensions across the stage so as to impose substantially arbitrary three-dimensional motion on the motion platform relative to the stage, characterized by a means for displaying a virtual scene of a simulation environment to the occupant, which scene is updated in real time based on real-time position and orientation of the platform and supposed position and orientation of a vehicle in the simulation environment, wherein each foot is coupled to the platform by a respective leg (5, 26) articulated with respect to the motion platform and to the respective foot, and wherein at least one of the legs comprises a drive mechanism operable in a direction along the length of the leg so as to alter the distance between the platform and the foot. a plurality of feet (2, 3, 4; 23, 24, 25) coupled to the motion platform and capable of moving freely in two dimensions across the stage so as to impose substantially arbitrary three-dimensional motion on the motion platform relative to the stage, characterized by a means for displaying a virtual scene of a simulation environment to the occupant, which scene is updated in real time based on real-time position and orientation of the platform and supposed position and orientation of a vehicle in the simulation environment, wherein each foot is coupled to the platform by a respective leg (5, 26) articulated with respect to the motion platform and to the respective foot, and wherein at least one of the legs comprises a drive mechanism operable in a direction along the length of the leg so as to alter the distance between the platform and the foot.
Microdrive of a motor vehicle drive unit, in particular a part of a motor vehicle lock, comprising an electric motor having an output shaft and a gearwheel (7, 8) located on the output shaft, preferably a worm (7, 8) of a worm gear, with a means for discharging a lubricant being arranged between the electric motor and the gear (7, 8), characterized in that the means for discharging the lubricant has a surface structure supporting the discharge, the surface structure supporting the discharge being designed to discharge the lubricant by means of capillary action.
An implantable medical device capable of being placed between a first operational mode and a second operational mode, comprising: a magnetic field sensing device configured for outputting a signal in response to sensing a magnetic field; a logic circuit configured for continuously asserting the signal during a first time period when the medical device is in the first operational mode, and intermittently asserting the signal during at least one second time period when the medical device is in the second operational mode; a delay circuit configured for introducing a time delay into the asserted signal, the time delay being less than the first time period, but greater than each of the at least one second time period; and control circuitry configured for performing a function in response to receiving the delayed signal at a first input terminal. a magnetic field sensing device configured for outputting a signal in response to sensing a magnetic field; a logic circuit configured for continuously asserting the signal during a first time period when the medical device is in the first operational mode, and intermittently asserting the signal during at least one second time period when the medical device is in the second operational mode; a delay circuit configured for introducing a time delay into the asserted signal, the time delay being less than the first time period, but greater than each of the at least one second time period; and control circuitry configured for performing a function in response to receiving the delayed signal at a first input terminal.
A pneumatic tire having a bead core embedded in a bead portion of the tire, the bead core being constituted of a strand as a rubber-coated single bead wire wound around the bead portion to be juxtaposed in plural columns in the axial direction and stacked in plural rows in the radial direction to form a torus structure, wherein the bead core as the torus structure is constituted of two columns of the bead wire juxtaposed in the axial direction; characterized in that a winding-start end and a winding-terminal end of the bead wire are situated at the outermost rows in the radial direction of the corresponding columns thereof, respectively; and in that an interval between the winding-start end and an inner peripheral layer adjacent to the winding-start end of the bead wire is larger than any of the other intervals between two adjacent bead wires of the bead core.
An adjustable molding system for a non-pneumatic wheel, the non-pneumatic wheel including a plurality of tension-transmitting web elements extending between a load support band and a hub, the non-pneumatic wheel defining axial, radial, and circumferential directions, the molding system comprising: an upper mold portion having a plurality of upper web forming elements spaced apart around the circumferential direction; a lower mold portion having a plurality of lower web forming elements spaced apart around the circumferential direction and configured to receive the upper web forming elements when the molding system is in a closed position to form the tension transmitting web elements during a molding process, wherein the upper mold portion and lower mold portion form an internal cavity when the molding system is in the closed position; a first configuration of removable mold elements for positioning within the internal cavity, the first configuration comprising an upper mold bowl configured to form a surface of the wheel; a lower mold bowl supporting the upper mold bowl and configured to form a surface of the wheel; a retainer configured for receipt of the lower mold bowl, the retainer positionable onto the lower mold portion; and a second configuration of removable mold elements for positioning within the internal cavity, the second configuration comprising a cap; a shield positionable below the cap onto the lower mold portion; wherein the first and second configurations of removable mold elements are interchangeable within the internal cavity. an upper mold portion having a plurality of upper web forming elements spaced apart around the circumferential direction; a lower mold portion having a plurality of lower web forming elements spaced apart around the circumferential direction and configured to receive the upper web forming elements when the molding system is in a closed position to form the tension transmitting web elements during a molding process, wherein the upper mold portion and lower mold portion form an internal cavity when the molding system is in the closed position; a first configuration of removable mold elements for positioning within the internal cavity, the first configuration comprising an upper mold bowl configured to form a surface of the wheel; a lower mold bowl supporting the upper mold bowl and configured to form a surface of the wheel; a retainer configured for receipt of the lower mold bowl, the retainer positionable onto the lower mold portion; and an upper mold bowl configured to form a surface of the wheel; a lower mold bowl supporting the upper mold bowl and configured to form a surface of the wheel; a retainer configured for receipt of the lower mold bowl, the retainer positionable onto the lower mold portion; and a second configuration of removable mold elements for positioning within the internal cavity, the second configuration comprising a cap; a shield positionable below the cap onto the lower mold portion; a cap; a shield positionable below the cap onto the lower mold portion; wherein the first and second configurations of removable mold elements are interchangeable within the internal cavity.
