mhurhangee/patent-ind-claim-en huggingface dataset:
A method of causing a genetic change in a plant cell, said method comprising exposing said cell to a DNA cutter and a gene repair oligonucleobase (GRON), wherein the DNA cutter is CRISPR-Cas, wherein the GRON includes one or more alterations from conventional RNA and DNA nucleotides, said alterations being selected from one or more 2'O-methyl nucleotides at the 5' and/or 3' ends, a reverse base (idC) at the 3' end, an O-(2-methoxyethyl) (MOE) modification at the 5' and/or 3' ends, one or more Cy3 groups at the 5' and/or 3' ends, wherein Cy3 denotes a blocked phosphoroamidite that upon incorporation into an oligonucleotide yields a 3,3,3',3'-tetramethyl N,N'-isopropyl substituted indomonocarbocyanine dye, and one or more 3PS groups at the 5' and/or 3' ends, wherein 3PS denotes 3 phosphothioate linkages, and wherein said GRON is between 15 and 210 nucleotides in length. wherein the DNA cutter is CRISPR-Cas, wherein the GRON includes one or more alterations from conventional RNA and DNA nucleotides, said alterations being selected from one or more 2'O-methyl nucleotides at the 5' and/or 3' ends, a reverse base (idC) at the 3' end, an O-(2-methoxyethyl) (MOE) modification at the 5' and/or 3' ends, one or more Cy3 groups at the 5' and/or 3' ends, wherein Cy3 denotes a blocked phosphoroamidite that upon incorporation into an oligonucleotide yields a 3,3,3',3'-tetramethyl N,N'-isopropyl substituted indomonocarbocyanine dye, and one or more 3PS groups at the 5' and/or 3' ends, wherein 3PS denotes 3 phosphothioate linkages, and wherein said GRON is between 15 and 210 nucleotides in length.
A sink top accessory comprising: two outer panels each having a predetermined depth being a dimension from a front towards a back of the sink top accessory ; and a center panel having a depth smaller than the predetermined depth of the two outer panels , the center panel being connected to the two outer panels using living hinges . two outer panels each having a predetermined depth being a dimension from a front towards a back of the sink top accessory ; and a center panel having a depth smaller than the predetermined depth of the two outer panels , the center panel being connected to the two outer panels using living hinges .
An internal control method of a food preparation appliance (A) comprising a control entity (C) arranged to receive control information (Cde) according to a communication protocol and at least one functional element (F) capable of being controlled by the control entity (C) and capable of carrying out a task (T), the internal control method of the food preparation appliance (A) comprising the following steps of: - (E1) receiving a control information (Cde) comprising a control instruction (IC) relating to at least one determined functional element (F) by the control entity (C), - (E2) generating a status information (IE) by the control entity (C), the status information (IE) relating to the ability of the at least one determined functional element (F) to execute said control instruction (IC), - (E3) transmitting the status information (IE) by the control entity (C) to a warning device (DA) of the food preparation appliance (A), the warning device (DA) being capable of emitting a signal (S) relating to said status information (IE), - (E4) receiving a control confirmatory instruction (ICC) by the control entity (C) from a user interface (U) of the food preparation appliance (A), the user interface being disposed on or provided in a case of the food preparation appliance, then - (E5) triggering the execution of a determined task (T) by the at least one determined functional element (F) corresponding to the control instruction (IC). - (E1) receiving a control information (Cde) comprising a control instruction (IC) relating to at least one determined functional element (F) by the control entity (C), - (E2) generating a status information (IE) by the control entity (C), the status information (IE) relating to the ability of the at least one determined functional element (F) to execute said control instruction (IC), - (E3) transmitting the status information (IE) by the control entity (C) to a warning device (DA) of the food preparation appliance (A), the warning device (DA) being capable of emitting a signal (S) relating to said status information (IE), - (E4) receiving a control confirmatory instruction (ICC) by the control entity (C) from a user interface (U) of the food preparation appliance (A), the user interface being disposed on or provided in a case of the food preparation appliance, then - (E5) triggering the execution of a determined task (T) by the at least one determined functional element (F) corresponding to the control instruction (IC).
