mhurhangee/patent-ind-claim-en huggingface dataset:
A conduit interface configured to fluidly communicate with a dressing for treating a tissue site , the conduit interface comprising: a mounting surface and an exterior-facing surface positioned across from the mounting surface; an internal cavity having an opening positioned proximate to the mounting surface an inlet port in fluid communication with the internal cavity through the exterior-facing surface; a vent in fluid communication with the internal cavity through the exterior-facing surface; and a temporary plug configured to temporarily preclude fluid communication through the vent, wherein the temporary plug is configured to change from a serviceable state to a deteriorated state, the temporary plug configured to preclude fluid communication through the vent in the serviceable state and to permit fluid communication through the vent in the deteriorated state, and wherein the temporary plug is configured to change from the serviceable state to the deteriorated state after being exposed to moisture for a pre-determined time period. a mounting surface and an exterior-facing surface positioned across from the mounting surface; an internal cavity having an opening positioned proximate to the mounting surface an inlet port in fluid communication with the internal cavity through the exterior-facing surface; a vent in fluid communication with the internal cavity through the exterior-facing surface; and a temporary plug configured to temporarily preclude fluid communication through the vent, wherein the temporary plug is configured to change from a serviceable state to a deteriorated state, the temporary plug configured to preclude fluid communication through the vent in the serviceable state and to permit fluid communication through the vent in the deteriorated state, and wherein the temporary plug is configured to change from the serviceable state to the deteriorated state after being exposed to moisture for a pre-determined time period.
A polymeric profile segment , of the longitudinal type, comprising at least one core , a lower zone or flange , an upper zone or flange and elements for assembly with an adjacent segment , with the upper zone or flange comprising one or more lateral tabs acting as a collaborative formwork, and ribs acting as stiffening connectors configured to attach the concrete to said zone or flange , comprising an internal alveolar structure, wherein the longitudinal direction of the alveoli coincides with the longitudinal direction of the segment , wherein the assembly element consists of a ridge located on one of the assembly faces configured to fit the adjoining segment, characterized in that the polymeric profile segment is manufactured using the additive deposition technique or 3D printing, comprising solid surface contours and internal volumes with a semi-hollow filling , wherein the semi-hollow filling comprises a typology of packed tetrahedrons. the assembly element consists of a ridge located on one of the assembly faces configured to fit the adjoining segment, characterized in that the polymeric profile segment is manufactured using the additive deposition technique or 3D printing, comprising solid surface contours and internal volumes with a semi-hollow filling , wherein the semi-hollow filling comprises a typology of packed tetrahedrons.
An SBR composition for a torsional damper, the SBR composition comprising: (a) an SBR polymer having a combined styrene content of 10 wt% to 50 wt%; (b) carbon black comprising FEF grade carbon black and HAF grade carbon black blended at a ratio of FEF:HAF = 1:3 to 3:1; (c) a crosslinking system including sulfur, a sulfur-donating compound, and an organic peroxide compound; and (d) a co-crosslinking agent, wherein 60 parts by weight to 100 parts by weight of the carbon black as total parts by weight of the FEF grade carbon black and the HAF grade carbon black is blended based on 100 parts by weight of the SBR polymer, 0.4 part by weight to 2.5 parts by weight of the sulfur is blended based on 100 parts by weight of the SBR polymer, and the sulfur-donating compound is blended at 0.625 time to 12.5 times the blending amount of the sulfur, the organic peroxide compound is blended at 1.25 times to 12.5 times the blending amount of the sulfur, and 4 parts by weight to 16 parts by weight of the co-crosslinking agent is blended based on 100 parts by weight of the SBR polymer. (a) an SBR polymer having a combined styrene content of 10 wt% to 50 wt%; (b) carbon black comprising FEF grade carbon black and HAF grade carbon black blended at a ratio of FEF:HAF = 1:3 to 3:1; (c) a crosslinking system including sulfur, a sulfur-donating compound, and an organic peroxide compound; and (d) a co-crosslinking agent, wherein 60 parts by weight to 100 parts by weight of the carbon black as total parts by weight of the FEF grade carbon black and the HAF grade carbon black is blended based on 100 parts by weight of the SBR polymer, 0.4 part by weight to 2.5 parts by weight of the sulfur is blended based on 100 parts by weight of the SBR polymer, and the sulfur-donating compound is blended at 0.625 time to 12.5 times the blending amount of the sulfur, the organic peroxide compound is blended at 1.25 times to 12.5 times the blending amount of the sulfur, and 4 parts by weight to 16 parts by weight of the co-crosslinking agent is blended based on 100 parts by weight of the SBR polymer.