A localization system for measuring a position of a measurement electrode within a nonionizing localization field, comprising: a plurality of localization field generators (12, 14, 16, 18, 19, 22) applied to a surface of a patient capable of generating a non-ionizing localization field; at least one localization field reference device; at least one accelerometer capable of measuring acceleration in at least one direction coupled to at least one of the plurality of localization field generators (12, 14, 16, 18, 19, 22) or the at least one localization field reference device; and a signal processor that acquires at least one acceleration signal from the at least one accelerometer which describes a movement of the at least one localization field generator and that uses the acquired at least one acceleration signal to filter a respiration noise component from a localization signal of at least one position measurement sensor within the non-ionizing localization field. a plurality of localization field generators (12, 14, 16, 18, 19, 22) applied to a surface of a patient capable of generating a non-ionizing localization field; at least one localization field reference device; at least one accelerometer capable of measuring acceleration in at least one direction coupled to at least one of the plurality of localization field generators (12, 14, 16, 18, 19, 22) or the at least one localization field reference device; and a signal processor that acquires at least one acceleration signal from the at least one accelerometer which describes a movement of the at least one localization field generator and that uses the acquired at least one acceleration signal to filter a respiration noise component from a localization signal of at least one position measurement sensor within the non-ionizing localization field.
Crystalline anhydrate Form A of 17α-acetoxy-21-methoxy-11β-[4-N,N-dimethylaminophenyl]-19-norpregna-4,9-diene-3,20-dione) characterized in that it provides one or more of: a) having characteristic X-ray powder diffractions at about 7.9, 11.0, 13.4 [°] 2θ; b) having characteristic FT Raman absorption bands at about 2952, 2836, 1600, 1215, 1199, 441 cm -1; c) having a 13 C solid-state NMR spectrum comprising characteristic resonances at about 203.1, 202.1, 170.2, 26.4, 15.2, 14.8 ppm. a) having characteristic X-ray powder diffractions at about 7.9, 11.0, 13.4 [°] 2θ; b) having characteristic FT Raman absorption bands at about 2952, 2836, 1600, 1215, 1199, 441 cm -1; c) having a 13 C solid-state NMR spectrum comprising characteristic resonances at about 203.1, 202.1, 170.2, 26.4, 15.2, 14.8 ppm.
Shell for a seat, comprising: - a frame, consisting of a plurality of sub-frames (11a-11d) obtained with at least a metal round piece, said sub-frames (11a-11d) being configured to each define at least one functional zone of said shell; - a plurality of nets attached to at least some of said sub-frames (11a-11d), characterized in that each of said nets is shaped in a manner mating with the shape of the specific sub-frame (11a-11d) to which it is associated, wherein in one or more sub-frames (11a-11d), and on at least one net, at least a padding made of expanded material is positioned, with defined density and rigidity, and in that a covering of enhancing material covers at least said padding and said frame, and holds said padding in position with respect to said net. - a frame, consisting of a plurality of sub-frames (11a-11d) obtained with at least a metal round piece, said sub-frames (11a-11d) being configured to each define at least one functional zone of said shell; - a plurality of nets attached to at least some of said sub-frames (11a-11d), characterized in that each of said nets is shaped in a manner mating with the shape of the specific sub-frame (11a-11d) to which it is associated, wherein in one or more sub-frames (11a-11d), and on at least one net, at least a padding made of expanded material is positioned, with defined density and rigidity, and in that a covering of enhancing material covers at least said padding and said frame, and holds said padding in position with respect to said net.
A recombinant DNA molecule detectable in a sample containing soybean DNA, wherein the nucleotide sequence of said molecule is: a) SEQ ID NO:10; or b) a nucleotide sequence completely complementary to (a), wherein detecting the presence of such DNA molecule is diagnostic for soybean event MON87751 DNA in said sample. a) SEQ ID NO:10; or b) a nucleotide sequence completely complementary to (a), wherein detecting the presence of such DNA molecule is diagnostic for soybean event MON87751 DNA in said sample.