mhurhangee/ep-ind-claims huggingface dataset:
A method to be performed in a gateway comprised in a mobile network for establishing a packet data connection with a user equipment, the method comprising: the gateway receiving, from a policy controller of the mobile network, an identifier of a client interface script which is related to an indication of a data communicated with a browser application of the user equipment; the gateway receiving data destined to the browser application of the user equipment; the gateway modifying the received data to provide the user equipment with the client interface script to be executed in the browser application of the user equipment;and the gateway sending the modified data to the user equipment, thereby enabling the browser application to execute the client interface script. the gateway receiving, from a policy controller of the mobile network, an identifier of a client interface script which is related to an indication of a data communicated with a browser application of the user equipment; the gateway receiving data destined to the browser application of the user equipment; the gateway modifying the received data to provide the user equipment with the client interface script to be executed in the browser application of the user equipment;and the gateway sending the modified data to the user equipment, thereby enabling the browser application to execute the client interface script.
A weft yarn transferring nozzle for an air jet loom, the weft yarn transferring nozzle being configured to discharge air to inject a weft yarn toward an inlet of a weft travel passage of a modified reed, the weft yarn transferring nozzle comprising: a thread guide having a weft passage through which the weft yarn is introduced and guided; and a nozzle body accommodating the thread guide and forming an air path through which the air flows in a direction of the weft passage along an outer peripheral surface of the thread guide, wherein the air path extends so as to overlap with a weft path on a downstream side of the weft passage, and wherein the thread guide has the weft passage having a circular section, and a tip portion that is cut along a surface (S, D1, D2) diagonal to a center axis line of the weft passage, characterized in that the thread guide includes an indication portion (53g, 53i, 53j) indicating a direction of a normal line to the surface (S, D1, D2) in a portion of the thread guide exposed from the nozzle body. a thread guide having a weft passage through which the weft yarn is introduced and guided; and a nozzle body accommodating the thread guide and forming an air path through which the air flows in a direction of the weft passage along an outer peripheral surface of the thread guide, wherein the air path extends so as to overlap with a weft path on a downstream side of the weft passage, and wherein the thread guide has the weft passage having a circular section, and a tip portion that is cut along a surface (S, D1, D2) diagonal to a center axis line of the weft passage, characterized in that the thread guide includes an indication portion (53g, 53i, 53j) indicating a direction of a normal line to the surface (S, D1, D2) in a portion of the thread guide exposed from the nozzle body.
A long-acting prodrug of Rasagiline or solvate thereof, wherein the long-acting prodrug of Rasagiline has a structure of formula I: wherein one of: (a) T is absent, or T is selected from each of R 1 and R 2 is independently selected from H, D, or C 1 - 4 alkyl; W is absent, or W is selected from (CH 2) n, wherein n is an integer selected from 1 to 15; X is absent, or X is selected from (CH 2) m, wherein m is an integer selected from 1 to 10; and Y is absent, orY is selected from -C(=O)NH-, or -NHC(=O)-; R 3 is selected from: (i) a substituted cholane aliphatic group selected from or (ii) R 3 is -CH=CHR 4, wherein R 4 is selected from phenyl substituted with one or more groups selected from OH, or alkoxy; or (b) W, and T are absent; X is selected from (CH 2) m, wherein m is an integer selected from 1 to 10; Y is selected from -C(=O)NH-, or -NHC(=O)-; and R 3 is selected from aryl, substituted C 1 -C 6 alkyl, or linear or branched, saturated or unsaturated C 7 -C 27 alkyl. wherein each substituted alkyl comprises 1, 2, 3 or 4 substituents independently selected from oxo (=O), thio (=S), F, Cl, amino, carbonyl, cycloalkyl, aryl, or heteroaryl. wherein one of: (a) T is absent, or T is selected from each of R 1 and R 2 is independently selected from H, D, or C 1 - 4 alkyl; W is absent, or W is selected from (CH 2) n, wherein n is an integer selected from 1 to 15; X is absent, or X is selected from (CH 2) m, wherein m is an integer selected from 1 to 10; and Y is absent, orY is selected from -C(=O)NH-, or -NHC(=O)-; R 3 is selected from: (i) a substituted cholane aliphatic group selected from or (ii) R 3 is -CH=CHR 4, wherein R 4 is selected from phenyl substituted with one or more groups selected from OH, or alkoxy; or (b) W, and T are absent; X is selected from (CH 2) m, wherein m is an integer selected from 1 to 10; Y is selected from -C(=O)NH-, or -NHC(=O)-; and R 3 is selected from aryl, substituted C 1 -C 6 alkyl, or linear or branched, saturated or unsaturated C 7 -C 27 alkyl. wherein each substituted alkyl comprises 1, 2, 3 or 4 substituents independently selected from oxo (=O), thio (=S), F, Cl, amino, carbonyl, cycloalkyl, aryl, or heteroaryl.
