mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting and/or quantifying a target nucleotide sequence in a sample comprising the steps of: - providing the target nucleotide sequence as a single strand; - hybridizing the single strand target nucleotide sequence with a first probe of single strand nucleic acid and with a second probe of single strand nucleic acid, the first probe being immobilised at one end to a solid support and comprising, at the opposite end, a sequence complementary to a first portion of the target nucleotide sequence, the second probe being marked at one end and comprising, at the opposite end, a sequence complementary to a second portion of target nucleotide sequence, wherein the first portion and the second portion of target nucleotide sequence have 2 to 10 nucleotides in common, so as to form a first probe-target nucleotide sequence- second probe complex; - detecting the first probe-target nucleotide sequence- second probe complex. - providing the target nucleotide sequence as a single strand; - hybridizing the single strand target nucleotide sequence with a first probe of single strand nucleic acid and with a second probe of single strand nucleic acid, the first probe being immobilised at one end to a solid support and comprising, at the opposite end, a sequence complementary to a first portion of the target nucleotide sequence, the second probe being marked at one end and comprising, at the opposite end, a sequence complementary to a second portion of target nucleotide sequence, wherein the first portion and the second portion of target nucleotide sequence have 2 to 10 nucleotides in common, so as to form a first probe-target nucleotide sequence- second probe complex; the first probe being immobilised at one end to a solid support and comprising, at the opposite end, a sequence complementary to a first portion of the target nucleotide sequence, the second probe being marked at one end and comprising, at the opposite end, a sequence complementary to a second portion of target nucleotide sequence, wherein the first portion and the second portion of target nucleotide sequence have 2 to 10 nucleotides in common, so as to form a first probe-target nucleotide sequence- second probe complex; - detecting the first probe-target nucleotide sequence- second probe complex.
A method comprising: receiving one or more generic commands when coupled to a conference call that includes at least a first conference hosting system and a second conference hosting system that are coupled together through a server, the conference call including a plurality of participants coupled to the conference call using one or more mobile devices (130, 135, 136, 140), wherein the first conference hosting system provides first user controls that are at least, in part, different from second user controls provided by the second conference hosting system, and wherein the one or more generic commands are generated by a mobile device coupled to the conference call via the first conference hosting system and correspond to a user control of the first user controls; automatically translating, by a control module in the mobile device, the one or more generic commands into one or more native commands recognized by the second conference hosting system, of the plurality of conference hosting systems; and automatically sending, via the server, the one or more native commands to the second conference hosting system. receiving one or more generic commands when coupled to a conference call that includes at least a first conference hosting system and a second conference hosting system that are coupled together through a server, the conference call including a plurality of participants coupled to the conference call using one or more mobile devices (130, 135, 136, 140), wherein the first conference hosting system provides first user controls that are at least, in part, different from second user controls provided by the second conference hosting system, and wherein the one or more generic commands are generated by a mobile device coupled to the conference call via the first conference hosting system and correspond to a user control of the first user controls; automatically translating, by a control module in the mobile device, the one or more generic commands into one or more native commands recognized by the second conference hosting system, of the plurality of conference hosting systems; and automatically sending, via the server, the one or more native commands to the second conference hosting system.
A method for cooking, heating, or processing food, the method comprising: providing at least one array comprised of at least one narrowband direct electron- or current-to-photon IR solid state emitter (radiance emitting device), operative to emit radiant energy in at least one narrow wavelength band; and, controlling the at least one narrowband irradiation array to emit radiant energy in at least one narrow wavelength band selected according to the specific absorption spectral curve of at least one food item to cause a desired processing effect in the at least one food item. providing at least one array comprised of at least one narrowband direct electron- or current-to-photon IR solid state emitter (radiance emitting device), operative to emit radiant energy in at least one narrow wavelength band; and, controlling the at least one narrowband irradiation array to emit radiant energy in at least one narrow wavelength band selected according to the specific absorption spectral curve of at least one food item to cause a desired processing effect in the at least one food item.
A method for analyzing aerosol particles, comprising: providing an electrokinetic propulsion device including a housing having an opening and enclosing a high voltage electrode to generate a plasma of electrically charged particles, and a carrier assembly removably receivable in the housing, the carrier assembly comprising a non-conductive carrier and a capture electrode (316A, 316B) removably secured to the carrier; depositing aerosol particles on said capture electrode (316A, 316B) from a volume of air entering through said opening and propelled electrokinetically through said device for a select period of time; removing said capture electrode (316A, 316B) from said carrier and extracting the captured aerosol particles from the capture electrode (316A, 316B); and analyzing the captured aerosol particles using a bio-specific assay to determine particle concentration in the volume of air. providing an electrokinetic propulsion device including a housing having an opening and enclosing a high voltage electrode to generate a plasma of electrically charged particles, and a carrier assembly removably receivable in the housing, the carrier assembly comprising a non-conductive carrier and a capture electrode (316A, 316B) removably secured to the carrier; depositing aerosol particles on said capture electrode (316A, 316B) from a volume of air entering through said opening and propelled electrokinetically through said device for a select period of time; removing said capture electrode (316A, 316B) from said carrier and extracting the captured aerosol particles from the capture electrode (316A, 316B); and analyzing the captured aerosol particles using a bio-specific assay to determine particle concentration in the volume of air.
