mhurhangee/patent-ind-claim-en huggingface dataset:
A method for analyzing a biological sample, comprising: (a) contacting the biological sample with: (i) a first probe comprising a first hybridization region and a first portion of a barcode region, and (ii) a second probe comprising a second hybridization region and a second portion of the barcode region, wherein the first and second hybridization regions are complementary to target sequences in a target nucleic acid molecule in the biological sample, and wherein the barcode region comprises one or more barcode sequences corresponding to the target nucleic acid molecule; (b) connecting the first and second probes hybridized to the target nucleic acid molecule to form a composite probe by connecting the first and second portions of the barcode region; and (c) contacting the biological sample with one or more detectable probes that hybridize to the barcode region at sequences corresponding to both the first portion of the barcode region and the second portion of the barcode region, or a complement thereof, wherein a signal associated with the one or more detectable probes is detected in the biological sample, thereby detecting the target nucleic acid molecule in the biological sample. (a) contacting the biological sample with: (i) a first probe comprising a first hybridization region and a first portion of a barcode region, and (ii) a second probe comprising a second hybridization region and a second portion of the barcode region, wherein the first and second hybridization regions are complementary to target sequences in a target nucleic acid molecule in the biological sample, and wherein the barcode region comprises one or more barcode sequences corresponding to the target nucleic acid molecule; (i) a first probe comprising a first hybridization region and a first portion of a barcode region, and (ii) a second probe comprising a second hybridization region and a second portion of the barcode region, wherein the first and second hybridization regions are complementary to target sequences in a target nucleic acid molecule in the biological sample, and wherein the barcode region comprises one or more barcode sequences corresponding to the target nucleic acid molecule; (b) connecting the first and second probes hybridized to the target nucleic acid molecule to form a composite probe by connecting the first and second portions of the barcode region; and (c) contacting the biological sample with one or more detectable probes that hybridize to the barcode region at sequences corresponding to both the first portion of the barcode region and the second portion of the barcode region, or a complement thereof,
A terminal in a New Radio, NR, communication system, the terminal comprising: a receiving section adapted to receive, from a base station, downlink control information on a downlink control channel; a control section adapted to control detection of common search spaces, which are candidates for allocating, by the base station, the downlink control channel and which correspond to different numerologies, used for communication between the terminal and said base station, based on information that is indicated by the radio base station and/or information about communication capabilities of the terminal which the terminal supports itself; said terminal being characterized in that it further comprises: a transmission section adapted to transmit, to the base station, a random access preamble, PRACH, wherein the receiving section is adapted to receive the downlink control information in a given common search space of said common search spaces that is configured in association with a PRACH resource set used to transmit the PRACH by the transmission section of the terminal. a receiving section adapted to receive, from a base station, downlink control information on a downlink control channel; a control section adapted to control detection of common search spaces, which are candidates for allocating, by the base station, the downlink control channel and which correspond to different numerologies, used for communication between the terminal and said base station, based on information that is indicated by the radio base station and/or information about communication capabilities of the terminal which the terminal supports itself; said terminal being characterized in that it further comprises: a transmission section adapted to transmit, to the base station, a random access preamble, PRACH, wherein the receiving section is adapted to receive the downlink control information in a given common search space of said common search spaces that is configured in association with a PRACH resource set used to transmit the PRACH by the transmission section of the terminal. a transmission section adapted to transmit, to the base station, a random access preamble, PRACH, wherein the receiving section is adapted to receive the downlink control information in a given common search space of said common search spaces that is configured in association with a PRACH resource set used to transmit the PRACH by the transmission section of the terminal.
Transdermal therapeutic system comprising an active ingredient-impermeable, occlusive backing layer, a single-layer or multilayer matrix, and a removable protective sheet, characterized in that the matrix or at least one of the matrix layers contains a pharmaceutical active ingredient or multiple pharmaceutical active ingredients in the form of at least one of its/their pharmaceutically acceptable salts and a pharmaceutically acceptable oxide which reacts to form a base upon contact with water, wherein said reaction is initiated only after the application of the TTS to skin owing to uptake of water and wherein the pharmaceutical active ingredient/the pharmaceutical active ingredients and the oxide/the oxides are contained in different matrix layers.
