mhurhangee/patent-ind-claim-en huggingface dataset:
A method by a base station of a radio access network for providing a timing advance command to configure timing advance for the radio access network that employs a modulation scheme with a scalable numerology having a plurality of subcarrier spacings defined for the radio access network, wherein the timing advance command accommodates the scalable numerology used by the radio access network, the method comprising: determining a timing advance step size for a user equipment, UE that is in communication with the radio access network, wherein the timing advance step size is defined for a group of two or more subcarrier spacings defined for the radio access network and, the group of subcarrier spacings being one of a plurality of groups of subcarrier spacings, each group associated with a different respective timing advance step size; and transmitting the timing advance command in accordance with the determined timing advance step size to the UE during an initial access procedure involving the UE or while the UE is in a connected state in the radio access network. determining a timing advance step size for a user equipment, UE that is in communication with the radio access network, wherein the timing advance step size is defined for a group of two or more subcarrier spacings defined for the radio access network and, the group of subcarrier spacings being one of a plurality of groups of subcarrier spacings, each group associated with a different respective timing advance step size; and transmitting the timing advance command in accordance with the determined timing advance step size to the UE during an initial access procedure involving the UE or while the UE is in a connected state in the radio access network.
An epicardial heart stimulator , comprising a housing and electrical components arranged in this housing , which comprise a stimulation unit and a stimulation control unit connected to the stimulation unit , and further comprising, on the housing , at least one stimulation electrode , which is connected to the stimulation unit , the stimulation unit being designed to provide electrical energy for a stimulation pulse and to emit a stimulation pulse via the stimulation electrode in response to a corresponding trigger signal of the stimulation control unit , and a sensing electrode , which is electrically connected to a sensing unit in the housing , being provided on the housing for sensing electrical potentials, the sensing unit in turn being connected to the stimulation control unit , and the stimulation control unit being configured, in an appropriate operating mode, to control the emission of a respective trigger signal as a function of an output signal of the sensing unit , characterized in that the stimulation electrode , the indifferent electrode pole and the sensing electrodes are arranged on the side facing the heart after implantation of the epicardial heart stimulator, the stimulation electrode being designed as a helix electrode for attachment of the epicardial heart stimulator, the indifferent electrode pole being formed by a ring electrode surrounding the stimulation electrode, and 4 sensing electrodes for detecting electrical potential profiles representing a far-field electrocardiogram being arranged around the stimulation electrode , outside the annular indifferent electrode pole , the detection of electrical potential profiles representing a far-field electrocardiogram selectively taking place either by way of 2 of the 4 sensing electrodes or by way of the stimulation electrode and one of the sensing electrodes .
A method for analysing a sample, the method comprising: extracting a plurality of sequence reads from within the sample; and performing genomic analysis on the plurality of sequence reads by comparing the plurality of sequence reads to reference genomes stored in a reference database, wherein each stored reference genome comprises a set of reference sequences; wherein before performing the genomic analysis, the method further comprises: comparing screening sequences with at least one of the set of reference sequences and the plurality of sequence reads from the sample; and when it is determined that a screening sequence matches at least one sequence within either the set of reference sequences or the plurality of sequence reads, masking the at least one matching sequence by converting the at least one matching sequence to a sequence of predetermined characters, wherein it is determined that a screening sequence matches at least one sequence when the at least one sequence is at least 95% alike and wherein the screening sequences include mobile genomic elements and/or horizontally transferred elements. extracting a plurality of sequence reads from within the sample; and performing genomic analysis on the plurality of sequence reads by comparing the plurality of sequence reads to reference genomes stored in a reference database, wherein each stored reference genome comprises a set of reference sequences; wherein before performing the genomic analysis, the method further comprises: comparing screening sequences with at least one of the set of reference sequences and the plurality of sequence reads from the sample; and when it is determined that a screening sequence matches at least one sequence within either the set of reference sequences or the plurality of sequence reads, masking the at least one matching sequence by converting the at least one matching sequence to a sequence of predetermined characters, wherein it is determined that a screening sequence matches at least one sequence when the at least one sequence is at least 95% alike and wherein the screening sequences include mobile genomic elements and/or horizontally transferred elements. comparing screening sequences with at least one of the set of reference sequences and the plurality of sequence reads from the sample; and when it is determined that a screening sequence matches at least one sequence within either the set of reference sequences or the plurality of sequence reads, masking the at least one matching sequence by converting the at least one matching sequence to a sequence of predetermined characters, wherein it is determined that a screening sequence matches at least one sequence when the at least one sequence is at least 95% alike and wherein the screening sequences include mobile genomic elements and/or horizontally transferred elements.