A plate cylinder comprising: a plate-mounting surface on which a cylindrical printing plate is fitted from a front end side of the plate cylinder and mounted, a front stopper provided at an end portion of the front end side, a plate fixing member provided on an outer circumferential surface of the plate cylinder so as to move radially inward and outward and configured to bring the printing plate in close contact with the plate-mounting surface to fix the printing plate to the plate-mounting surface, and a rotation shaft, wherein the front stopper and the plate fixing member are provided on the rotation shaft, wherein the front stopper is configured so as to be able to switch between a protruding orientation in which at least a portion of the stopper is positioned so as to protrude to an outside of the plate-mounting surface in a radial direction and a retracted orientation in which the entire stopper is positioned to an inside of the plate-mounting surface in the radial direction, wherein the front stopper switches the orientations in conjunction with a radially outward movement of the plate fixing member, wherein the front stopper switches the orientations in conjunction with a rotational movement of the rotation shaft configured to movably operate the plate fixing member, and wherein, when the printing plate is attached to the plate-mounting surface of the print cylinder and the front stopper is switched to the protruding orientation, an end portion of the printing plate comes into contact with at least a portion of the front stopper. a plate-mounting surface on which a cylindrical printing plate is fitted from a front end side of the plate cylinder and mounted, a front stopper provided at an end portion of the front end side, a plate fixing member provided on an outer circumferential surface of the plate cylinder so as to move radially inward and outward and configured to bring the printing plate in close contact with the plate-mounting surface to fix the printing plate to the plate-mounting surface, and a rotation shaft, wherein the front stopper and the plate fixing member are provided on the rotation shaft, wherein the front stopper is configured so as to be able to switch between a protruding orientation in which at least a portion of the stopper is positioned so as to protrude to an outside of the plate-mounting surface in a radial direction and a retracted orientation in which the entire stopper is positioned to an inside of the plate-mounting surface in the radial direction, wherein the front stopper switches the orientations in conjunction with a radially outward movement of the plate fixing member, wherein the front stopper switches the orientations in conjunction with a rotational movement of the rotation shaft configured to movably operate the plate fixing member, and wherein, when the printing plate is attached to the plate-mounting surface of the print cylinder and the front stopper is switched to the protruding orientation, an end portion of the printing plate comes into contact with at least a portion of the front stopper.
A latent heat storage body, comprising: a core particle comprising a latent heat storage material of an Al-Si alloy; and an oxidized film, which is α-Al 2 O 3, provided on an outer surface of the core particle, wherein a void as a buffer is present between the core and the oxidized film when the core particle is in a solid phase state, and wherein the core particle storage body has a spherical shape. a core particle comprising a latent heat storage material of an Al-Si alloy; and an oxidized film, which is α-Al 2 O 3, provided on an outer surface of the core particle, wherein a void as a buffer is present between the core and the oxidized film when the core particle is in a solid phase state, and wherein the core particle storage body has a spherical shape.