An extraction method for extracting a flavor constituent from a tobacco raw material, comprising: a step A for heating a tobacco raw material which is subjected to an alkali treatment; and a step B for bringing a release component released in the gas phase in the step A into contact with a collection solvent at a temperature of 10°C or more and 40°C or less until any time from when a first condition is satisfied to when a second condition is satisfied, wherein the first condition is a condition that a remaining amount of nicotine component which is an index of the flavor constituent contained in the tobacco raw material decreases until reaching 1.7 wt% in the case where the weight of the tobacco raw material in the dry state is 100 wt%, or is a condition that a residual rate of the nicotine component decreases until 40% in the case where the weight of the tobacco raw material is 100 wt%, and the second condition is a condition that the remaining amount of the nicotine component contained in the tobacco raw material decreases until reaching 0.3 wt% in the case where the weight of the tobacco raw material in the dry state is 100 wt%. a step A for heating a tobacco raw material which is subjected to an alkali treatment; and a step B for bringing a release component released in the gas phase in the step A into contact with a collection solvent at a temperature of 10°C or more and 40°C or less until any time from when a first condition is satisfied to when a second condition is satisfied, wherein the first condition is a condition that a remaining amount of nicotine component which is an index of the flavor constituent contained in the tobacco raw material decreases until reaching 1.7 wt% in the case where the weight of the tobacco raw material in the dry state is 100 wt%, or is a condition that a residual rate of the nicotine component decreases until 40% in the case where the weight of the tobacco raw material is 100 wt%, and the second condition is a condition that the remaining amount of the nicotine component contained in the tobacco raw material decreases until reaching 0.3 wt% in the case where the weight of the tobacco raw material in the dry state is 100 wt%.
Front jaw of a safety ski binding with a height-adjustable support arrangement for the front part of the sole of ski boot, wherein the support arrangement has a slide displaceable in the longitudinal ski direction and simultaneously in a vertical direction along the base plate , the height position of which is adjustable through turning a set screw oriented in a longitudinal ski direction, characterised in that the set screw is screwed into the slide in a horizontally extending way, is held on the base plate in its horizontal position, can be moved in a vertical direction and is held in its horizontal position by a locking part inserted into the base plate and allowing a vertical movement of the set screw , wherein the locking part is a U-shaped bracket, which is inserted into the recesses of the base plate from below, taking up the set screw in the area of the arresting point .
A current carrying assembly for use in a high temperature superconducting, HTS magnet coil, the current carrying assembly comprising a partially insulating layer and first and second HTS cables; wherein the first and second HTS cables are on respective first and second surfaces of the partially insulating layer; the partially insulating layer comprising: an insulating body having within it: a set of linking tracks wherein each linking track is electrically conductive and is electrically connected to the first and second surfaces of the partially insulating layer, in order to provide an electrical path between said first and second surfaces; a set of pickup tracks , wherein each pickup track is electrically conductive and is inductively coupled to a respective linking track, and electrically isolated from the first and second surfaces; and wherein each of the pickup tracks is electrically connected to electrical contacts for connection to a current measuring device; and wherein the electrial contacts are on surfaces of the partially insulating layer other than the first and second surfaces. the partially insulating layer comprising: an insulating body having within it: a set of linking tracks wherein each linking track is electrically conductive and is electrically connected to the first and second surfaces of the partially insulating layer, in order to provide an electrical path between said first and second surfaces; a set of pickup tracks , wherein each pickup track is electrically conductive and is inductively coupled to a respective linking track, and electrically isolated from the first and second surfaces; and a set of linking tracks wherein each linking track is electrically conductive and is electrically connected to the first and second surfaces of the partially insulating layer, in order to provide an electrical path between said first and second surfaces; a set of pickup tracks , wherein each pickup track is electrically conductive and is inductively coupled to a respective linking track, and electrically isolated from the first and second surfaces; and wherein each of the pickup tracks is electrically connected to electrical contacts for connection to a current measuring device; and wherein the electrial contacts are on surfaces of the partially insulating layer other than the first and second surfaces.
