mhurhangee/patent-ind-claim-en huggingface dataset:
A method for the isolation of bacteriophage-insensitive mutants from a Streptococcus thermophilus parent strain comprising the steps of: a. inactivating the CRISPR resistance mechanism of the parent strain; b. exposing the parent strain obtained in step a) to a bacteriophage; c. isolating bacteriophage insensitive mutants; d. comparing the CRISPR loci of the parent strain with the CRISPR loci of the bacteriophage insensitive mutants; and e. selecting bacteriophage-insensitive mutants of which the CRISPR loci is identical to the CRISPR loci of the parent strain. a. inactivating the CRISPR resistance mechanism of the parent strain; b. exposing the parent strain obtained in step a) to a bacteriophage; c. isolating bacteriophage insensitive mutants; d. comparing the CRISPR loci of the parent strain with the CRISPR loci of the bacteriophage insensitive mutants; and e. selecting bacteriophage-insensitive mutants of which the CRISPR loci is identical to the CRISPR loci of the parent strain.
A method for operating a depth sensor , the method comprising: providing the depth sensor with a sequence of common operation steps which are included in both a first sequence of operation steps which define a first mode of operation and a second sequence of operation steps which define a second mode of operation; providing the depth sensor with one or more difference operation steps which relate to a difference between the first mode of operation and the second mode of operation, such that by executing the one or more difference operation steps together with the sequence of common operation steps, the first mode of operation is converted into the second mode of operation; operating the depth sensor in the first mode of operation by causing it to execute at least the common operation steps; and operating the depth sensor in the second mode of operation by causing it to execute the common operation steps and at least one difference operation step. providing the depth sensor with a sequence of common operation steps which are included in both a first sequence of operation steps which define a first mode of operation and a second sequence of operation steps which define a second mode of operation; providing the depth sensor with one or more difference operation steps which relate to a difference between the first mode of operation and the second mode of operation, such that by executing the one or more difference operation steps together with the sequence of common operation steps, the first mode of operation is converted into the second mode of operation; operating the depth sensor in the first mode of operation by causing it to execute at least the common operation steps; and operating the depth sensor in the second mode of operation by causing it to execute the common operation steps and at least one difference operation step.
A sole structure , comprising: a midsole ; a bladder network , the bladder network including first and second bladders interconnected by a first conduit , wherein at least a portion of the bladder network contains a fluid, and wherein the bladder network is at least partially incorporated into the midsole; and a first stem positioned to impinge upon an external surface of, and at least partially deform, the first conduit wherein the bladder network comprises multiple bladders (36a-36p), the multiple bladders including the first and second bladders, wherein the bladder network further comprises a plurality of conduits (28ab-28op), the plurality of conduits including the first conduit, each of the conduits interconnecting two of the multiple bladders, and the sole structure further comprises: a plurality of stems (22ab-22op), the plurality of stems including the first stem, each of the stems corresponding to a different one of the conduits, each of the stems positioned to impinge upon an external surface of, and at least partially deform, its corresponding conduit; and wherein each of the stems is part of a frame . a midsole ; a bladder network , the bladder network including first and second bladders interconnected by a first conduit , wherein at least a portion of the bladder network contains a fluid, and wherein the bladder network is at least partially incorporated into the midsole; and a first stem positioned to impinge upon an external surface of, and at least partially deform, the first conduit wherein the bladder network comprises multiple bladders (36a-36p), the multiple bladders including the first and second bladders, wherein the bladder network further comprises a plurality of conduits (28ab-28op), the plurality of conduits including the first conduit, each of the conduits interconnecting two of the multiple bladders, and the sole structure further comprises: a plurality of stems (22ab-22op), the plurality of stems including the first stem, each of the stems corresponding to a different one of the conduits, each of the stems positioned to impinge upon an external surface of, and at least partially deform, its corresponding conduit; and wherein each of the stems is part of a frame . a plurality of stems (22ab-22op), the plurality of stems including the first stem, each of the stems corresponding to a different one of the conduits, each of the stems positioned to impinge upon an external surface of, and at least partially deform, its corresponding conduit; and wherein each of the stems is part of a frame .