A distributed antenna system, DAS , comprising: a plurality of nodes, including: a head-end unit ; and a plurality of remote units that are communicatively coupled to the head-end unit ; wherein the head-end unit is configured to receive uplink received signals from remote units that wirelessly transceive signals in a coverage area ; wherein the head-end unit includes one or more summer devices configured to sum two or more of the uplink received signals to produce a summed uplink received signal; and wherein at least one of the nodes of the DAS includes a processing device including one or more transfer function calculators configured to determine a transfer function based on samples of the summed uplink received signal and/or the uplink received signals received from one or more samplers in an uplink signal path, wherein the one or more transfer function calculators are configured to provide the determined transfer function to one or more transfer function filters in order to configure a variable filter of each of the one or more transfer function filters to apply the determined transfer function to signals in the DAS in the uplink signal path prior to summation by the one or more summer devices or in a downlink signal path, wherein application of the determined transfer function cancels, reduces, attenuates, or eliminates intermodulation byproducts in the summed uplink received signal. a plurality of nodes, including: a head-end unit ; and a plurality of remote units that are communicatively coupled to the head-end unit ; a head-end unit ; and a plurality of remote units that are communicatively coupled to the head-end unit ; wherein the head-end unit is configured to receive uplink received signals from remote units that wirelessly transceive signals in a coverage area ; wherein the head-end unit includes one or more summer devices configured to sum two or more of the uplink received signals to produce a summed uplink received signal; and wherein at least one of the nodes of the DAS includes a processing device including one or more transfer function calculators configured to determine a transfer function based on samples of the summed uplink received signal and/or the uplink received signals received from one or more samplers in an uplink signal path, wherein the one or more transfer function calculators are configured to provide the determined transfer function to one or more transfer function filters in order to configure a variable filter of each of the one or more transfer function filters to apply the determined transfer function to signals in the DAS in the uplink signal path prior to summation by the one or more summer devices or in a downlink signal path, wherein application of the determined transfer function cancels, reduces, attenuates, or eliminates intermodulation byproducts in the summed uplink received signal.
Method for preparing a composition comprising: (i) alkyl L-guluronamides of formulae (Ia) and (Ib): or (ii) a mixture of alkyl L-guluronamides of formulae (Ia) and (Ib) and of alkyl D-mannuronamides of formulae (IIa) and (IIb): in which: - R 1 is a linear or branched, saturated or unsaturated alkyl chain of 2 to 22 carbon atoms; - R 2 is a hydrogen atom, a linear or branched, saturated or unsaturated alkyl chain of 2 to 22 carbon atoms which may comprise a terminal amine function; and characterized in that said process comprises: a) a butanolysis and Fischer glycosylation reaction step using poly(oligo)guluronates, oligoalginates, alginates and/or brown algae; b) a step of aminolysis reaction on the reaction medium derived from step a), in the presence of a linear or branched, saturated or unsaturated amine of formula R'NH 2 in which R' is composed of 2 to 22 carbon atoms. (i) alkyl L-guluronamides of formulae (Ia) and (Ib): or (ii) a mixture of alkyl L-guluronamides of formulae (Ia) and (Ib) and of alkyl D-mannuronamides of formulae (IIa) and (IIb): in which: - R 1 is a linear or branched, saturated or unsaturated alkyl chain of 2 to 22 carbon atoms; - R 2 is a hydrogen atom, a linear or branched, saturated or unsaturated alkyl chain of 2 to 22 carbon atoms which may comprise a terminal amine function; and characterized in that said process comprises: a) a butanolysis and Fischer glycosylation reaction step using poly(oligo)guluronates, oligoalginates, alginates and/or brown algae; b) a step of aminolysis reaction on the reaction medium derived from step a), in the presence of a linear or branched, saturated or unsaturated amine of formula R'NH 2 in which R' is composed of 2 to 22 carbon atoms. - R 1 is a linear or branched, saturated or unsaturated alkyl chain of 2 to 22 carbon atoms; - R 2 is a hydrogen atom, a linear or branched, saturated or unsaturated alkyl chain of 2 to 22 carbon atoms which may comprise a terminal amine function; a) a butanolysis and Fischer glycosylation reaction step using poly(oligo)guluronates, oligoalginates, alginates and/or brown algae; b) a step of aminolysis reaction on the reaction medium derived from step a), in the presence of a linear or branched, saturated or unsaturated amine of formula R'NH 2 in which R' is composed of 2 to 22 carbon atoms.