A reference signal configuration method, comprising: sending configuration information of one or more reference signal through system information and/or paging messages by a network device ; wherein the one or more reference signal is configured for time-frequency synchronization; characterized in that the sending configuration information of one or more reference signal through system information and/or paging messages by a network device , comprises: sending, by the network device , configuration information of one or more candidate reference signal through the system information; and sending, by the network device , first indication information through the paging messages; wherein the first indication information is configured to indicate an available reference signal or an unavailable reference signal in the candidate reference signal, wherein the available reference signal is the one or more reference signal sent by the network device . sending configuration information of one or more reference signal through system information and/or paging messages by a network device ; wherein the one or more reference signal is configured for time-frequency synchronization; characterized in that the sending configuration information of one or more reference signal through system information and/or paging messages by a network device , comprises: sending, by the network device , configuration information of one or more candidate reference signal through the system information; and sending, by the network device , first indication information through the paging messages; wherein the first indication information is configured to indicate an available reference signal or an unavailable reference signal in the candidate reference signal, wherein the available reference signal is the one or more reference signal sent by the network device . sending, by the network device , configuration information of one or more candidate reference signal through the system information; and sending, by the network device , first indication information through the paging messages; wherein the first indication information is configured to indicate an available reference signal or an unavailable reference signal in the candidate reference signal, wherein the available reference signal is the one or more reference signal sent by the network device .
A slurry process for preparing an ethylene polymer having a melt flow ratio F/P, which is the ratio among the melt index value measured according to ASTM 1238 condition "F" and the melt index value measured according to ASTM 1238 condition "P" , of higher than 25, carried out in two or more stages of polymerization at temperatures in the range from 60 to 120°C, in which at least two of the said two or more polymerization stages are carried out under different concentration of a molecular weight regulator, said process being carried out in the presence of a catalyst system comprising the product obtained by contacting (A) a solid catalyst component comprising Ti, Mg, halogen, being in particles having substantially spherical morphology wherein the ratio between the greater axis and the smaller axis is equal to or lower than 1.5, and average particle diameter comprised between 8 to 25 μm and having a porosity (P F ), measured by the mercury method described in the characterization section, and due to pores with radius equal to, or lower than, 1μm of at least 0.3 cm 3 /g and a surface area determined by BET method, ranging from 30 to 80 m 2 /g, and (B) of an organoaluminum compound.
An audio processor configured for generating, for each of a set of one or more loudspeakers , a set of one or more parameters , which determine a derivation of a loudspeaker signal to be reproduced by respective loudspeaker from an audio signal , based on a listener position and loudspeaker positioning of the set of one or more loudspeakers , wherein the loudspeaker positioning is defined by the position and orientation of the loudspeakers ; wherein the audio processor is configured to base the generation of the set of one or more parameters for the respective loudspeaker of the set of one or more loudspeakers on a loudspeaker characteristic of at least one of the set of one or more loudspeakers , wherein the loudspeaker characteristic represents an emission-angle dependent frequency response of an emission characteristic of the at least one of the set of one or more loudspeakers, and wherein the audio processor is configured to set each set of one or more parameters separately depending on an angle at which the listener position resides relative to an on-axis forward direction of the respective loudspeaker of the set of one or more loudspeakers , wherein the audio processor is configured such that the set of one or more parameters for the respective loudspeaker is adjusted so that the loudspeaker signal of the respective loudspeaker is derived from the audio signal to be reproduced by spectrally filtering with a transfer function which compensates a deviation of a frequency response of an emission characteristic of the respective loudspeaker into a direction pointing from the loudspeaker position of the respective loudspeaker to the listener position from the frequency response of the emission characteristic of the respective loudspeaker into the on-axis forward direction. wherein the audio processor is configured to base the generation of the set of one or more parameters for the respective loudspeaker of the set of one or more loudspeakers on a loudspeaker characteristic of at least one of the set of one or more loudspeakers , wherein the loudspeaker characteristic represents an emission-angle dependent frequency response of an emission characteristic of the at least one of the set of one or more loudspeakers, and wherein the audio processor is configured to set each set of one or more parameters separately depending on an angle at which the listener position resides relative to an on-axis forward direction of the respective loudspeaker of the set of one or more loudspeakers , wherein the audio processor is configured such that the set of one or more parameters for the respective loudspeaker is adjusted so that the loudspeaker signal of the respective loudspeaker is derived from the audio signal to be reproduced by spectrally filtering with a transfer function which compensates a deviation of a frequency response of an emission characteristic of the respective loudspeaker into a direction pointing from the loudspeaker position of the respective loudspeaker to the listener position from the frequency response of the emission characteristic of the respective loudspeaker into the on-axis forward direction.
