mhurhangee/ep-ind-claims huggingface dataset:
A method for measuring signal interference from an interfering transceiver node of a mobile communications network to a user equipment served by a serving transceiver node, the interfering transceiver node using a plurality of defined radiation patterns for signal transmission, the method being performed by the serving transceiver node and characterized by comprising the steps of: triggering a transmission of a sequence of the defined radiation patterns by the interfering transceiver node, triggering signal measurements using user equipment measurements defined for mobility purpose at the user equipment of signals transmitted by the interfering transceiver node that uses the sequence of the defined radiation patterns, and estimating an interference level of the signals received at the user equipment from the interfering transceiver node in dependence on the sequence of the defined radiation patterns, wherein the interference level is estimated based on the triggered signal measurements received from the user equipment. triggering a transmission of a sequence of the defined radiation patterns by the interfering transceiver node, triggering signal measurements using user equipment measurements defined for mobility purpose at the user equipment of signals transmitted by the interfering transceiver node that uses the sequence of the defined radiation patterns, and estimating an interference level of the signals received at the user equipment from the interfering transceiver node in dependence on the sequence of the defined radiation patterns, wherein the interference level is estimated based on the triggered signal measurements received from the user equipment.
A method for measuring the amount of a target protein in a heterogeneous biospecimen having two or more cell types, the method comprising: extracting proteins from a heterogeneous biospecimen; cleaving the proteins to form peptides; analyzing the peptides by mass spectrometry to measure an amount of a proteotypic peptide of a benchmark protein, an amount of a proteotypic peptide of a component-specific protein, and an amount of a proteotypic peptide of a target protein; quantifying an amount of the benchmark protein, an amount of the component-specific protein, and an amount of the target protein in the biospecimen based on the amounts of the corresponding proteotypic peptides; multiplying the amount of the target protein by the ratio of the benchmark protein to the component specific protein to calculate a target value for the target protein in the heterogeneous biospecimen; wherein the benchmark protein is a protein that is expressed at uniform or consistent abundance across multiple samples of a particular type of biospecimen of interest, independent of a cellular and stromal composition of each individual sample, or a protein having similar abundance in all cellular and stromal components of a biospecimen; and the component specific protein is a protein whose expression is unique to or enriched in a cell or stromal component of interest compared to other cell or stromal components of a biospecimen. extracting proteins from a heterogeneous biospecimen; cleaving the proteins to form peptides; analyzing the peptides by mass spectrometry to measure an amount of a proteotypic peptide of a benchmark protein, an amount of a proteotypic peptide of a component-specific protein, and an amount of a proteotypic peptide of a target protein; quantifying an amount of the benchmark protein, an amount of the component-specific protein, and an amount of the target protein in the biospecimen based on the amounts of the corresponding proteotypic peptides; multiplying the amount of the target protein by the ratio of the benchmark protein to the component specific protein to calculate a target value for the target protein in the heterogeneous biospecimen; wherein the benchmark protein is a protein that is expressed at uniform or consistent abundance across multiple samples of a particular type of biospecimen of interest, independent of a cellular and stromal composition of each individual sample, or a protein having similar abundance in all cellular and stromal components of a biospecimen; and the component specific protein is a protein whose expression is unique to or enriched in a cell or stromal component of interest compared to other cell or stromal components of a biospecimen.
A notebook (10; 11) with pen, including a front plate (1; 12), a rear plate (2; 13), loose leaves being provided with a double series of square holes on an edge portion thereof, two double ring spirals (5, 5) passing through the double series of square holes and a loop-shaped elastic strap for holding a pen, characterised in that said elastic strap is attached to said rear plate (2; 13) on its side facing the loose leaves in said edge portion so as to protrude from the loose leaves for retaining the pen between the two spirals (5, 5).
An impregnated natural fiber comprising: a cuticle and an interior lumen, the cuticle circumscribing the interior lumen; and water-insoluble particulates possessing a preselected property embedded in the fiber, wherein said particulates comprise from 0.1% to 30% w/w of the impregnated fiber and said embedded particulates impart their preselected property to the fiber when embedded therein, characterized in that the particulates are embedded on both the cuticle and within the lumen of the fiber. a cuticle and an interior lumen, the cuticle circumscribing the interior lumen; and water-insoluble particulates possessing a preselected property embedded in the fiber, wherein said particulates comprise from 0.1% to 30% w/w of the impregnated fiber and said embedded particulates impart their preselected property to the fiber when embedded therein, characterized in that the particulates are embedded on both the cuticle and within the lumen of the fiber.