An air processing assembly for a compressed air system of a vehicle , the compressed air system having a compressor for supplying a compressed air stream, wherein the air processing assembly comprises: - a housing ; - an inlet provided at the housing and configured to receive the compressed air stream from the compressor ; - a first filter element mounted within the housing and arranged to filter the compressed air stream received at the inlet , air dryer mounted within the housing , the air dryer arranged to receive the compressed air stream from the first filter element , and - an outlet provided at the housing and configured to release the compressed air stream from the air processing assembly out from the housing , characterized in that the filter first element comprises a PTFE based oleophobic membrane adapted to inhibit the passage of liquid contaminants comprised with the compressed air stream. - a housing ; - an inlet provided at the housing and configured to receive the compressed air stream from the compressor ; - a first filter element mounted within the housing and arranged to filter the compressed air stream received at the inlet , - an outlet provided at the housing and configured to release the compressed air stream from the air processing assembly out from the housing ,
A system for providing conditioned air to at least one enclosed structure , the system comprising: at least one conditioning module configured to provide conditioned air to the at least one enclosed structure, the at least one conditioning module comprises a conditioning energy exchanger , wherein the at least one conditioning module is configured to circulate desiccant through a desiccant circuit to condition air passing through the conditioning energy exchanger; and characterised by a control sub-system configured to vary temperature and concentration of the desiccant circulating through the desiccant circuit by selectively controlling supply of at least one of concentrated desiccant and diluted desiccant to the at least one conditioning module. at least one conditioning module configured to provide conditioned air to the at least one enclosed structure, the at least one conditioning module comprises a conditioning energy exchanger , wherein the at least one conditioning module is configured to circulate desiccant through a desiccant circuit to condition air passing through the conditioning energy exchanger; and characterised by a control sub-system configured to vary temperature and concentration of the desiccant circulating through the desiccant circuit by selectively controlling supply of at least one of concentrated desiccant and diluted desiccant to the at least one conditioning module.
A neuromuscular electrical stimulation system comprising a lead system having electrodes coupled to an implantable, programmable pulse generator , and a fixation anchor suitable for anchoring to or along boney structure of a vertebra, characterized in that said lead system having electrodes is configured to be implanted in or adjacent to tissue associated with local segmental control of the lumbar spine, and said pulse generator is programmed with a pulse frequency, magnitude and duration to deliver electrical stimulation to said electrodes to induce contraction of the multifidus and thereby improve muscle strength, or endurance of the multifidus to alleviate pain.
A system , that comprises - a communication station for communicating with a number of radio tags (7-14) with the aid of a time-slot communication method, in which a number of time slots (Z1-ZN) are available for communication per time-slot cycle in a repeating sequence and each time slot (Zl-ZN) is labelled by a unique time-slot symbol (ZS1-ZSN), wherein the communication station is designed to send a synchronization data signal (SD) comprising the time-slot symbol (Zl-ZN) for the currently present time slot (Z1-ZN), and wherein - a radio tag (7-14) is designed: + for changing from a sleep state (S) to an active state (E) at a wake-up time (TA1), and + for receiving the synchronization data signal (SD) in the active state (E), and, + if the received time-slot symbol (ZS1-ZSN) displays a time slot (Zl-ZN) intended for it, for defining a new wake-up time (TA2) corresponding to the next occurrence of the time slot (Zl-ZN) intended for it in a time-slot cycle following the time-slot cycle that is currently present, and - wherein the system comprises a plurality of communication stations and a plurality of radio tags (7-14) and a data processing device , which is designed to cause a radio tag to end an existing connection to one of the communication stations and enter into a connection with a different communication station. - a communication station for communicating with a number of radio tags (7-14) with the aid of a time-slot communication method, in which a number of time slots (Z1-ZN) are available for communication per time-slot cycle in a repeating sequence and each time slot (Zl-ZN) is labelled by a unique time-slot symbol (ZS1-ZSN), wherein the communication station is designed to send a synchronization data signal (SD) comprising the time-slot symbol (Zl-ZN) for the currently present time slot (Z1-ZN), and wherein - a radio tag (7-14) is designed: + for changing from a sleep state (S) to an active state (E) at a wake-up time (TA1), and + for receiving the synchronization data signal (SD) in the active state (E), and, + if the received time-slot symbol (ZS1-ZSN) displays a time slot (Zl-ZN) intended for it, for defining a new wake-up time (TA2) corresponding to the next occurrence of the time slot (Zl-ZN) intended for it in a time-slot cycle following the time-slot cycle that is currently present, and + for changing from a sleep state (S) to an active state (E) at a wake-up time (TA1), and + for receiving the synchronization data signal (SD) in the active state (E), and, + if the received time-slot symbol (ZS1-ZSN) displays a time slot (Zl-ZN) intended for it, for defining a new wake-up time (TA2) corresponding to the next occurrence of the time slot (Zl-ZN) intended for it in a time-slot cycle following the time-slot cycle that is currently present, and - wherein the system comprises a plurality of communication stations and a plurality of radio tags (7-14) and a data processing device , which is designed to cause a radio tag to end an existing connection to one of the communication stations and enter into a connection with a different communication station.