A method of making a fluorescent metallic toner, the method comprising: forming one or more fluorescent latexes which comprise a fluorescent agent, a first type of amorphous resin, and a second type of amorphous resin, wherein the first and second types of amorphous resins are present at a weight ratio in a range of from 2:3 to 3:2; forming a mixture comprising the one or more fluorescent latexes; a dispersion comprising aluminum flakes and a surfactant; one or more emulsions which comprise a crystalline resin, the first type of amorphous resin, the second type of amorphous resin; and optionally, a wax dispersion; aggregating the mixture to form particles of a predetermined size; forming a shell over the particles of the predetermined size to form core-shell particles; and coalescing the core-shell particles to form a fluorescent metallic toner; wherein the fluorescent metallic toner is a fluorescent silver toner characterized by a L* of at least 66 at a toner mass per area of 0.65 mg/cm 2, a reflectance at a TMA of 0.45 mg/cm 2 of at least 45 between a wavelength range of from 430 nm to 440 nm, or both; or wherein the fluorescent metallic toner is a fluorescent gold toner characterized by a L* of at least 64 at a TMA of 0.65 mg/cm 2, a reflectance at a TMA of 0.45 mg/cm 2 of at least 30 between a wavelength range of from 500 nm to 600 nm, or both, wherein L* and the reflectance are measured as disclosed in the description. forming one or more fluorescent latexes which comprise a fluorescent agent, a first type of amorphous resin, and a second type of amorphous resin, wherein the first and second types of amorphous resins are present at a weight ratio in a range of from 2:3 to 3:2; forming a mixture comprising the one or more fluorescent latexes; a dispersion comprising aluminum flakes and a surfactant; one or more emulsions which comprise a crystalline resin, the first type of amorphous resin, the second type of amorphous resin; and optionally, a wax dispersion; aggregating the mixture to form particles of a predetermined size; forming a shell over the particles of the predetermined size to form core-shell particles; and coalescing the core-shell particles to form a fluorescent metallic toner; wherein the fluorescent metallic toner is a fluorescent silver toner characterized by a L* of at least 66 at a toner mass per area of 0.65 mg/cm 2, a reflectance at a TMA of 0.45 mg/cm 2 of at least 45 between a wavelength range of from 430 nm to 440 nm, or both; or wherein the fluorescent metallic toner is a fluorescent gold toner characterized by a L* of at least 64 at a TMA of 0.65 mg/cm 2, a reflectance at a TMA of 0.45 mg/cm 2 of at least 30 between a wavelength range of from 500 nm to 600 nm, or both, wherein L* and the reflectance are measured as disclosed in the description.
Method for conveying insulation glass blanks in which conveying means are used that bear supports, the insulation glass blank with one of its edges, in particular with its lower edge, standing on at least two supports, the supports acting on the conveying means solely at a distance from corners of the insulation glass blank, supporting and conveying the insulation glass blank, characterized in that when an insulation glass blank is being delivered, the position of one corner of the latter is detected, in that the relative movement between the insulation glass blank, on the one hand, and conveying means with supports, on the other hand, is chosen by selection of the difference between the speeds of movement of the insulation glass blank, on the one hand, and of the conveying means with supports, on the other hand, such that supports are located exclusively at a distance from corners of the insulation glass blank when the insulation glass blank is being accepted by the conveying means.
Distribution cabinet for outdoor use, comprising: a cabinet body delimiting a cabinet interior, a door through which the cabinet interior is accessible, and an attachment arranged on the cabinet body, wherein the distribution cabinet has a refrigerating machine with a first heat exchanger for cooling the cabinet interior, wherein the refrigerating machine is arranged in the attachment and is coupled to the cabinet interior via the first heat exchanger, and a fan of the first heat exchanger is connected with its intake side and its discharge side to the interior of the distribution cabinet and is designed for turbulence of a thermal stratification therein, characterised in that the fan is operable in situations with cooling needs when the compressor of the refrigerating machine is switched off and is operable as an evaporator fan of the refrigerating machine in situations with higher cooling needs when the compressor of the refrigerating machine is switched on. a cabinet body delimiting a cabinet interior, a door through which the cabinet interior is accessible, and an attachment arranged on the cabinet body, wherein the distribution cabinet has a refrigerating machine with a first heat exchanger for cooling the cabinet interior, wherein the refrigerating machine is arranged in the attachment and is coupled to the cabinet interior via the first heat exchanger, and a fan of the first heat exchanger is connected with its intake side and its discharge side to the interior of the distribution cabinet and is designed for turbulence of a thermal stratification therein, characterised in that the fan is operable in situations with cooling needs when the compressor of the refrigerating machine is switched off and is operable as an evaporator fan of the refrigerating machine in situations with higher cooling needs when the compressor of the refrigerating machine is switched on.