A contact lens for use in preventing or slowing the development or progression of myopia, the lens including an optic zone comprising: a central region, the central region having a first optical axis and a curvature providing a base power and centred on a centre of curvature that is on the first optical axis ; and an annular region, wherein the annular region surrounds the central region, is tilted relative to the central region, and comprises: at least one maximum add power meridian , having a curvature providing a maximum add power and centred on a centre of curvature that is a first distance from the first optical axis; and at least one intermediate add power meridian having a curvature providing an intermediate add power of between zero dioptres of add power and the maximum add power and centred on a centre of curvature that is at a different distance from the optical axis than the first distance, wherein the add power of the annular region varies continuously between the at least one maximum add power meridian and the at least one intermediate add power meridian. a central region, the central region having a first optical axis and a curvature providing a base power and centred on a centre of curvature that is on the first optical axis ; and an annular region, wherein the annular region surrounds the central region, is tilted relative to the central region, and comprises: at least one maximum add power meridian , having a curvature providing a maximum add power and centred on a centre of curvature that is a first distance from the first optical axis; and at least one intermediate add power meridian having a curvature providing an intermediate add power of between zero dioptres of add power and the maximum add power and centred on a centre of curvature that is at a different distance from the optical axis than the first distance, wherein the add power of the annular region varies continuously between the at least one maximum add power meridian and the at least one intermediate add power meridian. at least one maximum add power meridian , having a curvature providing a maximum add power and centred on a centre of curvature that is a first distance from the first optical axis; and at least one intermediate add power meridian having a curvature providing an intermediate add power of between zero dioptres of add power and the maximum add power and centred on a centre of curvature that is at a different distance from the optical axis than the first distance, wherein the add power of the annular region varies continuously between the at least one maximum add power meridian and the at least one intermediate add power meridian.
A device for buffering a web-shaped material having at least one layer applied on one side thereof, said device including a storage drum which has an inlet zone , a storage zone , and an outlet zone by means of which the web-shaped material may be passed through said storage zone in such a manner that one side thereof is applied to the storage zone of the storage drum and that the web-shaped material is guided within the storage zone of the storage drum according to a helical pattern as it passes through the storage zone , characterised in that the storage drum is formed by a plurality of rollers disposed on a common circumference and in that the rollers are supported by a guide of the storage drum and in that the distances separating said rollers from an axis of rotation may be varied in conjunction.
An in-vitro Method for the classification, stratification and/or diagnosis of a tumor species, the method comprising the steps of (a) Providing a tumor-sample to be classified obtained from a tumor of a patient and isolating genomic DNA therefrom, (b) Determining DNA methylation status of a multitude of independent genomic CpG positions in the genome of said tumor-sample, and (c) Classifying the tumor species of the tumor-sample based on the methylation levels as determined in (b) using a classification-rule, wherein the classification-rule is obtained by random forest analysis of a training-data-set, the training-data-set comprising pre-determined methylation data derived from multitude of pre-classified tumor species, wherein said pre-determined methylation data comprises the methylation status of said CpG positions in the genome of each of said pre-classified tumor species, and down-sampling for each tumor species the number of bootstrap samples to the minority class, the minority class being the lowest sample size of a tumor species in the training-data-set. (a) Providing a tumor-sample to be classified obtained from a tumor of a patient and isolating genomic DNA therefrom, (b) Determining DNA methylation status of a multitude of independent genomic CpG positions in the genome of said tumor-sample, and (c) Classifying the tumor species of the tumor-sample based on the methylation levels as determined in (b) using a classification-rule, wherein the classification-rule is obtained by random forest analysis of a training-data-set, the training-data-set comprising pre-determined methylation data derived from multitude of pre-classified tumor species, wherein said pre-determined methylation data comprises the methylation status of said CpG positions in the genome of each of said pre-classified tumor species, and down-sampling for each tumor species the number of bootstrap samples to the minority class, the minority class being the lowest sample size of a tumor species in the training-data-set.