A method, the method comprising: extending a wellbore using a drill bit and a mud motor having a bend angle, while simultaneously enlarging a diameter of the wellbore using a reamer positioned between at least a portion of the drill bit and at least a portion of the mud motor ; laterally offsetting the mud motor in the enlarged diameter wellbore ; and using the drill bit and the mud motor to extend the wellbore , such that the wellbore has an original diameter , while simultaneously laterally offsetting the mud motor in the original diameter wellbore . extending a wellbore using a drill bit and a mud motor having a bend angle, while simultaneously enlarging a diameter of the wellbore using a reamer positioned between at least a portion of the drill bit and at least a portion of the mud motor ; laterally offsetting the mud motor in the enlarged diameter wellbore ; and using the drill bit and the mud motor to extend the wellbore , such that the wellbore has an original diameter , while simultaneously laterally offsetting the mud motor in the original diameter wellbore .
A multi-cavity oven comprising: a housing defining an interior cooking volume subdivided by horizontally extending humidity barriers into multiple cooking cavities , each cooking cavity supporting different cooking temperatures, the cooking volume surrounded by insulated outer walls and at least one door that may open and close to provide access to the interior cooking volume ; a steam generator system configured to introduce steam into selective cooking cavities according to an electric signal; and a set of electrically actuatable valves communicating between respective outlets in respective cooking cavities and outside air; and further including a controller configured to communicate with the steam generator system and the electrically actuatable valves to operate the electrically actuatable valves to vent cooking cavities that are not receiving steam from said steam generator system when those cooking cavities are adjacent to cooking cavities receiving steam from said steam generator system . a housing defining an interior cooking volume subdivided by horizontally extending humidity barriers into multiple cooking cavities , each cooking cavity supporting different cooking temperatures, the cooking volume surrounded by insulated outer walls and at least one door that may open and close to provide access to the interior cooking volume ; a steam generator system configured to introduce steam into selective cooking cavities according to an electric signal; and a set of electrically actuatable valves communicating between respective outlets in respective cooking cavities and outside air; and further including a controller configured to communicate with the steam generator system and the electrically actuatable valves to operate the electrically actuatable valves to vent cooking cavities that are not receiving steam from said steam generator system when those cooking cavities are adjacent to cooking cavities receiving steam from said steam generator system .
A sunscreen composition comprising: (a) one or more mineral UV filtering agents; (b) one or more stilbenoids; (c) ethylhexylmethoxycrylene; (d) diethylhexyl syringylidenemalonate; and (e) a cosmetically acceptable carrier. (a) one or more mineral UV filtering agents; (b) one or more stilbenoids; (c) ethylhexylmethoxycrylene; (d) diethylhexyl syringylidenemalonate; and (e) a cosmetically acceptable carrier.
Device for unwinding strip material (B) required for producing vehicle tyres, in particular tread material, from a material drum , having - a conveying path along which strip material (B) that has been unwound from the material drum moves; and - a monitoring device which is configured to detect complete unwinding of the strip material (B) from the material drum ; wherein the monitoring device comprises a material sampler which is configured to mechanically scan a sampling point (T) on the conveying path , so that the presence of the strip material (B) at the sampling point (T) on the conveying path can be detected by means of the mechanical scanning by the material sampler , wherein the material sampler has a contact body which is configured to be in contact with the unwound strip material (B) moving along the conveying path at the sampling point (T), characterized in that a supporting device for the strip material (B) is arranged close to the sampling point (T), wherein the contact body is configured to push the strip material (B) or a carrier layer (S) of the strip material (B) against the supporting device when strip material (B) is present at the sampling point (T). - a conveying path along which strip material (B) that has been unwound from the material drum moves; and - a monitoring device which is configured to detect complete unwinding of the strip material (B) from the material drum ; wherein the monitoring device comprises a material sampler which is configured to mechanically scan a sampling point (T) on the conveying path , so that the presence of the strip material (B) at the sampling point (T) on the conveying path can be detected by means of the mechanical scanning by the material sampler , wherein the material sampler has a contact body which is configured to be in contact with the unwound strip material (B) moving along the conveying path at the sampling point (T), characterized in that a supporting device for the strip material (B) is arranged close to the sampling point (T), wherein the contact body is configured to push the strip material (B) or a carrier layer (S) of the strip material (B) against the supporting device when strip material (B) is present at the sampling point (T).