A method for extrusion blow molding a unitary toothbrush having an inner cavity comprising: a) providing an extrusion blow mold having a longitudinal axis and a cavity, the cavity having a head portion, handle portion, and neck portion which is positioned between the head and handle portion, wherein each cavity portion corresponds to a part formed on the unitary toothbrush, and a surface that defines a cross-sectional area; wherein the cavity has at least one of a greater cross-sectional area, bordered by two smaller cross-sectional areas along the longitudinal axis of the blow mold or a lesser cross-sectional area bordered by two greater cross-sectional areas along the longitudinal axis of the blow mold; b) extruding a parison comprising a thermoplastic resin, the parison includes an interior cavity and an outer surface, wherein the outer surface defines a cross-sectional area of the parison; c) closing the blow mold; d) expanding the parison using a fluid to contact the cavity surface and a subassembly to produce a toothbrush handle having an inner cavity; wherein the head portion of the blow mold cavity comprises one or more tuft hole pins; and the head portion of the blow mold cavity comprises a moveable brushhead base plate or a moveable backplate. a) providing an extrusion blow mold having a longitudinal axis and a cavity, the cavity having a head portion, handle portion, and neck portion which is positioned between the head and handle portion, wherein each cavity portion corresponds to a part formed on the unitary toothbrush, and a surface that defines a cross-sectional area; wherein the cavity has at least one of a greater cross-sectional area, bordered by two smaller cross-sectional areas along the longitudinal axis of the blow mold or a lesser cross-sectional area bordered by two greater cross-sectional areas along the longitudinal axis of the blow mold; b) extruding a parison comprising a thermoplastic resin, the parison includes an interior cavity and an outer surface, wherein the outer surface defines a cross-sectional area of the parison; c) closing the blow mold; d) expanding the parison using a fluid to contact the cavity surface and a subassembly to produce a toothbrush handle having an inner cavity;
A process for producing an absorbent polymer, comprising the process steps of i) polymerizing an aqueous monomer solution to obtain a polymer gel, ii) comminuting the polymer gel to obtain a pelletized gel material, iii) drying the pelletized gel material, wherein the pelletized gel material is subjected in step ii) to an at least three-stage comminution with a cutting unit, a tearing unit and a grinding unit, wherein the polymer gel after the comminution in step ii), in the form of the pelletized gel material obtained after the comminution and still prior to the commencement of the drying step iii), is mechanically loosened and a loosened pelletized gel material is obtained, wherein the spreading characteristics of the loosened pelletized gel material after step ii), at a time at which the pelletized gel material still has a water content between 45% and 65% based on the total weight of the pelletized gel material and a temperature T GP (GP = gel particles) within a range from 40 to 80°C, is characterized by at least one of the following features: (δ1) a first compressibility index κ 1 of the pelletized gel material is between 15% and 30%; (δ2) a second compressibility index κ 2 of the pelletized gel material is between 3.5*10 -5 Pa -1 and 5*10 -5 Pa -1; (δ3) a first decompressibility index κ 1 ' of the pelletized gel material is between 4% and 10%; (δ4) a second decompressibility index κ 2 ' of the pelletized gel material is between 4*10 -5 Pa -1 and 8*10 -5 Pa -1. i) polymerizing an aqueous monomer solution to obtain a polymer gel, ii) comminuting the polymer gel to obtain a pelletized gel material, iii) drying the pelletized gel material, (δ1) a first compressibility index κ 1 of the pelletized gel material is between 15% and 30%; (δ2) a second compressibility index κ 2 of the pelletized gel material is between 3.5*10 -5 Pa -1 and 5*10 -5 Pa -1; (δ3) a first decompressibility index κ 1 ' of the pelletized gel material is between 4% and 10%; (δ4) a second decompressibility index κ 2 ' of the pelletized gel material is between 4*10 -5 Pa -1 and 8*10 -5 Pa -1.
A method of making a composition comprising: forming a dispersion of particles comprising: a) silica, b) a non-volatile cation, and c) water, wherein the non-volatile cation is not ammonium; adding to the dispersion at least one organosilyl coupling agent of formula R 1 -(R 2 -O) 3 -Si where R 1 is selected from the group consisting of a substituted alkyl and unsubstituted alkyl, and R 2 is selected from the group consisting of methyl, ethyl, propyl and butyl, wherein the substituted alkyl of R 1 is not aminoalkyl; reacting the organosilyl coupling agent with the dispersion of particles to form a mixture comprising a silsesquioxane and an alcohol; and removing the alcohol from the mixture by vacuum distillation, wherein final concentration of the alcohol is 1% by weight or less of the total mixture. forming a dispersion of particles comprising: a) silica, b) a non-volatile cation, and c) water, wherein the non-volatile cation is not ammonium; adding to the dispersion at least one organosilyl coupling agent of formula R 1 -(R 2 -O) 3 -Si where R 1 is selected from the group consisting of a substituted alkyl and unsubstituted alkyl, and R 2 is selected from the group consisting of methyl, ethyl, propyl and butyl, wherein the substituted alkyl of R 1 is not aminoalkyl; reacting the organosilyl coupling agent with the dispersion of particles to form a mixture comprising a silsesquioxane and an alcohol; and removing the alcohol from the mixture by vacuum distillation, wherein final concentration of the alcohol is 1% by weight or less of the total mixture.