A method of preventing an unwanted micro-RNA (miRNA) from participating in reverse transcription polymerase chain reactions (RT-PCR), the unwanted miRNA having a 5' end and a 3' end, the method comprising: (a) annealing a complementary region of a blocking nucleic acid to a binding region at a first end of the unwanted miRNA, wherein the first end of the unwanted miRNA is one of the 5' end or the 3' end, the blocking nucleic acid comprising: (i) a 5' end of the blocking nucleic acid and a 3' end of the blocking nucleic acid; (ii) a single-stranded complementary region at one of the 5' end of the blocking nucleic acid or the 3' end of the blocking nucleic acid, that anneals with the binding region of the unwanted miRNA under stringent conditions, wherein the complementary region has a terminal end; (iii) a hairpin loop forming region adjacent to the complementary region, the hairpin loop forming region having a ligative terminal end; and (iv) a first blocking moiety linked to the terminal end of the complementary region, in which said first blocking moiety cannot serve as a substrate for ligases; and (b) introducing an RNA adapter and an RNA ligase under conditions to allow the RNA adapter to ligate to the 5' end of the plurality of miRNAs, but wherein the RNA adapter is prevented from ligating to the unwanted miRNA by the blocking nucleic acid. (a) annealing a complementary region of a blocking nucleic acid to a binding region at a first end of the unwanted miRNA, wherein the first end of the unwanted miRNA is one of the 5' end or the 3' end, the blocking nucleic acid comprising: (i) a 5' end of the blocking nucleic acid and a 3' end of the blocking nucleic acid; (ii) a single-stranded complementary region at one of the 5' end of the blocking nucleic acid or the 3' end of the blocking nucleic acid, that anneals with the binding region of the unwanted miRNA under stringent conditions, wherein the complementary region has a terminal end; (iii) a hairpin loop forming region adjacent to the complementary region, the hairpin loop forming region having a ligative terminal end; and (iv) a first blocking moiety linked to the terminal end of the complementary region, in which said first blocking moiety cannot serve as a substrate for ligases; and (i) a 5' end of the blocking nucleic acid and a 3' end of the blocking nucleic acid; (ii) a single-stranded complementary region at one of the 5' end of the blocking nucleic acid or the 3' end of the blocking nucleic acid, that anneals with the binding region of the unwanted miRNA under stringent conditions, wherein the complementary region has a terminal end; (iii) a hairpin loop forming region adjacent to the complementary region, the hairpin loop forming region having a ligative terminal end; and (iv) a first blocking moiety linked to the terminal end of the complementary region, in which said first blocking moiety cannot serve as a substrate for ligases; and (b) introducing an RNA adapter and an RNA ligase under conditions to allow the RNA adapter to ligate to the 5' end of the plurality of miRNAs, but wherein the RNA adapter is prevented from ligating to the unwanted miRNA by the blocking nucleic acid.
Composition for an aqueous intumescent fire protection coating comprising at least one silicone resin emulsion as a bonding agent, titanium dioxide and an acid-producing substance selected from ammonium salts of phosphoric acids and/or polyphosphoric acids or ammonium polyphosphates of formula (NH 4 PO 3) n, where n is a number from 10 to ≥ 1000, and an agent which produces foam in the event of a fire.
An agent comprising a rare sugar usable as a sweetener as an active ingredient for use in extending lifespan by enhancing the production or activity of super-oxide dismutase and catalase.
A refrigeration control method of an air conditioner, characterized by comprising: after the air conditioner is running for refrigeration, detecting an indoor temperature, an outdoor temperature and an actual evaporation temperature of the air conditioner during operation; after the indoor temperature meets a preset condition, determining an instantaneous capacity demand of an indoor heat load according to a currently detected indoor temperature and a currently detected outdoor temperature, determining a target evaporation temperature according to the instantaneous capacity demand, and determining an operating frequency and an action cycle of a compressor of the air conditioner based on the target evaporation temperature and the actual evaporation temperature; and after controlling the compressor to run at the operating frequency for several action cycles, in response to that the actual evaporation temperature does not reach the target evaporation temperature, returning to perform the step of determining the instantaneous capacity demand of the indoor heat load according to the currently detected indoor temperature and the currently detected outdoor temperature until the air conditioner meets a preset stop condition.
Modular femur-head prosthesis comprising a shaft part for inserting into a medullary opening of a femur, and a neck part with a receiving surface, which neck part can be secured on a supporting surface in the end region of the shaft part by means of a screw element, wherein at least one separate intermediate ring is provided, which is arranged between the supporting surface of the shaft part and the receiving surface of the neck part and is fixed by means of the screw element, and wherein the receiving surface is arranged recessed in a depression that forms an enclosure around the intermediate ring, characterized in that the screw element is an expansion screw.