An epoxy resin comprising a reaction product of 1,2,4-trihydroxybenzene and an epihalohydrin, the epoxy resin containing a cyclic compound that has a cyclic structure containing, as constitutional atoms, oxygen atoms at 1-position and 2-position derived from 1,2,4-trihydroxybenzene, the cyclic compound being contained in an amount of 0.003 to 0.070 mol based on 100 g of the epoxy resin, wherein the amount of the cyclic compound is determined using the method described in the examples of the present specification. the epoxy resin containing a cyclic compound that has a cyclic structure containing, as constitutional atoms, oxygen atoms at 1-position and 2-position derived from 1,2,4-trihydroxybenzene, the cyclic compound being contained in an amount of 0.003 to 0.070 mol based on 100 g of the epoxy resin, wherein the amount of the cyclic compound is determined using the method described in the examples of the present specification.
A vane for a gas turbine engine , comprising: a first sidewall ; a first multiple of structural rib span segments that extend from the first sidewall ; a second sidewall ; and a second multiple of structural rib span segments that extend from the second sidewall , the first multiple of structural rib span segments interleaved with the second multiple of structural rib span segments to form an interleaved structural rib that extends between the first sidewall and the second sidewall , characterised in that : the interleaved structural rib and the first and second sidewalls form a multiple of axial crossover passages , wherein the multiple of axial crossover passages further include a first multiple of axial crossover passages adjacent to the first sidewall and a second multiple of axial crossover passages adjacent to the second sidewall , wherein the second multiple of axial crossover passages are staggered from the first multiple of axial crossover passages ; and the first and second multiple of structural rib span segments include a draft angle between 1° and 5° to facilitate the interleave of the first multiple of structural rib span segments with the second multiple of structural rib span segments . a first sidewall ; a first multiple of structural rib span segments that extend from the first sidewall ; a second sidewall ; and a second multiple of structural rib span segments that extend from the second sidewall , the first multiple of structural rib span segments interleaved with the second multiple of structural rib span segments to form an interleaved structural rib that extends between the first sidewall and the second sidewall , the interleaved structural rib and the first and second sidewalls form a multiple of axial crossover passages , wherein the multiple of axial crossover passages further include a first multiple of axial crossover passages adjacent to the first sidewall and a second multiple of axial crossover passages adjacent to the second sidewall , wherein the second multiple of axial crossover passages are staggered from the first multiple of axial crossover passages ; and the first and second multiple of structural rib span segments include a draft angle between 1° and 5° to facilitate the interleave of the first multiple of structural rib span segments with the second multiple of structural rib span segments .
Neutralisation device, configured for a neutralisation of at least one fluid , in particular a condensate that results from a combustion of a fuel, with at least one first container which is configured for an accommodation of the fluid , and with at least one second container which is configured at least for an accommodation of neutralisation material , the containers being arranged at least partially in one another, and with a bearing unit , which is configured to movably support the second container relative to the first container , the support unit being configured to support the second container relative to the first container in such a way that it is at least partially pivotable about at least one pivot axis , characterised in that the first container comprises at least one first fluid chamber and at least one second fluid chamber , which are fluidically connected by the second container .
A method for wireless communications by a network entity, comprising: transmitting at least one first set of synchronization signal (SS) blocks in a first frequency band for one or more user equipments (UEs) to use for initial access; and transmitting at least one second set of SS blocks in a second frequency band for measurement purposes, wherein a physical broadcast channel (PBCH) payload of SS blocks of the first set is different than a PBCH payload of SS blocks of the second set, wherein the PBCH payload of the SS blocks of the second set is designed to: assist the UEs in locating and receiving the first set of SS blocks. transmitting at least one first set of synchronization signal (SS) blocks in a first frequency band for one or more user equipments (UEs) to use for initial access; and transmitting at least one second set of SS blocks in a second frequency band for measurement purposes, wherein a physical broadcast channel (PBCH) payload of SS blocks of the first set is different than a PBCH payload of SS blocks of the second set, wherein the PBCH payload of the SS blocks of the second set is designed to: assist the UEs in locating and receiving the first set of SS blocks.
A method for session establishment, comprising receiving, by a relay device, Relay Service Code, RSC, information sent by a remote device; and determining (S202), based on the RSC information, parameter information used to establish a relay session, wherein the parameter information of the relay session comprises one or more of: network slice information, Data Network Name, DNN, information, Session Service Continuity, SSC, information and a Protocol Data Unit, PDU, session type; and characterised by determining (S202), based on the RSC information, the parameter information used to establish the relay session comprises: determining, by the relay device according to a pre-configured rule, the parameter information used to establish the relay session corresponding to the RSC information. receiving, by a relay device, Relay Service Code, RSC, information sent by a remote device; and determining (S202), based on the RSC information, parameter information used to establish a relay session, wherein the parameter information of the relay session comprises one or more of: network slice information, Data Network Name, DNN, information, Session Service Continuity, SSC, information and a Protocol Data Unit, PDU, session type; and characterised by determining (S202), based on the RSC information, the parameter information used to establish the relay session comprises: determining, by the relay device according to a pre-configured rule, the parameter information used to establish the relay session corresponding to the RSC information.