A packaging apparatus for articles , such as beverage containers or the like, the packaging apparatus comprising - at least one horizontal conveying device used to convey articles , as well as - at least one feeder device , which can introduce planar packaging blanks into a transport path of the articles such that articles move, while being conveyed along the at least one horizontal conveying device , onto planar packaging blanks , which have been introduced into the transport path, characterised in that the at least one feeder device is designed to identify and discharge specific planar packaging blanks , which were up to then provided for being introduced into the transport path, with said specific planar packaging blanks up to then provided for being introduced into the transport path having an error. - at least one horizontal conveying device used to convey articles , as well as - at least one feeder device , which can introduce planar packaging blanks into a transport path of the articles such that articles move, while being conveyed along the at least one horizontal conveying device , onto planar packaging blanks , which have been introduced into the transport path, characterised in that the at least one feeder device is designed to identify and discharge specific planar packaging blanks , which were up to then provided for being introduced into the transport path, with said specific planar packaging blanks up to then provided for being introduced into the transport path having an error.
A method for providing secure data management for a network of nodes executed at a processing device, the method comprising: storing a network with a plurality of connected nodes, the nodes representing entities of the network, wherein the network is mapped onto one or more relational data tables; receiving , from a first node of the network, a request to retrieve data about a second node of the network from the one or more relational data tables; generating a query to retrieve the requested data; filtering the query based on permissions for the first node stored at a trusted store by augmenting the query with a key used to retrieve the requested data based on permissions for the first node relative to the second, such that secured records within the relational database requested by the query will be retrieved when the key corresponds to the secured records; redacting fields from the results of the filtered query based on the permissions for the first node; and providing the redacted results to the first node. storing a network with a plurality of connected nodes, the nodes representing entities of the network, wherein the network is mapped onto one or more relational data tables; receiving , from a first node of the network, a request to retrieve data about a second node of the network from the one or more relational data tables; generating a query to retrieve the requested data; filtering the query based on permissions for the first node stored at a trusted store by augmenting the query with a key used to retrieve the requested data based on permissions for the first node relative to the second, such that secured records within the relational database requested by the query will be retrieved when the key corresponds to the secured records; redacting fields from the results of the filtered query based on the permissions for the first node; and providing the redacted results to the first node.
A flexible multi-panel sterilization assembly comprising a barrier panel having a first end defining a fold protection panel , a second end , opposing first and third edges , a second edge opposite the first end , opposing first and second wings to secure portions of the first edge and the third edge to each other or to a portion of the second end after the barrier panel has been folded at or near its midpoint such that its second end is brought towards its first end , and a pull tab attached to the second end used to unfold the barrier panel , wherein the pull tab is held against said assembly with a transient adhesive , wherein the barrier panel includes a first surface configured to cover or contact an item to be sterilized and an opposing second surface , characterized in that the transient adhesive holds the pull tab against said assembly with a peel strength or pull force of at least 1.47 N (150 grams force) during manufacturing of the sterilization assembly , and that the transient adhesive holds the pull tab against said assembly with a force of less than 1.47 N (150 grams force) tensile pull after manufacturing of the assembly .
An absorbent article comprising: a topsheet; a backsheet joined to the topsheet; and an absorbent core positioned intermediate the topsheet and the backsheet, the absorbent core comprising a core absorbent material; wherein the core absorbent material comprises superabsorbent polymers with a bio-based content from 5% to 100% using ASTM D6866-10, method B; and wherein the absorbent article comprises a polyolefin content of at least 90% by weight, based on a total weight of the absorbent article excluding the core absorbent material; wherein the topsheet and/or the backsheet comprises a bio-based polyolefin with a biobased content from 5% to 100% using ASTM D6866-10, method B. a topsheet; a backsheet joined to the topsheet; and an absorbent core positioned intermediate the topsheet and the backsheet, the absorbent core comprising a core absorbent material; wherein the core absorbent material comprises superabsorbent polymers with a bio-based content from 5% to 100% using ASTM D6866-10, method B; and wherein the absorbent article comprises a polyolefin content of at least 90% by weight, based on a total weight of the absorbent article excluding the core absorbent material; wherein the topsheet and/or the backsheet comprises a bio-based polyolefin with a biobased content from 5% to 100% using ASTM D6866-10, method B.