A method for analyzing an epigenetic modification comprising: (a) stretching DNA comprising an epigenetic modification on a first surface; (b) labeling said epigenetic modification with an affinity agent that binds to said epigenetic modification; (c) capturing said DNA on a second surface by binding said affinity agent to said second surface, wherein said second surface comprises oligonucleotides, each oligonucleotide comprising a positional barcode sequence indicative of a location of said oligonucleotide on said second surface; and (d) preparing a sequencing library from said DNA, wherein a nucleic acid molecule of said sequencing library comprises (i) epigenetic information and (ii) positional barcode sequence information. (a) stretching DNA comprising an epigenetic modification on a first surface; (b) labeling said epigenetic modification with an affinity agent that binds to said epigenetic modification; (c) capturing said DNA on a second surface by binding said affinity agent to said second surface, wherein said second surface comprises oligonucleotides, each oligonucleotide comprising a positional barcode sequence indicative of a location of said oligonucleotide on said second surface; and (d) preparing a sequencing library from said DNA, wherein a nucleic acid molecule of said sequencing library comprises (i) epigenetic information and (ii) positional barcode sequence information.
A treatment apparatus comprising a catheter that includes a delivery shaft , the delivery shaft extending in an axial direction (Z) and configured to hold, in a tip end region (A1), a stent graft having a reduced diameter, the delivery shaft including a tube-shaped member that includes one or a plurality of lumens (L) provided in the axial direction (Z), and a plurality of core members that extend in the axial direction (Z) inside the tube-shaped member at least in the tip end region (A1), and have plastic deformability, the plurality of core members being disposed substantially isotropically in an outer circumferential direction (R1) of the lumen (L) inside the tube-shaped member ; wherein the delivery shaft further includes a covering layer that covers the lumen (L), and the covering layer and at least one of the plurality of core members are in contact with each other. a catheter that includes a delivery shaft , the delivery shaft extending in an axial direction (Z) and configured to hold, in a tip end region (A1), a stent graft having a reduced diameter, the delivery shaft including a tube-shaped member that includes one or a plurality of lumens (L) provided in the axial direction (Z), and a plurality of core members that extend in the axial direction (Z) inside the tube-shaped member at least in the tip end region (A1), and have plastic deformability, the plurality of core members being disposed substantially isotropically in an outer circumferential direction (R1) of the lumen (L) inside the tube-shaped member ; wherein a tube-shaped member that includes one or a plurality of lumens (L) provided in the axial direction (Z), and a plurality of core members that extend in the axial direction (Z) inside the tube-shaped member at least in the tip end region (A1), and have plastic deformability, the plurality of core members being disposed substantially isotropically in an outer circumferential direction (R1) of the lumen (L) inside the tube-shaped member ; wherein the delivery shaft further includes a covering layer that covers the lumen (L), and the covering layer and at least one of the plurality of core members are in contact with each other.
A binder composition for binding an electrode active material to a current collector, the binder composition comprising: a copolymer including monomer units derived from vinylidene fluoride; a fluorine-containing alkyl vinyl compound; and a crosslinkable monomer; the crosslinkable monomer being perfluorodivinyl ether or perfluoroalkylene dinvinyl ether, a content of the monomer unit derived from the fluorine-containing alkyl vinyl compound in the copolymer being not less than 3 mass% and not greater than 9 mass%, and a content of the monomer unit derived from the crosslinkable monomer being less than 5 mass%. a copolymer including monomer units derived from vinylidene fluoride; a fluorine-containing alkyl vinyl compound; and a crosslinkable monomer; the crosslinkable monomer being perfluorodivinyl ether or perfluoroalkylene dinvinyl ether, a content of the monomer unit derived from the fluorine-containing alkyl vinyl compound in the copolymer being not less than 3 mass% and not greater than 9 mass%, and a content of the monomer unit derived from the crosslinkable monomer being less than 5 mass%.
A method of monitoring signalling messages in a telecommunications network, comprising: receiving an indication of a signalling message for a network entity of the telecommunications network, the signalling message being in accordance with a Signalling System 7, SS7, protocol stack and comprising a signalling dialogue identifier; comparing the signalling dialogue identifier of the received signalling message with a list of known signalling dialogue identifiers relating to the network entity; characterized by categorising the signalling message based on a result of the step of comparing, by identifying the signalling message as normal or suspicious; and identifying an anomalous situation, by determining that a number of signalling messages for the network entity categorised as suspicious and having a common additional characteristic is at least a threshold value. receiving an indication of a signalling message for a network entity of the telecommunications network, the signalling message being in accordance with a Signalling System 7, SS7, protocol stack and comprising a signalling dialogue identifier; comparing the signalling dialogue identifier of the received signalling message with a list of known signalling dialogue identifiers relating to the network entity; characterized by categorising the signalling message based on a result of the step of comparing, by identifying the signalling message as normal or suspicious; and identifying an anomalous situation, by determining that a number of signalling messages for the network entity categorised as suspicious and having a common additional characteristic is at least a threshold value.