mhurhangee/ep-ind-claims huggingface dataset:
Method for detecting at least one broadband interferer with the following steps: a) Determining a time-frequency area of incoming signals by means of a spectrogram of incoming signals, b) Using spectral kurtosis such that a spectral kurtosis value is calculated for each frequency bin of the incoming signals, c) Identifying the significant frequency bins which might comprise signal points of at least one possible broadband interferer in the time-frequency area by investigating the calculated spectral kurtosis values of the significant frequency bins during the spectral kurtosis, d) Performing a time domain analysis in order to identify significant points of the significant frequency bins which have been investigated by spectral kurtosis previously, and e) Evaluating the significant points in order to determine whether these significant points correspond to at least one broadband interferer, wherein significant points which do not comply with predetermined criterions for broadband interferer are removed during and/or after the evaluating step. a) Determining a time-frequency area of incoming signals by means of a spectrogram of incoming signals, b) Using spectral kurtosis such that a spectral kurtosis value is calculated for each frequency bin of the incoming signals, c) Identifying the significant frequency bins which might comprise signal points of at least one possible broadband interferer in the time-frequency area by investigating the calculated spectral kurtosis values of the significant frequency bins during the spectral kurtosis, d) Performing a time domain analysis in order to identify significant points of the significant frequency bins which have been investigated by spectral kurtosis previously, and e) Evaluating the significant points in order to determine whether these significant points correspond to at least one broadband interferer, wherein significant points which do not comply with predetermined criterions for broadband interferer are removed during and/or after the evaluating step.
A device for delivering intraocular lens through an incision on an eye of a patient comprising: a tubular member defining a hollow elongate passageway accessible by a front through opening and a back through opening; a nozzle having an expanded base, which is mounted to the front through opening of the tubular member, tapering towards a pointed end, the nozzle enclosing a lumen substantially tapered from the base to the pointed end and the lumen being aligned with the passageway that the lens is disposed within the lumen to be readily delivered; an elongate probe being at least partially housed within the passageway comprising a bifurcated tip, wherein said bifurcated tip is configured to telescopically slide out from the pointed end of the nozzle to push the disposed lens into the eye, and further wherein the bifurcated tip forks into a first prong and a second prong, which are different in size, forming a substantially U-shaped or V-shaped construct thereof for manipulating a configuration or an orientation of the delivered lens in the eye; and a plunger assembly comprising a shaft inserted into and moveable within the passageway to anteriorly engage with the probe to move the probe relative to the tubular member; wherein the plunger assembly comprises a posterior end connected substantially median of a prolonged piece, said prolonged piece expanding perpendicularly to the plunger assembly such that the plunger assembly and the prolonged piece collectively form a T-shaped structure, and configured to being pushed forth or back to control movement of the plunger assembly relative to the tubular member, characterized in that the prolonged piece has two ends fabricated with increased surface area to anchor and contact onto the face of the patient such to stabilize the hand of a user operating the device. a tubular member defining a hollow elongate passageway accessible by a front through opening and a back through opening; a nozzle having an expanded base, which is mounted to the front through opening of the tubular member, tapering towards a pointed end, the nozzle enclosing a lumen substantially tapered from the base to the pointed end and the lumen being aligned with the passageway that the lens is disposed within the lumen to be readily delivered; an elongate probe being at least partially housed within the passageway comprising a bifurcated tip, wherein said bifurcated tip is configured to telescopically slide out from the pointed end of the nozzle to push the disposed lens into the eye, and further wherein the bifurcated tip forks into a first prong and a second prong, which are different in size, forming a substantially U-shaped or V-shaped construct thereof for manipulating a configuration or an orientation of the delivered lens in the eye; and a plunger assembly comprising a shaft inserted into and moveable within the passageway to anteriorly engage with the probe to move the probe relative to the tubular member;
Rotor of a rotary electric machine, comprising: - a central shaft; - an annular core coaxial with the shaft; - a coil extending radially around the core; - a first pole wheel and a second pole wheel arranged axially one on each side of the core and of the coil, each pole wheel comprising a plurality of claws of triangular shape of which the base (c, c') is tangential to the pole wheel and comprising a first side (a, a') and a second side (b, b') such that each first side (a, a') of the first pole wheel faces a second side (b, b') of the second pole wheel, at the claw-pole gap; characterized in that the claws of one out of the first and second pole wheels are such that the length of the first side (a, a') is strictly greater than the length of the second side (b, b'); and in that the claws of the other out of the first and second pole wheels are such that the length of the first side (a, a') is strictly less than the length of the second side (b, b'). - a central shaft; - an annular core coaxial with the shaft; - a coil extending radially around the core; - a first pole wheel and a second pole wheel arranged axially one on each side of the core and of the coil, each pole wheel comprising a plurality of claws of triangular shape of which the base (c, c') is tangential to the pole wheel and comprising a first side (a, a') and a second side (b, b') such that each first side (a, a') of the first pole wheel faces a second side (b, b') of the second pole wheel, at the claw-pole gap; characterized in that the claws of one out of the first and second pole wheels are such that the length of the first side (a, a') is strictly greater than the length of the second side (b, b');