Aircraft propulsion unit assembly comprising a turbojet engine, an attachment pylon for attaching the turbojet engine to a wing structure of the aircraft, and a heat exchanger comprising a heat exchange casing attached to an upper face of the attachment pylon, through which casing there circulate a stream of hot air and a stream of cooling air, the said heat exchanger comprising a hot air inlet duct for conveying the stream of hot air into the casing and a cooling air discharge duct for expelling the stream of cooling air from the heat exchange casing, characterized in that the said hot air inlet duct and the said cooling air discharge duct are concentric and situated on the same rear face of the casing, and in that the stream of cooling air and the stream of hot air circulate horizontally in the casing, parallel to one another, the stream of cooling air entering the casing via a front face of the said casing, the stream of hot air circulating from back to front then from front to back in the casing so that the stream of hot air and the stream of cooling air at least partially circulate in opposite direction in the casing.
A composition comprising: a silane functionalized polyolefin; and a hindered amine light stabilizer (HALS) having a weight average molecular weight, Mw, greater than 5,000 Dalton (g/mol). a silane functionalized polyolefin; and a hindered amine light stabilizer (HALS) having a weight average molecular weight, Mw, greater than 5,000 Dalton (g/mol).
A thumbstick (130A, 130B, 600, 700) for a user input device, comprising: an adjustable tensioning mechanism configured to modify a tilt tension of a tiltable post, wherein the tiltable post is operable to output a control signal based on a position of the tiltable post relative to a default position; a cap comprising a cylindrical stem that defines a first cavity; a base that is moveable with the tiltable post, the base comprising a cylindrical portion extending into the first cavity of the cylindrical stem, the cylindrical portion defining a second cavity and comprising a protuberance (648, 650) projecting into the second cavity; and an adjustment body (604, 704) located within the second cavity of the cylindrical portion, the adjustment body (604, 704) comprising: a contacting surface (664, 764) at a distal end (665, 765) that contacts an engagement surface of the adjustable tensioning mechanism; and a slot (656, 660, 756, 760) recessed into a face (658, 758) of the adjustment body (604, 704), the slot (656, 660, 756, 760) extending around a portion of the face (658, 758); wherein the protuberance (648, 650) of the cylindrical portion extends into the slot (656, 660, 756, 760), and the slot (656, 660, 756, 760) is configured to engage the protuberance (648, 650) when the adjustment body (604, 704) is rotated and translated from a first orientation to a second orientation to adjust the tilt tension of the tiltable post. an adjustable tensioning mechanism configured to modify a tilt tension of a tiltable post, wherein the tiltable post is operable to output a control signal based on a position of the tiltable post relative to a default position; a cap comprising a cylindrical stem that defines a first cavity; a base that is moveable with the tiltable post, the base comprising a cylindrical portion extending into the first cavity of the cylindrical stem, the cylindrical portion defining a second cavity and comprising a protuberance (648, 650) projecting into the second cavity; and an adjustment body (604, 704) located within the second cavity of the cylindrical portion, the adjustment body (604, 704) comprising: a contacting surface (664, 764) at a distal end (665, 765) that contacts an engagement surface of the adjustable tensioning mechanism; and a slot (656, 660, 756, 760) recessed into a face (658, 758) of the adjustment body (604, 704), the slot (656, 660, 756, 760) extending around a portion of the face (658, 758); a contacting surface (664, 764) at a distal end (665, 765) that contacts an engagement surface of the adjustable tensioning mechanism; and a slot (656, 660, 756, 760) recessed into a face (658, 758) of the adjustment body (604, 704), the slot (656, 660, 756, 760) extending around a portion of the face (658, 758); wherein the protuberance (648, 650) of the cylindrical portion extends into the slot (656, 660, 756, 760), and the slot (656, 660, 756, 760) is configured to engage the protuberance (648, 650) when the adjustment body (604, 704) is rotated and translated from a first orientation to a second orientation to adjust the tilt tension of the tiltable post.
A microfluidic chip for insertion into a slot that extends horizontally, comprising: an upper surface; a lower surface opposite the upper surface; a flow passage (14, 16, 18) for fluid located between the upper surface and the lower surface; and only two communication holes (10, 12) that communicate with the flow passage (14, 16, 18) and open at the upper surface; characterized in that the flow passage (14, 16, 18) and the communication holes (10, 12) are adapted to store a liquid filled therein; wherein a line segment that connects the two communication holes (10, 12) is inclined with respect to an insertion direction along which the microfluidic chip is to be inserted into the slot. an upper surface; a lower surface opposite the upper surface; a flow passage (14, 16, 18) for fluid located between the upper surface and the lower surface; and only two communication holes (10, 12) that communicate with the flow passage (14, 16, 18) and open at the upper surface; characterized in that the flow passage (14, 16, 18) and the communication holes (10, 12) are adapted to store a liquid filled therein; wherein a line segment that connects the two communication holes (10, 12) is inclined with respect to an insertion direction along which the microfluidic chip is to be inserted into the slot.