A filter element for removing one or more substances from a fluid flowing through the filter element , the filter element comprising: a pleated composite having at least first and second opposite ends and a plurality of pleats extending between the first and second opposite ends, wherein each pleat has an open end, a folded end, and a pair of legs extending between the open end and the folded end, wherein the pleated composite includes a filter medium layer having first and second opposite sides and a grooved mesh drainage layer (21; 22) pleated with the filter medium layer along one of the first and second sides of the filter medium layer , the grooved mesh drainage layer (21; 22) having a plurality of strands and a plurality of grooves formed into the mesh of the strands by pressing and extending along one or both legs of each pleat, wherein the strands within the grooves near the bottom of the grooves are deformed to a flattened structure, and wherein the grooved mesh drainage layer (21; 22) directs fluid via the grooves to or from said one of the first and second sides of the filter medium layer and the filter medium layer removes one or more substances from fluid flowing through the filter medium layer between the first and second sides of the filter medium layer, and first and second end elements mounted to the first and second ends, respectively, of the pleated composite . a pleated composite having at least first and second opposite ends and a plurality of pleats extending between the first and second opposite ends, wherein each pleat has an open end, a folded end, and a pair of legs extending between the open end and the folded end, wherein the pleated composite includes a filter medium layer having first and second opposite sides and a grooved mesh drainage layer (21; 22) pleated with the filter medium layer along one of the first and second sides of the filter medium layer , the grooved mesh drainage layer (21; 22) having a plurality of strands and a plurality of grooves formed into the mesh of the strands by pressing and extending along one or both legs of each pleat, wherein the strands within the grooves near the bottom of the grooves are deformed to a flattened structure, and wherein the grooved mesh drainage layer (21; 22) directs fluid via the grooves to or from said one of the first and second sides of the filter medium layer and the filter medium layer removes one or more substances from fluid flowing through the filter medium layer between the first and second sides of the filter medium layer, and first and second end elements mounted to the first and second ends, respectively, of the pleated composite .
A session processing method, comprising: receiving, by a first core network element, a session establishment request message, wherein the session establishment request message carries at least one of PDU session identification information, slice selection assistance information, SNSSAI, and DNN information; determining, by the first core network element, whether to perform a first type transmission on a Protocol Data Unit (PDU) session, based on a first policy and at least one of the SNSSAI and DNN information in the session establishment request message; and notifying, by the first core network element, a base station of performing the first type transmission on the Protocol Data Unit (PDU) session, wherein the first type transmission comprises: performing a data copy type transmission of a data packet through multiple paths between the base station and a terminal side, wherein, the first policy comprises at least one set of: a correspondence between the first indication information and the at least one S-NSSAI and the DNN; and Policy Control and Charging, PCC, policy information, wherein the first indication information is used to indicate whether to perform the first type transmission. receiving, by a first core network element, a session establishment request message, wherein the session establishment request message carries at least one of PDU session identification information, slice selection assistance information, SNSSAI, and DNN information; determining, by the first core network element, whether to perform a first type transmission on a Protocol Data Unit (PDU) session, based on a first policy and at least one of the SNSSAI and DNN information in the session establishment request message; and notifying, by the first core network element, a base station of performing the first type transmission on the Protocol Data Unit (PDU) session, wherein the first type transmission comprises: performing a data copy type transmission of a data packet through multiple paths between the base station and a terminal side, wherein, the first policy comprises at least one set of: a correspondence between the first indication information and the at least one S-NSSAI and the DNN; and Policy Control and Charging, PCC, policy information, wherein the first indication information is used to indicate whether to perform the first type transmission. a correspondence between the first indication information and the at least one S-NSSAI and the DNN; and Policy Control and Charging, PCC, policy information, wherein the first indication information is used to indicate whether to perform the first type transmission.
A prefabricated modular energy segment comprising: - a structural element having a main development direction and comprising an outer extrados and an inner intrados , and - at least one pipe network comprising a plurality of linear portions , a plurality of curvilinear junctions for connecting two consecutive linear portions , a first and a second end, characterized in that said linear portions of said pipe network are directed in the main development direction of said structural element , and in that said curvilinear junctions are arranged perpendicularly to the main development direction of said structural element . - a structural element having a main development direction and comprising an outer extrados and an inner intrados , and - at least one pipe network comprising a plurality of linear portions , a plurality of curvilinear junctions for connecting two consecutive linear portions , a first and a second end,
A method for detection and quantification of vessel calcification of a breast (BAC) wherein a radiographic image of the breast is transformed quantitatively to a tissue composition map indicating a total amount of breast tissue; a calcification map is generated indicating position in the tissue composition map of calcified tissue; a calcification free tissue composition map is generated from the tissue composition map using the position of calcified tissue in the calcification map; a vessel map of the position of vessels in the tissue composition map is generated; and the vessel map is combined with the calcification map to generate a map of vessel calcification indicating the position of calcified vessels in the tissue composition map; generating a quantification measure of vessel calcification of the breast from the vessel map and normalizing said quantification measure of vessel calcification by combining it with results from a measurement of the breast volume. a radiographic image of the breast is transformed quantitatively to a tissue composition map indicating a total amount of breast tissue; a calcification map is generated indicating position in the tissue composition map of calcified tissue; a calcification free tissue composition map is generated from the tissue composition map using the position of calcified tissue in the calcification map; a vessel map of the position of vessels in the tissue composition map is generated; and the vessel map is combined with the calcification map to generate a map of vessel calcification indicating the position of calcified vessels in the tissue composition map; generating a quantification measure of vessel calcification of the breast from the vessel map and normalizing said quantification measure of vessel calcification by combining it with results from a measurement of the breast volume.