A cleansing wipe, comprising a substrate and, absorbed therein, a suspension of an alcohol solution and diamond particles with a median equivalent volumetric diameter of less than 40 μm, wherein the suspension comprises 0.0001 wt.% to 0.1 wt.% diamond particles with a Dv50 of less than 40 μm and 40-90 wt.% of an alcohol.
A thermal transfer sheet comprising a transfer layer provided on one surface of a substrate, wherein the transfer layer includes one or two or more layers, among the layers constituting the transfer layer, the layer located nearest the substrate comprises 50% by mass or more of a homopolymer of isobutyl (meth)acrylate or a copolymer having a copolymerization ratio of isobutyl (meth)acrylate of 50% or more on a molar basis, based on the total mass of said layer located nearest the substrate. the transfer layer includes one or two or more layers, among the layers constituting the transfer layer, the layer located nearest the substrate comprises 50% by mass or more of a homopolymer of isobutyl (meth)acrylate or a copolymer having a copolymerization ratio of isobutyl (meth)acrylate of 50% or more on a molar basis, based on the total mass of said layer located nearest the substrate.
System for a motor vehicle comprising: - a container (2; 13; 15) comprising a plastic wall, and - a component (3; 8; 16) secured in a sealed manner to the wall of the container, characterized in that the component comprises at least one portion (5; 22; 31) provided with microgrooves, and in that the microgrooves are present on the surface of the component and ensure sealing between the component and the wall of the container. - a container (2; 13; 15) comprising a plastic wall, and - a component (3; 8; 16) secured in a sealed manner to the wall of the container,
A buffered optical fiber structure comprising: • at least one optical fiber constituted by a fiber core, cladding surrounding the fiber core, and a coating surrounding the cladding; • a protective sheath having a cavity in which the at least one optical fiber is placed; the buffered optical fiber structure being characterized in that it comprises: • at least one mechanical reinforcing strand extending off-center in the cavity along the at least one optical fiber; and • a peelable intermediate material in contact with the protective sheath and encapsulating the assembly formed by the at least one optical fiber and said at least one mechanical reinforcing strand, * wherein the intermediate material is applied on the coating of the at least one optical fiber, * wherein the intermediate material is a hot-melt material, said intermediate material presenting a softening temperature higher than +70°C; a glass transition temperature lower than -40° C; and the consistency of a flexible gel over a temperature range extending from -40°C to +70°C. • at least one optical fiber constituted by a fiber core, cladding surrounding the fiber core, and a coating surrounding the cladding; • a protective sheath having a cavity in which the at least one optical fiber is placed; the buffered optical fiber structure being characterized in that it comprises: • at least one mechanical reinforcing strand extending off-center in the cavity along the at least one optical fiber; and • a peelable intermediate material in contact with the protective sheath and encapsulating the assembly formed by the at least one optical fiber and said at least one mechanical reinforcing strand, * wherein the intermediate material is applied on the coating of the at least one optical fiber, * wherein the intermediate material is a hot-melt material, said intermediate material presenting a softening temperature higher than +70°C; a glass transition temperature lower than -40° C; and the consistency of a flexible gel over a temperature range extending from -40°C to +70°C. • at least one mechanical reinforcing strand extending off-center in the cavity along the at least one optical fiber; and • a peelable intermediate material in contact with the protective sheath and encapsulating the assembly formed by the at least one optical fiber and said at least one mechanical reinforcing strand, * wherein the intermediate material is applied on the coating of the at least one optical fiber, * wherein the intermediate material is a hot-melt material, said intermediate material presenting a softening temperature higher than +70°C; a glass transition temperature lower than -40° C; and the consistency of a flexible gel over a temperature range extending from -40°C to +70°C. * wherein the intermediate material is applied on the coating of the at least one optical fiber, * wherein the intermediate material is a hot-melt material, said intermediate material presenting a softening temperature higher than +70°C; a glass transition temperature lower than -40° C; and the consistency of a flexible gel over a temperature range extending from -40°C to +70°C.