A multi-purpose folding chair comprising: two supporting side plates (101, 101'); two connecting plates (103, 103'), each of the two connecting plates formed with a first folding line, the two connecting plates arranged between the two supporting side plates and pivotally connected to the two supporting side plates, such that the two connecting plates are foldable in a flat manner along the first folding line; a seat plate formed with a second folding line, the seat plate arranged between the two supporting side plates, two sides of the seat plate respectively and pivotally connected to the two supporting side plates, and the seat plate is foldable in a flat manner through the second folding line; and a kneeling plate formed with a third folding line, two sides of the kneeling plate respectively and pivotally connected to the two supporting side plates, wherein at least one inner side of the two supporting side plates, the two connecting plates, the seat plate, or the kneeling plate is formed with a reinforcement structure, wherein each of the two supporting side plates is formed with a first rotating part, and the multi-purpose folding chair further comprises two armrest plates (102, 102') and a back plate, two ends of each of the two armrest plates are respectively formed with a second rotating part and a supporting part, the two armrest plates are respectively pivotally connected to the first rotating parts of the two supporting side plates through the second rotation parts, the back plate is formed with a fourth folding line, and the back plate is arranged between the two armrest plates, two sides of the back plate are pivotally connected to the supporting parts of the two armrest plates, the back plate is foldable in a flat manner along the fourth folding line, such that a distance between the two supporting side plates is reduced; an inner side of each of the two armrest plates is formed with a limiting part, the two supporting side plates each having a corresponding surface corresponding to the limiting part is formed with a corresponding limiting part with a curved track, the limiting part slides against the curved track formed by the corresponding limiting part, such that the two armrest plates are rotatable relative to the two supporting side plates along the curved track, and each of the two connecting plates (103, 103')is foldable in a flat manner along the first folding line, the seat plate is foldable in a flat manner along the second folding line, and the kneeling plate is foldable in a flat manner along the third folding line, such that the distance between the two supporting side plates is reduced.
A film-coating nozzle comprising branching blocks (3, 4, 5) having a branched channel structure, a nozzle tip and a tube section including a plurality of tubules having tubule inflow openings that communicate with the branched channel structure, and tubule outflow openings that communicate with the ejection port of the tip member, wherein the branching blocks (3, 4, 5) include multiple stages of branching portions each of which provides a chamber to branch a flow channel communicating with an inflow opening, the flow channels branched by the branching portions in the same stage having equal lengths up to outflow openings thereof, characterized by the tip member having an ejection port formed to be wide in a longitudinal direction, wherein the tip member has a groove that constitutes the ejection port opened downward, and a length S of an end surface of the ejection port in a transverse direction is longer than an internal diameter D of the tubule outflow openings, the tubule outflow openings being disposed at substantially equal intervals in an innermost surface of the groove, and wherein the branching blocks (3, 4, 5) and/or the tip member comprises a plurality of modules capable of being assembled and disassembled, and combination of the modules is variable. branching blocks (3, 4, 5) having a branched channel structure, a nozzle tip and a tube section including a plurality of tubules having tubule inflow openings that communicate with the branched channel structure, and tubule outflow openings that communicate with the ejection port of the tip member, wherein the branching blocks (3, 4, 5) include multiple stages of branching portions each of which provides a chamber to branch a flow channel communicating with an inflow opening, the flow channels branched by the branching portions in the same stage having equal lengths up to outflow openings thereof, characterized by the tip member having an ejection port formed to be wide in a longitudinal direction, wherein the tip member has a groove that constitutes the ejection port opened downward, and a length S of an end surface of the ejection port in a transverse direction is longer than an internal diameter D of the tubule outflow openings, the tubule outflow openings being disposed at substantially equal intervals in an innermost surface of the groove, and wherein the branching blocks (3, 4, 5) and/or the tip member comprises a plurality of modules capable of being assembled and disassembled, and combination of the modules is variable.