An implant configured to control travel of a leaflet of a heart valve, the implant comprising: a first implant member that includes: at least one mechanical tissue fastener ; a first implant member connector ; and an adjustable length tether connecting the at least one mechanical tissue fastener and the first implant member connector ; and a second implant member that includes: a magnetic second implant member connector ; and a tissue anchor ; wherein the first implant member connector and the second implant member connector are magnetically couplable. at least one mechanical tissue fastener ; a first implant member connector ; and an adjustable length tether connecting the at least one mechanical tissue fastener and the first implant member connector ; and a second implant member that includes: a magnetic second implant member connector ; and a tissue anchor ; wherein the first implant member connector and the second implant member connector are magnetically couplable. a magnetic second implant member connector ; and a tissue anchor ; wherein the first implant member connector and the second implant member connector are magnetically couplable.
Aircraft laminar multispar lifting surface , made of Composite Fibre Reinforced Plastic and comprising a multispar torsion box and a leading edge , the multispar torsion box comprising a forward spar , a rear spar and intermediate spars , the outer skin of the aircraft laminar multispar lifting surface comprising an upper cover , a lower cover and a nose cup covering the nose tip of the leading edge , the leading edge being integrated with the multispar torsion box in a single structure, characterized in that the leading edge comprising at least one spar , the upper cover and the lower cover of the outer skin of the aircraft laminar multispar lifting surface extend over the torsion box and partially over the leading edge , with an overlapping area between each of the upper and lower covers and the nose cup .
A method of making an assembly, comprising applying a curable sealant to a metal surface of a first article ; contacting the curable sealant on the first article metal surface with an electrically conductive surface of a second article ; and curing the curable sealant ; characterized in that : said method comprises the step of disposing the first article with the curable sealant on the first article metal surface in a storage environment maintained at a temperature below a curing temperature of the curable sealant to maintain the curable sealant in a solidified at least partially uncured state, and removing the first article with the curable sealant on the first article metal surface from the storage environment prior to raising the temperature to a temperature sufficient to allow flow of the curable sealant before compressing the curable sealant between the first article metal surface and the second article electrically conductive surface to displace a portion of the curable sealant from space between the first article metal surface and the second article electrically conductive surface, and curing the curable sealant, wherein the first article electrically conductive surface and the second article electrically conductive surface have different electrode potentials.
Dental instrument comprising a shaft and a working part adjoined thereto, with the working part having a coating in which abrasive bodies are embedded, characterized in that the coating consists of a nickel alloy which additionally contains at least one element selected from the group consisting of vanadium, niobium, chromium, molybdenum, tungsten, manganese, iron and cobalt.
A microelectromechanical systems die comprising: a thermally conductive substrate ; at least one insulator film disposed on the thermally conductive substrate; a sensor material disposed on the at least one insulator film, the sensor material being configured to detect the presence of a target gas as it passes over the sensor material; a heater ; at least one electrode in contact with the sensor material, a connection means of electrical input and output to the at least one electrode provided by a pair of wire bonds , each wire bond operably coupled to a respective bond pad disposed on the at least one insulator film; and a temperature sensor disposed around the sensor material and located between the heater and the sensor material, a connection means of electrical input and output to the temperature sensor provided by a pair of wire bonds , each wire bond operably coupled to a respective bond pad disposed on the at least one insulator film; characterised in that the heater is completely circumferentially disposed around the sensor material and the temperature sensor; and wherein the heater surrounds said bond pads coupled to the at least one electrode and the temperature sensor such that there is no direct thermal path between the bond pads and the sensor material. a thermally conductive substrate ; at least one insulator film disposed on the thermally conductive substrate; a sensor material disposed on the at least one insulator film, the sensor material being configured to detect the presence of a target gas as it passes over the sensor material; a heater ; at least one electrode in contact with the sensor material, a connection means of electrical input and output to the at least one electrode provided by a pair of wire bonds , each wire bond operably coupled to a respective bond pad disposed on the at least one insulator film; and a temperature sensor disposed around the sensor material and located between the heater and the sensor material, a connection means of electrical input and output to the temperature sensor provided by a pair of wire bonds , each wire bond operably coupled to a respective bond pad disposed on the at least one insulator film; characterised in that the heater is completely circumferentially disposed around the sensor material and the temperature sensor; and wherein the heater surrounds said bond pads coupled to the at least one electrode and the temperature sensor such that there is no direct thermal path between the bond pads and the sensor material.