A computer-implemented method under control of a processor executing instructions, comprising: receiving genomic sequence data of a biological sample, wherein the genomic sequence data comprises a plurality of sequence reads, each sequence read being associated with a unique molecular identifier of a plurality of unique molecular identifiers; for the plurality of unique molecular identifiers, identifying errors in the genomic sequence data based on internal sequence disagreement between sequence reads within a first subset of the plurality of sequence reads associated with a particular unique molecular identifier, sequence disagreement between the first subset and a second subset of the plurality of sequence reads having a unique molecular identifier complementary to the particular unique molecular identifier, or both, to generate an error rate of the genomic sequence data; identifying a plurality of potential sequence variants in the genomic sequence data relative to a reference sequence; classifying false positive sequence variants of the plurality of potential sequence variants based on the generated error rate of the genomic sequence data wherein the classifying comprises applying a function based at least in part on the error rate to each potential sequence variant to generate a score and determining a false positive or true positive classification of each potential sequence variant based on the score; and eliminating the classified false positive sequence variants from the plurality of potential sequence variants to yield a plurality of sequence variants. receiving genomic sequence data of a biological sample, wherein the genomic sequence data comprises a plurality of sequence reads, each sequence read being associated with a unique molecular identifier of a plurality of unique molecular identifiers; for the plurality of unique molecular identifiers, identifying errors in the genomic sequence data based on internal sequence disagreement between sequence reads within a first subset of the plurality of sequence reads associated with a particular unique molecular identifier, sequence disagreement between the first subset and a second subset of the plurality of sequence reads having a unique molecular identifier complementary to the particular unique molecular identifier, or both, to generate an error rate of the genomic sequence data; identifying a plurality of potential sequence variants in the genomic sequence data relative to a reference sequence; classifying false positive sequence variants of the plurality of potential sequence variants based on the generated error rate of the genomic sequence data wherein the classifying comprises applying a function based at least in part on the error rate to each potential sequence variant to generate a score and determining a false positive or true positive classification of each potential sequence variant based on the score; and eliminating the classified false positive sequence variants from the plurality of potential sequence variants to yield a plurality of sequence variants.
A method for performing a digital subscriber line, DSL, initialization, comprising: receiving, from a first remote DSL transceiver, a first upstream sync symbol associated with an upstream symbol alignment initial value in a first stage of a channel discovery phase for the DSL initialization; determining a correction value of the upstream symbol alignment initial value based on the first upstream sync symbol; transmitting, to the first remote DSL transceiver, the correction value of the upstream symbol alignment initial value in the first stage of the channel discovery phase; receiving, from the remote DSL transceiver, a second upstream sync symbol in response to transmission of the correction value of the upstream symbol alignment initial value; the method characterised by comprising transmitting in response to reception of the second upstream sync symbol, to the remote DSL transceiver, a sync signal to indicate an end of the first stage of the channel discovery phase; and receiving, from the first remote DSL transceiver, a remote-message 1, R-MSG 1, in a second stage of the channel discovery phase for the DSL initialization. receiving, from a first remote DSL transceiver, a first upstream sync symbol associated with an upstream symbol alignment initial value in a first stage of a channel discovery phase for the DSL initialization; determining a correction value of the upstream symbol alignment initial value based on the first upstream sync symbol; transmitting, to the first remote DSL transceiver, the correction value of the upstream symbol alignment initial value in the first stage of the channel discovery phase; receiving, from the remote DSL transceiver, a second upstream sync symbol in response to transmission of the correction value of the upstream symbol alignment initial value; the method characterised by comprising transmitting in response to reception of the second upstream sync symbol, to the remote DSL transceiver, a sync signal to indicate an end of the first stage of the channel discovery phase; and receiving, from the first remote DSL transceiver, a remote-message 1, R-MSG 1, in a second stage of the channel discovery phase for the DSL initialization.
A light emitting apparatus comprising: a cover (110, 120) comprising a first cover and a second cover coupled to the first cover, wherein the cover is formed in tube shape and at least one of the first cover and the second cover is transmissive; a light emitting module comprising a plurality of light emitting diodes in the cover; a plurality of radiation pads on the light emitting module; wherein the light emitting module comprises a circuit board and light emitting diodes that are arrayed in at least one line under the circuit board, and the radiation pads are disposed on a upper surface of the circuit board, wherein supports protrude inward in lateral edges of the first cover, wherein the light emitting module is fixed to the supports, characterized in that there are provided a plurality of cap parts comprising electrode terminals coupled at both ends of the cover (110, 120), the plurality of radiation pads have respective upper portions that are in contact with an inner circumference of the first cover. a cover (110, 120) comprising a first cover and a second cover coupled to the first cover, wherein the cover is formed in tube shape and at least one of the first cover and the second cover is transmissive; a light emitting module comprising a plurality of light emitting diodes in the cover; a plurality of radiation pads on the light emitting module; wherein the light emitting module comprises a circuit board and light emitting diodes that are arrayed in at least one line under the circuit board, and the radiation pads are disposed on a upper surface of the circuit board, wherein supports protrude inward in lateral edges of the first cover, wherein the light emitting module is fixed to the supports, characterized in that there are provided a plurality of cap parts comprising electrode terminals coupled at both ends of the cover (110, 120), the plurality of radiation pads have respective upper portions that are in contact with an inner circumference of the first cover.