An iron-based absorbable and implantable medical device, comprising a substrate , a degradable polymer layer and an anionic surfactant layer , wherein the anionic surfactant layer is located between the substrate and the degradable polymer layer , characterized in that the medical device further comprises an intermediate layer located between the substrate and the anionic surfactant layer , wherein the intermediate layer is a rough surface layer of the iron-based substrate , an iron oxide compound layer, or an iron phosphate compound layer.
A closure , in particular for pharmaceutical packages , comprising: a cap made of a dielectric material and attachable on a vial ; a metal foil which in its assembled state rests on a rim of said vial ; wherein at least on the surface that rests on the rim the metal foil is provided with an adhesive which is meltable inductively through the meta! foil; and wherein an elastic seal is inserted above the metal foil; and wherein the cap has a base wall with at least one opening through which the elastic seal and the metal foil can be perforated; wherein the closure is in the form of a snap-on closure; characterised in that the elastic seal has a thickness between 0.1 mm and 5 mm so that, once the cap has been applied on the vial , the metal foil is already sealingly pressed onto the rim of the vial without the adhesive having been melted yet. a cap made of a dielectric material and attachable on a vial ; a metal foil which in its assembled state rests on a rim of said vial ; wherein at least on the surface that rests on the rim the metal foil is provided with an adhesive which is meltable inductively through the meta! foil; and wherein an elastic seal is inserted above the metal foil; and wherein the cap has a base wall with at least one opening through which the elastic seal and the metal foil can be perforated; wherein the closure is in the form of a snap-on closure; characterised in that the elastic seal has a thickness between 0.1 mm and 5 mm so that, once the cap has been applied on the vial , the metal foil is already sealingly pressed onto the rim of the vial without the adhesive having been melted yet.
An apparatus configured to decode video data, the apparatus comprising: a memory configured to store one or more blocks of video data; and one or more processors implemented in circuitry and in communication with the memory, the one or more processors configured to: decode one or more first adaptation parameter set, APS, indices for a current picture that indicate one or more first APSs that may be used for decoding the current picture; decode, at block level, an APS index for a block of a sub-picture of the current picture, to determine , for the block of a sub-picture of the current picture, an APS from the one or more first APSs indicated for the current picture, without decoding any syntax elements, at a sub-picture level, indicating APSs that may be used for decoding the sub-picture, wherein the sub-picture comprises one or more of a slice, a tile group, a tile, or a brick; and decode the block of the sub-picture using the determined APS. a memory configured to store one or more blocks of video data; and one or more processors implemented in circuitry and in communication with the memory, the one or more processors configured to: decode one or more first adaptation parameter set, APS, indices for a current picture that indicate one or more first APSs that may be used for decoding the current picture; decode, at block level, an APS index for a block of a sub-picture of the current picture, to determine , for the block of a sub-picture of the current picture, an APS from the one or more first APSs indicated for the current picture, without decoding any syntax elements, at a sub-picture level, indicating APSs that may be used for decoding the sub-picture, wherein the sub-picture comprises one or more of a slice, a tile group, a tile, or a brick; and decode the block of the sub-picture using the determined APS. decode one or more first adaptation parameter set, APS, indices for a current picture that indicate one or more first APSs that may be used for decoding the current picture; decode, at block level, an APS index for a block of a sub-picture of the current picture, to determine , for the block of a sub-picture of the current picture, an APS from the one or more first APSs indicated for the current picture, without decoding any syntax elements, at a sub-picture level, indicating APSs that may be used for decoding the sub-picture, wherein the sub-picture comprises one or more of a slice, a tile group, a tile, or a brick; and decode the block of the sub-picture using the determined APS.
Dust-suppressant additive for controlling the flow and handling of raw soil improvers/fertilisers, characterised in that it comprises a natural mineral support with a median diameter of less than or equal to 200 micrometres chosen for example from natural calcium carbonates or double calcium and magnesium carbonates or dolomites, and in that it comprises at least one hygroscopic mineral additive chosen from calcium chloride, magnesium chloride, magnesium nitrate, calcium nitrate and salts thereof.
An ocular symptom-improving agent which is a composition containing a culture supernatant of dental pulp-derived stem cells or a culture supernatant of immortalized stem cells of dental pulp-derived stem cells for use in improving myopia, astigmatism or presbyopia.