A coated tablet comprising: (a) a tablet core wherein the tablet core comprises (i) optionally at least one antidiabetic agent or a pharmaceutically acceptable salt thereof selected from the group consisting of glyburide, metformin, rosiglitazone, pioglitazone, sitagliptin, vildagliptin, dapagliflozin, and dapagliflozin propylene glycol hydrate; (b) an active coating layer surrounding the tablet core wherein the coating layer comprises, in admixture, (i) a coating material comprising poly(ethylene glycol) and poly(vinyl alcohol); (ii) an amine compound that is glycine, histidine, arginine, ethanolamine, diethanolamine or triethanolamine, or a combination thereof; and (iii) saxagliptin or a pharmaceutically acceptable salt thereof. (a) a tablet core wherein the tablet core comprises (i) optionally at least one antidiabetic agent or a pharmaceutically acceptable salt thereof selected from the group consisting of glyburide, metformin, rosiglitazone, pioglitazone, sitagliptin, vildagliptin, dapagliflozin, and dapagliflozin propylene glycol hydrate; (i) optionally at least one antidiabetic agent or a pharmaceutically acceptable salt thereof selected from the group consisting of glyburide, metformin, rosiglitazone, pioglitazone, sitagliptin, vildagliptin, dapagliflozin, and dapagliflozin propylene glycol hydrate; (b) an active coating layer surrounding the tablet core wherein the coating layer comprises, in admixture, (i) a coating material comprising poly(ethylene glycol) and poly(vinyl alcohol); (ii) an amine compound that is glycine, histidine, arginine, ethanolamine, diethanolamine or triethanolamine, or a combination thereof; and (iii) saxagliptin or a pharmaceutically acceptable salt thereof. (i) a coating material comprising poly(ethylene glycol) and poly(vinyl alcohol); (ii) an amine compound that is glycine, histidine, arginine, ethanolamine, diethanolamine or triethanolamine, or a combination thereof; and (iii) saxagliptin or a pharmaceutically acceptable salt thereof.
A fibrous tampon for absorbing body fluids, the tampon comprising: at least one inner layer having one or more malodor counteractant materials incorporated therein; and at least one outer layer that along with said at least one inner layer forms a cross-pad configuration; wherein said one or more malodor counteractant materials comprises glycerin; wherein said one or more malodor counteractant materials is present between about 0.01 g to about 0.15 g, and wherein said one or more malodor counteractant materials is in a liquid form. at least one inner layer having one or more malodor counteractant materials incorporated therein; and at least one outer layer that along with said at least one inner layer forms a cross-pad configuration; wherein said one or more malodor counteractant materials comprises glycerin; wherein said one or more malodor counteractant materials is present between about 0.01 g to about 0.15 g, and wherein said one or more malodor counteractant materials is in a liquid form.
A method for producing hydrocarbons in a subterranean well useful for observing properties of one or more subterranean zones, the subterranean well having a vertical well section and one or more lateral well sections, the intersection of the vertical well section and each of the one or more lateral well sections creating a junction, the method comprising the steps of: (a) installing a lower straddle packer in the vertical well section below each junction with a lateral well section; (b) installing an upper straddle packer in the vertical well section above each junction to create one or more isolation zones between the lower straddle packer and the upper straddle packer around each junction; (c) conveying hydrocarbons from the one or more lateral well sections to the surface with a tubing; (d) observing pressure information in at least one measurement zone with a pressure gauge located in the vertical well section below all of the one or more isolation zones, so that the pressure gauge does not hinder production from the one or more lateral well sections; and (e) obtaining information in at least one measurement zone with a logging equipment run through the tubing. (a) installing a lower straddle packer in the vertical well section below each junction with a lateral well section; (b) installing an upper straddle packer in the vertical well section above each junction to create one or more isolation zones between the lower straddle packer and the upper straddle packer around each junction; (c) conveying hydrocarbons from the one or more lateral well sections to the surface with a tubing; (d) observing pressure information in at least one measurement zone with a pressure gauge located in the vertical well section below all of the one or more isolation zones, so that the pressure gauge does not hinder production from the one or more lateral well sections; and (e) obtaining information in at least one measurement zone with a logging equipment run through the tubing.