A method for verifying an SRv6 packet, wherein the method comprises: receiving, by an egress node of an Internet Protocol security, IPsec, tunnel, a segment routing over Internet Protocol version 6, SRv6, packet, wherein the SRv6 packet is a packet encapsulated in an IPsec transport mode, the SRv6 packet comprises an authentication header, AH, and at least one segment routing header, SRH, the SRv6 packet carries first indication information, and the first indication information indicates the egress node to perform AH verification on the SRv6 packet; and performing, by the egress node, the AH verification on the SRv6 packet based on the first indication information and the AH, wherein a verification range of the AH verification comprises the at least one SRH. receiving, by an egress node of an Internet Protocol security, IPsec, tunnel, a segment routing over Internet Protocol version 6, SRv6, packet, wherein the SRv6 packet is a packet encapsulated in an IPsec transport mode, the SRv6 packet comprises an authentication header, AH, and at least one segment routing header, SRH, the SRv6 packet carries first indication information, and the first indication information indicates the egress node to perform AH verification on the SRv6 packet; and performing, by the egress node, the AH verification on the SRv6 packet based on the first indication information and the AH, wherein a verification range of the AH verification comprises the at least one SRH.
An aqueous solution for preserving and/or rinsing organs to be transplanted comprising: - sodium (Na + ) ions at a concentration between 30 and 150 mmol.L -1 ; - potassium ions (K + ) at a concentration between 10 and 40 mmol.L -1 ; - polyethylene glycol with a molecular weight of 35,000 g.mol -1 (PEG 35000) at a concentration between 2 and 5 g.L -1 . - sodium (Na + ) ions at a concentration between 30 and 150 mmol.L -1 ; - potassium ions (K + ) at a concentration between 10 and 40 mmol.L -1 ; - polyethylene glycol with a molecular weight of 35,000 g.mol -1 (PEG 35000) at a concentration between 2 and 5 g.L -1 .
An interferon alpha subtype, HYBRID 2 for use in the treatment and/or prophylaxis of a virus or viral infection; wherein the interferon alpha subtype, HYBRID 2, comprises or consists of the amino acid sequence of SEQ ID NO:3 or a functionally active fragment of SEQ ID NO:3; and wherein the virus or viral infection is selected from a member of the Flaviviridae family, the Arenaviridae family, the Bunyaviridae family, the Togaviridae family, the Herpesviridae family, the Orthomyxoviridae family, the Rhabdoviridae family, the Paramyxoviridae family, the Picornaviridae family or the Retroviridae family. wherein the interferon alpha subtype, HYBRID 2, comprises or consists of the amino acid sequence of SEQ ID NO:3 or a functionally active fragment of SEQ ID NO:3; and wherein the virus or viral infection is selected from a member of the Flaviviridae family, the Arenaviridae family, the Bunyaviridae family, the Togaviridae family, the Herpesviridae family, the Orthomyxoviridae family, the Rhabdoviridae family, the Paramyxoviridae family, the Picornaviridae family or the Retroviridae family.