2,6-diaminopurine for the use thereof in the treatment of a disease due to a nonsense mutation in a gene leading to the premature introduction of a UGA stop codon.
A dental implant of the kind comprising an anchoring base in the form of a screw provided with a blind bore and a post intended to support a prosthetic tooth, said anchoring base and said post being provided with complementary connecting means comprising an indexing system, the constituent parts of which can be assembled by plugging-in or interengagement, on the one hand, the male element of said indexing system that is formed by the distal or base end of the prosthetic element or post comprises at least two radial branches which are equally angularly spaced and on the other hand the recess constituting the female element of said indexing system provided in the bore of the anchoring base is provided with a number of lobes or notches disposed at a mutually equal distance, said number being formed by a multiple of the number of radial branches of said male element, characterised by the combination of the indexing system with a connecting system wherein the co-operating end parts of the post and the implantation base are arranged to permit a connection by interlocking of said post and said implantation base by means of a connecting system of morse taper type.
A method comprising: operating at least one transmitter, of a station, for multiple transmit periods in a first time interval; and operating at least one receiver, of the station, for a receive period in a second time interval after the first time interval, wherein each transmit period is a fraction of the receive period, the receive period is a fraction of the second time interval, and a time between consecutive transmit periods is equal to or less than a time of the receive period. operating at least one transmitter, of a station, for multiple transmit periods in a first time interval; and operating at least one receiver, of the station, for a receive period in a second time interval after the first time interval, wherein each transmit period is a fraction of the receive period, the receive period is a fraction of the second time interval, and a time between consecutive transmit periods is equal to or less than a time of the receive period.
A method of controlling a current of a three-phase electric motor by means of a three-phase controller, wherein the voltages (U1, U2) of two of the three phases are controlled by means of adjusting firing angles (α) of semiconductors provided in said phases (L1, L2), and wherein a third phase is connected directly to a third phase terminal of the electric motor, the method comprising the following steps: - determining a range of firing angles in which DC components may appear in current supplied to the electric motor, characterised by: - adjusting the firing angles so as to leave the range of firing angles in which the DC components may appear. - determining a range of firing angles in which DC components may appear in current supplied to the electric motor, - adjusting the firing angles so as to leave the range of firing angles in which the DC components may appear.
A portable electronic device, comprising a display and a slot antenna, wherein the portable electronic device has a length, a width that is less than the length, and a height that is less than the width, characterized by: a first housing assembly containing a plurality of different conductive structures (14, 84, 90, 208, 212, 210, 214, 216, 220, 222, 224, 230, 240) electrically connected to each other to ring an antenna slot of the slot antenna, wherein the antenna slot has a longitudinal axis extending across the width of the portable electronic device, the plurality of different conductive structures comprises a conductive bezel that defines a first edge of the antenna slot, the first edge of the antenna slot extends parallel to the longitudinal axis, the antenna slot has a second edge that opposes the first edge of the antenna slot, and the second edge has at least one discontinuity between two conductive structures (220, 230, 298, 294) of the plurality of different conductive structures forming a gap (226, 254, 296); and a second housing assembly that includes a conductive bridging structure (274, 290) that bridges the gap (226, 254, 296) between said two conductive structures (220, 230, 298, 294), wherein the plurality of conductive structures (14, 84, 90, 208, 212, 210, 214, 216, 220, 222, 224, 230, 240) and the conductive bridging structure (274, 290) form a continuous inner perimeter for the closed antenna slot, wherein the first and second housing assemblies (70, 60) mate to form the portable electronic device, and wherein the second housing assembly includes the display. a first housing assembly containing a plurality of different conductive structures (14, 84, 90, 208, 212, 210, 214, 216, 220, 222, 224, 230, 240) electrically connected to each other to ring an antenna slot of the slot antenna, wherein the antenna slot has a longitudinal axis extending across the width of the portable electronic device, the plurality of different conductive structures comprises a conductive bezel that defines a first edge of the antenna slot, the first edge of the antenna slot extends parallel to the longitudinal axis, the antenna slot has a second edge that opposes the first edge of the antenna slot, and the second edge has at least one discontinuity between two conductive structures (220, 230, 298, 294) of the plurality of different conductive structures forming a gap (226, 254, 296); and a second housing assembly that includes a conductive bridging structure (274, 290) that bridges the gap (226, 254, 296) between said two conductive structures (220, 230, 298, 294), wherein the plurality of conductive structures (14, 84, 90, 208, 212, 210, 214, 216, 220, 222, 224, 230, 240) and the conductive bridging structure (274, 290) form a continuous inner perimeter for the closed antenna slot, wherein the first and second housing assemblies (70, 60) mate to form the portable electronic device, and wherein the second housing assembly includes the display.