A sensor for detecting the presence or measuring the concentration of a target analyte, the sensor comprising: (i) a first phase comprising a first crosslinked polymer; (ii) a second phase comprising a second crosslinked polymer; and (iii) a target analyte recognition agent; the first phase and second phase arranged to form an optical grating; wherein the first crosslinked polymer comprises 1 mol% or less of a crosslinking agent by mol of monomers in the first crosslinked polymer. (i) a first phase comprising a first crosslinked polymer; (ii) a second phase comprising a second crosslinked polymer; and (iii) a target analyte recognition agent; the first phase and second phase arranged to form an optical grating; wherein the first crosslinked polymer comprises 1 mol% or less of a crosslinking agent by mol of monomers in the first crosslinked polymer.
A compound of Formula (Ia), (Ib), or (Ic): or an enantiomer, diastereoisomer, atropisomer, or a mixture thereof, or a pharmaceutically acceptable salt thereof; wherein: R 1a is selected from fluoro, chloro, methyl, -O-CF 3 , or CF 3 ; R 2 is H, halo, C 1-6 alk, or C 1-6 haloalk; R 3 is C 1-6 alk, C 1-6 haloalk, -O-C 1-6 alk, or -CN; R 4 is a 5- to 6-membered heteroaryl; each of R 6 and R 7 is hydrogen; and each of R 5a ; R 5b ;R 5c ; R 5d; and R 5e is independently hydrogen or halo. or an enantiomer, diastereoisomer, atropisomer, or a mixture thereof, or a pharmaceutically acceptable salt thereof; wherein: R 1a is selected from fluoro, chloro, methyl, -O-CF 3 , or CF 3 ; R 2 is H, halo, C 1-6 alk, or C 1-6 haloalk; R 3 is C 1-6 alk, C 1-6 haloalk, -O-C 1-6 alk, or -CN; R 4 is a 5- to 6-membered heteroaryl; each of R 6 and R 7 is hydrogen; and each of R 5a ; R 5b ;R 5c ; R 5d; and R 5e is independently hydrogen or halo.
Joint assembly configured to support an awning arm of an awning, comprising: - a stationary body for connecting the joint assembly to the fixed world, wherein the stationary body comprises a first web and an opposed second web and further comprises a pitch shaft that extents between the first and second webs (12A, B) having a centre line which coincides with a rotation axis (X 2 ) - a movable body , which in assembled condition is rotatably mounted on the pitch shaft between the first and second web (12A,B), for adjusting a pitch angle (α) of the awning arm , the joint assembly allowing the awning arm to be rotated around said rotation axis (X 2 ) during adjustment of the pitch angle (a), - actuating means , operatively connected to the movable body , - a coupling body for connecting the awning arm to the movable body , and - fastening means for connecting the coupling body to the movable body , wherein in assembled condition the fastening means pass through the first web ; wherein: the first web is provided with a slot having an arcuate shape and configured for passage of the fastening means therethrough; and the slot is dimensioned to limit rotation of the movable body , so as to limit the pitch angle (α). - a stationary body for connecting the joint assembly to the fixed world, wherein the stationary body comprises a first web and an opposed second web and further comprises a pitch shaft that extents between the first and second webs (12A, B) having a centre line which coincides with a rotation axis (X 2 ) - a movable body , which in assembled condition is rotatably mounted on the pitch shaft between the first and second web (12A,B), for adjusting a pitch angle (α) of the awning arm , the joint assembly allowing the awning arm to be rotated around said rotation axis (X 2 ) during adjustment of the pitch angle (a), - actuating means , operatively connected to the movable body , - a coupling body for connecting the awning arm to the movable body , and - fastening means for connecting the coupling body to the movable body , wherein in assembled condition the fastening means pass through the first web ; wherein: the first web is provided with a slot having an arcuate shape and configured for passage of the fastening means therethrough; and the slot is dimensioned to limit rotation of the movable body , so as to limit the pitch angle (α). the first web is provided with a slot having an arcuate shape and configured for passage of the fastening means therethrough; and the slot is dimensioned to limit rotation of the movable body , so as to limit the pitch angle (α).