A compound of Formula (I): or a pharmaceutically acceptable salt, solvate, or hydrate wherein: R 1 is CF 3 , methyl, CHF 2 , Cl, or cyclopropyl; and either R 2 is methyl, a 5- or 6-membered aromatic heterocycle, phenyl, or a condensed aromatic heterocycle, each of which may optionally have one or more substituent; and R 3 is a 5-membered aromatic heterocycle which may optionally have one or more substituent; or R 2 is methyl, a 6-membered aromatic heterocycle, phenyl, or a condensed aromatic heterocycle, each of which may optionally have one or more substituent; and R 3 is a condensed aromatic heterocycle, which may optionally have one or more substituent. R 1 is CF 3 , methyl, CHF 2 , Cl, or cyclopropyl; and either R 2 is methyl, a 5- or 6-membered aromatic heterocycle, phenyl, or a condensed aromatic heterocycle, each of which may optionally have one or more substituent; and R 3 is a 5-membered aromatic heterocycle which may optionally have one or more substituent; or R 2 is methyl, a 6-membered aromatic heterocycle, phenyl, or a condensed aromatic heterocycle, each of which may optionally have one or more substituent; and R 3 is a condensed aromatic heterocycle, which may optionally have one or more substituent.
System comprising an applicator for applying a radioactive substance onto a tissue, wherein the applicator comprises a tubular container for receiving the radioactive substance, and an application device which can be connected to one end of the tubular container , with which the radioactive substance can be applied onto the tissue, wherein the application device comprises a line , which can be introduced into the container in order to establish a connection, in order, after the establishment of the connection, to convey the radioactive substance to the application device , and a brush, spatula, sponge, tube, or a needle to apply the radioactive substance onto the biological tissue, and the tubular container comprises a plunger or piston as a part of a conveyor device with which the radioactive substance can be conveyed from the container into the application device , and the applicator exhibits a storage state in which the container and the application device are secured to each other, wherein a conveying of the radioactive substance from the container into the application device is prevented by a closure element arranged between the application device and the container , and wherein the system comprises a handle with an receiver device for the applicator , at least one part of a drive device which can be coupled to the conveying device of the applicator in order to convey the radioactive substance into the application device of the applicator , and a screening device for radioactive radiation so as to protect the hand holding the handle.
Method for fabricating an elastically-flexible piezoelectric structure, characterized in that it comprises the sequential steps of: - depositing a piezoelectric thin layer on a metallic sacrificial substrate ; - depositing an elastically-flexible polymeric support layer on the piezoelectric thin layer, - selectively and chemically etching the metallic sacrificial substrate to obtain an elastically-flexible piezoelectric structure comprising the piezoelectric thin layer and the support layer, said support layer being used as permanent substrate of said structure; - depositing a set of electrically conductive electrodes on a revealed face of the piezoelectric thin layer; - encapsulating the elastically-flexible piezoelectric structure including said set of electrically conductive electrodes, with an elastically-flexible polymeric coating layer. - depositing a piezoelectric thin layer on a metallic sacrificial substrate ; - depositing an elastically-flexible polymeric support layer on the piezoelectric thin layer, - selectively and chemically etching the metallic sacrificial substrate to obtain an elastically-flexible piezoelectric structure comprising the piezoelectric thin layer and the support layer, said support layer being used as permanent substrate of said structure; - depositing a set of electrically conductive electrodes on a revealed face of the piezoelectric thin layer; - encapsulating the elastically-flexible piezoelectric structure including said set of electrically conductive electrodes, with an elastically-flexible polymeric coating layer.
A thermal insulation product, in particular at least in the form of a solid foam, this product being formed from mineral particles, other than aerogel particles, with a submicron porosity such that the bulk density thereof is less than 280 kg/m 3 , and such that the density of the cake obtained by drying at 40°C of a dispersion of 16% by weight of these particles in water is less than 600 kg/m 3 .
A compound represented by the following structural formula: or a pharmaceutically acceptable salt thereof, for use in a method of treating a hair loss disorder in a human subject, the method comprising administering to the subject about 16 mg/day, or about 24 mg/day, of said Compound (I) or pharmaceutically acceptable salt thereof, wherein when a position is designated specifically as "D" (deuterium) that position has at least 90% incorporation of deuterium.
Component for a turbomachine, comprising an additively manufactured main part made of a first material, and at least one component portion constructed on the main part , which portion is made of a different second material, the main part and the at least one component portion being interlocked in a toothed manner such that the interlocking toothing more or less forms an anchor of the component portion in the main part, the interlocking toothing between the main part and the at least one component portion having different toothing geometries , and the at least one component portion on the main part either being constructed additively or by means of applying the second material in dry powder form or as a dispersion to the main part, and then sintering below the melting temperature of the material of the main part, characterized in that the at least one component portion is segmented in such a way that it is divided into individual segments which are spaced apart from one another by narrow regions of the main part.