A process for the carbonylation of an ethylenically unsaturated compound comprising contacting ethene with carbon monoxide and a hydroxyl group containing compound in the presence of a catalyst system capable of catalysing the carbonylation of ethene, which system is obtainable by combining: a) a metal of Group VIIIB or a compound thereof selected from Ni, Pt and Pd, b) a bidentate phosphine ligand, and c) an acid having a pKa measured in aqueous solution at 18°C of less than 4, wherein said ligand is present in at least a 2:1 molar excess compared to said metal or said metal in said metal compound, and that said acid is present in at least a 2:1 molar excess compared to said ligand. a) a metal of Group VIIIB or a compound thereof selected from Ni, Pt and Pd, b) a bidentate phosphine ligand, and c) an acid having a pKa measured in aqueous solution at 18°C of less than 4,
A building facade with a closure element for closing a hole in the building facade, particularly a scaffold anchoring hole, wherein the closure element features a hollow-cylindrical shaft region, which is inserted into the hole and encloses a hollow space, as well as a flange region, which is arranged adjacent to the shaft region and forms a supporting surface, characterized in that the flange region of the closure element is a) formed by a disk that has a reduced material thickness in the overlapping region with the hollow space enclosed by the hollow-cylindrical shaft region in order to subsequently open the hollow space, wherein the disk can be easily penetrated by a fastening means or scaffold anchor in the overlapping region, or b) formed by a ring that features a membrane or a film in the overlapping region with the hollow space enclosed by the hollow-cylindrical shaft region. a) formed by a disk that has a reduced material thickness in the overlapping region with the hollow space enclosed by the hollow-cylindrical shaft region in order to subsequently open the hollow space, wherein the disk can be easily penetrated by a fastening means or scaffold anchor in the overlapping region, or b) formed by a ring that features a membrane or a film in the overlapping region with the hollow space enclosed by the hollow-cylindrical shaft region.
A catalytic article for treating an exhaust gas stream containing hydrocarbons, CO and particulate matter, the article comprising: a substrate having an inlet end and an outlet end defining an axial length; a first washcoat layer on the substrate comprising greater than or equal to 2% by weight palladium dispersed on a pure ceria support; and a second washcoat layer on the first washcoat layer, the second washcoat layer comprising a platinum group metal and a refractory metal oxide. a substrate having an inlet end and an outlet end defining an axial length; a first washcoat layer on the substrate comprising greater than or equal to 2% by weight palladium dispersed on a pure ceria support; and a second washcoat layer on the first washcoat layer, the second washcoat layer comprising a platinum group metal and a refractory metal oxide.
A method of improving resistance to environmental stress cracking promoted by corn oil in a fitting for joining pipe sections comprising molding the fitting from a chlorinated vinyl chloride (CPVC) compound, wherein the CPVC compound comprises at least one high molecular weight chlorinated vinyl chloride homopolymer resin (CPVC resin), wherein said high molecular weight CPVC homopolymer resin has a chlorine content of between 63 and 66.75 wt % and is prepared by chlorinating a vinyl chloride resin having an inherent viscosity of 0.79 to 1.02.
A tower, the tower being provided with suction through holes extending through a circumferential wall of the tower, wherein the suction through holes are distributed in a circumferential direction of the tower; the tower is further provided with a suction apparatus, and the suction apparatus is configured to perform suction to the suction through holes from outside to inside; and a shell is arranged in the tower, and a closed annular suction cavity is enclosed by the shell and an inner surface of a region, provided with the suction through holes, of the tower; the suction apparatus is configured to suction the suction cavity, to implement the suction to the suction through holes from outside to inside; characterized in that, partitions are further arranged in the suction cavity, and the suction cavity is divided, by the partitions, into a plurality of suction chambers distributed in the circumferential direction; the tower further comprises a controller, and the controller is configured to control the suction apparatus to suction the suction chambers corresponding to a windward side of the tower. a shell is arranged in the tower, and a closed annular suction cavity is enclosed by the shell and an inner surface of a region, provided with the suction through holes, of the tower; the suction apparatus is configured to suction the suction cavity, to implement the suction to the suction through holes from outside to inside; characterized in that, partitions are further arranged in the suction cavity, and the suction cavity is divided, by the partitions, into a plurality of suction chambers distributed in the circumferential direction; the tower further comprises a controller, and the controller is configured to control the suction apparatus to suction the suction chambers corresponding to a windward side of the tower.
Transmit scheduler for a terminal device capable of transmitting and/or receiving data information in a Carrier Sense Multiple Access/Collision Avoidance, CSMA/CA, network, wherein the transmit scheduler is divided in two different state-machines, one first transmit scheduler state-machine, FTSM, (CPU, 231), and one second transmit scheduler state-machine, STSM, unit, implemented in hardware logic circuitry, wherein the functional partitioning between the two state-machine units is such that the most constrained real-time requirements are allocated to the STSM unit, while all complex decisions and non time-critical controls are allocated to the FTSM, characterized in that the STSM unit comprises a STSM Controller which is capable of operating in and switching between four basic states of which one state, the first state (state 1), is present when a total backoff period has lapsed, a second state (state 2), when the communication medium is indicated as Busy, a third state (state 3) during a guard period (DIFS) and fourth state (state 4) during each backoff period counting.