An apparatus comprising a synthetically commutated machine with two or more services, the synthetically commutated machine comprising a rotatable shaft and a plurality of working chambers having a volume which varies cyclically with rotation of the rotatable shaft, each working chamber having a low pressure valve and a high pressure valve which regulate the flow of fluid between the working chamber and low and high pressure lines respectively, wherein at least the low pressure valves are electronically controlled valves, the apparatus comprising a controller which controls the electronically controlled valves in phased relationship with cycles of working chamber volume to thereby determine the net displacement of hydraulic fluid by each working chamber on each cycle of working chamber volume, a prime mover coupled to the machine, a hydraulic circuit extending between the two or more services and a plurality of hydraulic loads to thereby fluidically connect the two or more services to the plurality of hydraulic loads such that groups of one or more services are fluidically connected to respective groups of one or more hydraulic loads, the apparatus configured such that the flow of hydraulic fluid to or from a group of one or more services of the machine is controlled responsive to receiving a demand signal indicative of a demanded pressure or flow rate.
Method for foundation of a golf bunker, the method comprising the steps of: - providing a first mixture of cement and particulate stone material; - mixing said first mixture with a predetermined amount of water for forming a second mixture; - applying a layer of said second mixture to a surface of a depression surrounded by a grass area on a golf course; and - curing/setting said layer of said second mixture applied to the surface of said depression, wherein the cured layer is porous and allows water to flow through said layer. - providing a first mixture of cement and particulate stone material; - mixing said first mixture with a predetermined amount of water for forming a second mixture; - applying a layer of said second mixture to a surface of a depression surrounded by a grass area on a golf course; and - curing/setting said layer of said second mixture applied to the surface of said depression, wherein the cured layer is porous and allows water to flow through said layer.
A magnetoelectric device comprising: a first piezoelectric substrate portion and a second piezoelectric substrate portion; a magnetostrictive body with a magnetization oriented in a first direction, the magnetostrictive body being arranged on and extending between the first and second piezoelectric substrate portions (21, 22); a pair of input electrodes (41, 42) arranged on the first piezoelectric substrate portion and on opposite sides of the magnetostrictive body; and a pair of output electrodes (43, 44) arranged on the second piezoelectric substrate portion and on opposite sides of the magnetostrictive body; wherein the input electrodes (41, 42) are configured to induce, in response to an input voltage, a fringing electric field extending between the input electrodes (41, 42) via the first piezoelectric substrate portion, thereby causing a deformation of the first piezoelectric substrate portion which in turn causes a deformation of the magnetostrictive body such that the magnetization thereof is re-oriented to a second direction due to reverse magnetostriction, and wherein an output voltage is induced between the output electrodes (43, 44) by a deformation of the second piezoelectric substrate portion caused by the re-orientation of the magnetization of the magnetostrictive body. a first piezoelectric substrate portion and a second piezoelectric substrate portion; a magnetostrictive body with a magnetization oriented in a first direction, the magnetostrictive body being arranged on and extending between the first and second piezoelectric substrate portions (21, 22); a pair of input electrodes (41, 42) arranged on the first piezoelectric substrate portion and on opposite sides of the magnetostrictive body; and a pair of output electrodes (43, 44) arranged on the second piezoelectric substrate portion and on opposite sides of the magnetostrictive body; wherein the input electrodes (41, 42) are configured to induce, in response to an input voltage, a fringing electric field extending between the input electrodes (41, 42) via the first piezoelectric substrate portion, thereby causing a deformation of the first piezoelectric substrate portion which in turn causes a deformation of the magnetostrictive body such that the magnetization thereof is re-oriented to a second direction due to reverse magnetostriction, and wherein an output voltage is induced between the output electrodes (43, 44) by a deformation of the second piezoelectric substrate portion caused by the re-orientation of the magnetization of the magnetostrictive body.